<86>Aug 22 09:00:55 userdel[3127286]: delete user 'rooter'
<86>Aug 22 09:00:55 groupadd[3127297]: group added to /etc/group: name=rooter, GID=537
<86>Aug 22 09:00:55 groupadd[3127297]: group added to /etc/gshadow: name=rooter
<86>Aug 22 09:00:55 groupadd[3127297]: new group: name=rooter, GID=537
<86>Aug 22 09:00:55 useradd[3127308]: new user: name=rooter, UID=537, GID=537, home=/root, shell=/bin/bash
<86>Aug 22 09:00:55 userdel[3127317]: delete user 'builder'
<86>Aug 22 09:00:55 groupadd[3127322]: group added to /etc/group: name=builder, GID=538
<86>Aug 22 09:00:55 groupadd[3127322]: group added to /etc/gshadow: name=builder
<86>Aug 22 09:00:55 groupadd[3127322]: new group: name=builder, GID=538
<86>Aug 22 09:00:55 useradd[3127326]: new user: name=builder, UID=538, GID=538, home=/usr/src, shell=/bin/bash
/usr/src/in/srpm/python3-module-blosc-1.5.1-alt3.src.rpm: bad symbols in the license tag: /
<13>Aug 22 09:01:02 rpmi: libgdbm-1.8.3-alt10 1454943334 installed
<13>Aug 22 09:01:02 rpmi: libexpat-2.2.9-alt1 sisyphus+252464.200.2.1 1590958865 installed
<13>Aug 22 09:01:02 rpmi: libp11-kit-0.23.15-alt2 sisyphus+252784.100.2.2 1591274901 installed
<13>Aug 22 09:01:02 rpmi: libtasn1-4.16.0-alt1 sisyphus+245480.100.1.1 1580825062 installed
<13>Aug 22 09:01:02 rpmi: rpm-macros-alternatives-0.5.1-alt1 sisyphus+226946.100.1.1 1554830426 installed
<13>Aug 22 09:01:02 rpmi: alternatives-0.5.1-alt1 sisyphus+226946.100.1.1 1554830426 installed
<13>Aug 22 09:01:02 rpmi: ca-certificates-2020.06.29-alt1 sisyphus+254237.300.1.1 1593450881 installed
<13>Aug 22 09:01:02 rpmi: ca-trust-0.1.2-alt1 sisyphus+233348.100.1.1 1561653823 installed
<13>Aug 22 09:01:02 rpmi: p11-kit-trust-0.23.15-alt2 sisyphus+252784.100.2.2 1591274901 installed
<13>Aug 22 09:01:02 rpmi: libcrypto1.1-1.1.1g-alt1 sisyphus+249982.60.8.1 1587743711 installed
<13>Aug 22 09:01:02 rpmi: libssl1.1-1.1.1g-alt1 sisyphus+249982.60.8.1 1587743711 installed
<13>Aug 22 09:01:02 rpmi: python3-3.8.5-alt1 sisyphus+244405.100.3.1 1595544514 installed
<13>Aug 22 09:01:04 rpmi: python3-base-3.8.5-alt1 sisyphus+244405.100.3.1 1595544514 installed
<13>Aug 22 09:01:04 rpmi: libpython3-3.8.5-alt1 sisyphus+244405.100.3.1 1595544514 installed
<13>Aug 22 09:01:04 rpmi: tests-for-installed-python3-pkgs-0.1.13.1-alt2 1535450458 installed
<13>Aug 22 09:01:04 rpmi: rpm-build-python3-0.1.13.1-alt2 1535450458 installed
<13>Aug 22 09:01:13 rpmi: python3-module-pkg_resources-1:46.1.3-alt1 sisyphus+250566.200.3.1 1587973342 installed
<13>Aug 22 09:01:13 rpmi: python3-module-six-1.15.0-alt1 sisyphus+255738.100.2.1 1596527214 installed
<13>Aug 22 09:01:13 rpmi: python3-module-ntlm-1.1.0-alt1.2 sisyphus+228512.100.1.1 1556654575 installed
<13>Aug 22 09:01:13 rpmi: python3-module-snowballstemmer-1.2.0-alt2.1 1457859319 installed
<13>Aug 22 09:01:13 rpmi: python3-module-pyparsing-2.4.2-alt1 sisyphus+236061.100.3.1 1565853577 installed
<13>Aug 22 09:01:13 rpmi: python3-module-packaging-19.0-alt2 sisyphus+235493.3500.8.1 1565461874 installed
<13>Aug 22 09:01:13 rpmi: python3-module-markupsafe-1.1.1-alt1 sisyphus+248369.100.1.1 1585046136 installed
<13>Aug 22 09:01:13 rpmi: python3-module-jinja2-2.11.2-alt1 sisyphus+254573.100.1.1 1594043344 installed
<13>Aug 22 09:01:13 rpmi: python3-module-imagesize-1.1.0-alt1 sisyphus+229015.100.2.1 1557233756 installed
<13>Aug 22 09:01:13 rpmi: python3-module-pytz-1:2020.1-alt1 sisyphus+254576.100.1.1 1594046074 installed
<13>Aug 22 09:01:14 rpmi: python3-module-babel-1:2.6.0-alt1 sisyphus+228351.2400.6.2 1556652168 installed
<13>Aug 22 09:01:14 rpmi: python3-module-ndg-0.4.2-alt1.qa1 sisyphus+227504.1300.1.2 1555853234 installed
<13>Aug 22 09:01:14 rpmi: python3-module-idna-2.10-alt1 sisyphus+255040.200.1.1 1594995891 installed
<13>Aug 22 09:01:14 rpmi: python3-module-chardet-3.0.4-alt1 sisyphus+227476.1700.1.2 1555756717 installed
<13>Aug 22 09:01:14 rpmi: python3-module-webencodings-0.5.1-alt2 sisyphus+245915.200.1.1 1581496105 installed
<13>Aug 22 09:01:15 rpmi: python3-module-genshi-0.7-alt2 sisyphus+229363.100.1.1 1557847335 installed
<13>Aug 22 09:01:15 rpmi: python3-module-pycparser-2.19-alt2 sisyphus+245734.100.1.1 1581192421 installed
<13>Aug 22 09:01:15 rpmi: python3-module-cffi-1.14.0-alt1 sisyphus+255743.100.1.1 1596453449 installed
<13>Aug 22 09:01:15 rpmi: python3-module-cryptography-3.0-alt2 sisyphus+255750.200.1.1 1596457913 installed
<13>Aug 22 09:01:15 rpmi: python3-module-OpenSSL-19.0.0-alt1 sisyphus+238757.100.1.1 1570339901 installed
<13>Aug 22 09:01:15 rpmi: python3-module-ndg-httpsclient-0.4.2-alt1.qa1 sisyphus+227504.1300.1.2 1555853234 installed
<13>Aug 22 09:01:15 rpmi: python3-module-urllib3-2:1.25.10-alt1 sisyphus+255342.100.1.1 1595592746 installed
<13>Aug 22 09:01:15 rpmi: python3-module-requests-2.24.0-alt1 sisyphus+254580.100.1.1 1594048060 installed
<13>Aug 22 09:01:15 rpmi: python-sphinx-objects.inv-1:2.3.10.20200814-alt1 sisyphus+256437.100.1.1 1597793855 installed
<13>Aug 22 09:01:15 rpmi: libgpg-error-1.36-alt1 sisyphus+225621.300.1.1 1553521082 installed
<13>Aug 22 09:01:15 rpmi: libgcrypt20-1.8.5-alt3 sisyphus+239622.100.1.1 1571746654 installed
<13>Aug 22 09:01:15 rpmi: libxslt-1.1.34-alt2 sisyphus+248264.100.1.1 1584829770 installed
<13>Aug 22 09:01:15 rpmi: python3-module-cssselect-0.9.1-alt2 sisyphus+250566.2300.6.1 1588188959 installed
<13>Aug 22 09:01:15 rpmi: python3-module-html5lib-1:1.0.1-alt1 sisyphus+238807.100.2.1 1570465973 installed
<13>Aug 22 09:01:16 rpmi: python3-module-lxml-4.5.0-alt2 sisyphus+250566.2700.6.1 1588189778 installed
<13>Aug 22 09:01:16 rpmi: python3-module-docutils-0.16.0-alt1 sisyphus+250087.100.1.1 1587043829 installed
<13>Aug 22 09:01:16 rpmi: python3-module-alabaster-0.7.6-alt3 sisyphus+228351.700.4.1 1556637370 installed
<13>Aug 22 09:01:16 rpmi: python3-module-sphinxcontrib-applehelp-1.0.2-alt1 sisyphus+252614.200.1.1 1590949678 installed
<13>Aug 22 09:01:16 rpmi: python3-module-sphinxcontrib-devhelp-1.0.2-alt1 sisyphus+252614.300.1.1 1590949711 installed
<13>Aug 22 09:01:16 rpmi: python3-module-sphinxcontrib-htmlhelp-1.0.2-alt1 sisyphus+228401.100.1.1 1556572721 installed
<13>Aug 22 09:01:16 rpmi: python3-module-sphinxcontrib-jsmath-1.0.1-alt1 sisyphus+238085.500.1.1 1569313099 installed
<13>Aug 22 09:01:16 rpmi: python3-module-sphinxcontrib-qthelp-1.0.3-alt1 sisyphus+252614.400.1.1 1590949745 installed
<13>Aug 22 09:01:16 rpmi: python3-module-sphinxcontrib-serializinghtml-1.1.4-alt1 sisyphus+252614.100.1.1 1590949645 installed
<13>Aug 22 09:01:17 rpmi: python3-module-sphinx-1:2.4.4-alt1 sisyphus+254723.100.1.2 1594318607 installed
<13>Aug 22 09:01:17 rpmi: python3-module-Pygments-2.6.1-alt1 sisyphus+251222.200.1.1 1588756845 installed
<13>Aug 22 09:01:17 rpmi: libsnappy-1.1.7-alt1 sisyphus+227320.100.1.3 1555618694 installed
<13>Aug 22 09:01:17 rpmi: liblz4-1:1.9.2-alt1 sisyphus+238585.100.2.2 1570066927 installed
<13>Aug 22 09:01:17 rpmi: libblosc-1.18.1-alt1 sisyphus+250012.100.1.1 1586944162 installed
<13>Aug 22 09:01:17 rpmi: libblosc-devel-1.18.1-alt1 sisyphus+250012.100.1.1 1586944162 installed
<13>Aug 22 09:01:17 rpmi: python3-module-numpydoc-1:0.7.0-alt1 sisyphus+227506.500.1.2 1555852058 installed
Building target platforms: i586
Building for target i586
Wrote: /usr/src/in/nosrpm/python3-module-blosc-1.5.1-alt3.nosrc.rpm
<13>Aug 22 09:01:24 rpmi: libtinfo-devel-6.1.20180407-alt2 sisyphus+222164.200.1.1 1550686226 installed
<13>Aug 22 09:01:24 rpmi: libncurses-devel-6.1.20180407-alt2 sisyphus+222164.200.1.1 1550686226 installed
<13>Aug 22 09:01:24 rpmi: python3-dev-3.8.5-alt1 sisyphus+244405.100.3.1 1595544514 installed
<13>Aug 22 09:01:24 rpmi: python3-module-setuptools-1:46.1.3-alt1 sisyphus+250566.200.3.1 1587973342 installed
Installing python3-module-blosc-1.5.1-alt3.src.rpm
Building target platforms: i586
Building for target i586
Executing(%prep): /bin/sh -e /usr/src/tmp/rpm-tmp.9435
+ umask 022
+ /bin/mkdir -p /usr/src/RPM/BUILD
+ cd /usr/src/RPM/BUILD
+ cd /usr/src/RPM/BUILD
+ rm -rf python3-module-blosc-1.5.1
+ echo 'Source #0 (python3-module-blosc-1.5.1.tar):'
Source #0 (python3-module-blosc-1.5.1.tar):
+ /bin/tar -xf /usr/src/RPM/SOURCES/python3-module-blosc-1.5.1.tar
+ cd python3-module-blosc-1.5.1
+ /bin/chmod -c -Rf u+rwX,go-w .
+ sed -i 's|sphinx-build|sphinx-build-3|' doc/Makefile
++ find ./ -name '*.py'
+ sed -i 's|#!/usr/bin/env python|#!/usr/bin/env python3|' ./setup.py ./doc/conf.py ./cpuinfo.py ./c-blosc/bench/plot-speeds.py ./blosc/toplevel.py ./blosc/test.py ./blosc/__init__.py ./bench/threadpool.py ./bench/compress_ptr.py ./bench/compare-pack-ptr.py
+ exit 0
Executing(%build): /bin/sh -e /usr/src/tmp/rpm-tmp.59204
+ umask 022
+ /bin/mkdir -p /usr/src/RPM/BUILD
+ cd /usr/src/RPM/BUILD
+ cd python3-module-blosc-1.5.1
+ CFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic'
+ export CFLAGS
+ CXXFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic'
+ export CXXFLAGS
+ FFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic'
+ export FFLAGS
+ /usr/bin/python3 setup.py build --debug --blosc=/usr
running build
running build_py
creating build
creating build/lib.linux-i686-3.8
creating build/lib.linux-i686-3.8/blosc
copying blosc/version.py -> build/lib.linux-i686-3.8/blosc
copying blosc/__init__.py -> build/lib.linux-i686-3.8/blosc
copying blosc/test.py -> build/lib.linux-i686-3.8/blosc
copying blosc/toplevel.py -> build/lib.linux-i686-3.8/blosc
running build_ext
building 'blosc.blosc_extension' extension
creating build/temp.linux-i686-3.8
creating build/temp.linux-i686-3.8/blosc
i586-alt-linux-gcc -pthread -Wno-unused-result -Wsign-compare -DNDEBUG -g -fwrapv -O3 -Wall -pipe -frecord-gcc-switches -Wall -g -O3 -march=i586 -mtune=generic -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -g -I/usr/include -I/usr/include/python3.8 -c blosc/blosc_extension.c -o build/temp.linux-i686-3.8/blosc/blosc_extension.o -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic
blosc/blosc_extension.c: In function ‘PyBlosc_compressor_list’:
blosc/blosc_extension.c:88:8: warning: assignment discards ‘const’ qualifier from pointer target type [-Wdiscarded-qualifiers]
   88 |   list = blosc_list_compressors();
      |        ^
blosc/blosc_extension.c: In function ‘PyBlosc_code_to_name’:
blosc/blosc_extension.c:107:40: warning: passing argument 2 of ‘blosc_compcode_to_compname’ from incompatible pointer type [-Wincompatible-pointer-types]
  107 |   if (blosc_compcode_to_compname(code, &name) < 0)
      |                                        ^~~~~
      |                                        |
      |                                        char **
In file included from blosc/blosc_extension.c:13:
/usr/include/blosc.h:389:72: note: expected ‘const char **’ but argument is of type ‘char **’
  389 | BLOSC_EXPORT int blosc_compcode_to_compname(int compcode, const char **compname);
      |                                                           ~~~~~~~~~~~~~^~~~~~~~
blosc/blosc_extension.c: In function ‘PyBlosc_get_clib’:
blosc/blosc_extension.c:329:8: warning: assignment discards ‘const’ qualifier from pointer target type [-Wdiscarded-qualifiers]
  329 |   clib = blosc_cbuffer_complib(input);
      |        ^
i586-alt-linux-gcc -pthread -shared -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -g build/temp.linux-i686-3.8/blosc/blosc_extension.o -L/usr/lib -L/usr/lib -lblosc -o build/lib.linux-i686-3.8/blosc/blosc_extension.cpython-38.so
+ exit 0
Executing(%install): /bin/sh -e /usr/src/tmp/rpm-tmp.59421
+ umask 022
+ /bin/mkdir -p /usr/src/RPM/BUILD
+ cd /usr/src/RPM/BUILD
+ /bin/chmod -Rf u+rwX -- /usr/src/tmp/python3-module-blosc-buildroot
+ :
+ /bin/rm -rf -- /usr/src/tmp/python3-module-blosc-buildroot
+ cd python3-module-blosc-1.5.1
+ CFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic'
+ export CFLAGS
+ CXXFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic'
+ export CXXFLAGS
+ FFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic'
+ export FFLAGS
+ /usr/bin/python3 setup.py install --skip-build --root=/usr/src/tmp/python3-module-blosc-buildroot --force --blosc=/usr
running install
running install_lib
creating /usr/src/tmp/python3-module-blosc-buildroot
creating /usr/src/tmp/python3-module-blosc-buildroot/usr
creating /usr/src/tmp/python3-module-blosc-buildroot/usr/lib
creating /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3
creating /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages
creating /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc
copying build/lib.linux-i686-3.8/blosc/blosc_extension.cpython-38.so -> /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc
copying build/lib.linux-i686-3.8/blosc/toplevel.py -> /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc
copying build/lib.linux-i686-3.8/blosc/test.py -> /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc
copying build/lib.linux-i686-3.8/blosc/__init__.py -> /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc
copying build/lib.linux-i686-3.8/blosc/version.py -> /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc
byte-compiling /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py to toplevel.cpython-38.pyc
byte-compiling /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py to test.cpython-38.pyc
byte-compiling /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py to __init__.cpython-38.pyc
byte-compiling /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/version.py to version.cpython-38.pyc
running install_egg_info
running egg_info
creating blosc.egg-info
writing blosc.egg-info/PKG-INFO
writing dependency_links to blosc.egg-info/dependency_links.txt
writing top-level names to blosc.egg-info/top_level.txt
writing manifest file 'blosc.egg-info/SOURCES.txt'
reading manifest file 'blosc.egg-info/SOURCES.txt'
reading manifest template 'MANIFEST.in'
warning: no files found matching '*.cpp' under directory 'c-blosc'
warning: no files found matching '*.hpp' under directory 'c-blosc'
writing manifest file 'blosc.egg-info/SOURCES.txt'
Copying blosc.egg-info to /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc-1.5.1-py3.8.egg-info
running install_scripts
+ export PYTHONPATH=/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages
+ PYTHONPATH=/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages
+ make -C doc pickle
make: Entering directory '/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc'
sphinx-build-3 -b pickle -d _build/doctrees  -n -v -v . _build/pickle
Running Sphinx v2.4.4
[app] setting up extension: 'sphinx.addnodes'
[app] adding node: (<class 'sphinx.addnodes.toctree'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.toctree'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_signature'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_signature'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_signature_line'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_signature_line'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_addname'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_addname'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_type'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_type'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_returns'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_returns'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_name'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_name'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_parameterlist'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_parameterlist'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_parameter'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_parameter'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_optional'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_optional'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_annotation'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_annotation'>, {}
[app] adding node: (<class 'sphinx.addnodes.desc_content'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.desc_content'>, {}
[app] adding node: (<class 'sphinx.addnodes.versionmodified'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.versionmodified'>, {}
[app] adding node: (<class 'sphinx.addnodes.seealso'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.seealso'>, {}
[app] adding node: (<class 'sphinx.addnodes.productionlist'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.productionlist'>, {}
[app] adding node: (<class 'sphinx.addnodes.production'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.production'>, {}
[app] adding node: (<class 'sphinx.addnodes.displaymath'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.displaymath'>, {}
[app] adding node: (<class 'sphinx.addnodes.index'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.index'>, {}
[app] adding node: (<class 'sphinx.addnodes.centered'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.centered'>, {}
[app] adding node: (<class 'sphinx.addnodes.acks'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.acks'>, {}
[app] adding node: (<class 'sphinx.addnodes.hlist'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.hlist'>, {}
[app] adding node: (<class 'sphinx.addnodes.hlistcol'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.hlistcol'>, {}
[app] adding node: (<class 'sphinx.addnodes.compact_paragraph'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.compact_paragraph'>, {}
[app] adding node: (<class 'sphinx.addnodes.glossary'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.glossary'>, {}
[app] adding node: (<class 'sphinx.addnodes.only'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.only'>, {}
[app] adding node: (<class 'sphinx.addnodes.start_of_file'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.start_of_file'>, {}
[app] adding node: (<class 'sphinx.addnodes.highlightlang'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.highlightlang'>, {}
[app] adding node: (<class 'sphinx.addnodes.tabular_col_spec'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.tabular_col_spec'>, {}
[app] adding node: (<class 'sphinx.addnodes.meta'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.meta'>, {}
[app] adding node: (<class 'sphinx.addnodes.pending_xref'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.pending_xref'>, {}
[app] adding node: (<class 'sphinx.addnodes.number_reference'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.number_reference'>, {}
[app] adding node: (<class 'sphinx.addnodes.download_reference'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.download_reference'>, {}
[app] adding node: (<class 'sphinx.addnodes.literal_emphasis'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.literal_emphasis'>, {}
[app] adding node: (<class 'sphinx.addnodes.literal_strong'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.literal_strong'>, {}
[app] adding node: (<class 'sphinx.addnodes.manpage'>, {})
[app] adding translation_handlers: <class 'sphinx.addnodes.manpage'>, {}
[app] setting up extension: 'sphinx.builders.changes'
[app] adding builder: <class 'sphinx.builders.changes.ChangesBuilder'>
[app] setting up extension: 'sphinx.builders.epub3'
[app] adding builder: <class 'sphinx.builders.epub3.Epub3Builder'>
[app] adding config value: ('epub_basename', <function setup.<locals>.<lambda> at 0xf64f2580>, None)
[app] adding config value: ('epub_version', 3.0, 'epub')
[app] adding config value: ('epub_theme', 'epub', 'epub')
[app] adding config value: ('epub_theme_options', {}, 'epub')
[app] adding config value: ('epub_title', <function setup.<locals>.<lambda> at 0xf5f79d18>, 'epub')
[app] adding config value: ('epub_author', <function setup.<locals>.<lambda> at 0xf5f79d60>, 'epub')
[app] adding config value: ('epub_language', <function setup.<locals>.<lambda> at 0xf5f79da8>, 'epub')
[app] adding config value: ('epub_publisher', <function setup.<locals>.<lambda> at 0xf5f79df0>, 'epub')
[app] adding config value: ('epub_copyright', <function setup.<locals>.<lambda> at 0xf5f79e38>, 'epub')
[app] adding config value: ('epub_identifier', 'unknown', 'epub')
[app] adding config value: ('epub_scheme', 'unknown', 'epub')
[app] adding config value: ('epub_uid', 'unknown', 'env')
[app] adding config value: ('epub_cover', (), 'env')
[app] adding config value: ('epub_guide', (), 'env')
[app] adding config value: ('epub_pre_files', [], 'env')
[app] adding config value: ('epub_post_files', [], 'env')
[app] adding config value: ('epub_css_files', <function setup.<locals>.<lambda> at 0xf5f79e80>, 'epub')
[app] adding config value: ('epub_exclude_files', [], 'env')
[app] adding config value: ('epub_tocdepth', 3, 'env')
[app] adding config value: ('epub_tocdup', True, 'env')
[app] adding config value: ('epub_tocscope', 'default', 'env')
[app] adding config value: ('epub_fix_images', False, 'env')
[app] adding config value: ('epub_max_image_width', 0, 'env')
[app] adding config value: ('epub_show_urls', 'inline', 'epub')
[app] adding config value: ('epub_use_index', <function setup.<locals>.<lambda> at 0xf5f79ec8>, 'epub')
[app] adding config value: ('epub_description', 'unknown', 'epub')
[app] adding config value: ('epub_contributor', 'unknown', 'epub')
[app] adding config value: ('epub_writing_mode', 'horizontal', 'epub', <sphinx.config.ENUM object at 0xf6469520>)
[app] connecting event 'config-inited': <function convert_epub_css_files at 0xf5f79c88> [id=0]
[app] connecting event 'builder-inited': <function validate_config_values at 0xf5f79a48> [id=1]
[app] setting up extension: 'sphinx.builders.dirhtml'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinx.builders.html.StandaloneHTMLBuilder'>
[app] adding config value: ('html_theme', 'alabaster', 'html')
[app] adding config value: ('html_theme_path', [], 'html')
[app] adding config value: ('html_theme_options', {}, 'html')
[app] adding config value: ('html_title', <function setup.<locals>.<lambda> at 0xf5f79fa0>, 'html', [<class 'str'>])
[app] adding config value: ('html_short_title', <function setup.<locals>.<lambda> at 0xf5f7f028>, 'html')
[app] adding config value: ('html_style', None, 'html', [<class 'str'>])
[app] adding config value: ('html_logo', None, 'html', [<class 'str'>])
[app] adding config value: ('html_favicon', None, 'html', [<class 'str'>])
[app] adding config value: ('html_css_files', [], 'html')
[app] adding config value: ('html_js_files', [], 'html')
[app] adding config value: ('html_static_path', [], 'html')
[app] adding config value: ('html_extra_path', [], 'html')
[app] adding config value: ('html_last_updated_fmt', None, 'html', [<class 'str'>])
[app] adding config value: ('html_sidebars', {}, 'html')
[app] adding config value: ('html_additional_pages', {}, 'html')
[app] adding config value: ('html_domain_indices', True, 'html', [<class 'list'>])
[app] adding config value: ('html_add_permalinks', '¶', 'html')
[app] adding config value: ('html_use_index', True, 'html')
[app] adding config value: ('html_split_index', False, 'html')
[app] adding config value: ('html_copy_source', True, 'html')
[app] adding config value: ('html_show_sourcelink', True, 'html')
[app] adding config value: ('html_sourcelink_suffix', '.txt', 'html')
[app] adding config value: ('html_use_opensearch', '', 'html')
[app] adding config value: ('html_file_suffix', None, 'html', [<class 'str'>])
[app] adding config value: ('html_link_suffix', None, 'html', [<class 'str'>])
[app] adding config value: ('html_show_copyright', True, 'html')
[app] adding config value: ('html_show_sphinx', True, 'html')
[app] adding config value: ('html_context', {}, 'html')
[app] adding config value: ('html_output_encoding', 'utf-8', 'html')
[app] adding config value: ('html_compact_lists', True, 'html')
[app] adding config value: ('html_secnumber_suffix', '. ', 'html')
[app] adding config value: ('html_search_language', None, 'html', [<class 'str'>])
[app] adding config value: ('html_search_options', {}, 'html')
[app] adding config value: ('html_search_scorer', '', None)
[app] adding config value: ('html_scaled_image_link', True, 'html')
[app] adding config value: ('html_baseurl', '', 'html')
[app] adding config value: ('html_math_renderer', None, 'env')
[app] adding config value: ('html4_writer', False, 'html')
[app] connecting event 'config-inited': <function convert_html_css_files at 0xf6059a00> [id=2]
[app] connecting event 'config-inited': <function convert_html_js_files at 0xf5f6fc40> [id=3]
[app] connecting event 'config-inited': <function validate_html_extra_path at 0xf5f6fd18> [id=4]
[app] connecting event 'config-inited': <function validate_html_static_path at 0xf5f6fd60> [id=5]
[app] connecting event 'config-inited': <function validate_html_logo at 0xf5f6fda8> [id=6]
[app] connecting event 'config-inited': <function validate_html_favicon at 0xf5f6fdf0> [id=7]
[app] connecting event 'builder-inited': <function validate_math_renderer at 0xf5f6fcd0> [id=8]
[app] connecting event 'html-page-context': <function setup_js_tag_helper at 0xf5f6fc88> [id=9]
[app] setting up extension: 'sphinx.ext.mathjax'
[app] adding html_math_renderer: mathjax, (<function html_visit_math at 0xf5f7f148>, None), (<function html_visit_displaymath at 0xf5f7f2f8>, None)
[app] adding config value: ('mathjax_path', 'https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.5/latest.js?config=TeX-AMS-MML_HTMLorMML', 'html')
[app] adding config value: ('mathjax_options', {}, 'html')
[app] adding config value: ('mathjax_inline', ['\\(', '\\)'], 'html')
[app] adding config value: ('mathjax_display', ['\\[', '\\]'], 'html')
[app] adding config value: ('mathjax_config', None, 'html')
[app] connecting event 'env-updated': <function install_mathjax at 0xf5f7f340> [id=10]
[app] adding builder: <class 'sphinx.builders.dirhtml.DirectoryHTMLBuilder'>
[app] setting up extension: 'sphinx.builders.dummy'
[app] adding builder: <class 'sphinx.builders.dummy.DummyBuilder'>
[app] setting up extension: 'sphinx.builders.gettext'
[app] adding builder: <class 'sphinx.builders.gettext.MessageCatalogBuilder'>
[app] adding config value: ('gettext_compact', True, 'gettext')
[app] adding config value: ('gettext_location', True, 'gettext')
[app] adding config value: ('gettext_uuid', False, 'gettext')
[app] adding config value: ('gettext_auto_build', True, 'env')
[app] adding config value: ('gettext_additional_targets', [], 'env')
[app] adding config value: ('gettext_last_translator', 'FULL NAME <EMAIL@ADDRESS>', 'gettext')
[app] adding config value: ('gettext_language_team', 'LANGUAGE <LL@li.org>', 'gettext')
[app] setting up extension: 'sphinx.builders.html'
[app] setting up extension: 'sphinx.builders.latex'
[app] setting up extension: 'sphinx.builders.latex.transforms'
[app] adding transform: <class 'sphinx.builders.latex.transforms.FootnoteDocnameUpdater'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.BibliographyTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.CitationReferenceTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.DocumentTargetTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.IndexInSectionTitleTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.LaTeXFootnoteTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.LiteralBlockTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.MathReferenceTransform'>
[app] adding post transform: <class 'sphinx.builders.latex.transforms.ShowUrlsTransform'>
[app] adding builder: <class 'sphinx.builders.latex.LaTeXBuilder'>
[app] connecting event 'config-inited': <function validate_config_values at 0xf5e96d18> [id=11]
[app] adding config value: ('latex_engine', <function default_latex_engine at 0xf5e96d60>, None, <sphinx.config.ENUM object at 0xf5f769b8>)
[app] adding config value: ('latex_documents', <function default_latex_documents at 0xf5e96e38>, None)
[app] adding config value: ('latex_logo', None, None, [<class 'str'>])
[app] adding config value: ('latex_appendices', [], None)
[app] adding config value: ('latex_use_latex_multicolumn', False, None)
[app] adding config value: ('latex_use_xindy', <function default_latex_use_xindy at 0xf5e96df0>, None, [<class 'bool'>])
[app] adding config value: ('latex_toplevel_sectioning', None, None, <sphinx.config.ENUM object at 0xf5f76c10>)
[app] adding config value: ('latex_domain_indices', True, None, [<class 'list'>])
[app] adding config value: ('latex_show_urls', 'no', None)
[app] adding config value: ('latex_show_pagerefs', False, None)
[app] adding config value: ('latex_elements', {}, None)
[app] adding config value: ('latex_additional_files', [], None)
[app] adding config value: ('latex_docclass', <function default_latex_docclass at 0xf5e96da8>, None)
[app] setting up extension: 'sphinx.builders.linkcheck'
[app] adding builder: <class 'sphinx.builders.linkcheck.CheckExternalLinksBuilder'>
[app] adding config value: ('linkcheck_ignore', [], None)
[app] adding config value: ('linkcheck_auth', [], None)
[app] adding config value: ('linkcheck_retries', 1, None)
[app] adding config value: ('linkcheck_timeout', None, None, [<class 'int'>])
[app] adding config value: ('linkcheck_workers', 5, None)
[app] adding config value: ('linkcheck_anchors', True, None)
[app] adding config value: ('linkcheck_anchors_ignore', ['^!'], None)
[app] setting up extension: 'sphinx.builders.manpage'
[app] adding builder: <class 'sphinx.builders.manpage.ManualPageBuilder'>
[app] adding config value: ('man_pages', <function default_man_pages at 0xf5cf1460>, None)
[app] adding config value: ('man_show_urls', False, None)
[app] setting up extension: 'sphinx.builders.singlehtml'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinx.builders.singlehtml.SingleFileHTMLBuilder'>
[app] adding config value: ('singlehtml_sidebars', <function setup.<locals>.<lambda> at 0xf5f7f0b8>, 'html')
[app] setting up extension: 'sphinx.builders.texinfo'
[app] adding builder: <class 'sphinx.builders.texinfo.TexinfoBuilder'>
[app] adding config value: ('texinfo_documents', <function default_texinfo_documents at 0xf5d0e5c8>, None)
[app] adding config value: ('texinfo_appendices', [], None)
[app] adding config value: ('texinfo_elements', {}, None)
[app] adding config value: ('texinfo_domain_indices', True, None, [<class 'list'>])
[app] adding config value: ('texinfo_show_urls', 'footnote', None)
[app] adding config value: ('texinfo_no_detailmenu', False, None)
[app] setting up extension: 'sphinx.builders.text'
[app] adding builder: <class 'sphinx.builders.text.TextBuilder'>
[app] adding config value: ('text_sectionchars', '*=-~"+`', 'env')
[app] adding config value: ('text_newlines', 'unix', 'env')
[app] adding config value: ('text_add_secnumbers', True, 'env')
[app] adding config value: ('text_secnumber_suffix', '. ', 'env')
[app] setting up extension: 'sphinx.builders.xml'
[app] adding builder: <class 'sphinx.builders.xml.XMLBuilder'>
[app] adding builder: <class 'sphinx.builders.xml.PseudoXMLBuilder'>
[app] adding config value: ('xml_pretty', True, 'env')
[app] setting up extension: 'sphinx.config'
[app] connecting event 'config-inited': <function convert_source_suffix at 0xf6b10da8> [id=12]
[app] connecting event 'config-inited': <function init_numfig_format at 0xf6b10df0> [id=13]
[app] connecting event 'config-inited': <function correct_copyright_year at 0xf6b10e38> [id=14]
[app] connecting event 'config-inited': <function check_confval_types at 0xf6b10e80> [id=15]
[app] connecting event 'config-inited': <function check_primary_domain at 0xf6b10f10> [id=16]
[app] connecting event 'env-get-outdated': <function check_master_doc at 0xf6b10f58> [id=17]
[app] setting up extension: 'sphinx.domains.c'
[app] adding domain: <class 'sphinx.domains.c.CDomain'>
[app] setting up extension: 'sphinx.domains.changeset'
[app] adding domain: <class 'sphinx.domains.changeset.ChangeSetDomain'>
[app] adding directive: ('deprecated', <class 'sphinx.domains.changeset.VersionChange'>, None, None, {})
[app] adding directive: ('versionadded', <class 'sphinx.domains.changeset.VersionChange'>, None, None, {})
[app] adding directive: ('versionchanged', <class 'sphinx.domains.changeset.VersionChange'>, None, None, {})
[app] setting up extension: 'sphinx.domains.citation'
[app] adding domain: <class 'sphinx.domains.citation.CitationDomain'>
[app] adding transform: <class 'sphinx.domains.citation.CitationDefinitionTransform'>
[app] adding transform: <class 'sphinx.domains.citation.CitationReferenceTransform'>
[app] setting up extension: 'sphinx.domains.cpp'
[app] adding domain: <class 'sphinx.domains.cpp.CPPDomain'>
[app] adding config value: ('cpp_index_common_prefix', [], 'env')
[app] adding config value: ('cpp_id_attributes', [], 'env')
[app] adding config value: ('cpp_paren_attributes', [], 'env')
[app] adding post transform: <class 'sphinx.domains.cpp.AliasTransform'>
[app] setting up extension: 'sphinx.domains.index'
[app] adding domain: <class 'sphinx.domains.index.IndexDomain'>
[app] adding directive: ('index', <class 'sphinx.domains.index.IndexDirective'>, None, None, {})
[app] adding role: ('index', <sphinx.domains.index.IndexRole object at 0xf5cd67c0>)
[app] setting up extension: 'sphinx.domains.javascript'
[app] adding domain: <class 'sphinx.domains.javascript.JavaScriptDomain'>
[app] setting up extension: 'sphinx.domains.math'
[app] adding domain: <class 'sphinx.domains.math.MathDomain'>
[app] adding role: ('eq', <sphinx.domains.math.MathReferenceRole object at 0xf5dc70a0>)
[app] setting up extension: 'sphinx.domains.python'
[app] adding domain: <class 'sphinx.domains.python.PythonDomain'>
[app] setting up extension: 'sphinx.domains.rst'
[app] adding domain: <class 'sphinx.domains.rst.ReSTDomain'>
[app] setting up extension: 'sphinx.domains.std'
[app] adding domain: <class 'sphinx.domains.std.StandardDomain'>
[app] setting up extension: 'sphinx.directives'
[app] adding event: 'object-description-transform'
[app] setting up extension: 'sphinx.directives.code'
[app] setting up extension: 'sphinx.directives.other'
[app] setting up extension: 'sphinx.directives.patches'
[app] setting up extension: 'sphinx.extension'
[app] connecting event 'config-inited': <function verify_needs_extensions at 0xf6b23c88> [id=18]
[app] setting up extension: 'sphinx.parsers'
[app] adding search source_parser: (<class 'sphinx.parsers.RSTParser'>,)
[app] setting up extension: 'sphinx.registry'
[app] connecting event 'config-inited': <function merge_source_suffix at 0xf689b658> [id=19]
[app] setting up extension: 'sphinx.roles'
[app] setting up extension: 'sphinx.transforms'
[app] adding transform: <class 'sphinx.transforms.ApplySourceWorkaround'>
[app] adding transform: <class 'sphinx.transforms.ExtraTranslatableNodes'>
[app] adding transform: <class 'sphinx.transforms.DefaultSubstitutions'>
[app] adding transform: <class 'sphinx.transforms.MoveModuleTargets'>
[app] adding transform: <class 'sphinx.transforms.HandleCodeBlocks'>
[app] adding transform: <class 'sphinx.transforms.SortIds'>
[app] adding transform: <class 'sphinx.transforms.DoctestTransform'>
[app] adding transform: <class 'sphinx.transforms.FigureAligner'>
[app] adding transform: <class 'sphinx.transforms.AutoNumbering'>
[app] adding transform: <class 'sphinx.transforms.AutoIndexUpgrader'>
[app] adding transform: <class 'sphinx.transforms.FilterSystemMessages'>
[app] adding transform: <class 'sphinx.transforms.UnreferencedFootnotesDetector'>
[app] adding transform: <class 'sphinx.transforms.SphinxSmartQuotes'>
[app] adding transform: <class 'sphinx.transforms.DoctreeReadEvent'>
[app] adding transform: <class 'sphinx.transforms.ManpageLink'>
[app] setting up extension: 'sphinx.transforms.compact_bullet_list'
[app] adding transform: <class 'sphinx.transforms.compact_bullet_list.RefOnlyBulletListTransform'>
[app] setting up extension: 'sphinx.transforms.i18n'
[app] adding transform: <class 'sphinx.transforms.i18n.PreserveTranslatableMessages'>
[app] adding transform: <class 'sphinx.transforms.i18n.Locale'>
[app] adding transform: <class 'sphinx.transforms.i18n.RemoveTranslatableInline'>
[app] setting up extension: 'sphinx.transforms.references'
[app] adding transform: <class 'sphinx.transforms.references.SubstitutionDefinitionsRemover'>
[app] adding transform: <class 'sphinx.transforms.references.SphinxDanglingReferences'>
[app] adding transform: <class 'sphinx.transforms.references.SphinxDomains'>
[app] setting up extension: 'sphinx.transforms.post_transforms'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.ReferencesResolver'>
[app] adding post transform: <class 'sphinx.transforms.post_transforms.OnlyNodeTransform'>
[app] setting up extension: 'sphinx.transforms.post_transforms.code'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.code.HighlightLanguageTransform'>
[app] adding post transform: <class 'sphinx.transforms.post_transforms.code.TrimDoctestFlagsTransform'>
[app] setting up extension: 'sphinx.transforms.post_transforms.images'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.images.ImageDownloader'>
[app] adding post transform: <class 'sphinx.transforms.post_transforms.images.DataURIExtractor'>
[app] setting up extension: 'sphinx.transforms.post_transforms.compat'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.compat.MathNodeMigrator'>
[app] setting up extension: 'sphinx.util.compat'
[app] adding transform: <class 'sphinx.util.compat.IndexEntriesMigrator'>
[app] connecting event 'config-inited': <function deprecate_source_parsers at 0xf5b18778> [id=20]
[app] connecting event 'builder-inited': <function register_application_for_autosummary at 0xf5b18808> [id=21]
[app] setting up extension: 'sphinx.versioning'
[app] adding transform: <class 'sphinx.versioning.UIDTransform'>
[app] setting up extension: 'sphinx.environment.collectors.dependencies'
[app] adding environment collector: <class 'sphinx.environment.collectors.dependencies.DependenciesCollector'>
[app] connecting event 'doctree-read': <bound method DependenciesCollector.process_doc of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5bdadf0>> [id=22]
[app] connecting event 'env-merge-info': <bound method DependenciesCollector.merge_other of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5bdadf0>> [id=23]
[app] connecting event 'env-purge-doc': <bound method DependenciesCollector.clear_doc of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5bdadf0>> [id=24]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5bdadf0>> [id=25]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5bdadf0>> [id=26]
[app] setting up extension: 'sphinx.environment.collectors.asset'
[app] adding environment collector: <class 'sphinx.environment.collectors.asset.ImageCollector'>
[app] connecting event 'doctree-read': <bound method ImageCollector.process_doc of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5bdab68>> [id=27]
[app] connecting event 'env-merge-info': <bound method ImageCollector.merge_other of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5bdab68>> [id=28]
[app] connecting event 'env-purge-doc': <bound method ImageCollector.clear_doc of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5bdab68>> [id=29]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5bdab68>> [id=30]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5bdab68>> [id=31]
[app] adding environment collector: <class 'sphinx.environment.collectors.asset.DownloadFileCollector'>
[app] connecting event 'doctree-read': <bound method DownloadFileCollector.process_doc of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b210b8>> [id=32]
[app] connecting event 'env-merge-info': <bound method DownloadFileCollector.merge_other of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b210b8>> [id=33]
[app] connecting event 'env-purge-doc': <bound method DownloadFileCollector.clear_doc of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b210b8>> [id=34]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b210b8>> [id=35]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b210b8>> [id=36]
[app] setting up extension: 'sphinx.environment.collectors.metadata'
[app] adding environment collector: <class 'sphinx.environment.collectors.metadata.MetadataCollector'>
[app] connecting event 'doctree-read': <bound method MetadataCollector.process_doc of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b210d0>> [id=37]
[app] connecting event 'env-merge-info': <bound method MetadataCollector.merge_other of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b210d0>> [id=38]
[app] connecting event 'env-purge-doc': <bound method MetadataCollector.clear_doc of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b210d0>> [id=39]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b210d0>> [id=40]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b210d0>> [id=41]
[app] setting up extension: 'sphinx.environment.collectors.title'
[app] adding environment collector: <class 'sphinx.environment.collectors.title.TitleCollector'>
[app] connecting event 'doctree-read': <bound method TitleCollector.process_doc of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b21388>> [id=42]
[app] connecting event 'env-merge-info': <bound method TitleCollector.merge_other of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b21388>> [id=43]
[app] connecting event 'env-purge-doc': <bound method TitleCollector.clear_doc of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b21388>> [id=44]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b21388>> [id=45]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b21388>> [id=46]
[app] setting up extension: 'sphinx.environment.collectors.toctree'
[app] adding environment collector: <class 'sphinx.environment.collectors.toctree.TocTreeCollector'>
[app] connecting event 'doctree-read': <bound method TocTreeCollector.process_doc of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b213d0>> [id=47]
[app] connecting event 'env-merge-info': <bound method TocTreeCollector.merge_other of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b213d0>> [id=48]
[app] connecting event 'env-purge-doc': <bound method TocTreeCollector.clear_doc of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b213d0>> [id=49]
[app] connecting event 'env-get-updated': <bound method TocTreeCollector.get_updated_docs of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b213d0>> [id=50]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b213d0>> [id=51]
[app] setting up extension: 'sphinxcontrib.applehelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.applehelp.AppleHelpBuilder'>
[app] adding config value: ('applehelp_bundle_name', <function setup.<locals>.<lambda> at 0xf5b18b20>, 'applehelp')
[app] adding config value: ('applehelp_bundle_id', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_dev_region', 'en-us', 'applehelp')
[app] adding config value: ('applehelp_bundle_version', '1', 'applehelp')
[app] adding config value: ('applehelp_icon', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_kb_product', <function setup.<locals>.<lambda> at 0xf5b27538>, 'applehelp')
[app] adding config value: ('applehelp_kb_url', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_remote_url', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_index_anchors', False, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_min_term_length', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_stopwords', <function setup.<locals>.<lambda> at 0xf5b274f0>, 'applehelp')
[app] adding config value: ('applehelp_locale', <function setup.<locals>.<lambda> at 0xf5b27ec8>, 'applehelp')
[app] adding config value: ('applehelp_title', <function setup.<locals>.<lambda> at 0xf5b27f10>, 'applehelp')
[app] adding config value: ('applehelp_codesign_identity', <function setup.<locals>.<lambda> at 0xf5b27f58>, 'applehelp')
[app] adding config value: ('applehelp_codesign_flags', <function setup.<locals>.<lambda> at 0xf5b27fa0>, 'applehelp')
[app] adding config value: ('applehelp_indexer_path', '/usr/bin/hiutil', 'applehelp')
[app] adding config value: ('applehelp_codesign_path', '/usr/bin/codesign', 'applehelp')
[app] adding config value: ('applehelp_disable_external_tools', False, 'applehelp')
[app] setting up extension: 'sphinxcontrib.devhelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.devhelp.DevhelpBuilder'>
[app] adding config value: ('devhelp_basename', <function setup.<locals>.<lambda> at 0xf5b31028>, 'devhelp')
[app] setting up extension: 'sphinxcontrib.htmlhelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.htmlhelp.HTMLHelpBuilder'>
[app] adding config value: ('htmlhelp_basename', <function default_htmlhelp_basename at 0xf5c58f10>, None)
[app] adding config value: ('htmlhelp_file_suffix', None, 'html', [<class 'str'>])
[app] adding config value: ('htmlhelp_link_suffix', None, 'html', [<class 'str'>])
[app] setting up extension: 'sphinxcontrib.serializinghtml'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.serializinghtml.JSONHTMLBuilder'>
[app] adding builder: <class 'sphinxcontrib.serializinghtml.PickleHTMLBuilder'>
[app] setting up extension: 'sphinxcontrib.qthelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.qthelp.QtHelpBuilder'>
[app] adding config value: ('qthelp_basename', <function setup.<locals>.<lambda> at 0xf5c58a90>, 'html')
[app] adding config value: ('qthelp_namespace', None, 'html', [<class 'str'>])
[app] adding config value: ('qthelp_theme', 'nonav', 'html')
[app] adding config value: ('qthelp_theme_options', {}, 'html')
[app] setting up extension: 'alabaster'
[app] connecting event 'html-page-context': <function update_context at 0xf5c6b388> [id=52]
[app] setting up extension: 'sphinx.ext.autodoc'
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.ModuleDocumenter'>
[app] adding directive: ('automodule', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.ClassDocumenter'>
[app] adding directive: ('autoclass', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.ExceptionDocumenter'>
[app] adding directive: ('autoexception', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.DataDocumenter'>
[app] adding directive: ('autodata', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.DataDeclarationDocumenter'>
[app] adding directive: ('autodatadecl', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.FunctionDocumenter'>
[app] adding directive: ('autofunction', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.DecoratorDocumenter'>
[app] adding directive: ('autodecorator', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.MethodDocumenter'>
[app] adding directive: ('automethod', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.AttributeDocumenter'>
[app] adding directive: ('autoattribute', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.PropertyDocumenter'>
[app] adding directive: ('autoproperty', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.InstanceAttributeDocumenter'>
[app] adding directive: ('autoinstanceattribute', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.SlotsAttributeDocumenter'>
[app] adding directive: ('autoslotsattribute', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding config value: ('autoclass_content', 'class', True)
[app] adding config value: ('autodoc_member_order', 'alphabetic', True)
[app] adding config value: ('autodoc_default_flags', [], True)
[app] adding config value: ('autodoc_default_options', {}, True)
[app] adding config value: ('autodoc_docstring_signature', True, True)
[app] adding config value: ('autodoc_mock_imports', [], True)
[app] adding config value: ('autodoc_typehints', 'signature', True, <sphinx.config.ENUM object at 0xf5c5b670>)
[app] adding config value: ('autodoc_warningiserror', True, True)
[app] adding config value: ('autodoc_inherit_docstrings', True, True)
[app] adding event: 'autodoc-before-process-signature'
[app] adding event: 'autodoc-process-docstring'
[app] adding event: 'autodoc-process-signature'
[app] adding event: 'autodoc-skip-member'
[app] connecting event 'config-inited': <function merge_autodoc_default_flags at 0xf5a1b2f8> [id=53]
[app] setting up extension: 'sphinx.ext.autodoc.type_comment'
[app] connecting event 'autodoc-before-process-signature': <function update_annotations_using_type_comments at 0xf5a1b658> [id=54]
[app] setting up extension: 'sphinx.ext.doctest'
[app] adding directive: ('testsetup', <class 'sphinx.ext.doctest.TestsetupDirective'>, None, None, {})
[app] adding directive: ('testcleanup', <class 'sphinx.ext.doctest.TestcleanupDirective'>, None, None, {})
[app] adding directive: ('doctest', <class 'sphinx.ext.doctest.DoctestDirective'>, None, None, {})
[app] adding directive: ('testcode', <class 'sphinx.ext.doctest.TestcodeDirective'>, None, None, {})
[app] adding directive: ('testoutput', <class 'sphinx.ext.doctest.TestoutputDirective'>, None, None, {})
[app] adding builder: <class 'sphinx.ext.doctest.DocTestBuilder'>
[app] adding config value: ('doctest_path', [], False)
[app] adding config value: ('doctest_test_doctest_blocks', 'default', False)
[app] adding config value: ('doctest_global_setup', '', False)
[app] adding config value: ('doctest_global_cleanup', '', False)
[app] adding config value: ('doctest_default_flags', 41, False)
[app] setting up extension: 'sphinx.ext.intersphinx'
[app] adding config value: ('intersphinx_mapping', {}, True)
[app] adding config value: ('intersphinx_cache_limit', 5, False)
[app] adding config value: ('intersphinx_timeout', None, False)
[app] connecting event 'config-inited': <function normalize_intersphinx_mapping at 0xf5a1bbf8> [id=55]
[app] connecting event 'builder-inited': <function load_mappings at 0xf5a1bb68> [id=56]
[app] connecting event 'missing-reference': <function missing_reference at 0xf5a1bbb0> [id=57]
[app] setting up extension: 'sphinx.ext.todo'
[app] adding event: 'todo-defined'
[app] adding config value: ('todo_include_todos', False, 'html')
[app] adding config value: ('todo_link_only', False, 'html')
[app] adding config value: ('todo_emit_warnings', False, 'html')
[app] adding node: (<class 'sphinx.ext.todo.todolist'>, {})
[app] adding translation_handlers: <class 'sphinx.ext.todo.todolist'>, {}
[app] adding node: (<class 'sphinx.ext.todo.todo_node'>, {'html': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>), 'latex': (<function latex_visit_todo_node at 0xf5a252b0>, <function latex_depart_todo_node at 0xf5a252f8>), 'text': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>), 'man': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>), 'texinfo': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>)})
[app] adding translation_handlers: <class 'sphinx.ext.todo.todo_node'>, {'html': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>), 'latex': (<function latex_visit_todo_node at 0xf5a252b0>, <function latex_depart_todo_node at 0xf5a252f8>), 'text': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>), 'man': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>), 'texinfo': (<function visit_todo_node at 0xf5a25220>, <function depart_todo_node at 0xf5a25268>)}
[app] adding directive: ('todo', <class 'sphinx.ext.todo.Todo'>, None, None, {})
[app] adding directive: ('todolist', <class 'sphinx.ext.todo.TodoList'>, None, None, {})
[app] adding domain: <class 'sphinx.ext.todo.TodoDomain'>
[app] connecting event 'doctree-resolved': <class 'sphinx.ext.todo.TodoListProcessor'> [id=58]
[app] setting up extension: 'sphinx.ext.coverage'
[app] adding builder: <class 'sphinx.ext.coverage.CoverageBuilder'>
[app] adding config value: ('coverage_ignore_modules', [], False)
[app] adding config value: ('coverage_ignore_functions', [], False)
[app] adding config value: ('coverage_ignore_classes', [], False)
[app] adding config value: ('coverage_ignore_pyobjects', [], False)
[app] adding config value: ('coverage_c_path', [], False)
[app] adding config value: ('coverage_c_regexes', {}, False)
[app] adding config value: ('coverage_ignore_c_items', {}, False)
[app] adding config value: ('coverage_write_headline', True, False)
[app] adding config value: ('coverage_skip_undoc_in_source', False, False)
[app] setting up extension: 'numpydoc'
[app] connecting event 'autodoc-process-docstring': <function mangle_docstrings at 0xf5d29808> [id=59]
[app] connecting event 'autodoc-process-signature': <function mangle_signature at 0xf5d29850> [id=60]
[app] adding config value: ('numpydoc_edit_link', None, False)
[app] adding config value: ('numpydoc_use_plots', None, False)
[app] adding config value: ('numpydoc_show_class_members', True, True)
[app] adding config value: ('numpydoc_show_inherited_class_members', True, True)
[app] adding config value: ('numpydoc_class_members_toctree', True, True)
[app] adding config value: ('numpydoc_citation_re', '[a-z0-9_.-]+', True)
[app] adding domain: <class 'numpydoc.numpydoc.NumpyPythonDomain'>
[app] adding domain: <class 'numpydoc.numpydoc.NumpyCDomain'>
making output directory... done
[app] emitting event: 'config-inited'(<sphinx.config.Config object at 0xf64cece8>,)
WARNING: html_static_path entry '_static' does not exist
[app] emitting event: 'builder-inited'()
loading intersphinx inventory from http://docs.python.org/objects.inv...
WARNING: failed to reach any of the inventories with the following issues:
intersphinx inventory 'http://docs.python.org/objects.inv' not fetchable due to <class 'requests.exceptions.ConnectionError'>: HTTPConnectionPool(host='docs.python.org', port=80): Max retries exceeded with url: /objects.inv (Caused by NewConnectionError('<urllib3.connection.HTTPConnection object at 0xf5b95da8>: Failed to establish a new connection: [Errno -3] Temporary failure in name resolution'))
building [mo]: targets for 0 po files that are out of date
building [pickle]: targets for 5 source files that are out of date
updating environment: [app] emitting event: 'env-get-outdated'(<sphinxcontrib.serializinghtml.PickleHTMLBuilder object at 0xf5a4ca18>, {'index', 'tutorial', 'intr
[new config] 5 added, 0 changed, 0 removed
[app] emitting event: 'env-before-read-docs'(<sphinx.environment.BuildEnvironment object at 0xf5a1a550>, ['index', 'install', 'intro', 'referenc
reading sources... [ 20%] index
[app] emitting event: 'env-purge-doc'(<sphinx.environment.BuildEnvironment object at 0xf5a1a550>, 'index')
[app] emitting event: 'source-read'('index', [".. python-blosc documentation master file, created by\n   sphinx-quickstart on Sun May  
[app] emitting event: 'doctree-read'(<document: <comment...><section "welcome to python-blosc's document ...>,)
reading sources... [ 40%] install
[app] emitting event: 'env-purge-doc'(<sphinx.environment.BuildEnvironment object at 0xf5a1a550>, 'install')
[app] emitting event: 'source-read'('install', ['------------\nInstallation\n------------\n\npython-blosc comes with C Blosc sources, s
[app] emitting event: 'doctree-read'(<document: <section "installation"...>>,)
reading sources... [ 60%] intro
[app] emitting event: 'env-purge-doc'(<sphinx.environment.BuildEnvironment object at 0xf5a1a550>, 'intro')
[app] emitting event: 'source-read'('intro', ['------------\nIntroduction\n------------\n\nWhat is python-blosc?\n=====================
[app] emitting event: 'doctree-read'(<document: <section "introduction"...>>,)
reading sources... [ 80%] reference
[app] emitting event: 'env-purge-doc'(<sphinx.environment.BuildEnvironment object at 0xf5a1a550>, 'reference')
[app] emitting event: 'source-read'('reference', ['-----------------\nLibrary Reference\n-----------------\n\nFirst level variables\n==
[app] emitting event: 'object-description-transform'('py', 'attribute', <desc_content: <paragraph...>>)
[app] emitting event: 'object-description-transform'('py', 'attribute', <desc_content: <paragraph...>>)
[app] emitting event: 'object-description-transform'('py', 'attribute', <desc_content: <paragraph...>>)
[app] emitting event: 'object-description-transform'('py', 'attribute', <desc_content: <paragraph...>>)
[app] emitting event: 'object-description-transform'('py', 'attribute', <desc_content: <paragraph...>>)
[app] emitting event: 'object-description-transform'('py', 'attribute', <desc_content: <paragraph...>>)
[autodoc] /usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/reference.rst:37: input:
.. automodule:: blosc
   :members: compress, compress_ptr, decompress, decompress_ptr, pack_array, unpack_array


[autodoc] import blosc
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[app] emitting event: 'autodoc-process-signature'('module', 'blosc', <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python
[app] emitting event: 'autodoc-process-docstring'('module', 'blosc', <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python
[app] emitting event: 'autodoc-skip-member'('module', 'compress', <function compress at 0xf64f2b20>, False, {'members': ['compress', 'compress_
[app] emitting event: 'autodoc-skip-member'('module', 'compress_ptr', <function compress_ptr at 0xf64f2b68>, False, {'members': ['compress', 'c
[app] emitting event: 'autodoc-skip-member'('module', 'decompress', <function decompress at 0xf64f2bb0>, False, {'members': ['compress', 'compr
[app] emitting event: 'autodoc-skip-member'('module', 'decompress_ptr', <function decompress_ptr at 0xf64f2bf8>, False, {'members': ['compress'
[app] emitting event: 'autodoc-skip-member'('module', 'pack_array', <function pack_array at 0xf64f2c40>, False, {'members': ['compress', 'compr
[app] emitting event: 'autodoc-skip-member'('module', 'unpack_array', <function unpack_array at 0xf64f2c88>, False, {'members': ['compress', 'c
[autodoc] from blosc import compress
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'compress')
[autodoc] => <function compress at 0xf64f2b20>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.compress', <function compress at 0xf64f2b20>, {'members': ['compress', 'compress
[app] emitting event: 'autodoc-process-docstring'('function', 'blosc.compress', <function compress at 0xf64f2b20>, {'members': ['compress', 'compress
[autodoc] from blosc import compress_ptr
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'compress_ptr')
[autodoc] => <function compress_ptr at 0xf64f2b68>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.compress_ptr', <function compress_ptr at 0xf64f2b68>, {'members': ['compress', '
[app] emitting event: 'autodoc-process-docstring'('function', 'blosc.compress_ptr', <function compress_ptr at 0xf64f2b68>, {'members': ['compress', '
[autodoc] from blosc import decompress
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'decompress')
[autodoc] => <function decompress at 0xf64f2bb0>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.decompress', <function decompress at 0xf64f2bb0>, {'members': ['compress', 'comp
[app] emitting event: 'autodoc-process-docstring'('function', 'blosc.decompress', <function decompress at 0xf64f2bb0>, {'members': ['compress', 'comp
[autodoc] from blosc import decompress_ptr
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'decompress_ptr')
[autodoc] => <function decompress_ptr at 0xf64f2bf8>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.decompress_ptr', <function decompress_ptr at 0xf64f2bf8>, {'members': ['compress
[app] emitting event: 'autodoc-process-docstring'('function', 'blosc.decompress_ptr', <function decompress_ptr at 0xf64f2bf8>, {'members': ['compress
[autodoc] from blosc import pack_array
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'pack_array')
[autodoc] => <function pack_array at 0xf64f2c40>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.pack_array', <function pack_array at 0xf64f2c40>, {'members': ['compress', 'comp
[app] emitting event: 'autodoc-process-docstring'('function', 'blosc.pack_array', <function pack_array at 0xf64f2c40>, {'members': ['compress', 'comp
[autodoc] from blosc import unpack_array
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'unpack_array')
[autodoc] => <function unpack_array at 0xf64f2c88>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.unpack_array', <function unpack_array at 0xf64f2c88>, {'members': ['compress', '
[app] emitting event: 'autodoc-process-docstring'('function', 'blosc.unpack_array', <function unpack_array at 0xf64f2c88>, {'members': ['compress', '
[autodoc] output:

.. py:module:: blosc


.. py:function:: compress(bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']])
   :module: blosc

   
   Compress bytesobj, with a given type size.
   
   
   :Parameters:
   
       **bytesobj** : bytes-like object (supporting the buffer interface)
   
           The data to be compressed.
   
       **typesize** : int
   
           The data type size.
   
       **clevel** : int (optional)
   
           The compression level from 0 (no compression) to 9
           (maximum compression).  The default is 9.
   
       **shuffle** : int (optional)
   
           The shuffle filter to be activated.  Allowed values are
           blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
           default is blosc.SHUFFLE.
   
       **cname** : string (optional)
   
           The name of the compressor used internally in Blosc. It can be
           any of the supported by Blosc ('blosclz', 'lz4', 'lz4hc',
           'snappy', 'zlib', 'zstd' and maybe others too). The default is
           'blosclz'.
   
   :Returns:
   
       **out** : str / bytes
   
           The compressed data in form of a Python str / bytes object.
   
   
   :Raises:
   
       **TypeError**
   
           If bytesobj doesn't support the buffer interface.
   
       **ValueError**
   
           If bytesobj is too long.
           If typesize is not within the allowed range.
           If clevel is not within the allowed range.
           If cname is not a valid codec.
   
   
   .. rubric:: Examples
   
   
   >>> import array
   >>> a = array.array('i', range(1000*1000))
   >>> a_bytesobj = a.tostring()
   >>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
   >>> len(c_bytesobj) < len(a_bytesobj)
   True
   
   
.. py:function:: compress_ptr(address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']])
   :module: blosc

   
   Compress the data at address with given items and typesize.
   
   
   :Parameters:
   
       **address** : int or long
   
           the pointer to the data to be compressed
   
       **items** : int
   
           The number of items (of typesize) to be compressed.
   
       **typesize** : int
   
           The data type size.
   
       **clevel** : int (optional)
   
           The compression level from 0 (no compression) to 9
           (maximum compression).  The default is 9.
   
       **shuffle** : int (optional)
   
           The shuffle filter to be activated.  Allowed values are
           blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
           default is blosc.SHUFFLE.
   
       **cname** : string (optional)
   
           The name of the compressor used internally in Blosc. It can be
           any of the supported by Blosc ('blosclz', 'lz4', 'lz4hc',
           'snappy', 'zlib', 'zstd' and maybe others too). The default is
           'blosclz'.
   
   :Returns:
   
       **out** : str / bytes
   
           The compressed data in form of a Python str / bytes object.
   
   
   :Raises:
   
       **TypeError**
   
           If address is not of type int or long.
   
       **ValueError**
   
           If items * typesize is larger than the maximum allowed buffer size.
           If typesize is not within the allowed range.
           If clevel is not within the allowed range.
           If cname is not within the supported compressors.
   
   
   .. rubric:: Notes
   
   
   This function can be used anywhere that a memory address is available in
   Python. For example the Numpy "__array_interface__['data'][0]" construct,
   or when using the ctypes modules.
   
   Importantly, the user is responsible for making sure that the memory
   address is valid and that the memory pointed to is contiguous. Passing a
   non-valid address has a high likelihood of crashing the interpreter by
   segfault.
   
   
   .. rubric:: Examples
   
   
   >>> import numpy
   >>> items = 7
   >>> np_array = numpy.arange(items)
   >>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
   >>> d = blosc.decompress(c)
   >>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
   >>> (np_array == np_ans).all()
   True
   
   >>> import ctypes
   >>> typesize = 8
   >>> data = [float(i) for i in range(items)]
   >>> Array = ctypes.c_double * items
   >>> a = Array(*data)
   >>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
   >>> d = blosc.decompress(c)
   >>> import struct
   >>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
   >>> data == ans
   True
   
   
.. py:function:: decompress(bytesobj)
   :module: blosc

   
   Decompresses a bytesobj compressed object.
   
   
   :Parameters:
   
       **bytesobj** : str / bytes
   
           The data to be decompressed.
   
       **as_bytearray** : bool, optional
   
           If this flag is True then the return type will be a bytearray object
           instead of a bytesobject.
   
   :Returns:
   
       **out** : str / bytes or bytearray
   
           The decompressed data in form of a Python str / bytes object.
           If as_bytearray is True then this will be a bytearray object, otherwise
           this will be a str/ bytes object.
   
   
   :Raises:
   
       **TypeError**
   
           If bytesobj is not of type bytes or string.
   
   
   .. rubric:: Examples
   
   
   >>> import array
   >>> a = array.array('i', range(1000*1000))
   >>> a_bytesobj = a.tostring()
   >>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
   >>> a_bytesobj2 = blosc.decompress(c_bytesobj)
   >>> a_bytesobj == a_bytesobj2
   True
   >>> b"" == blosc.decompress(blosc.compress(b"", 1))
   True
   >>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
   True
   >>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
   ...                                      as_bytearray=True)) is bytearray
   True
   
   
.. py:function:: decompress_ptr(bytesobj, address)
   :module: blosc

   
   Decompresses a bytesobj compressed object into the memory at address.
   
   
   :Parameters:
   
       **bytesobj** : str / bytes
   
           The data to be decompressed.
   
       **address** : int or long
   
           the pointer to the data to be compressed
   
   :Returns:
   
       **nbytes** : int
   
           the number of bytes written to the buffer
   
   
   :Raises:
   
       **TypeError**
   
           If bytesobj is not of type bytes or string.
           If address is not of type int or long.
   
   
   .. rubric:: Notes
   
   
   This function can be used anywhere that a memory address is available in
   Python. For example the Numpy "__array_interface__['data'][0]" construct,
   or when using the ctypes modules.
   
   Importantly, the user is responsible for making sure that the memory
   address is valid and that the memory pointed to is contiguous and can be
   written to. Passing a non-valid address has a high likelihood of crashing
   the interpreter by segfault.
   
   
   .. rubric:: Examples
   
   
   >>> import numpy
   >>> items = 7
   >>> np_array = numpy.arange(items)
   >>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
   >>> np_ans = numpy.empty(items, dtype=np_array.dtype)
   >>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
   >>> (np_array == np_ans).all()
   True
   >>> nbytes == items * np_array.dtype.itemsize
   True
   
   >>> import ctypes
   >>> typesize = 8
   >>> data = [float(i) for i in range(items)]
   >>> Array = ctypes.c_double * items
   >>> in_array = Array(*data)
   >>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
   >>> out_array = ctypes.create_string_buffer(items*typesize)
   >>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
   >>> import struct
   >>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
   >>> data == ans
   True
   >>> nbytes == items * typesize
   True
   
   
.. py:function:: pack_array(array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']])
   :module: blosc

   
   Pack (compress) a NumPy array.
   
   
   :Parameters:
   
       **array** : ndarray
   
           The NumPy array to be packed.
   
       **clevel** : int (optional)
   
           The compression level from 0 (no compression) to 9
           (maximum compression).  The default is 9.
   
       **shuffle** : int (optional)
   
           The shuffle filter to be activated.  Allowed values are
           blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
           default is blosc.SHUFFLE.
   
       **cname** : string (optional)
   
           The name of the compressor used internally in Blosc. It can be
           any of the supported by Blosc ('blosclz', 'lz4', 'lz4hc',
           'snappy', 'zlib', 'zstd' and maybe others too). The default is
           'blosclz'.
   
   :Returns:
   
       **out** : str / bytes
   
           The packed array in form of a Python str / bytes object.
   
   
   :Raises:
   
       **TypeError**
   
           If array does not quack like a numpy ndarray.
   
       **ValueError**
   
           If array.itemsize * array.size is larger than the maximum allowed
               buffer size.
           If typesize is not within the allowed range.
           If clevel is not within the allowed range.
           If cname is not within the supported compressors.
   
   
   .. rubric:: Examples
   
   
   >>> import numpy
   >>> a = numpy.arange(1e6)
   >>> parray = blosc.pack_array(a)
   >>> len(parray) < a.size*a.itemsize
   True
   
   
.. py:function:: unpack_array(packed_array)
   :module: blosc

   
   Unpack (decompress) a packed NumPy array.
   
   
   :Parameters:
   
       **packed_array** : str / bytes
   
           The packed array to be decompressed.
   
   :Returns:
   
       **out** : ndarray
   
           The decompressed data in form of a NumPy array.
   
   
   :Raises:
   
       **TypeError**
   
           If packed_array is not of type bytes or string.
   
   
   .. rubric:: Examples
   
   
   >>> import numpy
   >>> a = numpy.arange(1e6)
   >>> parray = blosc.pack_array(a)
   >>> len(parray) < a.size*a.itemsize
   True
   >>> a2 = blosc.unpack_array(parray)
   >>> numpy.alltrue(a == a2)
   True
   
   
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[autodoc] /usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/reference.rst:44: input:
.. automodule:: blosc
   :members: clib_info, compressor_list, detect_number_of_cores, free_resources, get_clib, set_blocksize, set_nthreads, set_releasegil, print_versions, test

[autodoc] import blosc
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[app] emitting event: 'autodoc-process-signature'('module', 'blosc', <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python
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[autodoc] from blosc import clib_info
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'clib_info')
[autodoc] => <function clib_info at 0xf64f2850>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.clib_info', <function clib_info at 0xf64f2850>, {'members': ['clib_info', 'compr
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[autodoc] from blosc import compressor_list
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'compressor_list')
[autodoc] => <function compressor_list at 0xf64f2778>
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[autodoc] from blosc import detect_number_of_cores
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'detect_number_of_cores')
[autodoc] => <function detect_number_of_cores at 0xf64f25c8>
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[autodoc] from blosc import free_resources
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'free_resources')
[autodoc] => <function free_resources at 0xf64f28e0>
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[autodoc] from blosc import get_clib
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'get_clib')
[autodoc] => <function get_clib at 0xf64f2898>
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[autodoc] from blosc import set_blocksize
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'set_blocksize')
[autodoc] => <function set_blocksize at 0xf64f26e8>
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[autodoc] from blosc import set_nthreads
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'set_nthreads')
[autodoc] => <function set_nthreads at 0xf64f26a0>
[app] emitting event: 'autodoc-process-signature'('function', 'blosc.set_nthreads', <function set_nthreads at 0xf64f26a0>, {'members': ['clib_info', 
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[autodoc] from blosc import set_releasegil
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'set_releasegil')
[autodoc] => <function set_releasegil at 0xf64f2730>
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[autodoc] from blosc import print_versions
[autodoc] import blosc => <module 'blosc' from '/usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py'>
[autodoc] getattr(_, 'print_versions')
[autodoc] => <function print_versions at 0xf64f2d18>
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[autodoc] output:

.. py:module:: blosc


.. py:function:: clib_info(cname)
   :module: blosc

   
   Return info for compression libraries in C library.
   
   
   :Parameters:
   
       **cname** : str
   
           The compressor name.
   
   :Returns:
   
       **out** : tuple
   
           The associated library name and version.
   
   
.. py:function:: compressor_list()
   :module: blosc

   
   Returns a list of compressors available in C library.
   
   
   :Parameters:
   
       **None**
   
           
   :Returns:
   
       **out** : list
   
           The list of names.
   
   
.. py:function:: detect_number_of_cores()
   :module: blosc

   
   Detect the number of cores in this system.
   
   
   :Returns:
   
       **out** : int
   
           The number of cores in this system.
   
   
.. py:function:: free_resources()
   :module: blosc

   
   Free possible memory temporaries and thread resources.
   
   
   :Returns:
   
       **out** : None
   
           
   .. rubric:: Notes
   
   
   Blosc maintain a pool of threads waiting for work as well as some
   temporary space.  You can use this function to release these
   resources when you are not going to use Blosc for a long while.
   
   
   .. rubric:: Examples
   
   
   >>> blosc.free_resources()
   >>>
   
   
.. py:function:: get_clib(bytesobj)
   :module: blosc

   
   Return the name of the compression library for Blosc `bytesobj` buffer.
   
   
   :Parameters:
   
       **bytesobj** : str / bytes
   
           The compressed buffer.
   
   :Returns:
   
       **out** : str
   
           The name of the compression library.
   
   
.. py:function:: set_blocksize(blocksize)
   :module: blosc

   
   Force the use of a specific blocksize.  If 0, an automatic
   blocksize will be used (the default).
   
   
   .. rubric:: Notes
   
   
   This is a low-level function and is recommened for expert users only.
   
   
   .. rubric:: Examples
   
   
   >>> blosc.set_blocksize(512)
   
   
.. py:function:: set_nthreads(nthreads)
   :module: blosc

   
   Set the number of threads to be used during Blosc operation.
   
   
   :Parameters:
   
       **nthreads** : int
   
           The number of threads to be used during Blosc operation.
   
   :Returns:
   
       **out** : int
   
           The previous number of used threads.
   
   
   :Raises:
   
       **ValueError**
   
           If nthreads is larger that the maximum number of threads blosc can use.
   
   
   .. rubric:: Notes
   
   
   The number of threads for Blosc is the maximum number of cores
   detected on your machine (via `detect_number_of_cores`).  In some
   cases Blosc gets better results if you set the number of threads
   to a value slightly below than your number of cores.
   
   
   .. rubric:: Examples
   
   
   Set the number of threads to 2 and then to 1:
   
   >>> oldn = blosc.set_nthreads(2)
   >>> blosc.set_nthreads(1)
   2
   
   
.. py:function:: set_releasegil( gitstate )
   :module: blosc

   
   Sets a boolean on whether to release the Python global inter-lock (GIL) 
   during c-blosc compress and decompress operations or not.  This defaults 
   to False.
   
   
   .. rubric:: Notes
   
   
   Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
   small performance penalty with releasing the GIL that will more harshly 
   penalize small block sizes.
   
   
   .. rubric:: Examples
   
   
   >>> oldReleaseState = blosc.set_releasegil(True)
   
   
.. py:function:: print_versions()
   :module: blosc

   
   Print all the versions of software that python-blosc relies on.
   
   
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/index.rst"><comment xml:space="preserve">python-blosc documentation master file, created by
sphinx-quickstart on Sun May  5 19:38:24 2013.
You can adapt this file completely to your liking, but it should at least
contain the root `toctree` directive.</comment><section ids="welcome-to-python-blosc-s-documentation" names="welcome\ to\ python-blosc's\ documentation!"><title>Welcome to python-blosc’s documentation!</title><paragraph>Contents:</paragraph><compound classes="toctree-wrapper"><compact_paragraph toctree="True"><bullet_list><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="intro/">Introduction</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#what-is-python-blosc" internal="True" refuri="intro/#what-is-python-blosc">What is python-blosc?</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#mailing-list" internal="True" refuri="intro/#mailing-list">Mailing list</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="install/">Installation</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing-from-pypi-repository" internal="True" refuri="install/#installing-from-pypi-repository">Installing from PyPI repository</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#building-manually" internal="True" refuri="install/#building-manually">Building manually</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#testing" internal="True" refuri="install/#testing">Testing</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing" internal="True" refuri="install/#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="tutorial/">Tutorials</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-and-decompressing-with-blosc" internal="True" refuri="tutorial/#compressing-and-decompressing-with-blosc">Compressing and decompressing with <literal>blosc</literal></reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#using-different-filters" internal="True" refuri="tutorial/#using-different-filters">Using different filters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial/#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial/#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial/#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial/#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" refuri="tutorial/#links-to-external-discussions-on-blosc-optimization">Links to external discussions on <literal>blosc</literal> optimization</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="reference/">Library Reference</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#first-level-variables" internal="True" refuri="reference/#first-level-variables">First level variables</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference/#module-blosc">Public functions</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference/#module-blosc">Utilities</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></compact_paragraph></compound></section><section ids="indices-and-tables" names="indices\ and\ tables"><title>Indices and tables</title><bullet_list bullet="*"><list_item><paragraph><reference internal="True" refuri="genindex/"><inline classes="std std-ref">Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="py-modindex/"><inline classes="std std-ref">Module Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="search/"><inline classes="std std-ref">Search Page</inline></reference></paragraph></list_item></bullet_list></section></document>
SphinxTranslator.dispatch_visit calling visit_comment for <comment xml:space="preserve">python-blosc documentation master file, created by
sphinx-quickstart on Sun May  5 19:38:24 2013.
You can adapt this file completely to your liking, but it should at least
contain the root `toctree` directive.</comment>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="welcome-to-python-blosc-s-documentation" names="welcome\ to\ python-blosc's\ documentation!"><title>Welcome to python-blosc’s documentation!</title><paragraph>Contents:</paragraph><compound classes="toctree-wrapper"><compact_paragraph toctree="True"><bullet_list><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="intro/">Introduction</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#what-is-python-blosc" internal="True" refuri="intro/#what-is-python-blosc">What is python-blosc?</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#mailing-list" internal="True" refuri="intro/#mailing-list">Mailing 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classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial/#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial/#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial/#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial/#fine-tuning-compression-parameters">Fine-tuning compression 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SphinxTranslator.dispatch_visit calling visit_title for <title>Welcome to python-blosc’s documentation!</title>
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classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial/#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial/#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial/#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" refuri="tutorial/#links-to-external-discussions-on-blosc-optimization">Links to external 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sphinx-quickstart on Sun May  5 19:38:24 2013.
You can adapt this file completely to your liking, but it should at least
contain the root `toctree` directive.</comment><section ids="welcome-to-python-blosc-s-documentation" names="welcome\ to\ python-blosc's\ documentation!"><title>Welcome to python-blosc’s documentation!</title><paragraph>Contents:</paragraph><compound classes="toctree-wrapper"><compact_paragraph toctree="True"><bullet_list><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="intro/">Introduction</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#what-is-python-blosc" internal="True" refuri="intro/#what-is-python-blosc">What is python-blosc?</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#mailing-list" internal="True" refuri="intro/#mailing-list">Mailing list</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="install/">Installation</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing-from-pypi-repository" internal="True" refuri="install/#installing-from-pypi-repository">Installing from PyPI repository</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#building-manually" internal="True" refuri="install/#building-manually">Building manually</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#testing" internal="True" refuri="install/#testing">Testing</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing" internal="True" refuri="install/#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="tutorial/">Tutorials</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-and-decompressing-with-blosc" internal="True" refuri="tutorial/#compressing-and-decompressing-with-blosc">Compressing and decompressing with <literal>blosc</literal></reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#using-different-filters" internal="True" refuri="tutorial/#using-different-filters">Using different filters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial/#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial/#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial/#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial/#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" refuri="tutorial/#links-to-external-discussions-on-blosc-optimization">Links to external discussions on <literal>blosc</literal> optimization</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="reference/">Library Reference</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#first-level-variables" internal="True" refuri="reference/#first-level-variables">First level variables</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference/#module-blosc">Public functions</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference/#module-blosc">Utilities</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></compact_paragraph></compound></section><section ids="indices-and-tables" names="indices\ and\ tables"><title>Indices and tables</title><bullet_list bullet="*"><list_item><paragraph><reference internal="True" refuri="genindex/"><inline classes="std std-ref">Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="py-modindex/"><inline classes="std std-ref">Module Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="search/"><inline classes="std std-ref">Search Page</inline></reference></paragraph></list_item></bullet_list></section></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/install.rst"><section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).
SphinxTranslator.dispatch_departure calling depart_Text for python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.
SphinxTranslator.dispatch_departure calling depart_Text for Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_Text for This package supports Python 2.6, 2.7 and 3.3 or higher versions.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Installing from PyPI repository</title>
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SphinxTranslator.dispatch_departure calling depart_title for <title>Installing from PyPI repository</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Do:
SphinxTranslator.dispatch_departure calling depart_Text for Do:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Building manually</title>
SphinxTranslator.dispatch_visit calling visit_Text for Building manually
SphinxTranslator.dispatch_departure calling depart_Text for Building manually
SphinxTranslator.dispatch_departure calling depart_title for <title>Building manually</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for First, go to the python-blosc official repository at

SphinxTranslator.dispatch_departure calling depart_Text for First, go to the python-blosc official repository at

SphinxTranslator.dispatch_visit calling visit_reference for <reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference>
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SphinxTranslator.dispatch_visit calling visit_Text for  and download the sources.
SphinxTranslator.dispatch_departure calling depart_Text for  and download the sources.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.
SphinxTranslator.dispatch_departure calling depart_Text for Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compiling without an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_Text for Compiling without an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_Text for Compiling without an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_title for <title>Compiling without an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:
SphinxTranslator.dispatch_departure calling depart_Text for python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>That’s all.  You can proceed with testing section now.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for That’s all.  You can proceed with testing section now.
SphinxTranslator.dispatch_departure calling depart_Text for That’s all.  You can proceed with testing section now.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>That’s all.  You can proceed with testing section now.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compiling with an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_Text for Compiling with an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_Text for Compiling with an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_title for <title>Compiling with an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.
SphinxTranslator.dispatch_departure calling depart_Text for In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Using an environment variable:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Using an environment variable:
SphinxTranslator.dispatch_departure calling depart_Text for Using an environment variable:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Using an environment variable:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Using a flag:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Using a flag:
SphinxTranslator.dispatch_departure calling depart_Text for Using a flag:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Using a flag:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Generating Sphinx documentation</title>
SphinxTranslator.dispatch_visit calling visit_Text for Generating Sphinx documentation
SphinxTranslator.dispatch_departure calling depart_Text for Generating Sphinx documentation
SphinxTranslator.dispatch_departure calling depart_title for <title>Generating Sphinx documentation</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for In case you want to generate the documentation locally, you will need to
have the 
SphinxTranslator.dispatch_departure calling depart_Text for In case you want to generate the documentation locally, you will need to
have the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>Sphinx</literal>
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>Sphinx</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  documentation system, as well as the 
SphinxTranslator.dispatch_departure calling depart_Text for  documentation system, as well as the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>numpydoc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for numpydoc
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SphinxTranslator.dispatch_visit calling visit_Text for 
extension, installed.  Then go down to 
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extension, installed.  Then go down to 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>doc/</literal>
SphinxTranslator.dispatch_visit calling visit_Text for doc/
SphinxTranslator.dispatch_departure calling depart_Text for doc/
SphinxTranslator.dispatch_departure calling depart_literal for <literal>doc/</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  directory and do:
SphinxTranslator.dispatch_departure calling depart_Text for  directory and do:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Testing</title>
SphinxTranslator.dispatch_visit calling visit_Text for Testing
SphinxTranslator.dispatch_departure calling depart_Text for Testing
SphinxTranslator.dispatch_departure calling depart_title for <title>Testing</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for After compiling, you can quickly check that the package is sane by
running the doctests in 
SphinxTranslator.dispatch_departure calling depart_Text for After compiling, you can quickly check that the package is sane by
running the doctests in 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc/test.py</literal>
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc/test.py</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Or alternatively, you can use the third-party 
SphinxTranslator.dispatch_departure calling depart_Text for Or alternatively, you can use the third-party 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>nosetests</literal>
SphinxTranslator.dispatch_visit calling visit_Text for nosetests
SphinxTranslator.dispatch_departure calling depart_Text for nosetests
SphinxTranslator.dispatch_departure calling depart_literal for <literal>nosetests</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  script to run both
the doctests and the test suite:
SphinxTranslator.dispatch_departure calling depart_Text for  script to run both
the doctests and the test suite:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Once installed, you can re-run the tests at any time with:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Once installed, you can re-run the tests at any time with:
SphinxTranslator.dispatch_departure calling depart_Text for Once installed, you can re-run the tests at any time with:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Once installed, you can re-run the tests at any time with:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Installing</title>
SphinxTranslator.dispatch_visit calling visit_Text for Installing
SphinxTranslator.dispatch_departure calling depart_Text for Installing
SphinxTranslator.dispatch_departure calling depart_title for <title>Installing</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Install it as a typical Python package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Install it as a typical Python package:
SphinxTranslator.dispatch_departure calling depart_Text for Install it as a typical Python package:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Install it as a typical Python package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/install.rst"><section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/intro.rst"><section ids="introduction" names="introduction"><title>Introduction</title><section ids="what-is-python-blosc" names="what\ is\ python-blosc?"><title>What is python-blosc?</title><paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
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optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
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optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
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SphinxTranslator.dispatch_departure calling depart_Text for ) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc works well for compressing numerical arrays that contains data
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the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/reference.rst"><section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Library Reference</title>
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SphinxTranslator.dispatch_visit calling visit_section for <section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section>
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SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc>
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SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Public functions</title>
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SphinxTranslator.dispatch_departure calling depart_title for <title>Public functions</title>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
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SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content>
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SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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(maximum compression).  The default is 9.</paragraph>
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(maximum compression).  The default is 9.
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(maximum compression).  The default is 9.</paragraph>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field>
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If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
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SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">compress_ptr</desc_name>
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SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]
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SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Compress the data at address with given items and typesize.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Compress the data at address with given items and typesize.
SphinxTranslator.dispatch_departure calling depart_Text for Compress the data at address with given items and typesize.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Compress the data at address with given items and typesize.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
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SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>the pointer to the data to be compressed</paragraph>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>typesize</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The data type size.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>clevel</strong> : int (optional)</paragraph>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.
SphinxTranslator.dispatch_departure calling depart_Text for The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>shuffle</strong> : int (optional)</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>shuffle</strong>
SphinxTranslator.dispatch_visit calling visit_Text for shuffle
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>shuffle</strong> : int (optional)</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
SphinxTranslator.dispatch_departure calling depart_Text for The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>cname</strong> : string (optional)</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>cname</strong>
SphinxTranslator.dispatch_visit calling visit_Text for cname
SphinxTranslator.dispatch_departure calling depart_Text for cname
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SphinxTranslator.dispatch_visit calling visit_Text for  : string (optional)
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>cname</strong> : string (optional)</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
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SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The compressed data in form of a Python str / bytes object.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The compressed data in form of a Python str / bytes object.
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The compressed data in form of a Python str / bytes object.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Raises</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.
SphinxTranslator.dispatch_departure calling depart_Text for If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.
SphinxTranslator.dispatch_departure calling depart_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc>
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SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content>
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instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list>
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SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">decompress_ptr</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for decompress_ptr
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SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">decompress_ptr</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">address</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for address
SphinxTranslator.dispatch_departure calling depart_Text for address
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SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Decompresses a bytesobj compressed object into the memory at address.
SphinxTranslator.dispatch_departure calling depart_Text for Decompresses a bytesobj compressed object into the memory at address.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
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SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote>
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SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>nbytes</strong> : int</paragraph>
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SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Raises</field_name>
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If address is not of type int or long.</paragraph></block_quote></field_body>
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If address is not of type int or long.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.
SphinxTranslator.dispatch_departure calling depart_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
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SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Pack (compress) a NumPy array.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Pack (compress) a NumPy array.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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(maximum compression).  The default is 9.</paragraph>
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(maximum compression).  The default is 9.
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(maximum compression).  The default is 9.
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(maximum compression).  The default is 9.</paragraph>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
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If cname is not within the supported compressors.</paragraph></block_quote></field_body>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.
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If clevel is not within the allowed range.
If cname is not within the supported compressors.
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature>
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SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section>
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SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
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SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
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SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
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SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body>
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SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
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SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"/>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"/>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Free possible memory temporaries and thread resources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Free possible memory temporaries and thread resources.
SphinxTranslator.dispatch_departure calling depart_Text for Free possible memory temporaries and thread resources.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Free possible memory temporaries and thread resources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : None</paragraph></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>out</strong> : None</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for out
SphinxTranslator.dispatch_departure calling depart_Text for out
SphinxTranslator.dispatch_departure calling depart_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : None
SphinxTranslator.dispatch_departure calling depart_Text for  : None
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>out</strong> : None</paragraph>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : None</paragraph></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.
SphinxTranslator.dispatch_departure calling depart_Text for Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">get_clib</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for get_clib
SphinxTranslator.dispatch_departure calling depart_Text for get_clib
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">get_clib</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Return the name of the compression library for Blosc 
SphinxTranslator.dispatch_departure calling depart_Text for Return the name of the compression library for Blosc 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>bytesobj</literal>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_literal for <literal>bytesobj</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  buffer.
SphinxTranslator.dispatch_departure calling depart_Text for  buffer.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>bytesobj</strong>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_strong for <strong>bytesobj</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : str / bytes
SphinxTranslator.dispatch_departure calling depart_Text for  : str / bytes
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The compressed buffer.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The compressed buffer.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The compressed buffer.
SphinxTranslator.dispatch_departure calling depart_Text for The compressed buffer.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The compressed buffer.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The compressed buffer.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>out</strong> : str</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for out
SphinxTranslator.dispatch_departure calling depart_Text for out
SphinxTranslator.dispatch_departure calling depart_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : str
SphinxTranslator.dispatch_departure calling depart_Text for  : str
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>out</strong> : str</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compression library.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compression library.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compression library.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compression library.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compression library.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compression library.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">set_blocksize</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for set_blocksize
SphinxTranslator.dispatch_departure calling depart_Text for set_blocksize
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">set_blocksize</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">blocksize</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">blocksize</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).
SphinxTranslator.dispatch_departure calling depart_Text for Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This is a low-level function and is recommened for expert users only.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This is a low-level function and is recommened for expert users only.
SphinxTranslator.dispatch_departure calling depart_Text for This is a low-level function and is recommened for expert users only.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This is a low-level function and is recommened for expert users only.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">set_nthreads</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for set_nthreads
SphinxTranslator.dispatch_departure calling depart_Text for set_nthreads
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">set_nthreads</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">nthreads</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for nthreads
SphinxTranslator.dispatch_departure calling depart_Text for nthreads
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">nthreads</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Set the number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Set the number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_Text for Set the number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Set the number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>nthreads</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>nthreads</strong>
SphinxTranslator.dispatch_visit calling visit_Text for nthreads
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SphinxTranslator.dispatch_visit calling visit_Text for  : int
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>nthreads</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_Text for The number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>out</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for out
SphinxTranslator.dispatch_departure calling depart_Text for out
SphinxTranslator.dispatch_departure calling depart_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : int
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>out</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The previous number of used threads.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The previous number of used threads.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The previous number of used threads.
SphinxTranslator.dispatch_departure calling depart_Text for The previous number of used threads.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The previous number of used threads.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The previous number of used threads.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Raises</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Raises
SphinxTranslator.dispatch_departure calling depart_Text for Raises
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Raises</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>ValueError</strong></paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>ValueError</strong>
SphinxTranslator.dispatch_visit calling visit_Text for ValueError
SphinxTranslator.dispatch_departure calling depart_Text for ValueError
SphinxTranslator.dispatch_departure calling depart_strong for <strong>ValueError</strong>
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>ValueError</strong></paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for If nthreads is larger that the maximum number of threads blosc can use.
SphinxTranslator.dispatch_departure calling depart_Text for If nthreads is larger that the maximum number of threads blosc can use.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The number of threads for Blosc is the maximum number of cores
detected on your machine (via 
SphinxTranslator.dispatch_departure calling depart_Text for The number of threads for Blosc is the maximum number of cores
detected on your machine (via 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>detect_number_of_cores</literal>
SphinxTranslator.dispatch_visit calling visit_Text for detect_number_of_cores
SphinxTranslator.dispatch_departure calling depart_Text for detect_number_of_cores
SphinxTranslator.dispatch_departure calling depart_literal for <literal>detect_number_of_cores</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.
SphinxTranslator.dispatch_departure calling depart_Text for ).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Set the number of threads to 2 and then to 1:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Set the number of threads to 2 and then to 1:
SphinxTranslator.dispatch_departure calling depart_Text for Set the number of threads to 2 and then to 1:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Set the number of threads to 2 and then to 1:</paragraph>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">set_releasegil</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for set_releasegil
SphinxTranslator.dispatch_departure calling depart_Text for set_releasegil
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">set_releasegil</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">gitstate</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for gitstate
SphinxTranslator.dispatch_departure calling depart_Text for gitstate
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">gitstate</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.
SphinxTranslator.dispatch_departure calling depart_Text for Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.
SphinxTranslator.dispatch_departure calling depart_Text for Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
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SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content>
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SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/reference.rst"><section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/tutorial.rst"><section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Tutorials</title>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph>
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how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the 
SphinxTranslator.dispatch_departure calling depart_Text for , because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>zlib</literal>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here are some examples on how to use it.  For the full documentation, please
refer to the 
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refer to the 
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.
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on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compressing and decompressing with <literal>blosc</literal></title>
SphinxTranslator.dispatch_visit calling visit_Text for Compressing and decompressing with 
SphinxTranslator.dispatch_departure calling depart_Text for Compressing and decompressing with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_departure calling depart_title for <title>Compressing and decompressing with <literal>blosc</literal></title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Let’s start creating a NumPy array with 80 MB full of data:
SphinxTranslator.dispatch_departure calling depart_Text for Let’s start creating a NumPy array with 80 MB full of data:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for and let’s compare Blosc operation with 
SphinxTranslator.dispatch_departure calling depart_Text for and let’s compare Blosc operation with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>zlib</literal>
SphinxTranslator.dispatch_visit calling visit_Text for zlib
SphinxTranslator.dispatch_departure calling depart_Text for zlib
SphinxTranslator.dispatch_departure calling depart_literal for <literal>zlib</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  (please note that we are
using IPython for leveraging its timing capabilities):
SphinxTranslator.dispatch_departure calling depart_Text for  (please note that we are
using IPython for leveraging its timing capabilities):
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):
SphinxTranslator.dispatch_departure calling depart_Text for but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for It is important to note that this is quite more than the speed of a memcpy()
in this machine:
SphinxTranslator.dispatch_departure calling depart_Text for It is important to note that this is quite more than the speed of a memcpy()
in this machine:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.
SphinxTranslator.dispatch_departure calling depart_Text for which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:
SphinxTranslator.dispatch_departure calling depart_Text for Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.
SphinxTranslator.dispatch_departure calling depart_Text for The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Now, let’s have a look at the compression ratios:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Now, let’s have a look at the compression ratios:
SphinxTranslator.dispatch_departure calling depart_Text for Now, let’s have a look at the compression ratios:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Now, let’s have a look at the compression ratios:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:
SphinxTranslator.dispatch_departure calling depart_Text for Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:
SphinxTranslator.dispatch_departure calling depart_Text for That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here it is a plot with the different compression ratios achieved:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here it is a plot with the different compression ratios achieved:
SphinxTranslator.dispatch_departure calling depart_Text for Here it is a plot with the different compression ratios achieved:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here it is a plot with the different compression ratios achieved:</paragraph>
SphinxTranslator.dispatch_visit calling visit_reference for <reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference>
SphinxTranslator.dispatch_visit calling visit_image for <image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/>
SphinxTranslator.dispatch_departure calling depart_image for <image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="../_images/cratio-blosc-codecs.png" width="800"/>
SphinxTranslator.dispatch_departure calling depart_reference for <reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="../_images/cratio-blosc-codecs.png" width="800"/></reference>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The explanation for this apparently shocking result is that Blosc uses
filters (
SphinxTranslator.dispatch_departure calling depart_Text for The explanation for this apparently shocking result is that Blosc uses
filters (
SphinxTranslator.dispatch_visit calling visit_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.
SphinxTranslator.dispatch_departure calling depart_Text for  currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>How about decompression?:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for How about decompression?:
SphinxTranslator.dispatch_departure calling depart_Text for How about decompression?:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>How about decompression?:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here we see a couple of things:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here we see a couple of things:
SphinxTranslator.dispatch_departure calling depart_Text for Here we see a couple of things:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here we see a couple of things:</paragraph>
SphinxTranslator.dispatch_visit calling visit_bullet_list for <bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for All the internal codecs in Blosc are way faster than naked ZLib
SphinxTranslator.dispatch_departure calling depart_Text for All the internal codecs in Blosc are way faster than naked ZLib
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).
SphinxTranslator.dispatch_departure calling depart_Text for The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item>
SphinxTranslator.dispatch_departure calling depart_bullet_list for <bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The next plot summarizes the speed benchmarks above:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The next plot summarizes the speed benchmarks above:
SphinxTranslator.dispatch_departure calling depart_Text for The next plot summarizes the speed benchmarks above:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The next plot summarizes the speed benchmarks above:</paragraph>
SphinxTranslator.dispatch_visit calling visit_reference for <reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference>
SphinxTranslator.dispatch_visit calling visit_image for <image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/>
SphinxTranslator.dispatch_departure calling depart_image for <image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="../_images/speed-blosc-codecs.png" width="800"/>
SphinxTranslator.dispatch_departure calling depart_reference for <reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="../_images/speed-blosc-codecs.png" width="800"/></reference>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).
SphinxTranslator.dispatch_departure calling depart_Text for These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Finally, here it is the way to discover all the internal codecs inside your
Blosc package:
SphinxTranslator.dispatch_departure calling depart_Text for Finally, here it is the way to discover all the internal codecs inside your
Blosc package:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph>
SphinxTranslator.dispatch_visit calling visit_emphasis for <emphasis>Note</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for Note
SphinxTranslator.dispatch_departure calling depart_Text for Note
SphinxTranslator.dispatch_departure calling depart_emphasis for <emphasis>Note</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for : the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.
SphinxTranslator.dispatch_departure calling depart_Text for : the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="../_images/cratio-blosc-codecs.png" width="800"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="../_images/speed-blosc-codecs.png" width="800"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Using different filters</title>
SphinxTranslator.dispatch_visit calling visit_Text for Using different filters
SphinxTranslator.dispatch_departure calling depart_Text for Using different filters
SphinxTranslator.dispatch_departure calling depart_title for <title>Using different filters</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently 
SphinxTranslator.dispatch_departure calling depart_Text for In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>BITSHUFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for BITSHUFLE
SphinxTranslator.dispatch_departure calling depart_Text for BITSHUFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>BITSHUFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.
SphinxTranslator.dispatch_departure calling depart_Text for ). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here it is an example using the 
SphinxTranslator.dispatch_departure calling depart_Text for Here it is an example using the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  filter:
SphinxTranslator.dispatch_departure calling depart_Text for  filter:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here there is another example using 
SphinxTranslator.dispatch_departure calling depart_Text for Here there is another example using 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for You can also deactivate filters completely with 
SphinxTranslator.dispatch_departure calling depart_Text for You can also deactivate filters completely with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>NOSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for NOSHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for NOSHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>NOSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.
SphinxTranslator.dispatch_departure calling depart_Text for So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Supporting the buffer interface</title>
SphinxTranslator.dispatch_visit calling visit_Text for Supporting the buffer interface
SphinxTranslator.dispatch_departure calling depart_Text for Supporting the buffer interface
SphinxTranslator.dispatch_departure calling depart_title for <title>Supporting the buffer interface</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes 
SphinxTranslator.dispatch_departure calling depart_Text for python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>buffer</literal>
SphinxTranslator.dispatch_visit calling visit_Text for buffer
SphinxTranslator.dispatch_departure calling depart_Text for buffer
SphinxTranslator.dispatch_departure calling depart_literal for <literal>buffer</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ,

SphinxTranslator.dispatch_departure calling depart_Text for ,

SphinxTranslator.dispatch_visit calling visit_literal for <literal>memoryview</literal>
SphinxTranslator.dispatch_visit calling visit_Text for memoryview
SphinxTranslator.dispatch_departure calling depart_Text for memoryview
SphinxTranslator.dispatch_departure calling depart_literal for <literal>memoryview</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>bytearray</literal>
SphinxTranslator.dispatch_visit calling visit_Text for bytearray
SphinxTranslator.dispatch_departure calling depart_Text for bytearray
SphinxTranslator.dispatch_departure calling depart_literal for <literal>bytearray</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both 
SphinxTranslator.dispatch_departure calling depart_Text for Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>str</literal>
SphinxTranslator.dispatch_visit calling visit_Text for str
SphinxTranslator.dispatch_departure calling depart_Text for str
SphinxTranslator.dispatch_departure calling depart_literal for <literal>str</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unicode
SphinxTranslator.dispatch_departure calling depart_Text for unicode
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
types, whereas in Python 3.x we can only compress ‘binary’ data which does

SphinxTranslator.dispatch_departure calling depart_Text for 
types, whereas in Python 3.x we can only compress ‘binary’ data which does

SphinxTranslator.dispatch_visit calling visit_emphasis for <emphasis>not</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for not
SphinxTranslator.dispatch_departure calling depart_Text for not
SphinxTranslator.dispatch_departure calling depart_emphasis for <emphasis>not</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for  include 
SphinxTranslator.dispatch_departure calling depart_Text for  include 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unicode
SphinxTranslator.dispatch_departure calling depart_Text for unicode
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for .
SphinxTranslator.dispatch_departure calling depart_Text for .
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Packaging NumPy arrays</title>
SphinxTranslator.dispatch_visit calling visit_Text for Packaging NumPy arrays
SphinxTranslator.dispatch_departure calling depart_Text for Packaging NumPy arrays
SphinxTranslator.dispatch_departure calling depart_title for <title>Packaging NumPy arrays</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Want to use 
SphinxTranslator.dispatch_departure calling depart_Text for Want to use 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  
SphinxTranslator.dispatch_departure calling depart_Text for  to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  comes with the 
SphinxTranslator.dispatch_departure calling depart_Text for  comes with the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>pack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for pack_array
SphinxTranslator.dispatch_departure calling depart_Text for pack_array
SphinxTranslator.dispatch_departure calling depart_literal for <literal>pack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
and 
SphinxTranslator.dispatch_departure calling depart_Text for 
and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unpack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unpack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  to perform this in a handy way:
SphinxTranslator.dispatch_departure calling depart_Text for  to perform this in a handy way:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.
SphinxTranslator.dispatch_departure calling depart_Text for Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compressing from a data pointer</title>
SphinxTranslator.dispatch_visit calling visit_Text for Compressing from a data pointer
SphinxTranslator.dispatch_departure calling depart_Text for Compressing from a data pointer
SphinxTranslator.dispatch_departure calling depart_title for <title>Compressing from a data pointer</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for For avoiding the data copy problem in the previous section, 
SphinxTranslator.dispatch_departure calling depart_Text for For avoiding the data copy problem in the previous section, 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
comes with a couple of lower-level functions: 
SphinxTranslator.dispatch_departure calling depart_Text for 
comes with a couple of lower-level functions: 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and

SphinxTranslator.dispatch_departure calling depart_Text for  and

SphinxTranslator.dispatch_visit calling visit_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for .  Here are they in action:
SphinxTranslator.dispatch_departure calling depart_Text for .  Here are they in action:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).
SphinxTranslator.dispatch_departure calling depart_Text for As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for On the other hand, and contrarily to the 
SphinxTranslator.dispatch_departure calling depart_Text for On the other hand, and contrarily to the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>pack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for pack_array
SphinxTranslator.dispatch_departure calling depart_Text for pack_array
SphinxTranslator.dispatch_departure calling depart_literal for <literal>pack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  / 
SphinxTranslator.dispatch_departure calling depart_Text for  / 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unpack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unpack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
method, the 
SphinxTranslator.dispatch_departure calling depart_Text for 
method, the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  / 
SphinxTranslator.dispatch_departure calling depart_Text for  / 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.
SphinxTranslator.dispatch_departure calling depart_Text for  functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  has a maximum 
SphinxTranslator.dispatch_departure calling depart_Text for  has a maximum 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  of 2**31 bytes = 2 GB. Larger 
SphinxTranslator.dispatch_departure calling depart_Text for  of 2**31 bytes = 2 GB. Larger 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>numpy</literal>
SphinxTranslator.dispatch_visit calling visit_Text for numpy
SphinxTranslator.dispatch_departure calling depart_Text for numpy
SphinxTranslator.dispatch_departure calling depart_literal for <literal>numpy</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  arrays must
be chunked by slicing, for example as:
SphinxTranslator.dispatch_departure calling depart_Text for  arrays must
be chunked by slicing, for example as:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Fine-tuning compression parameters</title>
SphinxTranslator.dispatch_visit calling visit_Text for Fine-tuning compression parameters
SphinxTranslator.dispatch_departure calling depart_Text for Fine-tuning compression parameters
SphinxTranslator.dispatch_departure calling depart_title for <title>Fine-tuning compression parameters</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for There are a number of parameters that affect the de/compression bandwidth
achieved by 
SphinxTranslator.dispatch_departure calling depart_Text for There are a number of parameters that affect the de/compression bandwidth
achieved by 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_bullet_list for <bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The information content of the underlying data, and 
SphinxTranslator.dispatch_departure calling depart_Text for The information content of the underlying data, and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>chunksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for chunksize
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>chunksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : the size of
the data in each call to 
SphinxTranslator.dispatch_departure calling depart_Text for : the size of
the data in each call to 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the

SphinxTranslator.dispatch_departure calling depart_Text for  and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the

SphinxTranslator.dispatch_visit calling visit_literal for <literal>bloscpack</literal>
SphinxTranslator.dispatch_visit calling visit_Text for bloscpack
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>bloscpack</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  module.
SphinxTranslator.dispatch_departure calling depart_Text for  module.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>n_threads</literal>
SphinxTranslator.dispatch_visit calling visit_Text for n_threads
SphinxTranslator.dispatch_departure calling depart_Text for n_threads
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SphinxTranslator.dispatch_visit calling visit_Text for : The number of threads to spawn inside 
SphinxTranslator.dispatch_departure calling depart_Text for : The number of threads to spawn inside 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>c-blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for c-blosc
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SphinxTranslator.dispatch_visit calling visit_literal for <literal>n_threads</literal>
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>n_threads</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  may be changed by calling 
SphinxTranslator.dispatch_departure calling depart_Text for  may be changed by calling 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc.set_nthreads(16)</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.set_nthreads(16)
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SphinxTranslator.dispatch_visit calling visit_Text for  for example.

SphinxTranslator.dispatch_departure calling depart_Text for  for example.

SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.
SphinxTranslator.dispatch_departure calling depart_Text for  performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : is the size of each continuously memory-element that is compressed,
in bytes. Normally 
SphinxTranslator.dispatch_departure calling depart_Text for : is the size of each continuously memory-element that is compressed,
in bytes. Normally 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling

SphinxTranslator.dispatch_departure calling depart_Text for  attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling

SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc.set_blocksize( size_in_bytes )</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.set_blocksize( size_in_bytes )
SphinxTranslator.dispatch_departure calling depart_Text for blosc.set_blocksize( size_in_bytes )
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc.set_blocksize( size_in_bytes )</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.
SphinxTranslator.dispatch_departure calling depart_Text for  for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for shuffle
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : as discussed above the 
SphinxTranslator.dispatch_departure calling depart_Text for : as discussed above the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for shuffle
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  mode can substantially improve
compression ratios when the
SphinxTranslator.dispatch_departure calling depart_Text for  mode can substantially improve
compression ratios when the
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel
SphinxTranslator.dispatch_departure calling depart_Text for clevel
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : the compression level called for the algorithm.  Called as an
argument to 
SphinxTranslator.dispatch_departure calling depart_Text for : the compression level called for the algorithm.  Called as an
argument to 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress
SphinxTranslator.dispatch_departure calling depart_Text for compress
SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>cname</literal>
SphinxTranslator.dispatch_visit calling visit_Text for cname
SphinxTranslator.dispatch_departure calling depart_Text for cname
SphinxTranslator.dispatch_departure calling depart_literal for <literal>cname</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller 
SphinxTranslator.dispatch_departure calling depart_Text for : the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and does not slow significantly with 
SphinxTranslator.dispatch_departure calling depart_Text for  and does not slow significantly with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel
SphinxTranslator.dispatch_departure calling depart_Text for clevel
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for .
In comparison 
SphinxTranslator.dispatch_departure calling depart_Text for .
In comparison 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>zlib</literal>
SphinxTranslator.dispatch_visit calling visit_Text for zlib
SphinxTranslator.dispatch_departure calling depart_Text for zlib
SphinxTranslator.dispatch_departure calling depart_literal for <literal>zlib</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>zstd</literal>
SphinxTranslator.dispatch_visit calling visit_Text for zstd
SphinxTranslator.dispatch_departure calling depart_Text for zstd
SphinxTranslator.dispatch_departure calling depart_literal for <literal>zstd</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  both slow substantially with increasing 
SphinxTranslator.dispatch_departure calling depart_Text for  both slow substantially with increasing 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel
SphinxTranslator.dispatch_departure calling depart_Text for clevel
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ,
with an inflection point around 
SphinxTranslator.dispatch_departure calling depart_Text for ,
with an inflection point around 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress
SphinxTranslator.dispatch_departure calling depart_Text for clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>releasegil</literal>
SphinxTranslator.dispatch_visit calling visit_Text for releasegil
SphinxTranslator.dispatch_departure calling depart_Text for releasegil
SphinxTranslator.dispatch_departure calling depart_literal for <literal>releasegil</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : optionally the Python Global Interpreter Lock (GIL) can be turned
off during 
SphinxTranslator.dispatch_departure calling depart_Text for : optionally the Python Global Interpreter Lock (GIL) can be turned
off during 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>c-blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for c-blosc
SphinxTranslator.dispatch_departure calling depart_Text for c-blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>c-blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  operations by calling 
SphinxTranslator.dispatch_departure calling depart_Text for  operations by calling 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc.set_releasegil(True)</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.set_releasegil(True)
SphinxTranslator.dispatch_departure calling depart_Text for blosc.set_releasegil(True)
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc.set_releasegil(True)</literal>
SphinxTranslator.dispatch_visit calling visit_Text for . The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small 
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item>
SphinxTranslator.dispatch_departure calling depart_bullet_list for <bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section>
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SphinxTranslator.dispatch_visit calling visit_bullet_list for <bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list>
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SphinxTranslator.dispatch_visit calling visit_Text for  by Francesc Alted
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SphinxTranslator.dispatch_departure calling depart_bullet_list for <bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="../_images/cratio-blosc-codecs.png" width="800"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="../_images/speed-blosc-codecs.png" width="800"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/tutorial.rst"><section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="../_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="../_images/cratio-blosc-codecs.png" width="800"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="../_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="../_images/speed-blosc-codecs.png" width="800"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section></document>
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[app] emitting event: 'html-page-context'('tutorial', 'page.html', {'parents': [], 'prev': {'link': '../install/', 'title': 'Installation'}, 

generating indices...  genindex[app] emitting event: 'html-page-context'('genindex', 'genindex.html', {'genindexentries': [('_', [('__version__', [[('', '../reference/#__ve
 py-modindex[app] emitting event: 'html-page-context'('py-modindex', 'domainindex.html', {'indextitle': 'Python Module Index', 'content': [('b', [IndexEn
done
[app] emitting event: 'html-collect-pages'()
writing additional pages...  search[app] emitting event: 'html-page-context'('search', 'search.html', {'current_page_name': 'search', 'sidebars': ['localtoc.html', 'relations.h
done
copying images... [ 50%] cratio-blosc-codecs.png
copying images... [100%] speed-blosc-codecs.png

copying static files... ... done
copying extra files... done
dumping search index in English (code: en)... done
dumping object inventory... done
build succeeded, 5 warnings.

You can now process the pickle files in _build/pickle.
[app] emitting event: 'build-finished'(None,)

Build finished; now you can process the pickle files.
make: Leaving directory '/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc'
+ make -C doc html
make: Entering directory '/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc'
sphinx-build-3 -b html -d _build/doctrees  -n -v -v . _build/html
Running Sphinx v2.4.4
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[app] adding config value: ('epub_css_files', <function setup.<locals>.<lambda> at 0xf5f22e80>, 'epub')
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[app] adding config value: ('epub_tocdepth', 3, 'env')
[app] adding config value: ('epub_tocdup', True, 'env')
[app] adding config value: ('epub_tocscope', 'default', 'env')
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[app] adding config value: ('epub_max_image_width', 0, 'env')
[app] adding config value: ('epub_show_urls', 'inline', 'epub')
[app] adding config value: ('epub_use_index', <function setup.<locals>.<lambda> at 0xf5f22ec8>, 'epub')
[app] adding config value: ('epub_description', 'unknown', 'epub')
[app] adding config value: ('epub_contributor', 'unknown', 'epub')
[app] adding config value: ('epub_writing_mode', 'horizontal', 'epub', <sphinx.config.ENUM object at 0xf6411568>)
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[app] connecting event 'builder-inited': <function validate_config_values at 0xf5f22a48> [id=1]
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[app] setting up extension: 'sphinx.builders.html'
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[app] adding config value: ('html_short_title', <function setup.<locals>.<lambda> at 0xf5f26028>, 'html')
[app] adding config value: ('html_style', None, 'html', [<class 'str'>])
[app] adding config value: ('html_logo', None, 'html', [<class 'str'>])
[app] adding config value: ('html_favicon', None, 'html', [<class 'str'>])
[app] adding config value: ('html_css_files', [], 'html')
[app] adding config value: ('html_js_files', [], 'html')
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[app] adding config value: ('html_add_permalinks', '¶', 'html')
[app] adding config value: ('html_use_index', True, 'html')
[app] adding config value: ('html_split_index', False, 'html')
[app] adding config value: ('html_copy_source', True, 'html')
[app] adding config value: ('html_show_sourcelink', True, 'html')
[app] adding config value: ('html_sourcelink_suffix', '.txt', 'html')
[app] adding config value: ('html_use_opensearch', '', 'html')
[app] adding config value: ('html_file_suffix', None, 'html', [<class 'str'>])
[app] adding config value: ('html_link_suffix', None, 'html', [<class 'str'>])
[app] adding config value: ('html_show_copyright', True, 'html')
[app] adding config value: ('html_show_sphinx', True, 'html')
[app] adding config value: ('html_context', {}, 'html')
[app] adding config value: ('html_output_encoding', 'utf-8', 'html')
[app] adding config value: ('html_compact_lists', True, 'html')
[app] adding config value: ('html_secnumber_suffix', '. ', 'html')
[app] adding config value: ('html_search_language', None, 'html', [<class 'str'>])
[app] adding config value: ('html_search_options', {}, 'html')
[app] adding config value: ('html_search_scorer', '', None)
[app] adding config value: ('html_scaled_image_link', True, 'html')
[app] adding config value: ('html_baseurl', '', 'html')
[app] adding config value: ('html_math_renderer', None, 'env')
[app] adding config value: ('html4_writer', False, 'html')
[app] connecting event 'config-inited': <function convert_html_css_files at 0xf6001a00> [id=2]
[app] connecting event 'config-inited': <function convert_html_js_files at 0xf5f15c40> [id=3]
[app] connecting event 'config-inited': <function validate_html_extra_path at 0xf5f15d18> [id=4]
[app] connecting event 'config-inited': <function validate_html_static_path at 0xf5f15d60> [id=5]
[app] connecting event 'config-inited': <function validate_html_logo at 0xf5f15da8> [id=6]
[app] connecting event 'config-inited': <function validate_html_favicon at 0xf5f15df0> [id=7]
[app] connecting event 'builder-inited': <function validate_math_renderer at 0xf5f15cd0> [id=8]
[app] connecting event 'html-page-context': <function setup_js_tag_helper at 0xf5f15c88> [id=9]
[app] setting up extension: 'sphinx.ext.mathjax'
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[app] adding config value: ('mathjax_path', 'https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.5/latest.js?config=TeX-AMS-MML_HTMLorMML', 'html')
[app] adding config value: ('mathjax_options', {}, 'html')
[app] adding config value: ('mathjax_inline', ['\\(', '\\)'], 'html')
[app] adding config value: ('mathjax_display', ['\\[', '\\]'], 'html')
[app] adding config value: ('mathjax_config', None, 'html')
[app] connecting event 'env-updated': <function install_mathjax at 0xf5f26340> [id=10]
[app] adding builder: <class 'sphinx.builders.dirhtml.DirectoryHTMLBuilder'>
[app] setting up extension: 'sphinx.builders.dummy'
[app] adding builder: <class 'sphinx.builders.dummy.DummyBuilder'>
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[app] adding config value: ('gettext_uuid', False, 'gettext')
[app] adding config value: ('gettext_auto_build', True, 'env')
[app] adding config value: ('gettext_additional_targets', [], 'env')
[app] adding config value: ('gettext_last_translator', 'FULL NAME <EMAIL@ADDRESS>', 'gettext')
[app] adding config value: ('gettext_language_team', 'LANGUAGE <LL@li.org>', 'gettext')
[app] setting up extension: 'sphinx.builders.html'
[app] setting up extension: 'sphinx.builders.latex'
[app] setting up extension: 'sphinx.builders.latex.transforms'
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[app] adding builder: <class 'sphinx.builders.latex.LaTeXBuilder'>
[app] connecting event 'config-inited': <function validate_config_values at 0xf5e3ed18> [id=11]
[app] adding config value: ('latex_engine', <function default_latex_engine at 0xf5e3ed60>, None, <sphinx.config.ENUM object at 0xf5f1f9e8>)
[app] adding config value: ('latex_documents', <function default_latex_documents at 0xf5e3ee38>, None)
[app] adding config value: ('latex_logo', None, None, [<class 'str'>])
[app] adding config value: ('latex_appendices', [], None)
[app] adding config value: ('latex_use_latex_multicolumn', False, None)
[app] adding config value: ('latex_use_xindy', <function default_latex_use_xindy at 0xf5e3edf0>, None, [<class 'bool'>])
[app] adding config value: ('latex_toplevel_sectioning', None, None, <sphinx.config.ENUM object at 0xf5f1fc40>)
[app] adding config value: ('latex_domain_indices', True, None, [<class 'list'>])
[app] adding config value: ('latex_show_urls', 'no', None)
[app] adding config value: ('latex_show_pagerefs', False, None)
[app] adding config value: ('latex_elements', {}, None)
[app] adding config value: ('latex_additional_files', [], None)
[app] adding config value: ('latex_docclass', <function default_latex_docclass at 0xf5e3eda8>, None)
[app] setting up extension: 'sphinx.builders.linkcheck'
[app] adding builder: <class 'sphinx.builders.linkcheck.CheckExternalLinksBuilder'>
[app] adding config value: ('linkcheck_ignore', [], None)
[app] adding config value: ('linkcheck_auth', [], None)
[app] adding config value: ('linkcheck_retries', 1, None)
[app] adding config value: ('linkcheck_timeout', None, None, [<class 'int'>])
[app] adding config value: ('linkcheck_workers', 5, None)
[app] adding config value: ('linkcheck_anchors', True, None)
[app] adding config value: ('linkcheck_anchors_ignore', ['^!'], None)
[app] setting up extension: 'sphinx.builders.manpage'
[app] adding builder: <class 'sphinx.builders.manpage.ManualPageBuilder'>
[app] adding config value: ('man_pages', <function default_man_pages at 0xf5c9b460>, None)
[app] adding config value: ('man_show_urls', False, None)
[app] setting up extension: 'sphinx.builders.singlehtml'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinx.builders.singlehtml.SingleFileHTMLBuilder'>
[app] adding config value: ('singlehtml_sidebars', <function setup.<locals>.<lambda> at 0xf5f260b8>, 'html')
[app] setting up extension: 'sphinx.builders.texinfo'
[app] adding builder: <class 'sphinx.builders.texinfo.TexinfoBuilder'>
[app] adding config value: ('texinfo_documents', <function default_texinfo_documents at 0xf5c385c8>, None)
[app] adding config value: ('texinfo_appendices', [], None)
[app] adding config value: ('texinfo_elements', {}, None)
[app] adding config value: ('texinfo_domain_indices', True, None, [<class 'list'>])
[app] adding config value: ('texinfo_show_urls', 'footnote', None)
[app] adding config value: ('texinfo_no_detailmenu', False, None)
[app] setting up extension: 'sphinx.builders.text'
[app] adding builder: <class 'sphinx.builders.text.TextBuilder'>
[app] adding config value: ('text_sectionchars', '*=-~"+`', 'env')
[app] adding config value: ('text_newlines', 'unix', 'env')
[app] adding config value: ('text_add_secnumbers', True, 'env')
[app] adding config value: ('text_secnumber_suffix', '. ', 'env')
[app] setting up extension: 'sphinx.builders.xml'
[app] adding builder: <class 'sphinx.builders.xml.XMLBuilder'>
[app] adding builder: <class 'sphinx.builders.xml.PseudoXMLBuilder'>
[app] adding config value: ('xml_pretty', True, 'env')
[app] setting up extension: 'sphinx.config'
[app] connecting event 'config-inited': <function convert_source_suffix at 0xf6ab8da8> [id=12]
[app] connecting event 'config-inited': <function init_numfig_format at 0xf6ab8df0> [id=13]
[app] connecting event 'config-inited': <function correct_copyright_year at 0xf6ab8e38> [id=14]
[app] connecting event 'config-inited': <function check_confval_types at 0xf6ab8e80> [id=15]
[app] connecting event 'config-inited': <function check_primary_domain at 0xf6ab8f10> [id=16]
[app] connecting event 'env-get-outdated': <function check_master_doc at 0xf6ab8f58> [id=17]
[app] setting up extension: 'sphinx.domains.c'
[app] adding domain: <class 'sphinx.domains.c.CDomain'>
[app] setting up extension: 'sphinx.domains.changeset'
[app] adding domain: <class 'sphinx.domains.changeset.ChangeSetDomain'>
[app] adding directive: ('deprecated', <class 'sphinx.domains.changeset.VersionChange'>, None, None, {})
[app] adding directive: ('versionadded', <class 'sphinx.domains.changeset.VersionChange'>, None, None, {})
[app] adding directive: ('versionchanged', <class 'sphinx.domains.changeset.VersionChange'>, None, None, {})
[app] setting up extension: 'sphinx.domains.citation'
[app] adding domain: <class 'sphinx.domains.citation.CitationDomain'>
[app] adding transform: <class 'sphinx.domains.citation.CitationDefinitionTransform'>
[app] adding transform: <class 'sphinx.domains.citation.CitationReferenceTransform'>
[app] setting up extension: 'sphinx.domains.cpp'
[app] adding domain: <class 'sphinx.domains.cpp.CPPDomain'>
[app] adding config value: ('cpp_index_common_prefix', [], 'env')
[app] adding config value: ('cpp_id_attributes', [], 'env')
[app] adding config value: ('cpp_paren_attributes', [], 'env')
[app] adding post transform: <class 'sphinx.domains.cpp.AliasTransform'>
[app] setting up extension: 'sphinx.domains.index'
[app] adding domain: <class 'sphinx.domains.index.IndexDomain'>
[app] adding directive: ('index', <class 'sphinx.domains.index.IndexDirective'>, None, None, {})
[app] adding role: ('index', <sphinx.domains.index.IndexRole object at 0xf5c80430>)
[app] setting up extension: 'sphinx.domains.javascript'
[app] adding domain: <class 'sphinx.domains.javascript.JavaScriptDomain'>
[app] setting up extension: 'sphinx.domains.math'
[app] adding domain: <class 'sphinx.domains.math.MathDomain'>
[app] adding role: ('eq', <sphinx.domains.math.MathReferenceRole object at 0xf5d700d0>)
[app] setting up extension: 'sphinx.domains.python'
[app] adding domain: <class 'sphinx.domains.python.PythonDomain'>
[app] setting up extension: 'sphinx.domains.rst'
[app] adding domain: <class 'sphinx.domains.rst.ReSTDomain'>
[app] setting up extension: 'sphinx.domains.std'
[app] adding domain: <class 'sphinx.domains.std.StandardDomain'>
[app] setting up extension: 'sphinx.directives'
[app] adding event: 'object-description-transform'
[app] setting up extension: 'sphinx.directives.code'
[app] setting up extension: 'sphinx.directives.other'
[app] setting up extension: 'sphinx.directives.patches'
[app] setting up extension: 'sphinx.extension'
[app] connecting event 'config-inited': <function verify_needs_extensions at 0xf6acbc88> [id=18]
[app] setting up extension: 'sphinx.parsers'
[app] adding search source_parser: (<class 'sphinx.parsers.RSTParser'>,)
[app] setting up extension: 'sphinx.registry'
[app] connecting event 'config-inited': <function merge_source_suffix at 0xf6843658> [id=19]
[app] setting up extension: 'sphinx.roles'
[app] setting up extension: 'sphinx.transforms'
[app] adding transform: <class 'sphinx.transforms.ApplySourceWorkaround'>
[app] adding transform: <class 'sphinx.transforms.ExtraTranslatableNodes'>
[app] adding transform: <class 'sphinx.transforms.DefaultSubstitutions'>
[app] adding transform: <class 'sphinx.transforms.MoveModuleTargets'>
[app] adding transform: <class 'sphinx.transforms.HandleCodeBlocks'>
[app] adding transform: <class 'sphinx.transforms.SortIds'>
[app] adding transform: <class 'sphinx.transforms.DoctestTransform'>
[app] adding transform: <class 'sphinx.transforms.FigureAligner'>
[app] adding transform: <class 'sphinx.transforms.AutoNumbering'>
[app] adding transform: <class 'sphinx.transforms.AutoIndexUpgrader'>
[app] adding transform: <class 'sphinx.transforms.FilterSystemMessages'>
[app] adding transform: <class 'sphinx.transforms.UnreferencedFootnotesDetector'>
[app] adding transform: <class 'sphinx.transforms.SphinxSmartQuotes'>
[app] adding transform: <class 'sphinx.transforms.DoctreeReadEvent'>
[app] adding transform: <class 'sphinx.transforms.ManpageLink'>
[app] setting up extension: 'sphinx.transforms.compact_bullet_list'
[app] adding transform: <class 'sphinx.transforms.compact_bullet_list.RefOnlyBulletListTransform'>
[app] setting up extension: 'sphinx.transforms.i18n'
[app] adding transform: <class 'sphinx.transforms.i18n.PreserveTranslatableMessages'>
[app] adding transform: <class 'sphinx.transforms.i18n.Locale'>
[app] adding transform: <class 'sphinx.transforms.i18n.RemoveTranslatableInline'>
[app] setting up extension: 'sphinx.transforms.references'
[app] adding transform: <class 'sphinx.transforms.references.SubstitutionDefinitionsRemover'>
[app] adding transform: <class 'sphinx.transforms.references.SphinxDanglingReferences'>
[app] adding transform: <class 'sphinx.transforms.references.SphinxDomains'>
[app] setting up extension: 'sphinx.transforms.post_transforms'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.ReferencesResolver'>
[app] adding post transform: <class 'sphinx.transforms.post_transforms.OnlyNodeTransform'>
[app] setting up extension: 'sphinx.transforms.post_transforms.code'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.code.HighlightLanguageTransform'>
[app] adding post transform: <class 'sphinx.transforms.post_transforms.code.TrimDoctestFlagsTransform'>
[app] setting up extension: 'sphinx.transforms.post_transforms.images'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.images.ImageDownloader'>
[app] adding post transform: <class 'sphinx.transforms.post_transforms.images.DataURIExtractor'>
[app] setting up extension: 'sphinx.transforms.post_transforms.compat'
[app] adding post transform: <class 'sphinx.transforms.post_transforms.compat.MathNodeMigrator'>
[app] setting up extension: 'sphinx.util.compat'
[app] adding transform: <class 'sphinx.util.compat.IndexEntriesMigrator'>
[app] connecting event 'config-inited': <function deprecate_source_parsers at 0xf5b41778> [id=20]
[app] connecting event 'builder-inited': <function register_application_for_autosummary at 0xf5b41808> [id=21]
[app] setting up extension: 'sphinx.versioning'
[app] adding transform: <class 'sphinx.versioning.UIDTransform'>
[app] setting up extension: 'sphinx.environment.collectors.dependencies'
[app] adding environment collector: <class 'sphinx.environment.collectors.dependencies.DependenciesCollector'>
[app] connecting event 'doctree-read': <bound method DependenciesCollector.process_doc of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5d08e38>> [id=22]
[app] connecting event 'env-merge-info': <bound method DependenciesCollector.merge_other of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5d08e38>> [id=23]
[app] connecting event 'env-purge-doc': <bound method DependenciesCollector.clear_doc of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5d08e38>> [id=24]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5d08e38>> [id=25]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.dependencies.DependenciesCollector object at 0xf5d08e38>> [id=26]
[app] setting up extension: 'sphinx.environment.collectors.asset'
[app] adding environment collector: <class 'sphinx.environment.collectors.asset.ImageCollector'>
[app] connecting event 'doctree-read': <bound method ImageCollector.process_doc of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5d08bb0>> [id=27]
[app] connecting event 'env-merge-info': <bound method ImageCollector.merge_other of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5d08bb0>> [id=28]
[app] connecting event 'env-purge-doc': <bound method ImageCollector.clear_doc of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5d08bb0>> [id=29]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5d08bb0>> [id=30]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.asset.ImageCollector object at 0xf5d08bb0>> [id=31]
[app] adding environment collector: <class 'sphinx.environment.collectors.asset.DownloadFileCollector'>
[app] connecting event 'doctree-read': <bound method DownloadFileCollector.process_doc of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b4a100>> [id=32]
[app] connecting event 'env-merge-info': <bound method DownloadFileCollector.merge_other of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b4a100>> [id=33]
[app] connecting event 'env-purge-doc': <bound method DownloadFileCollector.clear_doc of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b4a100>> [id=34]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b4a100>> [id=35]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.asset.DownloadFileCollector object at 0xf5b4a100>> [id=36]
[app] setting up extension: 'sphinx.environment.collectors.metadata'
[app] adding environment collector: <class 'sphinx.environment.collectors.metadata.MetadataCollector'>
[app] connecting event 'doctree-read': <bound method MetadataCollector.process_doc of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b4a118>> [id=37]
[app] connecting event 'env-merge-info': <bound method MetadataCollector.merge_other of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b4a118>> [id=38]
[app] connecting event 'env-purge-doc': <bound method MetadataCollector.clear_doc of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b4a118>> [id=39]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b4a118>> [id=40]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.metadata.MetadataCollector object at 0xf5b4a118>> [id=41]
[app] setting up extension: 'sphinx.environment.collectors.title'
[app] adding environment collector: <class 'sphinx.environment.collectors.title.TitleCollector'>
[app] connecting event 'doctree-read': <bound method TitleCollector.process_doc of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b4a3d0>> [id=42]
[app] connecting event 'env-merge-info': <bound method TitleCollector.merge_other of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b4a3d0>> [id=43]
[app] connecting event 'env-purge-doc': <bound method TitleCollector.clear_doc of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b4a3d0>> [id=44]
[app] connecting event 'env-get-updated': <bound method EnvironmentCollector.get_updated_docs of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b4a3d0>> [id=45]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.title.TitleCollector object at 0xf5b4a3d0>> [id=46]
[app] setting up extension: 'sphinx.environment.collectors.toctree'
[app] adding environment collector: <class 'sphinx.environment.collectors.toctree.TocTreeCollector'>
[app] connecting event 'doctree-read': <bound method TocTreeCollector.process_doc of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b4a418>> [id=47]
[app] connecting event 'env-merge-info': <bound method TocTreeCollector.merge_other of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b4a418>> [id=48]
[app] connecting event 'env-purge-doc': <bound method TocTreeCollector.clear_doc of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b4a418>> [id=49]
[app] connecting event 'env-get-updated': <bound method TocTreeCollector.get_updated_docs of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b4a418>> [id=50]
[app] connecting event 'env-get-outdated': <bound method EnvironmentCollector.get_outdated_docs of <sphinx.environment.collectors.toctree.TocTreeCollector object at 0xf5b4a418>> [id=51]
[app] setting up extension: 'sphinxcontrib.applehelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.applehelp.AppleHelpBuilder'>
[app] adding config value: ('applehelp_bundle_name', <function setup.<locals>.<lambda> at 0xf5b41b20>, 'applehelp')
[app] adding config value: ('applehelp_bundle_id', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_dev_region', 'en-us', 'applehelp')
[app] adding config value: ('applehelp_bundle_version', '1', 'applehelp')
[app] adding config value: ('applehelp_icon', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_kb_product', <function setup.<locals>.<lambda> at 0xf5b50538>, 'applehelp')
[app] adding config value: ('applehelp_kb_url', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_remote_url', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_index_anchors', False, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_min_term_length', None, 'applehelp', [<class 'str'>])
[app] adding config value: ('applehelp_stopwords', <function setup.<locals>.<lambda> at 0xf5b504f0>, 'applehelp')
[app] adding config value: ('applehelp_locale', <function setup.<locals>.<lambda> at 0xf5b50ec8>, 'applehelp')
[app] adding config value: ('applehelp_title', <function setup.<locals>.<lambda> at 0xf5b50f10>, 'applehelp')
[app] adding config value: ('applehelp_codesign_identity', <function setup.<locals>.<lambda> at 0xf5b50f58>, 'applehelp')
[app] adding config value: ('applehelp_codesign_flags', <function setup.<locals>.<lambda> at 0xf5b50fa0>, 'applehelp')
[app] adding config value: ('applehelp_indexer_path', '/usr/bin/hiutil', 'applehelp')
[app] adding config value: ('applehelp_codesign_path', '/usr/bin/codesign', 'applehelp')
[app] adding config value: ('applehelp_disable_external_tools', False, 'applehelp')
[app] setting up extension: 'sphinxcontrib.devhelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.devhelp.DevhelpBuilder'>
[app] adding config value: ('devhelp_basename', <function setup.<locals>.<lambda> at 0xf5b5b028>, 'devhelp')
[app] setting up extension: 'sphinxcontrib.htmlhelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.htmlhelp.HTMLHelpBuilder'>
[app] adding config value: ('htmlhelp_basename', <function default_htmlhelp_basename at 0xf5c00f10>, None)
[app] adding config value: ('htmlhelp_file_suffix', None, 'html', [<class 'str'>])
[app] adding config value: ('htmlhelp_link_suffix', None, 'html', [<class 'str'>])
[app] setting up extension: 'sphinxcontrib.serializinghtml'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.serializinghtml.JSONHTMLBuilder'>
[app] adding builder: <class 'sphinxcontrib.serializinghtml.PickleHTMLBuilder'>
[app] setting up extension: 'sphinxcontrib.qthelp'
[app] setting up extension: 'sphinx.builders.html'
[app] adding builder: <class 'sphinxcontrib.qthelp.QtHelpBuilder'>
[app] adding config value: ('qthelp_basename', <function setup.<locals>.<lambda> at 0xf5c00a90>, 'html')
[app] adding config value: ('qthelp_namespace', None, 'html', [<class 'str'>])
[app] adding config value: ('qthelp_theme', 'nonav', 'html')
[app] adding config value: ('qthelp_theme_options', {}, 'html')
[app] setting up extension: 'alabaster'
[app] connecting event 'html-page-context': <function update_context at 0xf5c13388> [id=52]
[app] setting up extension: 'sphinx.ext.autodoc'
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.ModuleDocumenter'>
[app] adding directive: ('automodule', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.ClassDocumenter'>
[app] adding directive: ('autoclass', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.ExceptionDocumenter'>
[app] adding directive: ('autoexception', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.DataDocumenter'>
[app] adding directive: ('autodata', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.DataDeclarationDocumenter'>
[app] adding directive: ('autodatadecl', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.FunctionDocumenter'>
[app] adding directive: ('autofunction', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.DecoratorDocumenter'>
[app] adding directive: ('autodecorator', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.MethodDocumenter'>
[app] adding directive: ('automethod', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.AttributeDocumenter'>
[app] adding directive: ('autoattribute', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.PropertyDocumenter'>
[app] adding directive: ('autoproperty', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.InstanceAttributeDocumenter'>
[app] adding directive: ('autoinstanceattribute', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding autodocumenter: <class 'sphinx.ext.autodoc.SlotsAttributeDocumenter'>
[app] adding directive: ('autoslotsattribute', <class 'sphinx.ext.autodoc.directive.AutodocDirective'>, None, None, {})
[app] adding config value: ('autoclass_content', 'class', True)
[app] adding config value: ('autodoc_member_order', 'alphabetic', True)
[app] adding config value: ('autodoc_default_flags', [], True)
[app] adding config value: ('autodoc_default_options', {}, True)
[app] adding config value: ('autodoc_docstring_signature', True, True)
[app] adding config value: ('autodoc_mock_imports', [], True)
[app] adding config value: ('autodoc_typehints', 'signature', True, <sphinx.config.ENUM object at 0xf5c036b8>)
[app] adding config value: ('autodoc_warningiserror', True, True)
[app] adding config value: ('autodoc_inherit_docstrings', True, True)
[app] adding event: 'autodoc-before-process-signature'
[app] adding event: 'autodoc-process-docstring'
[app] adding event: 'autodoc-process-signature'
[app] adding event: 'autodoc-skip-member'
[app] connecting event 'config-inited': <function merge_autodoc_default_flags at 0xf59c62f8> [id=53]
[app] setting up extension: 'sphinx.ext.autodoc.type_comment'
[app] connecting event 'autodoc-before-process-signature': <function update_annotations_using_type_comments at 0xf59c6658> [id=54]
[app] setting up extension: 'sphinx.ext.doctest'
[app] adding directive: ('testsetup', <class 'sphinx.ext.doctest.TestsetupDirective'>, None, None, {})
[app] adding directive: ('testcleanup', <class 'sphinx.ext.doctest.TestcleanupDirective'>, None, None, {})
[app] adding directive: ('doctest', <class 'sphinx.ext.doctest.DoctestDirective'>, None, None, {})
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SphinxTranslator.dispatch_visit calling visit_document for <document source="<partial node>"><title>Welcome to python-blosc’s documentation!</title></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/index.rst"><comment xml:space="preserve">python-blosc documentation master file, created by
sphinx-quickstart on Sun May  5 19:38:24 2013.
You can adapt this file completely to your liking, but it should at least
contain the root `toctree` directive.</comment><section ids="welcome-to-python-blosc-s-documentation" names="welcome\ to\ python-blosc's\ documentation!"><title>Welcome to python-blosc’s documentation!</title><paragraph>Contents:</paragraph><compound classes="toctree-wrapper"><compact_paragraph toctree="True"><bullet_list><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="intro.html">Introduction</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#what-is-python-blosc" internal="True" refuri="intro.html#what-is-python-blosc">What is python-blosc?</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#mailing-list" internal="True" refuri="intro.html#mailing-list">Mailing list</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="install.html">Installation</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing-from-pypi-repository" internal="True" refuri="install.html#installing-from-pypi-repository">Installing from PyPI repository</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#building-manually" internal="True" refuri="install.html#building-manually">Building manually</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#testing" internal="True" refuri="install.html#testing">Testing</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing" internal="True" refuri="install.html#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="tutorial.html">Tutorials</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-and-decompressing-with-blosc" internal="True" refuri="tutorial.html#compressing-and-decompressing-with-blosc">Compressing and decompressing with <literal>blosc</literal></reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#using-different-filters" internal="True" refuri="tutorial.html#using-different-filters">Using different filters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial.html#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial.html#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial.html#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial.html#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" refuri="tutorial.html#links-to-external-discussions-on-blosc-optimization">Links to external discussions on <literal>blosc</literal> optimization</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="reference.html">Library Reference</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#first-level-variables" internal="True" refuri="reference.html#first-level-variables">First level variables</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Public functions</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Utilities</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></compact_paragraph></compound></section><section ids="indices-and-tables" names="indices\ and\ tables"><title>Indices and tables</title><bullet_list bullet="*"><list_item><paragraph><reference internal="True" refuri="genindex.html"><inline classes="std std-ref">Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="py-modindex.html"><inline classes="std std-ref">Module Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="search.html"><inline classes="std std-ref">Search Page</inline></reference></paragraph></list_item></bullet_list></section></document>
SphinxTranslator.dispatch_visit calling visit_comment for <comment xml:space="preserve">python-blosc documentation master file, created by
sphinx-quickstart on Sun May  5 19:38:24 2013.
You can adapt this file completely to your liking, but it should at least
contain the root `toctree` directive.</comment>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="welcome-to-python-blosc-s-documentation" names="welcome\ to\ python-blosc's\ documentation!"><title>Welcome to python-blosc’s documentation!</title><paragraph>Contents:</paragraph><compound classes="toctree-wrapper"><compact_paragraph toctree="True"><bullet_list><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="intro.html">Introduction</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#what-is-python-blosc" internal="True" refuri="intro.html#what-is-python-blosc">What is python-blosc?</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#mailing-list" internal="True" refuri="intro.html#mailing-list">Mailing 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classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Public functions</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Utilities</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></compact_paragraph></compound></section>
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classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial.html#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial.html#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial.html#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" 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refuri="install.html#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="tutorial.html">Tutorials</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-and-decompressing-with-blosc" internal="True" refuri="tutorial.html#compressing-and-decompressing-with-blosc">Compressing and decompressing with <literal>blosc</literal></reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#using-different-filters" internal="True" refuri="tutorial.html#using-different-filters">Using different filters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial.html#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial.html#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial.html#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial.html#fine-tuning-compression-parameters">Fine-tuning compression 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internal="True" refuri="reference.html#module-blosc">Public functions</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Utilities</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></compact_paragraph></compound>
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list</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="install.html">Installation</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing-from-pypi-repository" internal="True" refuri="install.html#installing-from-pypi-repository">Installing from PyPI repository</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#building-manually" internal="True" refuri="install.html#building-manually">Building manually</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#testing" internal="True" refuri="install.html#testing">Testing</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing" internal="True" refuri="install.html#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="tutorial.html">Tutorials</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-and-decompressing-with-blosc" internal="True" refuri="tutorial.html#compressing-and-decompressing-with-blosc">Compressing and decompressing with <literal>blosc</literal></reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#using-different-filters" internal="True" refuri="tutorial.html#using-different-filters">Using different filters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial.html#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial.html#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial.html#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial.html#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" refuri="tutorial.html#links-to-external-discussions-on-blosc-optimization">Links to external discussions on <literal>blosc</literal> optimization</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="reference.html">Library Reference</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#first-level-variables" internal="True" refuri="reference.html#first-level-variables">First level variables</reference></compact_paragraph></list_item><list_item 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SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/index.rst"><comment xml:space="preserve">python-blosc documentation master file, created by
sphinx-quickstart on Sun May  5 19:38:24 2013.
You can adapt this file completely to your liking, but it should at least
contain the root `toctree` directive.</comment><section ids="welcome-to-python-blosc-s-documentation" names="welcome\ to\ python-blosc's\ documentation!"><title>Welcome to python-blosc’s documentation!</title><paragraph>Contents:</paragraph><compound classes="toctree-wrapper"><compact_paragraph toctree="True"><bullet_list><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="intro.html">Introduction</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#what-is-python-blosc" internal="True" refuri="intro.html#what-is-python-blosc">What is python-blosc?</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#mailing-list" internal="True" refuri="intro.html#mailing-list">Mailing list</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="install.html">Installation</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing-from-pypi-repository" internal="True" refuri="install.html#installing-from-pypi-repository">Installing from PyPI repository</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#building-manually" internal="True" refuri="install.html#building-manually">Building manually</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#testing" internal="True" refuri="install.html#testing">Testing</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#installing" internal="True" refuri="install.html#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="tutorial.html">Tutorials</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-and-decompressing-with-blosc" internal="True" refuri="tutorial.html#compressing-and-decompressing-with-blosc">Compressing and decompressing with <literal>blosc</literal></reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#using-different-filters" internal="True" refuri="tutorial.html#using-different-filters">Using different filters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#supporting-the-buffer-interface" internal="True" refuri="tutorial.html#supporting-the-buffer-interface">Supporting the buffer interface</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#packaging-numpy-arrays" internal="True" refuri="tutorial.html#packaging-numpy-arrays">Packaging NumPy arrays</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#compressing-from-a-data-pointer" internal="True" refuri="tutorial.html#compressing-from-a-data-pointer">Compressing from a data pointer</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#fine-tuning-compression-parameters" internal="True" refuri="tutorial.html#fine-tuning-compression-parameters">Fine-tuning compression parameters</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#links-to-external-discussions-on-blosc-optimization" internal="True" refuri="tutorial.html#links-to-external-discussions-on-blosc-optimization">Links to external discussions on <literal>blosc</literal> optimization</reference></compact_paragraph></list_item></bullet_list></list_item><list_item classes="toctree-l1"><compact_paragraph classes="toctree-l1"><reference anchorname="" internal="True" refuri="reference.html">Library Reference</reference></compact_paragraph><bullet_list><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#first-level-variables" internal="True" refuri="reference.html#first-level-variables">First level variables</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Public functions</reference></compact_paragraph></list_item><list_item classes="toctree-l2"><compact_paragraph classes="toctree-l2"><reference anchorname="#module-blosc" internal="True" refuri="reference.html#module-blosc">Utilities</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></compact_paragraph></compound></section><section ids="indices-and-tables" names="indices\ and\ tables"><title>Indices and tables</title><bullet_list bullet="*"><list_item><paragraph><reference internal="True" refuri="genindex.html"><inline classes="std std-ref">Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" refuri="py-modindex.html"><inline classes="std std-ref">Module Index</inline></reference></paragraph></list_item><list_item><paragraph><reference internal="True" 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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/install.rst"><section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Installation</title>
SphinxTranslator.dispatch_visit calling visit_Text for Installation
SphinxTranslator.dispatch_departure calling depart_Text for Installation
SphinxTranslator.dispatch_departure calling depart_title for <title>Installation</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).
SphinxTranslator.dispatch_departure calling depart_Text for python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.
SphinxTranslator.dispatch_departure calling depart_Text for Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This package supports Python 2.6, 2.7 and 3.3 or higher versions.
SphinxTranslator.dispatch_departure calling depart_Text for This package supports Python 2.6, 2.7 and 3.3 or higher versions.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Installing from PyPI repository</title>
SphinxTranslator.dispatch_visit calling visit_Text for Installing from PyPI repository
SphinxTranslator.dispatch_departure calling depart_Text for Installing from PyPI repository
SphinxTranslator.dispatch_departure calling depart_title for <title>Installing from PyPI repository</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Do:
SphinxTranslator.dispatch_departure calling depart_Text for Do:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Building manually</title>
SphinxTranslator.dispatch_visit calling visit_Text for Building manually
SphinxTranslator.dispatch_departure calling depart_Text for Building manually
SphinxTranslator.dispatch_departure calling depart_title for <title>Building manually</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for First, go to the python-blosc official repository at

SphinxTranslator.dispatch_departure calling depart_Text for First, go to the python-blosc official repository at

SphinxTranslator.dispatch_visit calling visit_reference for <reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference>
SphinxTranslator.dispatch_visit calling visit_Text for https://github.com/Blosc/python-blosc
SphinxTranslator.dispatch_departure calling depart_Text for https://github.com/Blosc/python-blosc
SphinxTranslator.dispatch_departure calling depart_reference for <reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference>
SphinxTranslator.dispatch_visit calling visit_Text for  and download the sources.
SphinxTranslator.dispatch_departure calling depart_Text for  and download the sources.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.
SphinxTranslator.dispatch_departure calling depart_Text for Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compiling without an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_Text for Compiling without an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_Text for Compiling without an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_title for <title>Compiling without an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:
SphinxTranslator.dispatch_departure calling depart_Text for python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>That’s all.  You can proceed with testing section now.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for That’s all.  You can proceed with testing section now.
SphinxTranslator.dispatch_departure calling depart_Text for That’s all.  You can proceed with testing section now.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>That’s all.  You can proceed with testing section now.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compiling with an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_Text for Compiling with an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_Text for Compiling with an installed Blosc library
SphinxTranslator.dispatch_departure calling depart_title for <title>Compiling with an installed Blosc library</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.
SphinxTranslator.dispatch_departure calling depart_Text for In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Using an environment variable:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Using an environment variable:
SphinxTranslator.dispatch_departure calling depart_Text for Using an environment variable:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Using an environment variable:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Using a flag:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Using a flag:
SphinxTranslator.dispatch_departure calling depart_Text for Using a flag:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Using a flag:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Generating Sphinx documentation</title>
SphinxTranslator.dispatch_visit calling visit_Text for Generating Sphinx documentation
SphinxTranslator.dispatch_departure calling depart_Text for Generating Sphinx documentation
SphinxTranslator.dispatch_departure calling depart_title for <title>Generating Sphinx documentation</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for In case you want to generate the documentation locally, you will need to
have the 
SphinxTranslator.dispatch_departure calling depart_Text for In case you want to generate the documentation locally, you will need to
have the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>Sphinx</literal>
SphinxTranslator.dispatch_visit calling visit_Text for Sphinx
SphinxTranslator.dispatch_departure calling depart_Text for Sphinx
SphinxTranslator.dispatch_departure calling depart_literal for <literal>Sphinx</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  documentation system, as well as the 
SphinxTranslator.dispatch_departure calling depart_Text for  documentation system, as well as the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>numpydoc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for numpydoc
SphinxTranslator.dispatch_departure calling depart_Text for numpydoc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>numpydoc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
extension, installed.  Then go down to 
SphinxTranslator.dispatch_departure calling depart_Text for 
extension, installed.  Then go down to 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>doc/</literal>
SphinxTranslator.dispatch_visit calling visit_Text for doc/
SphinxTranslator.dispatch_departure calling depart_Text for doc/
SphinxTranslator.dispatch_departure calling depart_literal for <literal>doc/</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  directory and do:
SphinxTranslator.dispatch_departure calling depart_Text for  directory and do:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph>
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running the doctests in 
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph>
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the doctests and the test suite:
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the doctests and the test suite:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Once installed, you can re-run the tests at any time with:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Once installed, you can re-run the tests at any time with:
SphinxTranslator.dispatch_departure calling depart_Text for Once installed, you can re-run the tests at any time with:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Once installed, you can re-run the tests at any time with:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Install it as a typical Python package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" highlight_args="{}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/install.rst"><section ids="installation" names="installation"><title>Installation</title><paragraph>python-blosc comes with C Blosc sources, so it does not depend on any other
library (bar Python itself of course). Of course, if you are going to install
from sources, you are going to need a C compiler (GCC, clang and MSVC
2008/2010/2012/2015 have been tested).</paragraph><paragraph>Also, there are situations where you may want to link with an already existing
Blosc library in your system.  You can do that too.</paragraph><paragraph>This package supports Python 2.6, 2.7 and 3.3 or higher versions.</paragraph><section ids="installing-from-pypi-repository" names="installing\ from\ pypi\ repository"><title>Installing from PyPI repository</title><paragraph>Do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ pip install -U blosc</literal_block></section><section ids="building-manually" names="building\ manually"><title>Building manually</title><paragraph>First, go to the python-blosc official repository at
<reference refuri="https://github.com/Blosc/python-blosc">https://github.com/Blosc/python-blosc</reference> and download the sources.</paragraph><paragraph>Then, there are different ways to compile python-blosc, depending on whether
you want to link with an already installed Blosc library or not.</paragraph><section ids="compiling-without-an-installed-blosc-library" names="compiling\ without\ an\ installed\ blosc\ library"><title>Compiling without an installed Blosc library</title><paragraph>python-blosc comes with the Blosc sources with it so, assuming that you
have a C compiler installed, do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace</literal_block><paragraph>That’s all.  You can proceed with testing section now.</paragraph></section><section ids="compiling-with-an-installed-blosc-library" names="compiling\ with\ an\ installed\ blosc\ library"><title>Compiling with an installed Blosc library</title><paragraph>In case you have Blosc installed as an external library (and disregard
the included Blosc sources) you can link with it in a couple of ways.</paragraph><paragraph>Using an environment variable:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ BLOSC_DIR=/usr/local     (or "set BLOSC_DIR=\blosc" on Win)
$ export BLOSC_DIR         (not needed on Win)
$ python setup.py build_ext --inplace</literal_block><paragraph>Using a flag:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py build_ext --inplace --blosc=/usr/local</literal_block></section><section ids="generating-sphinx-documentation" names="generating\ sphinx\ documentation"><title>Generating Sphinx documentation</title><paragraph>In case you want to generate the documentation locally, you will need to
have the <literal>Sphinx</literal> documentation system, as well as the <literal>numpydoc</literal>
extension, installed.  Then go down to <literal>doc/</literal> directory and do:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ make html|latex|latexpdf</literal_block></section></section><section ids="testing" names="testing"><title>Testing</title><paragraph>After compiling, you can quickly check that the package is sane by
running the doctests in <literal>blosc/test.py</literal>:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ PYTHONPATH=.   (or "set PYTHONPATH=." on Win)
$ export PYTHONPATH=.  (not needed on Win)
$ python blosc/test.py  (add -v for verbose mode)</literal_block><paragraph>Or alternatively, you can use the third-party <literal>nosetests</literal> script to run both
the doctests and the test suite:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ nosetests --with-doctest (add -v for verbose mode)</literal_block><paragraph>Once installed, you can re-run the tests at any time with:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python -c "import blosc; blosc.test()"</literal_block></section><section ids="installing" names="installing"><title>Installing</title><paragraph>Install it as a typical Python package:</paragraph><literal_block force="False" highlight_args="{'force': False}" language="console" linenos="False" xml:space="preserve">$ python setup.py install</literal_block></section></section></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="<partial node>"><bullet_list><list_item><compact_paragraph><reference anchorname="" internal="True" refuri="#">Installation</reference></compact_paragraph><bullet_list><list_item><compact_paragraph><reference anchorname="#installing-from-pypi-repository" internal="True" refuri="#installing-from-pypi-repository">Installing from PyPI repository</reference></compact_paragraph></list_item><list_item><compact_paragraph><reference anchorname="#building-manually" internal="True" refuri="#building-manually">Building manually</reference></compact_paragraph><bullet_list><list_item><compact_paragraph><reference anchorname="#compiling-without-an-installed-blosc-library" internal="True" refuri="#compiling-without-an-installed-blosc-library">Compiling without an installed Blosc library</reference></compact_paragraph></list_item><list_item><compact_paragraph><reference anchorname="#compiling-with-an-installed-blosc-library" internal="True" refuri="#compiling-with-an-installed-blosc-library">Compiling with an installed Blosc library</reference></compact_paragraph></list_item><list_item><compact_paragraph><reference anchorname="#generating-sphinx-documentation" internal="True" refuri="#generating-sphinx-documentation">Generating Sphinx documentation</reference></compact_paragraph></list_item></bullet_list></list_item><list_item><compact_paragraph><reference anchorname="#testing" internal="True" refuri="#testing">Testing</reference></compact_paragraph></list_item><list_item><compact_paragraph><reference anchorname="#installing" internal="True" refuri="#installing">Installing</reference></compact_paragraph></list_item></bullet_list></list_item></bullet_list></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/intro.rst"><section ids="introduction" names="introduction"><title>Introduction</title><section ids="what-is-python-blosc" names="what\ is\ python-blosc?"><title>What is python-blosc?</title><paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph><paragraph>This is a Python package that wraps it.</paragraph></section><section ids="mailing-list" names="mailing\ list"><title>Mailing list</title><paragraph>Discussion about this module is welcome in the Blosc list:</paragraph><paragraph><reference refuri="mailto:blosc@googlegroups.com">blosc@googlegroups.com</reference></paragraph><paragraph><reference refuri="http://groups.google.es/group/blosc">http://groups.google.es/group/blosc</reference></paragraph></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="introduction" names="introduction"><title>Introduction</title><section ids="what-is-python-blosc" names="what\ is\ python-blosc?"><title>What is python-blosc?</title><paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph><paragraph>This is a Python package that wraps it.</paragraph></section><section ids="mailing-list" names="mailing\ list"><title>Mailing list</title><paragraph>Discussion about this module is welcome in the Blosc list:</paragraph><paragraph><reference refuri="mailto:blosc@googlegroups.com">blosc@googlegroups.com</reference></paragraph><paragraph><reference refuri="http://groups.google.es/group/blosc">http://groups.google.es/group/blosc</reference></paragraph></section></section>
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SphinxTranslator.dispatch_visit calling visit_section for <section ids="what-is-python-blosc" names="what\ is\ python-blosc?"><title>What is python-blosc?</title><paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph><paragraph>This is a Python package that wraps it.</paragraph></section>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph>
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SphinxTranslator.dispatch_visit calling visit_Text for ) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.
SphinxTranslator.dispatch_departure calling depart_Text for ) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph>
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with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.
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with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.
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with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph>
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optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph><paragraph>This is a Python package that wraps it.</paragraph></section>
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SphinxTranslator.dispatch_departure calling depart_section for <section ids="mailing-list" names="mailing\ list"><title>Mailing list</title><paragraph>Discussion about this module is welcome in the Blosc list:</paragraph><paragraph><reference refuri="mailto:blosc@googlegroups.com">blosc@googlegroups.com</reference></paragraph><paragraph><reference refuri="http://groups.google.es/group/blosc">http://groups.google.es/group/blosc</reference></paragraph></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="introduction" names="introduction"><title>Introduction</title><section ids="what-is-python-blosc" names="what\ is\ python-blosc?"><title>What is python-blosc?</title><paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph><paragraph>This is a Python package that wraps it.</paragraph></section><section ids="mailing-list" names="mailing\ list"><title>Mailing list</title><paragraph>Discussion about this module is welcome in the Blosc list:</paragraph><paragraph><reference refuri="mailto:blosc@googlegroups.com">blosc@googlegroups.com</reference></paragraph><paragraph><reference refuri="http://groups.google.es/group/blosc">http://groups.google.es/group/blosc</reference></paragraph></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/intro.rst"><section ids="introduction" names="introduction"><title>Introduction</title><section ids="what-is-python-blosc" names="what\ is\ python-blosc?"><title>What is python-blosc?</title><paragraph>Blosc (<reference refuri="http://blosc.org">http://blosc.org</reference>) is a high performance compressor
optimized for binary data.  It has been designed to transmit data to
the processor cache faster than the traditional, non-compressed,
direct memory fetch approach via a memcpy() OS call.</paragraph><paragraph>Blosc works well for compressing numerical arrays that contains data
with relatively low entropy, like sparse data, time series, grids with
regular-spaced values, etc.</paragraph><paragraph>This is a Python package that wraps it.</paragraph></section><section ids="mailing-list" names="mailing\ list"><title>Mailing list</title><paragraph>Discussion about this module is welcome in the Blosc list:</paragraph><paragraph><reference refuri="mailto:blosc@googlegroups.com">blosc@googlegroups.com</reference></paragraph><paragraph><reference refuri="http://groups.google.es/group/blosc">http://groups.google.es/group/blosc</reference></paragraph></section></section></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/reference.rst"><section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section>
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SphinxTranslator.dispatch_visit calling visit_section for <section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section>
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SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section>
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SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc>
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SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content>
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SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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(maximum compression).  The default is 9.</paragraph>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body>
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If cname is not a valid codec.</paragraph></block_quote>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">compress_ptr</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for compress_ptr
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SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">compress_ptr</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]
SphinxTranslator.dispatch_departure calling depart_Text for address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Compress the data at address with given items and typesize.</paragraph>
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SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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(maximum compression).  The default is 9.</paragraph>
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(maximum compression).  The default is 9.
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(maximum compression).  The default is 9.
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(maximum compression).  The default is 9.</paragraph>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.
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If clevel is not within the allowed range.
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SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
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If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.
SphinxTranslator.dispatch_departure calling depart_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">decompress</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for decompress
SphinxTranslator.dispatch_departure calling depart_Text for decompress
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">decompress</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
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SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Decompresses a bytesobj compressed object.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Decompresses a bytesobj compressed object.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field>
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instead of a bytesobject.</paragraph></block_quote></field_body>
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instead of a bytesobject.</paragraph></block_quote>
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instead of a bytesobject.</paragraph>
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instead of a bytesobject.
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instead of a bytesobject.</paragraph>
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instead of a bytesobject.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body>
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instead of a bytesobject.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.
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If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Raises</field_name>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>If bytesobj is not of type bytes or string.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for If bytesobj is not of type bytes or string.
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SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">decompress_ptr</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">decompress_ptr</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">address</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for address
SphinxTranslator.dispatch_departure calling depart_Text for address
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">address</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Decompresses a bytesobj compressed object into the memory at address.
SphinxTranslator.dispatch_departure calling depart_Text for Decompresses a bytesobj compressed object into the memory at address.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>bytesobj</strong>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_strong for <strong>bytesobj</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : str / bytes
SphinxTranslator.dispatch_departure calling depart_Text for  : str / bytes
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The data to be decompressed.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The data to be decompressed.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The data to be decompressed.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The data to be decompressed.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>address</strong> : int or long</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>address</strong>
SphinxTranslator.dispatch_visit calling visit_Text for address
SphinxTranslator.dispatch_departure calling depart_Text for address
SphinxTranslator.dispatch_departure calling depart_strong for <strong>address</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : int or long
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>address</strong> : int or long</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>the pointer to the data to be compressed</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for the pointer to the data to be compressed
SphinxTranslator.dispatch_departure calling depart_Text for the pointer to the data to be compressed
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>the pointer to the data to be compressed</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body>
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SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Raises</field_name>
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If address is not of type int or long.</paragraph></block_quote></field_body>
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If address is not of type int or long.
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If address is not of type int or long.
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If address is not of type int or long.</paragraph>
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If address is not of type int or long.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
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SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_Text for This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.
SphinxTranslator.dispatch_departure calling depart_Text for Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">pack_array</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for pack_array
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SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]
SphinxTranslator.dispatch_departure calling depart_Text for array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Pack (compress) a NumPy array.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Pack (compress) a NumPy array.
SphinxTranslator.dispatch_departure calling depart_Text for Pack (compress) a NumPy array.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Pack (compress) a NumPy array.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
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SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
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(maximum compression).  The default is 9.</paragraph></block_quote>
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(maximum compression).  The default is 9.</paragraph>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph>
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blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.
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If cname is not within the supported compressors.
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If cname is not within the supported compressors.</paragraph>
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If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc>
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SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc>
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SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content>
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SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section>
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SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
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SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Free possible memory temporaries and thread resources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Free possible memory temporaries and thread resources.
SphinxTranslator.dispatch_departure calling depart_Text for Free possible memory temporaries and thread resources.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Free possible memory temporaries and thread resources.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : None</paragraph></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>out</strong> : None</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for out
SphinxTranslator.dispatch_departure calling depart_Text for out
SphinxTranslator.dispatch_departure calling depart_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : None
SphinxTranslator.dispatch_departure calling depart_Text for  : None
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>out</strong> : None</paragraph>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : None</paragraph></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.
SphinxTranslator.dispatch_departure calling depart_Text for Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">get_clib</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for get_clib
SphinxTranslator.dispatch_departure calling depart_Text for get_clib
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">get_clib</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">bytesobj</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Return the name of the compression library for Blosc 
SphinxTranslator.dispatch_departure calling depart_Text for Return the name of the compression library for Blosc 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>bytesobj</literal>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_literal for <literal>bytesobj</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  buffer.
SphinxTranslator.dispatch_departure calling depart_Text for  buffer.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_Text for Parameters
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>bytesobj</strong>
SphinxTranslator.dispatch_visit calling visit_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_Text for bytesobj
SphinxTranslator.dispatch_departure calling depart_strong for <strong>bytesobj</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : str / bytes
SphinxTranslator.dispatch_departure calling depart_Text for  : str / bytes
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>bytesobj</strong> : str / bytes</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The compressed buffer.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The compressed buffer.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The compressed buffer.
SphinxTranslator.dispatch_departure calling depart_Text for The compressed buffer.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The compressed buffer.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The compressed buffer.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
SphinxTranslator.dispatch_departure calling depart_Text for Returns
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>out</strong> : str</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for out
SphinxTranslator.dispatch_departure calling depart_Text for out
SphinxTranslator.dispatch_departure calling depart_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for  : str
SphinxTranslator.dispatch_departure calling depart_Text for  : str
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>out</strong> : str</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The name of the compression library.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The name of the compression library.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The name of the compression library.
SphinxTranslator.dispatch_departure calling depart_Text for The name of the compression library.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The name of the compression library.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The name of the compression library.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">set_blocksize</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for set_blocksize
SphinxTranslator.dispatch_departure calling depart_Text for set_blocksize
SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">set_blocksize</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">blocksize</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">blocksize</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).
SphinxTranslator.dispatch_departure calling depart_Text for Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>This is a low-level function and is recommened for expert users only.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for This is a low-level function and is recommened for expert users only.
SphinxTranslator.dispatch_departure calling depart_Text for This is a low-level function and is recommened for expert users only.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>This is a low-level function and is recommened for expert users only.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc>
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SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist>
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SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Set the number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Set the number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_Text for Set the number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Set the number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_visit calling visit_field_list for <field_list><field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Parameters</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Parameters
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SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>nthreads</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>nthreads</strong>
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SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_Text for The number of threads to be used during Blosc operation.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The number of threads to be used during Blosc operation.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Returns
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SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Returns</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>out</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>out</strong>
SphinxTranslator.dispatch_visit calling visit_Text for out
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>out</strong> : int</paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>The previous number of used threads.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The previous number of used threads.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The previous number of used threads.
SphinxTranslator.dispatch_departure calling depart_Text for The previous number of used threads.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The previous number of used threads.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>The previous number of used threads.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field for <field><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_visit calling visit_field_name for <field_name>Raises</field_name>
SphinxTranslator.dispatch_visit calling visit_Text for Raises
SphinxTranslator.dispatch_departure calling depart_Text for Raises
SphinxTranslator.dispatch_departure calling depart_field_name for <field_name>Raises</field_name>
SphinxTranslator.dispatch_visit calling visit_field_body for <field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><strong>ValueError</strong></paragraph>
SphinxTranslator.dispatch_visit calling visit_strong for <strong>ValueError</strong>
SphinxTranslator.dispatch_visit calling visit_Text for ValueError
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SphinxTranslator.dispatch_departure calling depart_strong for <strong>ValueError</strong>
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><strong>ValueError</strong></paragraph>
SphinxTranslator.dispatch_visit calling visit_block_quote for <block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for If nthreads is larger that the maximum number of threads blosc can use.
SphinxTranslator.dispatch_departure calling depart_Text for If nthreads is larger that the maximum number of threads blosc can use.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph>
SphinxTranslator.dispatch_departure calling depart_block_quote for <block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote>
SphinxTranslator.dispatch_departure calling depart_field_body for <field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body>
SphinxTranslator.dispatch_departure calling depart_field for <field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field>
SphinxTranslator.dispatch_departure calling depart_field_list for <field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The number of threads for Blosc is the maximum number of cores
detected on your machine (via 
SphinxTranslator.dispatch_departure calling depart_Text for The number of threads for Blosc is the maximum number of cores
detected on your machine (via 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>detect_number_of_cores</literal>
SphinxTranslator.dispatch_visit calling visit_Text for detect_number_of_cores
SphinxTranslator.dispatch_departure calling depart_Text for detect_number_of_cores
SphinxTranslator.dispatch_departure calling depart_literal for <literal>detect_number_of_cores</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.
SphinxTranslator.dispatch_departure calling depart_Text for ).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Examples
SphinxTranslator.dispatch_departure calling depart_Text for Examples
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Examples</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Set the number of threads to 2 and then to 1:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Set the number of threads to 2 and then to 1:
SphinxTranslator.dispatch_departure calling depart_Text for Set the number of threads to 2 and then to 1:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Set the number of threads to 2 and then to 1:</paragraph>
SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_desc_signature for <desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_Text for blosc.
SphinxTranslator.dispatch_departure calling depart_desc_addname for <desc_addname xml:space="preserve">blosc.</desc_addname>
SphinxTranslator.dispatch_visit calling visit_desc_name for <desc_name xml:space="preserve">set_releasegil</desc_name>
SphinxTranslator.dispatch_visit calling visit_Text for set_releasegil
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SphinxTranslator.dispatch_departure calling depart_desc_name for <desc_name xml:space="preserve">set_releasegil</desc_name>
SphinxTranslator.dispatch_visit calling visit_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_visit calling visit_desc_parameter for <desc_parameter xml:space="preserve">gitstate</desc_parameter>
SphinxTranslator.dispatch_visit calling visit_Text for gitstate
SphinxTranslator.dispatch_departure calling depart_Text for gitstate
SphinxTranslator.dispatch_departure calling depart_desc_parameter for <desc_parameter xml:space="preserve">gitstate</desc_parameter>
SphinxTranslator.dispatch_departure calling depart_desc_parameterlist for <desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist>
SphinxTranslator.dispatch_departure calling depart_desc_signature for <desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature>
SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.
SphinxTranslator.dispatch_departure calling depart_Text for Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_Text for Notes
SphinxTranslator.dispatch_departure calling depart_Text for Notes
SphinxTranslator.dispatch_departure calling depart_rubric for <rubric>Notes</rubric>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.
SphinxTranslator.dispatch_departure calling depart_Text for Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph>
SphinxTranslator.dispatch_visit calling visit_rubric for <rubric>Examples</rubric>
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SphinxTranslator.dispatch_visit calling visit_doctest_block for <doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc>
SphinxTranslator.dispatch_visit calling visit_index for <index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/>
SphinxTranslator.dispatch_visit calling visit_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc>
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SphinxTranslator.dispatch_visit calling visit_desc_content for <desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Print all the versions of software that python-blosc relies on.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Print all the versions of software that python-blosc relies on.
SphinxTranslator.dispatch_departure calling depart_Text for Print all the versions of software that python-blosc relies on.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Print all the versions of software that python-blosc relies on.</paragraph>
SphinxTranslator.dispatch_departure calling depart_desc_content for <desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content>
SphinxTranslator.dispatch_departure calling depart_desc for <desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/reference.rst"><section ids="library-reference" names="library\ reference"><title>Library Reference</title><section ids="first-level-variables" names="first\ level\ variables"><title>First level variables</title><index entries="[('single', '__version__', '__version__', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="__version__" ids="__version__" module="True" names="__version__"><desc_name xml:space="preserve">__version__</desc_name></desc_signature><desc_content><paragraph>The version of the blosc package.</paragraph></desc_content></desc><index entries="[('single', 'blosclib_version', 'blosclib_version', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="blosclib_version" ids="blosclib_version" module="True" names="blosclib_version"><desc_name xml:space="preserve">blosclib_version</desc_name></desc_signature><desc_content><paragraph>The version of the Blosc C library.</paragraph></desc_content></desc><index entries="[('single', 'clib_versions', 'clib_versions', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="clib_versions" ids="clib_versions" module="True" names="clib_versions"><desc_name xml:space="preserve">clib_versions</desc_name></desc_signature><desc_content><paragraph>A map for the versions of the compression libraries included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cnames', 'cnames', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cnames" ids="cnames" module="True" names="cnames"><desc_name xml:space="preserve">cnames</desc_name></desc_signature><desc_content><paragraph>The list of compressors included in C library.</paragraph></desc_content></desc><index entries="[('single', 'cname2clib', 'cname2clib', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="cname2clib" ids="cname2clib" module="True" names="cname2clib"><desc_name xml:space="preserve">cname2clib</desc_name></desc_signature><desc_content><paragraph>A map between compressor names and its libraries (or formats).</paragraph></desc_content></desc><index entries="[('single', 'ncores', 'ncores', '', None)]"/><desc desctype="attribute" domain="py" noindex="False" objtype="attribute"><desc_signature class="" first="False" fullname="ncores" ids="ncores" module="True" names="ncores"><desc_name xml:space="preserve">ncores</desc_name></desc_signature><desc_content><paragraph>The number of cores detected.</paragraph></desc_content></desc></section><section ids="module-blosc public-functions" names="public\ functions"><title>Public functions</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'compress() (in module blosc)', 'blosc.compress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress" ids="blosc.compress" module="blosc" names="blosc.compress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress bytesobj, with a given type size.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : bytes-like object (supporting the buffer interface)</paragraph><block_quote><paragraph>The data to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj doesn’t support the buffer interface.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If bytesobj is too long.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not a valid codec.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> len(c_bytesobj) < len(a_bytesobj)
True</doctest_block></desc_content></desc><index entries="[('single', 'compress_ptr() (in module blosc)', 'blosc.compress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compress_ptr" ids="blosc.compress_ptr" module="blosc" names="blosc.compress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">address, items[, typesize=8, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Compress the data at address with given items and typesize.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote><paragraph><strong>items</strong> : int</paragraph><block_quote><paragraph>The number of items (of typesize) to be compressed.</paragraph></block_quote><paragraph><strong>typesize</strong> : int</paragraph><block_quote><paragraph>The data type size.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed data in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If address is not of type int or long.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If items * typesize is larger than the maximum allowed buffer size.
If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous. Passing a
non-valid address has a high likelihood of crashing the interpreter by
segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> d = blosc.decompress(c)
>>> np_ans = numpy.fromstring(d, dtype=np_array.dtype)
>>> (np_array == np_ans).all()
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> a = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(a), items, typesize)
>>> d = blosc.decompress(c)
>>> import struct
>>> ans = [struct.unpack('d', d[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress() (in module blosc)', 'blosc.decompress', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress" ids="blosc.decompress" module="blosc" names="blosc.decompress"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>as_bytearray</strong> : bool, optional</paragraph><block_quote><paragraph>If this flag is True then the return type will be a bytearray object
instead of a bytesobject.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes or bytearray</paragraph><block_quote><paragraph>The decompressed data in form of a Python str / bytes object.
If as_bytearray is True then this will be a bytearray object, otherwise
this will be a str/ bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import array
>>> a = array.array('i', range(1000*1000))
>>> a_bytesobj = a.tostring()
>>> c_bytesobj = blosc.compress(a_bytesobj, typesize=4)
>>> a_bytesobj2 = blosc.decompress(c_bytesobj)
>>> a_bytesobj == a_bytesobj2
True
>>> b"" == blosc.decompress(blosc.compress(b"", 1))
True
>>> b"1"*7 == blosc.decompress(blosc.compress(b"1"*7, 8))
True
>>> type(blosc.decompress(blosc.compress(b"1"*7, 8),
...                                      as_bytearray=True)) is bytearray
True</doctest_block></desc_content></desc><index entries="[('single', 'decompress_ptr() (in module blosc)', 'blosc.decompress_ptr', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="decompress_ptr" ids="blosc.decompress_ptr" module="blosc" names="blosc.decompress_ptr"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">decompress_ptr</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter><desc_parameter xml:space="preserve">address</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Decompresses a bytesobj compressed object into the memory at address.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The data to be decompressed.</paragraph></block_quote><paragraph><strong>address</strong> : int or long</paragraph><block_quote><paragraph>the pointer to the data to be compressed</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>nbytes</strong> : int</paragraph><block_quote><paragraph>the number of bytes written to the buffer</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If bytesobj is not of type bytes or string.
If address is not of type int or long.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>This function can be used anywhere that a memory address is available in
Python. For example the Numpy “__array_interface__[‘data’][0]” construct,
or when using the ctypes modules.</paragraph><paragraph>Importantly, the user is responsible for making sure that the memory
address is valid and that the memory pointed to is contiguous and can be
written to. Passing a non-valid address has a high likelihood of crashing
the interpreter by segfault.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> items = 7
>>> np_array = numpy.arange(items)
>>> c = blosc.compress_ptr(np_array.__array_interface__['data'][0],         items, np_array.dtype.itemsize)
>>> np_ans = numpy.empty(items, dtype=np_array.dtype)
>>> nbytes = blosc.decompress_ptr(c, np_ans.__array_interface__['data'][0])
>>> (np_array == np_ans).all()
True
>>> nbytes == items * np_array.dtype.itemsize
True</doctest_block><doctest_block classes="doctest" xml:space="preserve">>>> import ctypes
>>> typesize = 8
>>> data = [float(i) for i in range(items)]
>>> Array = ctypes.c_double * items
>>> in_array = Array(*data)
>>> c = blosc.compress_ptr(ctypes.addressof(in_array), items, typesize)
>>> out_array = ctypes.create_string_buffer(items*typesize)
>>> nbytes = blosc.decompress_ptr(c, ctypes.addressof(out_array))
>>> import struct
>>> ans = [struct.unpack('d', out_array[i:i+typesize])[0]             for i in range(0, items*typesize, typesize)]
>>> data == ans
True
>>> nbytes == items * typesize
True</doctest_block></desc_content></desc><index entries="[('single', 'pack_array() (in module blosc)', 'blosc.pack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="pack_array" ids="blosc.pack_array" module="blosc" names="blosc.pack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">pack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">array[, clevel=9, shuffle=blosc.SHUFFLE, cname='blosclz']]</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Pack (compress) a NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>array</strong> : ndarray</paragraph><block_quote><paragraph>The NumPy array to be packed.</paragraph></block_quote><paragraph><strong>clevel</strong> : int (optional)</paragraph><block_quote><paragraph>The compression level from 0 (no compression) to 9
(maximum compression).  The default is 9.</paragraph></block_quote><paragraph><strong>shuffle</strong> : int (optional)</paragraph><block_quote><paragraph>The shuffle filter to be activated.  Allowed values are
blosc.NOSHUFFLE, blosc.SHUFFLE and blosc.BITSHUFFLE.  The
default is blosc.SHUFFLE.</paragraph></block_quote><paragraph><strong>cname</strong> : string (optional)</paragraph><block_quote><paragraph>The name of the compressor used internally in Blosc. It can be
any of the supported by Blosc (‘blosclz’, ‘lz4’, ‘lz4hc’,
‘snappy’, ‘zlib’, ‘zstd’ and maybe others too). The default is
‘blosclz’.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array in form of a Python str / bytes object.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If array does not quack like a numpy ndarray.</paragraph></block_quote><paragraph><strong>ValueError</strong></paragraph><block_quote><definition_list classes="simple"><definition_list_item><term>If array.itemsize * array.size is larger than the maximum allowed</term><definition><paragraph>buffer size.</paragraph></definition></definition_list_item></definition_list><paragraph>If typesize is not within the allowed range.
If clevel is not within the allowed range.
If cname is not within the supported compressors.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True</doctest_block></desc_content></desc><index entries="[('single', 'unpack_array() (in module blosc)', 'blosc.unpack_array', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="unpack_array" ids="blosc.unpack_array" module="blosc" names="blosc.unpack_array"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">unpack_array</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">packed_array</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Unpack (decompress) a packed NumPy array.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>packed_array</strong> : str / bytes</paragraph><block_quote><paragraph>The packed array to be decompressed.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : ndarray</paragraph><block_quote><paragraph>The decompressed data in form of a NumPy array.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>TypeError</strong></paragraph><block_quote><paragraph>If packed_array is not of type bytes or string.</paragraph></block_quote></field_body></field></field_list><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> import numpy
>>> a = numpy.arange(1e6)
>>> parray = blosc.pack_array(a)
>>> len(parray) < a.size*a.itemsize
True
>>> a2 = blosc.unpack_array(parray)
>>> numpy.alltrue(a == a2)
True</doctest_block></desc_content></desc></section><section ids="module-blosc utilities" names="utilities"><title>Utilities</title><index entries="[('single', 'blosc (module)', 'module-blosc', '', None)]"/><index entries="[('single', 'clib_info() (in module blosc)', 'blosc.clib_info', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="clib_info" ids="blosc.clib_info" module="blosc" names="blosc.clib_info"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">clib_info</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">cname</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return info for compression libraries in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>cname</strong> : str</paragraph><block_quote><paragraph>The compressor name.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : tuple</paragraph><block_quote><paragraph>The associated library name and version.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'compressor_list() (in module blosc)', 'blosc.compressor_list', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="compressor_list" ids="blosc.compressor_list" module="blosc" names="blosc.compressor_list"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">compressor_list</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Returns a list of compressors available in C library.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>None</strong></paragraph></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : list</paragraph><block_quote><paragraph>The list of names.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'detect_number_of_cores() (in module blosc)', 'blosc.detect_number_of_cores', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="detect_number_of_cores" ids="blosc.detect_number_of_cores" module="blosc" names="blosc.detect_number_of_cores"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">detect_number_of_cores</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Detect the number of cores in this system.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The number of cores in this system.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'free_resources() (in module blosc)', 'blosc.free_resources', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="free_resources" ids="blosc.free_resources" module="blosc" names="blosc.free_resources"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">free_resources</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Free possible memory temporaries and thread resources.</paragraph><field_list><field classes="field-odd"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : None</paragraph></field_body></field></field_list><rubric>Notes</rubric><paragraph>Blosc maintain a pool of threads waiting for work as well as some
temporary space.  You can use this function to release these
resources when you are not going to use Blosc for a long while.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.free_resources()
>>></doctest_block></desc_content></desc><index entries="[('single', 'get_clib() (in module blosc)', 'blosc.get_clib', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="get_clib" ids="blosc.get_clib" module="blosc" names="blosc.get_clib"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">get_clib</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">bytesobj</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Return the name of the compression library for Blosc <literal>bytesobj</literal> buffer.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>bytesobj</strong> : str / bytes</paragraph><block_quote><paragraph>The compressed buffer.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : str</paragraph><block_quote><paragraph>The name of the compression library.</paragraph></block_quote></field_body></field></field_list></desc_content></desc><index entries="[('single', 'set_blocksize() (in module blosc)', 'blosc.set_blocksize', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_blocksize" ids="blosc.set_blocksize" module="blosc" names="blosc.set_blocksize"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_blocksize</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">blocksize</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Force the use of a specific blocksize.  If 0, an automatic
blocksize will be used (the default).</paragraph><rubric>Notes</rubric><paragraph>This is a low-level function and is recommened for expert users only.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> blosc.set_blocksize(512)</doctest_block></desc_content></desc><index entries="[('single', 'set_nthreads() (in module blosc)', 'blosc.set_nthreads', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_nthreads" ids="blosc.set_nthreads" module="blosc" names="blosc.set_nthreads"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_nthreads</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">nthreads</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Set the number of threads to be used during Blosc operation.</paragraph><field_list><field classes="field-odd"><field_name>Parameters</field_name><field_body><paragraph><strong>nthreads</strong> : int</paragraph><block_quote><paragraph>The number of threads to be used during Blosc operation.</paragraph></block_quote></field_body></field><field classes="field-even"><field_name>Returns</field_name><field_body><paragraph><strong>out</strong> : int</paragraph><block_quote><paragraph>The previous number of used threads.</paragraph></block_quote></field_body></field><field classes="field-odd"><field_name>Raises</field_name><field_body><paragraph><strong>ValueError</strong></paragraph><block_quote><paragraph>If nthreads is larger that the maximum number of threads blosc can use.</paragraph></block_quote></field_body></field></field_list><rubric>Notes</rubric><paragraph>The number of threads for Blosc is the maximum number of cores
detected on your machine (via <literal>detect_number_of_cores</literal>).  In some
cases Blosc gets better results if you set the number of threads
to a value slightly below than your number of cores.</paragraph><rubric>Examples</rubric><paragraph>Set the number of threads to 2 and then to 1:</paragraph><doctest_block classes="doctest" xml:space="preserve">>>> oldn = blosc.set_nthreads(2)
>>> blosc.set_nthreads(1)
2</doctest_block></desc_content></desc><index entries="[('single', 'set_releasegil() (in module blosc)', 'blosc.set_releasegil', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="set_releasegil" ids="blosc.set_releasegil" module="blosc" names="blosc.set_releasegil"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">set_releasegil</desc_name><desc_parameterlist xml:space="preserve"><desc_parameter xml:space="preserve">gitstate</desc_parameter></desc_parameterlist></desc_signature><desc_content><paragraph>Sets a boolean on whether to release the Python global inter-lock (GIL) 
during c-blosc compress and decompress operations or not.  This defaults 
to False.</paragraph><rubric>Notes</rubric><paragraph>Designed to be used with larger chunk sizes and a ThreadPool.  There is a 
small performance penalty with releasing the GIL that will more harshly 
penalize small block sizes.</paragraph><rubric>Examples</rubric><doctest_block classes="doctest" xml:space="preserve">>>> oldReleaseState = blosc.set_releasegil(True)</doctest_block></desc_content></desc><index entries="[('single', 'print_versions() (in module blosc)', 'blosc.print_versions', '', None)]"/><desc desctype="function" domain="py" noindex="False" objtype="function"><desc_signature class="" first="False" fullname="print_versions" ids="blosc.print_versions" module="blosc" names="blosc.print_versions"><desc_addname xml:space="preserve">blosc.</desc_addname><desc_name xml:space="preserve">print_versions</desc_name><desc_parameterlist xml:space="preserve"/></desc_signature><desc_content><paragraph>Print all the versions of software that python-blosc relies on.</paragraph></desc_content></desc></section></section></document>
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SphinxTranslator.dispatch_visit calling visit_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/tutorial.rst"><section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section></document>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Tutorials</title>
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SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_Text for Using 
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how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the 
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how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the 
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here are some examples on how to use it.  For the full documentation, please
refer to the 
SphinxTranslator.dispatch_departure calling depart_Text for Here are some examples on how to use it.  For the full documentation, please
refer to the 
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section.
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section.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.
SphinxTranslator.dispatch_departure calling depart_Text for Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compressing and decompressing with <literal>blosc</literal></title>
SphinxTranslator.dispatch_visit calling visit_Text for Compressing and decompressing with 
SphinxTranslator.dispatch_departure calling depart_Text for Compressing and decompressing with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_departure calling depart_title for <title>Compressing and decompressing with <literal>blosc</literal></title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Let’s start creating a NumPy array with 80 MB full of data:
SphinxTranslator.dispatch_departure calling depart_Text for Let’s start creating a NumPy array with 80 MB full of data:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for and let’s compare Blosc operation with 
SphinxTranslator.dispatch_departure calling depart_Text for and let’s compare Blosc operation with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>zlib</literal>
SphinxTranslator.dispatch_visit calling visit_Text for zlib
SphinxTranslator.dispatch_departure calling depart_Text for zlib
SphinxTranslator.dispatch_departure calling depart_literal for <literal>zlib</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  (please note that we are
using IPython for leveraging its timing capabilities):
SphinxTranslator.dispatch_departure calling depart_Text for  (please note that we are
using IPython for leveraging its timing capabilities):
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):
SphinxTranslator.dispatch_departure calling depart_Text for but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for It is important to note that this is quite more than the speed of a memcpy()
in this machine:
SphinxTranslator.dispatch_departure calling depart_Text for It is important to note that this is quite more than the speed of a memcpy()
in this machine:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.
SphinxTranslator.dispatch_departure calling depart_Text for which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:
SphinxTranslator.dispatch_departure calling depart_Text for Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.
SphinxTranslator.dispatch_departure calling depart_Text for The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Now, let’s have a look at the compression ratios:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Now, let’s have a look at the compression ratios:
SphinxTranslator.dispatch_departure calling depart_Text for Now, let’s have a look at the compression ratios:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Now, let’s have a look at the compression ratios:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:
SphinxTranslator.dispatch_departure calling depart_Text for Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:
SphinxTranslator.dispatch_departure calling depart_Text for That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here it is a plot with the different compression ratios achieved:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here it is a plot with the different compression ratios achieved:
SphinxTranslator.dispatch_departure calling depart_Text for Here it is a plot with the different compression ratios achieved:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here it is a plot with the different compression ratios achieved:</paragraph>
SphinxTranslator.dispatch_visit calling visit_reference for <reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/></reference>
SphinxTranslator.dispatch_visit calling visit_image for <image candidates="{'*': 'cratio-blosc-codecs.png'}" scale="75" uri="cratio-blosc-codecs.png"/>
SphinxTranslator.dispatch_departure calling depart_image for <image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="_images/cratio-blosc-codecs.png" width="800"/>
SphinxTranslator.dispatch_departure calling depart_reference for <reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="_images/cratio-blosc-codecs.png" width="800"/></reference>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The explanation for this apparently shocking result is that Blosc uses
filters (
SphinxTranslator.dispatch_departure calling depart_Text for The explanation for this apparently shocking result is that Blosc uses
filters (
SphinxTranslator.dispatch_visit calling visit_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.
SphinxTranslator.dispatch_departure calling depart_Text for  currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>How about decompression?:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for How about decompression?:
SphinxTranslator.dispatch_departure calling depart_Text for How about decompression?:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>How about decompression?:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here we see a couple of things:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here we see a couple of things:
SphinxTranslator.dispatch_departure calling depart_Text for Here we see a couple of things:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here we see a couple of things:</paragraph>
SphinxTranslator.dispatch_visit calling visit_bullet_list for <bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for All the internal codecs in Blosc are way faster than naked ZLib
SphinxTranslator.dispatch_departure calling depart_Text for All the internal codecs in Blosc are way faster than naked ZLib
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).
SphinxTranslator.dispatch_departure calling depart_Text for The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item>
SphinxTranslator.dispatch_departure calling depart_bullet_list for <bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The next plot summarizes the speed benchmarks above:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The next plot summarizes the speed benchmarks above:
SphinxTranslator.dispatch_departure calling depart_Text for The next plot summarizes the speed benchmarks above:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The next plot summarizes the speed benchmarks above:</paragraph>
SphinxTranslator.dispatch_visit calling visit_reference for <reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/></reference>
SphinxTranslator.dispatch_visit calling visit_image for <image candidates="{'*': 'speed-blosc-codecs.png'}" scale="75" uri="speed-blosc-codecs.png"/>
SphinxTranslator.dispatch_departure calling depart_image for <image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="_images/speed-blosc-codecs.png" width="800"/>
SphinxTranslator.dispatch_departure calling depart_reference for <reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="_images/speed-blosc-codecs.png" width="800"/></reference>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).
SphinxTranslator.dispatch_departure calling depart_Text for These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Finally, here it is the way to discover all the internal codecs inside your
Blosc package:
SphinxTranslator.dispatch_departure calling depart_Text for Finally, here it is the way to discover all the internal codecs inside your
Blosc package:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph>
SphinxTranslator.dispatch_visit calling visit_emphasis for <emphasis>Note</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for Note
SphinxTranslator.dispatch_departure calling depart_Text for Note
SphinxTranslator.dispatch_departure calling depart_emphasis for <emphasis>Note</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for : the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.
SphinxTranslator.dispatch_departure calling depart_Text for : the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="_images/cratio-blosc-codecs.png" width="800"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="_images/speed-blosc-codecs.png" width="800"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Using different filters</title>
SphinxTranslator.dispatch_visit calling visit_Text for Using different filters
SphinxTranslator.dispatch_departure calling depart_Text for Using different filters
SphinxTranslator.dispatch_departure calling depart_title for <title>Using different filters</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently 
SphinxTranslator.dispatch_departure calling depart_Text for In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>BITSHUFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for BITSHUFLE
SphinxTranslator.dispatch_departure calling depart_Text for BITSHUFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>BITSHUFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.
SphinxTranslator.dispatch_departure calling depart_Text for ). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here it is an example using the 
SphinxTranslator.dispatch_departure calling depart_Text for Here it is an example using the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for SHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>SHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  filter:
SphinxTranslator.dispatch_departure calling depart_Text for  filter:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Here there is another example using 
SphinxTranslator.dispatch_departure calling depart_Text for Here there is another example using 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for BITSHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>BITSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for You can also deactivate filters completely with 
SphinxTranslator.dispatch_departure calling depart_Text for You can also deactivate filters completely with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>NOSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for NOSHUFFLE
SphinxTranslator.dispatch_departure calling depart_Text for NOSHUFFLE
SphinxTranslator.dispatch_departure calling depart_literal for <literal>NOSHUFFLE</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.
SphinxTranslator.dispatch_departure calling depart_Text for So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Supporting the buffer interface</title>
SphinxTranslator.dispatch_visit calling visit_Text for Supporting the buffer interface
SphinxTranslator.dispatch_departure calling depart_Text for Supporting the buffer interface
SphinxTranslator.dispatch_departure calling depart_title for <title>Supporting the buffer interface</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes 
SphinxTranslator.dispatch_departure calling depart_Text for python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>buffer</literal>
SphinxTranslator.dispatch_visit calling visit_Text for buffer
SphinxTranslator.dispatch_departure calling depart_Text for buffer
SphinxTranslator.dispatch_departure calling depart_literal for <literal>buffer</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ,

SphinxTranslator.dispatch_departure calling depart_Text for ,

SphinxTranslator.dispatch_visit calling visit_literal for <literal>memoryview</literal>
SphinxTranslator.dispatch_visit calling visit_Text for memoryview
SphinxTranslator.dispatch_departure calling depart_Text for memoryview
SphinxTranslator.dispatch_departure calling depart_literal for <literal>memoryview</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>bytearray</literal>
SphinxTranslator.dispatch_visit calling visit_Text for bytearray
SphinxTranslator.dispatch_departure calling depart_Text for bytearray
SphinxTranslator.dispatch_departure calling depart_literal for <literal>bytearray</literal>
SphinxTranslator.dispatch_visit calling visit_Text for :
SphinxTranslator.dispatch_departure calling depart_Text for :
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both 
SphinxTranslator.dispatch_departure calling depart_Text for Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>str</literal>
SphinxTranslator.dispatch_visit calling visit_Text for str
SphinxTranslator.dispatch_departure calling depart_Text for str
SphinxTranslator.dispatch_departure calling depart_literal for <literal>str</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and 
SphinxTranslator.dispatch_departure calling depart_Text for  and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unicode
SphinxTranslator.dispatch_departure calling depart_Text for unicode
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
types, whereas in Python 3.x we can only compress ‘binary’ data which does

SphinxTranslator.dispatch_departure calling depart_Text for 
types, whereas in Python 3.x we can only compress ‘binary’ data which does

SphinxTranslator.dispatch_visit calling visit_emphasis for <emphasis>not</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for not
SphinxTranslator.dispatch_departure calling depart_Text for not
SphinxTranslator.dispatch_departure calling depart_emphasis for <emphasis>not</emphasis>
SphinxTranslator.dispatch_visit calling visit_Text for  include 
SphinxTranslator.dispatch_departure calling depart_Text for  include 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unicode
SphinxTranslator.dispatch_departure calling depart_Text for unicode
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unicode</literal>
SphinxTranslator.dispatch_visit calling visit_Text for .
SphinxTranslator.dispatch_departure calling depart_Text for .
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Packaging NumPy arrays</title>
SphinxTranslator.dispatch_visit calling visit_Text for Packaging NumPy arrays
SphinxTranslator.dispatch_departure calling depart_Text for Packaging NumPy arrays
SphinxTranslator.dispatch_departure calling depart_title for <title>Packaging NumPy arrays</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Want to use 
SphinxTranslator.dispatch_departure calling depart_Text for Want to use 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  
SphinxTranslator.dispatch_departure calling depart_Text for  to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  comes with the 
SphinxTranslator.dispatch_departure calling depart_Text for  comes with the 
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SphinxTranslator.dispatch_visit calling visit_Text for pack_array
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SphinxTranslator.dispatch_visit calling visit_Text for 
and 
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and 
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SphinxTranslator.dispatch_visit calling visit_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_literal for <literal>unpack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  to perform this in a handy way:
SphinxTranslator.dispatch_departure calling depart_Text for  to perform this in a handy way:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.
SphinxTranslator.dispatch_departure calling depart_Text for Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Compressing from a data pointer</title>
SphinxTranslator.dispatch_visit calling visit_Text for Compressing from a data pointer
SphinxTranslator.dispatch_departure calling depart_Text for Compressing from a data pointer
SphinxTranslator.dispatch_departure calling depart_title for <title>Compressing from a data pointer</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for For avoiding the data copy problem in the previous section, 
SphinxTranslator.dispatch_departure calling depart_Text for For avoiding the data copy problem in the previous section, 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for 
comes with a couple of lower-level functions: 
SphinxTranslator.dispatch_departure calling depart_Text for 
comes with a couple of lower-level functions: 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and

SphinxTranslator.dispatch_departure calling depart_Text for  and

SphinxTranslator.dispatch_visit calling visit_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for .  Here are they in action:
SphinxTranslator.dispatch_departure calling depart_Text for .  Here are they in action:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).
SphinxTranslator.dispatch_departure calling depart_Text for As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for On the other hand, and contrarily to the 
SphinxTranslator.dispatch_departure calling depart_Text for On the other hand, and contrarily to the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>pack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for pack_array
SphinxTranslator.dispatch_departure calling depart_Text for pack_array
SphinxTranslator.dispatch_departure calling depart_literal for <literal>pack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  / 
SphinxTranslator.dispatch_departure calling depart_Text for  / 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>unpack_array</literal>
SphinxTranslator.dispatch_visit calling visit_Text for unpack_array
SphinxTranslator.dispatch_departure calling depart_Text for unpack_array
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SphinxTranslator.dispatch_visit calling visit_Text for 
method, the 
SphinxTranslator.dispatch_departure calling depart_Text for 
method, the 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for compress_ptr
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SphinxTranslator.dispatch_visit calling visit_Text for  / 
SphinxTranslator.dispatch_departure calling depart_Text for  / 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_Text for decompress_ptr
SphinxTranslator.dispatch_departure calling depart_literal for <literal>decompress_ptr</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.
SphinxTranslator.dispatch_departure calling depart_Text for  functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  has a maximum 
SphinxTranslator.dispatch_departure calling depart_Text for  has a maximum 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  of 2**31 bytes = 2 GB. Larger 
SphinxTranslator.dispatch_departure calling depart_Text for  of 2**31 bytes = 2 GB. Larger 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>numpy</literal>
SphinxTranslator.dispatch_visit calling visit_Text for numpy
SphinxTranslator.dispatch_departure calling depart_Text for numpy
SphinxTranslator.dispatch_departure calling depart_literal for <literal>numpy</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  arrays must
be chunked by slicing, for example as:
SphinxTranslator.dispatch_departure calling depart_Text for  arrays must
be chunked by slicing, for example as:
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal_block for <literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section>
SphinxTranslator.dispatch_visit calling visit_title for <title>Fine-tuning compression parameters</title>
SphinxTranslator.dispatch_visit calling visit_Text for Fine-tuning compression parameters
SphinxTranslator.dispatch_departure calling depart_Text for Fine-tuning compression parameters
SphinxTranslator.dispatch_departure calling depart_title for <title>Fine-tuning compression parameters</title>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for There are a number of parameters that affect the de/compression bandwidth
achieved by 
SphinxTranslator.dispatch_departure calling depart_Text for There are a number of parameters that affect the de/compression bandwidth
achieved by 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
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SphinxTranslator.dispatch_visit calling visit_Text for :
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph>
SphinxTranslator.dispatch_visit calling visit_bullet_list for <bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph>
SphinxTranslator.dispatch_visit calling visit_Text for The information content of the underlying data, and 
SphinxTranslator.dispatch_departure calling depart_Text for The information content of the underlying data, and 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>chunksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for chunksize
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>chunksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : the size of
the data in each call to 
SphinxTranslator.dispatch_departure calling depart_Text for : the size of
the data in each call to 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the

SphinxTranslator.dispatch_departure calling depart_Text for  and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the

SphinxTranslator.dispatch_visit calling visit_literal for <literal>bloscpack</literal>
SphinxTranslator.dispatch_visit calling visit_Text for bloscpack
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>bloscpack</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  module.
SphinxTranslator.dispatch_departure calling depart_Text for  module.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>n_threads</literal>
SphinxTranslator.dispatch_visit calling visit_Text for n_threads
SphinxTranslator.dispatch_departure calling depart_Text for n_threads
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SphinxTranslator.dispatch_visit calling visit_Text for : The number of threads to spawn inside 
SphinxTranslator.dispatch_departure calling depart_Text for : The number of threads to spawn inside 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>c-blosc</literal>
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SphinxTranslator.dispatch_departure calling depart_Text for .

SphinxTranslator.dispatch_visit calling visit_literal for <literal>n_threads</literal>
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>n_threads</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  may be changed by calling 
SphinxTranslator.dispatch_departure calling depart_Text for  may be changed by calling 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc.set_nthreads(16)</literal>
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SphinxTranslator.dispatch_visit calling visit_Text for  for example.

SphinxTranslator.dispatch_departure calling depart_Text for  for example.

SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.
SphinxTranslator.dispatch_departure calling depart_Text for  performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : is the size of each continuously memory-element that is compressed,
in bytes. Normally 
SphinxTranslator.dispatch_departure calling depart_Text for : is the size of each continuously memory-element that is compressed,
in bytes. Normally 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc
SphinxTranslator.dispatch_departure calling depart_Text for blosc
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling

SphinxTranslator.dispatch_departure calling depart_Text for  attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling

SphinxTranslator.dispatch_visit calling visit_literal for <literal>blosc.set_blocksize( size_in_bytes )</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blosc.set_blocksize( size_in_bytes )
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>blosc.set_blocksize( size_in_bytes )</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.
SphinxTranslator.dispatch_departure calling depart_Text for  for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for shuffle
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : as discussed above the 
SphinxTranslator.dispatch_departure calling depart_Text for : as discussed above the 
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>shuffle</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  mode can substantially improve
compression ratios when the
SphinxTranslator.dispatch_departure calling depart_Text for  mode can substantially improve
compression ratios when the
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel
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SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : the compression level called for the algorithm.  Called as an
argument to 
SphinxTranslator.dispatch_departure calling depart_Text for : the compression level called for the algorithm.  Called as an
argument to 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for compress
SphinxTranslator.dispatch_departure calling depart_Text for compress
SphinxTranslator.dispatch_departure calling depart_literal for <literal>compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_paragraph for <paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_visit calling visit_literal for <literal>cname</literal>
SphinxTranslator.dispatch_visit calling visit_Text for cname
SphinxTranslator.dispatch_departure calling depart_Text for cname
SphinxTranslator.dispatch_departure calling depart_literal for <literal>cname</literal>
SphinxTranslator.dispatch_visit calling visit_Text for : the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller 
SphinxTranslator.dispatch_departure calling depart_Text for : the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_Text for blocksize
SphinxTranslator.dispatch_departure calling depart_literal for <literal>blocksize</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and does not slow significantly with 
SphinxTranslator.dispatch_departure calling depart_Text for  and does not slow significantly with 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel
SphinxTranslator.dispatch_departure calling depart_Text for clevel
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for .
In comparison 
SphinxTranslator.dispatch_departure calling depart_Text for .
In comparison 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>zlib</literal>
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SphinxTranslator.dispatch_visit calling visit_Text for  and 
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SphinxTranslator.dispatch_visit calling visit_literal for <literal>zstd</literal>
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SphinxTranslator.dispatch_departure calling depart_Text for zstd
SphinxTranslator.dispatch_departure calling depart_literal for <literal>zstd</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  both slow substantially with increasing 
SphinxTranslator.dispatch_departure calling depart_Text for  both slow substantially with increasing 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel
SphinxTranslator.dispatch_departure calling depart_Text for clevel
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel</literal>
SphinxTranslator.dispatch_visit calling visit_Text for ,
with an inflection point around 
SphinxTranslator.dispatch_departure calling depart_Text for ,
with an inflection point around 
SphinxTranslator.dispatch_visit calling visit_literal for <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress
SphinxTranslator.dispatch_departure calling depart_Text for clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress
SphinxTranslator.dispatch_departure calling depart_literal for <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal>
SphinxTranslator.dispatch_visit calling visit_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_Text for  and similar functions.
SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item>
SphinxTranslator.dispatch_visit calling visit_list_item for <list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item>
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off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph>
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SphinxTranslator.dispatch_departure calling depart_paragraph for <paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph>
SphinxTranslator.dispatch_departure calling depart_list_item for <list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item>
SphinxTranslator.dispatch_departure calling depart_bullet_list for <bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section>
SphinxTranslator.dispatch_visit calling visit_section for <section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section>
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SphinxTranslator.dispatch_visit calling visit_bullet_list for <bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list>
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SphinxTranslator.dispatch_visit calling visit_Text for  by Francesc Alted
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SphinxTranslator.dispatch_visit calling visit_Text for  by Alistair Miles
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SphinxTranslator.dispatch_departure calling depart_bullet_list for <bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section>
SphinxTranslator.dispatch_departure calling depart_section for <section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="_images/cratio-blosc-codecs.png" width="800"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="_images/speed-blosc-codecs.png" width="800"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section>
SphinxTranslator.dispatch_departure calling depart_document for <document source="/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc/tutorial.rst"><section ids="tutorials" names="tutorials"><title>Tutorials</title><paragraph>Using <literal>python-blosc</literal> (or just <literal>blosc</literal>, because we are going to talk always on
how to use it in a Python environment) is pretty easy.  It basically mimics
the API of the <literal>zlib</literal> module included in the standard Python library.</paragraph><paragraph>Here are some examples on how to use it.  For the full documentation, please
refer to the <reference name="Library Reference" refuri="http://python-blosc.blosc.org/reference.html">Library Reference</reference><target ids="['library-reference']" names="['library reference']" refuri="http://python-blosc.blosc.org/reference.html"/>
section.</paragraph><paragraph>Most of the times in this tutorial have been obtained using a VM with 2 cores
on top of a Intel(R) Core(TM) i5-3380M CPU @ 2.90GHz.</paragraph><section ids="compressing-and-decompressing-with-blosc" names="compressing\ and\ decompressing\ with\ blosc"><title>Compressing and decompressing with <literal>blosc</literal></title><paragraph>Let’s start creating a NumPy array with 80 MB full of data:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import numpy as np
>>> a = np.linspace(0, 100, 1e7)
>>> bytes_array = a.tostring()  # get an array of bytes</literal_block><paragraph>and let’s compare Blosc operation with <literal>zlib</literal> (please note that we are
using IPython for leveraging its timing capabilities):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import zlib
>>> %timeit zlib.compress(bytes_array)
1 loops, best of 3: 4.65 s per loop   # ~ 17 MB/s
>>> import blosc
>>> %timeit blosc.compress(bytes_array, typesize=8)
100 loops, best of 3: 17.7 ms per loop # ~ 4.5 GB/s and 260x faster than zlib</literal_block><paragraph>but Blosc can use different codecs under the hood. Let’s try the LZ4 codec
(instead of the BloscLZ which is the default):</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='lz4')
100 loops, best of 3: 8.77 ms per loop  # ~ 9.1 GB/s and 530x faster than zlib</literal_block><paragraph>It is important to note that this is quite more than the speed of a memcpy()
in this machine:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit a.copy()
10 loops, best of 3: 27.2 ms per loop  # ~ 2.9 GB/s</literal_block><paragraph>which means that both BloscLZ and LZ4 codecs can be faster than memcpy(),
just as the Blosc slogan promises.</paragraph><paragraph>Blosc also comes with the ZLib codec too, and it actually runs faster than
the naked zlib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit blosc.compress(bytes_array, typesize=8, cname='zlib')
10 loops, best of 3: 139 ms per loop  # ~ 580 MB/s and 33x faster than zlib</literal_block><paragraph>The reason why the internal Zlib codec in Blosc is faster than the ‘naked’
one is 1) that Blosc can use multithreading (using 8 threads here) and 2)
that Blosc splits the data to compress in smaller blocks that are more
friendly to the caches in modern CPUs.</paragraph><paragraph>Now, let’s have a look at the compression ratios:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zpacked = zlib.compress(bytes_array); len(zpacked)
52994692
>>> round(len(bytes_array) / float(len(zpacked)), 3)
1.51     # zlib achieves a 1.5x compression ratio

>>> blzpacked = blosc.compress(bytes_array, typesize=8, cname='blosclz'); len(blzpacked)
6986533
>>> round(len(bytes_array) / float(len(blzpacked)), 3)
11.451   # BloscLZ codec reaches more than 11x compression ratio

>>> lz4packed = blosc.compress(bytes_array, typesize=8, cname='lz4'); len(lz4packed)
3716015
>>> round(len(bytes_array) / float(len(lz4packed)), 3)
21.528   # LZ4 codec reaches more than 21x compression ratio</literal_block><paragraph>Here we can see how Blosc, with its different codecs, is very efficient
compressing this kind of binary data. It is important to note that the
codecs alone are not the only responsible for high compression ratios. See
what a naked LZ4 codec can do on the same string:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> import lz4
>>> lz4_packed = lz4.compress(bytes_array); len(lz4_packed)
80309133
>>> round(len(bytes_array) / float(len(lz4_packed)), 3)
0.996</literal_block><paragraph>That is, the naked LZ4 codec cannot compress the array of bytes at all,
whereas through Blosc LZ4 can compress quite a lot. In fact, this difference
in compression also happens with ZLib:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> zlibpacked = blosc.compress(bytes_array, typesize=8, cname='zlib'); len(zlibpacked)
875274
>>> round(len(zpacked) / float(len(zlibpacked)), 3)
60.546   # ZLib codec reaches 60x more compression than naked ZLib</literal_block><paragraph>Here it is a plot with the different compression ratios achieved:</paragraph><reference internal="True" refuri="_images/cratio-blosc-codecs.png"><image candidates="{'*': 'cratio-blosc-codecs.png'}" height="600" scale="75" uri="_images/cratio-blosc-codecs.png" width="800"/></reference><paragraph>The explanation for this apparently shocking result is that Blosc uses
filters (<literal>SHUFFLE</literal> and <literal>BITSHUFFLE</literal> currently, but the list can increase
more in the future) prior to the compression stage and these allow in
general for better compression ratios when using binary data.</paragraph><paragraph>How about decompression?:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %timeit zlib.decompress(zpacked)
1 loops, best of 3: 275 ms per loop  # ~ 290 MB/s
>>> %timeit blosc.decompress(blzpacked)
100 loops, best of 3: 17.3 ms per loop  # ~ 4.3 GB/s and 16x faster than zlib
>>> %timeit blosc.decompress(lz4packed)
10 loops, best of 3: 41.9 ms per loop  # ~ 1.9 GB/s and 6.5x faster than zlib
>>> %timeit blosc.decompress(zlibpacked)
10 loops, best of 3: 40.7 ms per loop  # ~ 2.0 GB/S and 6.8x faster than zlib</literal_block><paragraph>Here we see a couple of things:</paragraph><bullet_list bullet="*"><list_item><paragraph>All the internal codecs in Blosc are way faster than naked ZLib</paragraph></list_item><list_item><paragraph>The fastest codec for decompressing here is BloscLZ (remember that LZ4 was
the fastest for compression).</paragraph></list_item></bullet_list><paragraph>The next plot summarizes the speed benchmarks above:</paragraph><reference internal="True" refuri="_images/speed-blosc-codecs.png"><image candidates="{'*': 'speed-blosc-codecs.png'}" height="600" scale="75" uri="_images/speed-blosc-codecs.png" width="800"/></reference><paragraph>These results should reinforce the idea that there is not a single codec
that wins in all areas (compression ratio, compression speed and
decompression speed) and each has its pro’s and con’s. It is up to the user
to choose whatever fits better to him (hint: there is no replacement for
experimentation).</paragraph><paragraph>Finally, here it is the way to discover all the internal codecs inside your
Blosc package:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> blosc.cnames
['blosclz', 'lz4', 'lz4hc', 'snappy', 'zlib', 'zstd']</literal_block><paragraph><emphasis>Note</emphasis>: the actual list of codecs may change depening on how you have
compiled the underlying C-Blosc library.</paragraph></section><section ids="using-different-filters" names="using\ different\ filters"><title>Using different filters</title><paragraph>In the same way that you can use different codecs inside Blosc, you can use
different filters too (currently <literal>SHUFFLE</literal> and <literal>BITSHUFLE</literal>). These allow the
integrated compressors to compress more efficiently or not, depending on
your datasets.</paragraph><paragraph>Here it is an example using the <literal>SHUFFLE</literal> filter:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.SHUFFLE)
CPU times: user 112 ms, sys: 4 ms, total: 116 ms
Wall time: 29.9 ms
>>> len(bpacked)
6986533</literal_block><paragraph>Here there is another example using <literal>BITSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.BITSHUFFLE)
CPU times: user 120 ms, sys: 8 ms, total: 128 ms
Wall time: 32.9 ms
>>> len(bpacked)
5942257     #  ~ 1.2x smaller than blosclz/shuffle</literal_block><paragraph>You can also deactivate filters completely with <literal>NOSHUFFLE</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> %time bpacked = blosc.compress(bytes_array, shuffle=blosc.NOSHUFFLE)
CPU times: user 416 ms, sys: 8 ms, total: 424 ms
Wall time: 107 ms
>>> len(bpacked)
74323591    #  just a 7% of compression wrt the original buffer</literal_block><paragraph>So you have quite a bit of flexibility on choosing different codecs and
filters inside Blosc. Again, depending on the dataset you have and the
requeriments on performance, you may want to experiment a bit before
sticking with your preferred one.</paragraph></section><section ids="supporting-the-buffer-interface" names="supporting\ the\ buffer\ interface"><title>Supporting the buffer interface</title><paragraph>python-blosc supports compressing and decompressing from any bytes-like
object that supports the buffer-interface: this includes <literal>buffer</literal>,
<literal>memoryview</literal> and <literal>bytearray</literal>:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> input_bytes = b"abcdefghijklmnopqrstuvwxyz"
>>> blosc.compress(input_bytes, typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(memoryview(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> blosc.compress(bytearray(input_bytes), typesize=1)
'\x02\x01\x03\x01\x1a\x00\x00\x00\x1a\x00\x00\x00*\x00\x00\x00abcdefghijklmnopqrstuvwxyz'
>>> compressed = blosc.compress(input_bytes, typesize=1)
>>> blosc.decompress(compressed)
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(memoryview(compressed))
'abcdefghijklmnopqrstuvwxyz'
>>> blosc.decompress(bytearray(compressed))
'abcdefghijklmnopqrstuvwxyz'</literal_block><paragraph>Note however, that there are subtle differences between Python 2.x and 3.x.
For example, in Python 2.x we can compress/decompress both <literal>str</literal> and <literal>unicode</literal>
types, whereas in Python 3.x we can only compress ‘binary’ data which does
<emphasis>not</emphasis> include <literal>unicode</literal>.</paragraph></section><section ids="packaging-numpy-arrays" names="packaging\ numpy\ arrays"><title>Packaging NumPy arrays</title><paragraph>Want to use <literal>blosc</literal> to compress and decompress NumPy objects without having to
worry about passing the typesize for optimal compression, or having to create
the final container for decompression?  <literal>blosc</literal> comes with the <literal>pack_array</literal>
and <literal>unpack_array</literal> to perform this in a handy way:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> a = np.linspace(0, 100, 1e7)
>>> packed = blosc.pack_array(a)
>>> %timeit blosc.pack_array(a)
10 loops, best of 3: 104 ms per loop  # ~ 770 MB/s
>>> %timeit blosc.unpack_array(packed)
10 loops, best of 3: 76.3 ms per loop  # ~ 1 GB/s</literal_block><paragraph>Although this is a convenient way for compressing/decompressing NumPy
arrays, this method uses pickle/unpickle behind the scenes.  This step
implies additional copies, which takes both memory and time.</paragraph></section><section ids="compressing-from-a-data-pointer" names="compressing\ from\ a\ data\ pointer"><title>Compressing from a data pointer</title><paragraph>For avoiding the data copy problem in the previous section, <literal>blosc</literal>
comes with a couple of lower-level functions: <literal>compress_ptr</literal> and
<literal>decompress_ptr</literal>.  Here are they in action:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
>>> %timeit blosc.compress_ptr(a.__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)
10 loops, best of 3: 17.8 ms per loop   # ~ 4.5 GB/s
>>> a2 = np.empty(a.size, dtype=a.dtype)
>>> %timeit blosc.decompress_ptr(c, a2.__array_interface__['data'][0])
100 loops, best of 3: 11 ms per loop   #  ~ 7.3 GB/s
>>> (a == a2).all()
True</literal_block><paragraph>As you see, these are really low level functions because you should
pass actual pointers where the data is, as well as the size and
itemsize (for compression).  Needless to say, it is very easy to cause
a segfault by passing incorrect parameters to the functions (wrong
pointer or wrong size).</paragraph><paragraph>On the other hand, and contrarily to the <literal>pack_array</literal> / <literal>unpack_array</literal>
method, the <literal>compress_ptr</literal> / <literal>decompress_ptr</literal> functions do not need to
make internal copies of the data buffers, so they are extremely fast
(as much as the C-Blosc library can be), but you have to provide a
container when doing the de-serialization.</paragraph><paragraph><literal>blosc</literal> has a maximum <literal>blocksize</literal> of 2**31 bytes = 2 GB. Larger <literal>numpy</literal> arrays must
be chunked by slicing, for example as:</paragraph><literal_block force="False" language="default" linenos="False" xml:space="preserve">>>> c = b''
>>> for index in np.arange( a.shape[0] ):
    c += blosc.compress_ptr(a[index,...].__array_interface__['data'][0], a.size, a.dtype.itemsize, 9, True)</literal_block></section><section ids="fine-tuning-compression-parameters" names="fine-tuning\ compression\ parameters"><title>Fine-tuning compression parameters</title><paragraph>There are a number of parameters that affect the de/compression bandwidth
achieved by <literal>blosc</literal>:</paragraph><bullet_list bullet="*"><list_item><paragraph>The information content of the underlying data, and <literal>chunksize</literal>: the size of
the data in each call to <literal>compress</literal> and analogous functions. ‘blosc’ does not
manage chunksize itself, but an example implementation can be seen in the
<literal>bloscpack</literal> module.</paragraph></list_item><list_item><paragraph><literal>n_threads</literal>: The number of threads to spawn inside <literal>c-blosc</literal>.
<literal>n_threads</literal> may be changed by calling <literal>blosc.set_nthreads(16)</literal> for example.
<literal>blosc</literal> performance generally scales sub-linearly with the number of threads
with a coefficient roughly around 0.5-0.67.  I.e. the expected performance
compared to a single thread is 1.0 / (0.6*n_threads). For systems with
hyper-threading the optimum number of threads is usually a small over-subscription
of the number of _physical_ (not virtual) cores.</paragraph></list_item><list_item><paragraph><literal>blocksize</literal>: is the size of each continuously memory-element that is compressed,
in bytes. Normally <literal>blosc</literal> attempts to automatically guess the size of
each compressed block of data, but the user can set it manually by calling
<literal>blosc.set_blocksize( size_in_bytes )</literal> for hand optimized situations. Often
the L2 cache size (e.g. 256kB for an Intel Haswell) is a good starting
point for optimization.</paragraph></list_item><list_item><paragraph><literal>shuffle</literal>: as discussed above the <literal>shuffle</literal> mode can substantially improve
compression ratios when the</paragraph></list_item><list_item><paragraph><literal>clevel</literal>: the compression level called for the algorithm.  Called as an
argument to <literal>compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>cname</literal>: the compressor codec itself.  Each codec has its own characteristics
that also vary depending on the underlying data.  For example, ‘lz4’ tends
to prefer smaller <literal>blocksize</literal> and does not slow significantly with <literal>clevel</literal>.
In comparison <literal>zlib</literal> and <literal>zstd</literal> both slow substantially with increasing <literal>clevel</literal>,
with an inflection point around <literal>clevel`=4-5 for 'zlib' and `clevel`=2-4
for 'zstd'. Called as an argument to `compress</literal> and similar functions.</paragraph></list_item><list_item><paragraph><literal>releasegil</literal>: optionally the Python Global Interpreter Lock (GIL) can be turned
off during <literal>c-blosc</literal> operations by calling <literal>blosc.set_releasegil(True)</literal>. The
default is off as there is a small overhead in releasing the GIL which can be
significant for a small <literal>blocksize</literal>. GIL release is intended to be used in
situations where other bounds (such as file or network I/O) are the rate-limiting
ones and a Python <literal>ThreadPool</literal> or similar object can be used for parallel
processing either with or without <literal>blosc</literal> threads. Initial testing suggests
that an equal mix of <literal>ThreadPool</literal> and <literal>blosc</literal> threads is near optimal. I.e. a
computer with 16 cores would have 4 <literal>blosc</literal> threads and 4 <literal>ThreadPool</literal> threads.
An example of combining <literal>blosc</literal> and <literal>ThreadPool</literal> may be found in
<literal>bench/threadpool.py</literal>.</paragraph></list_item></bullet_list></section><section ids="links-to-external-discussions-on-blosc-optimization" names="links\ to\ external\ discussions\ on\ blosc\ optimization"><title>Links to external discussions on <literal>blosc</literal> optimization</title><bullet_list bullet="*"><list_item><paragraph><reference name="Synthetic Benchmarks" refuri="http://www.blosc.org/synthetic-benchmarks.html">Synthetic Benchmarks</reference><target ids="['synthetic-benchmarks']" names="['synthetic benchmarks']" refuri="http://www.blosc.org/synthetic-benchmarks.html"/> by Francesc Alted</paragraph></list_item><list_item><paragraph><reference name="Genotype compressor benchmark" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html">Genotype compressor benchmark</reference><target ids="['genotype-compressor-benchmark']" names="['genotype compressor benchmark']" refuri="http://alimanfoo.github.io/2016/09/21/genotype-compression-benchmark.html"/> by Alistair Miles</paragraph></list_item></bullet_list></section></section></document>
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[app] emitting event: 'html-page-context'('tutorial', 'page.html', {'embedded': False, 'project': 'python-blosc', 'release': '1.5.0', 'versio

generating indices...  genindex[app] emitting event: 'html-page-context'('genindex', 'genindex.html', {'embedded': False, 'project': 'python-blosc', 'release': '1.5.0', 've
 py-modindex[app] emitting event: 'html-page-context'('py-modindex', 'domainindex.html', {'embedded': False, 'project': 'python-blosc', 'release': '1.5.0
done
[app] emitting event: 'html-collect-pages'()
writing additional pages...  search[app] emitting event: 'html-page-context'('search', 'search.html', {'embedded': False, 'project': 'python-blosc', 'release': '1.5.0', 'versio
done
copying images... [ 50%] cratio-blosc-codecs.png
copying images... [100%] speed-blosc-codecs.png

copying static files... ... done
copying extra files... done
dumping search index in English (code: en)... done
dumping object inventory... done
build succeeded, 2 warnings.

The HTML pages are in _build/html.
[app] emitting event: 'build-finished'(None,)

Build finished. The HTML pages are in _build/html.
make: Leaving directory '/usr/src/RPM/BUILD/python3-module-blosc-1.5.1/doc'
+ cp -fR doc/_build/pickle /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/
+ /usr/lib/rpm/brp-alt
Cleaning files in /usr/src/tmp/python3-module-blosc-buildroot (auto)
mode of './usr/lib/python3/site-packages/blosc/blosc_extension.cpython-38.so' changed from 0755 (rwxr-xr-x) to 0644 (rw-r--r--)
Verifying and fixing files in /usr/src/tmp/python3-module-blosc-buildroot (binconfig,pkgconfig,libtool,desktop)
Checking contents of files in /usr/src/tmp/python3-module-blosc-buildroot/ (default)
Compressing files in /usr/src/tmp/python3-module-blosc-buildroot (auto)
Adjusting library links in /usr/src/tmp/python3-module-blosc-buildroot
./usr/lib:
Verifying ELF objects in /usr/src/tmp/python3-module-blosc-buildroot (arch=normal,fhs=normal,lfs=relaxed,lint=relaxed,rpath=normal,stack=normal,textrel=normal,unresolved=normal)
Bytecompiling python modules in /usr/src/tmp/python3-module-blosc-buildroot using /usr/bin/python2.7
Bytecompiling python modules with optimization in /usr/src/tmp/python3-module-blosc-buildroot using /usr/bin/python2.7 -O
Bytecompiling python3 modules in /usr/src/tmp/python3-module-blosc-buildroot using /usr/bin/python3
unlink /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__pycache__/__init__.cpython-38.pyc
unlink /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__pycache__/test.cpython-38.pyc
unlink /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__pycache__/toplevel.cpython-38.pyc
unlink /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__pycache__/version.cpython-38.pyc
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/version.py
Bytecompiling python3 modules with optimization in /usr/src/tmp/python3-module-blosc-buildroot using /usr/bin/python3 -O
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/version.py
Bytecompiling python3 modules with optimization-2 in /usr/src/tmp/python3-module-blosc-buildroot using /usr/bin/python3 -OO
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py
compile /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/version.py
Hardlinking identical .pyc and .opt-?.pyc files
'./usr/lib/python3/site-packages/blosc/__pycache__/version.cpython-38.opt-1.pyc' => './usr/lib/python3/site-packages/blosc/__pycache__/version.cpython-38.pyc'
'./usr/lib/python3/site-packages/blosc/__pycache__/version.cpython-38.opt-2.pyc' => './usr/lib/python3/site-packages/blosc/__pycache__/version.cpython-38.opt-1.pyc'
'./usr/lib/python3/site-packages/blosc/__pycache__/toplevel.cpython-38.opt-1.pyc' => './usr/lib/python3/site-packages/blosc/__pycache__/toplevel.cpython-38.pyc'
'./usr/lib/python3/site-packages/blosc/__pycache__/test.cpython-38.opt-2.pyc' => './usr/lib/python3/site-packages/blosc/__pycache__/test.cpython-38.opt-1.pyc'
'./usr/lib/python3/site-packages/blosc/__pycache__/__init__.cpython-38.opt-1.pyc' => './usr/lib/python3/site-packages/blosc/__pycache__/__init__.cpython-38.pyc'
'./usr/lib/python3/site-packages/blosc/__pycache__/__init__.cpython-38.opt-2.pyc' => './usr/lib/python3/site-packages/blosc/__pycache__/__init__.cpython-38.opt-1.pyc'
Hardlinking identical .pyc and .pyo files
Processing files: python3-module-blosc-1.5.1-alt3
Executing(%doc): /bin/sh -e /usr/src/tmp/rpm-tmp.84632
+ umask 022
+ /bin/mkdir -p /usr/src/RPM/BUILD
+ cd /usr/src/RPM/BUILD
+ cd python3-module-blosc-1.5.1
+ DOCDIR=/usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ export DOCDIR
+ rm -rf /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ /bin/mkdir -p /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ cp -prL ANNOUNCE.rst README.rst RELEASE_NOTES.rst RELEASING.rst bench /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ chmod -R go-w /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ chmod -R a+rX /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ cp -prL doc/_build/html /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ chmod -R go-w /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ chmod -R a+rX /usr/src/tmp/python3-module-blosc-buildroot/usr/share/doc/python3-module-blosc-1.5.1
+ exit 0
Finding Provides (using /usr/lib/rpm/find-provides)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.krwwQC
find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell)
Finding Requires (using /usr/lib/rpm/find-requires)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.duytfE
find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services)
python3.req: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/__init__.py: skipping atexit
python3.req: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py: skipping sys
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py: line=13 IGNORE (for REQ=slight and deep=8) module=cPickle
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py: line=15 IGNORE (for REQ=slight and deep=8) module=pickle
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py: line=699 IGNORE (for REQ=slight and deep=8) module=doctest
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py: line=706 IGNORE (for REQ=slight and deep=8) module=platform
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/toplevel.py: line=730 IGNORE (for REQ=slight and deep=8) module=doctest
Provides: python3(blosc), python3(blosc.blosc_extension), python3(blosc.toplevel), python3(blosc.version)
Requires: /usr/lib/python3/site-packages, libblosc.so.1 >= set:idARsJ17kGyK2d0ISkrKpT0wXT9TlZ3Q1znRrb72, libc.so.6(GLIBC_2.1.3), libc.so.6(GLIBC_2.4), python3(blosc.blosc_extension) < 0, python3(blosc.test) < 0, python3(distutils.version) < 0, python3(os) < 0, python3.8-ABI, rtld(GNU_HASH)
Requires(rpmlib): rpmlib(SetVersions)
Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.DpSVnG
Creating python3-module-blosc-debuginfo package
Processing files: python3-module-blosc-tests-1.5.1-alt3
Finding Provides (using /usr/lib/rpm/find-provides)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.CkUy6E
find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell)
Finding Requires (using /usr/lib/rpm/find-requires)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.dyW4qD
find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services)
python3.req: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: skipping sys
python3.req: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: skipping gc
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=16 IGNORE (for REQ=slight and deep=8) module=unittest2
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=18 IGNORE (for REQ=slight and deep=8) module=unittest
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=21 IGNORE (for REQ=slight and deep=8) module=numpy
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=28 IGNORE (for REQ=slight and deep=8) module=psutil
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=71 IGNORE (for REQ=slight and deep=11) module=numpy
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=99 IGNORE (for REQ=slight and deep=11) module=numpy
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=117 IGNORE (for REQ=slight and deep=11) module=numpy
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=137 IGNORE (for REQ=slight and deep=11) module=numpy
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=299 IGNORE (for REQ=slight and deep=8) module=blosc
/usr/lib/rpm/python3.req.py: /usr/src/tmp/python3-module-blosc-buildroot/usr/lib/python3/site-packages/blosc/test.py: line=300 IGNORE (for REQ=slight and deep=8) module=blosc.toplevel
Provides: python3(blosc.test)
Requires: python3-module-blosc = 1.5.1-alt3, /usr/lib/python3/site-packages, python3(__future__) < 0, python3(blosc) < 0, python3(ctypes) < 0, python3(distutils.version) < 0, python3(os) < 0
Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.WKv5OF
Processing files: python3-module-blosc-pickles-1.5.1-alt3
Finding Provides (using /usr/lib/rpm/find-provides)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.HaRQgD
find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell)
Finding Requires (using /usr/lib/rpm/find-requires)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.Oef8AD
find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services)
Requires: /usr/lib/python3/site-packages
Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.NdvzyD
Processing files: python3-module-blosc-debuginfo-1.5.1-alt3
Finding Provides (using /usr/lib/rpm/find-provides)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.RdBjcF
find-provides: running scripts (debuginfo)
Finding Requires (using /usr/lib/rpm/find-requires)
Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.wqm40B
find-requires: running scripts (debuginfo)
Requires: python3-module-blosc = 1.5.1-alt3, debug(libblosc.so.1), debug(libc.so.6)
Adding to python3-module-blosc-tests a strict dependency on python3-module-blosc
Adding to python3-module-blosc-debuginfo a strict dependency on python3-module-blosc
Adding to python3-module-blosc a strict dependency on python3-module-blosc-tests
Removing 1 extra deps from python3-module-blosc due to dependency on python3-module-blosc-tests
Removing 1 extra deps from python3-module-blosc-tests due to dependency on python3-module-blosc
Removing 3 extra deps from python3-module-blosc due to repentancy on python3-module-blosc-tests
Wrote: /usr/src/RPM/RPMS/i586/python3-module-blosc-1.5.1-alt3.i586.rpm
Wrote: /usr/src/RPM/RPMS/i586/python3-module-blosc-tests-1.5.1-alt3.i586.rpm
Wrote: /usr/src/RPM/RPMS/i586/python3-module-blosc-pickles-1.5.1-alt3.i586.rpm
Wrote: /usr/src/RPM/RPMS/i586/python3-module-blosc-debuginfo-1.5.1-alt3.i586.rpm
29.78user 2.97system 0:53.58elapsed 61%CPU (0avgtext+0avgdata 39384maxresident)k
0inputs+0outputs (0major+379675minor)pagefaults 0swaps
/.out/python3-module-blosc-1.5.1-alt3.i586.rpm: bad symbols in the license tag: /
/.out/python3-module-blosc-tests-1.5.1-alt3.i586.rpm: bad symbols in the license tag: /
/.out/python3-module-blosc-pickles-1.5.1-alt3.i586.rpm: bad symbols in the license tag: /
/.out/python3-module-blosc-debuginfo-1.5.1-alt3.i586.rpm: bad symbols in the license tag: /
47.08user 11.82system 1:33.75elapsed 62%CPU (0avgtext+0avgdata 110284maxresident)k
216inputs+0outputs (0major+913424minor)pagefaults 0swaps