<86>Dec 19 04:35:03 userdel[1225212]: delete user 'rooter' <86>Dec 19 04:35:03 userdel[1225212]: removed group 'rooter' owned by 'rooter' <86>Dec 19 04:35:03 userdel[1225212]: removed shadow group 'rooter' owned by 'rooter' <86>Dec 19 04:35:03 groupadd[1225219]: group added to /etc/group: name=rooter, GID=1211 <86>Dec 19 04:35:03 groupadd[1225219]: group added to /etc/gshadow: name=rooter <86>Dec 19 04:35:03 groupadd[1225219]: new group: name=rooter, GID=1211 <86>Dec 19 04:35:03 useradd[1225225]: new user: name=rooter, UID=1211, GID=1211, home=/root, shell=/bin/bash, from=none <86>Dec 19 04:35:03 userdel[1225235]: delete user 'builder' <86>Dec 19 04:35:03 userdel[1225235]: removed group 'builder' owned by 'builder' <86>Dec 19 04:35:03 groupadd[1225242]: group added to /etc/group: name=builder, GID=1212 <86>Dec 19 04:35:03 groupadd[1225242]: group added to /etc/gshadow: name=builder <86>Dec 19 04:35:03 groupadd[1225242]: new group: name=builder, GID=1212 <86>Dec 19 04:35:03 useradd[1225248]: new user: name=builder, UID=1212, GID=1212, home=/usr/src, shell=/bin/bash, from=none warning: Macro %hs_configure2 not found warning: Macro %hs_build not found warning: Macro %hs_install not found warning: Macro %hs_gen_filelist not found <13>Dec 19 04:35:10 rpmi: rpm-macros-ghc8.6.4-common-8.6.4-alt11 sisyphus+340030.100.2.2 1707341956 installed <13>Dec 19 04:35:10 rpmi: rpm-build-haskell-1.4.7-alt1 sisyphus+326169.620.17.2 1692843658 installed <13>Dec 19 04:35:10 rpmi: libgmp-devel-6.3.0-alt1 sisyphus+328118.100.2.1 1693294124 installed <13>Dec 19 04:35:10 rpmi: libffi-devel-1:3.4.6-alt1 sisyphus+341904.100.1.1 1709474358 installed <13>Dec 19 04:35:10 rpmi: haskell-filetrigger-0.0.5-alt3 sisyphus+222088.300.12.1 1553099539 installed <13>Dec 19 04:35:10 rpmi: ghc8.6.4-common-8.6.4-alt11 sisyphus+340030.100.2.2 1707341956 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-8.6.4-alt11 sisyphus+340030.100.2.2 1707341956 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-hashable-1.2.7.0-alt1 sisyphus+326169.14000.17.2 1692851214 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-primitive-0.6.4.0-alt1 sisyphus+326169.16600.17.2 1692852110 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-random-1.1-alt2 sisyphus+326169.16700.17.2 1692852150 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-integer-logarithms-1.0.3-alt1 sisyphus+326169.15200.17.2 1692851502 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-scientific-0.3.6.2-alt1 sisyphus+326169.17600.17.2 1692852574 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-attoparsec-0.13.2.2-alt1 sisyphus+326169.10200.17.2 1692849711 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-uuid-types-1.0.3-alt1 sisyphus+326169.22200.17.2 1692853503 installed <13>Dec 19 04:35:24 rpmi: ghc8.6.4-splitmix-0.0.5-alt2 sisyphus+326169.5700.17.2 1692847993 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-vector-0.12.0.3-alt1 sisyphus+326169.22300.17.2 1692853652 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-unordered-containers-0.2.10.0-alt1 sisyphus+326169.22000.17.2 1692853431 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-base-compat-0.10.5-alt1 sisyphus+326169.10500.17.2 1692849818 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-dlist-0.8.0.6-alt1 sisyphus+326169.13000.17.2 1692850894 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-tagged-0.8.6-alt1 sisyphus+326169.20400.17.2 1692852740 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-th-abstraction-0.3.1.0-alt1 sisyphus+326169.21000.17.2 1692853177 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-time-locale-compat-0.1.1.5-alt1 sisyphus+326169.21100.17.2 1692853208 installed <13>Dec 19 04:35:25 rpmi: ghc8.6.4-aeson-1.4.3.0-alt1 sisyphus+326169.7300.17.2 1692849408 installed <13>Dec 19 04:35:26 rpmi: ghc8.6.4-quickcheck-2.13.2-alt2 sisyphus+326169.5100.17.2 1692847429 installed <13>Dec 19 04:35:26 rpmi: ghc8.6.4-syb-0.7.1-alt1 sisyphus+326169.20300.17.2 1692852706 installed <13>Dec 19 04:35:26 rpmi: ghc8.6.4-pandoc-types-1.20-alt2 sisyphus+326169.4700.17.2 1692847254 installed <13>Dec 19 04:35:26 rpmi: ghc8.6.4-xml-1.3.14-alt2 sisyphus+326169.7100.17.2 1692849132 installed warning: File /usr/src/in/source/ghc8.6.4-texmath-0.12.0.2-alt1.patch is smaller than 8 bytes Building target platforms: x86_64 Building for target x86_64 Wrote: /usr/src/in/nosrpm/ghc8.6.4-texmath-0.12.0.2-alt1.nosrc.rpm (w1.gzdio) warning: File /usr/src/RPM/SOURCES/ghc8.6.4-texmath-0.12.0.2-alt1.patch is smaller than 8 bytes Installing ghc8.6.4-texmath-0.12.0.2-alt1.src.rpm Building target platforms: x86_64 Building for target x86_64 Executing(%prep): /bin/sh -e /usr/src/tmp/rpm-tmp.67015 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + rm -rf ghc8.6.4-texmath-0.12.0.2 + echo 'Source #0 (ghc8.6.4-texmath-0.12.0.2.tar):' Source #0 (ghc8.6.4-texmath-0.12.0.2.tar): + /bin/tar -xf /usr/src/RPM/SOURCES/ghc8.6.4-texmath-0.12.0.2.tar + cd ghc8.6.4-texmath-0.12.0.2 + /bin/chmod -c -Rf u+rwX,go-w . + echo 'Patch #0 (ghc8.6.4-texmath-0.12.0.2-alt1.patch):' Patch #0 (ghc8.6.4-texmath-0.12.0.2-alt1.patch): + /usr/bin/patch -p1 + exit 0 Executing(%build): /bin/sh -e /usr/src/tmp/rpm-tmp.67015 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd ghc8.6.4-texmath-0.12.0.2 + '[' -f configure.ac -a '!' -f configure ']' + '[' -x Setup ']' + ghc-8.6.4 Setup [1 of 1] Compiling Main ( Setup.lhs, Setup.o ) Linking Setup ... + ./Setup configure --prefix=/usr --libdir=/usr/lib64 --docdir=/usr/share/doc/ghc8.6.4-texmath-0.12.0.2 '--libsubdir=$compiler/$pkgid' '--dynlibdir=/usr/lib64/$compiler/lib' --docdir=/usr/share/doc/ghc8.6.4-texmath-0.12.0.2 --datadir=/usr/share --datasubdir=ghc8.6.4-texmath-0.12.0.2 --enable-library-profiling --enable-library-for-ghci --disable-executable-profiling --enable-split-objs --enable-shared -O2 --ghc --disable-split-objs Configuring texmath-0.12.0.2... Warning: The flag --disable-executable-profiling is deprecated. Please use --disable-profiling instead. + '[' -x Setup ']' + ./Setup makefile -f cabal-rpm.mk unrecognised command: makefile (try --help) + ./Setup build Preprocessing library for texmath-0.12.0.2.. Building library for texmath-0.12.0.2.. [ 1 of 20] Compiling Paths_texmath ( dist/build/autogen/Paths_texmath.hs, dist/build/Paths_texmath.o ) [ 2 of 20] Compiling Text.TeXMath.Compat ( src/Text/TeXMath/Compat.hs, dist/build/Text/TeXMath/Compat.o ) [ 3 of 20] Compiling Text.TeXMath.Readers.MathML.EntityMap ( src/Text/TeXMath/Readers/MathML/EntityMap.hs, dist/build/Text/TeXMath/Readers/MathML/EntityMap.o ) [ 4 of 20] Compiling Text.TeXMath.Readers.TeX.Macros ( src/Text/TeXMath/Readers/TeX/Macros.hs, dist/build/Text/TeXMath/Readers/TeX/Macros.o ) [ 5 of 20] Compiling Text.TeXMath.TeX ( src/Text/TeXMath/TeX.hs, dist/build/Text/TeXMath/TeX.o ) [ 6 of 20] Compiling Text.TeXMath.Types ( src/Text/TeXMath/Types.hs, dist/build/Text/TeXMath/Types.o ) [ 7 of 20] Compiling Text.TeXMath.Shared ( src/Text/TeXMath/Shared.hs, dist/build/Text/TeXMath/Shared.o ) [ 8 of 20] Compiling Text.TeXMath.Readers.MathML.MMLDict ( src/Text/TeXMath/Readers/MathML/MMLDict.hs, dist/build/Text/TeXMath/Readers/MathML/MMLDict.o ) [ 9 of 20] Compiling Text.TeXMath.Unicode.Fonts ( src/Text/TeXMath/Unicode/Fonts.hs, dist/build/Text/TeXMath/Unicode/Fonts.o ) [10 of 20] Compiling Text.TeXMath.Unicode.ToUnicode ( src/Text/TeXMath/Unicode/ToUnicode.hs, dist/build/Text/TeXMath/Unicode/ToUnicode.o ) [11 of 20] Compiling Text.TeXMath.Unicode.ToTeX ( src/Text/TeXMath/Unicode/ToTeX.hs, dist/build/Text/TeXMath/Unicode/ToTeX.o ) [12 of 20] Compiling Text.TeXMath.Readers.OMML ( src/Text/TeXMath/Readers/OMML.hs, dist/build/Text/TeXMath/Readers/OMML.o ) [13 of 20] Compiling Text.TeXMath.Readers.TeX ( src/Text/TeXMath/Readers/TeX.hs, dist/build/Text/TeXMath/Readers/TeX.o ) [14 of 20] Compiling Text.TeXMath.Readers.MathML ( src/Text/TeXMath/Readers/MathML.hs, dist/build/Text/TeXMath/Readers/MathML.o ) [15 of 20] Compiling Text.TeXMath.Writers.Eqn ( src/Text/TeXMath/Writers/Eqn.hs, dist/build/Text/TeXMath/Writers/Eqn.o ) [16 of 20] Compiling Text.TeXMath.Writers.MathML ( src/Text/TeXMath/Writers/MathML.hs, dist/build/Text/TeXMath/Writers/MathML.o ) [17 of 20] Compiling Text.TeXMath.Writers.OMML ( src/Text/TeXMath/Writers/OMML.hs, dist/build/Text/TeXMath/Writers/OMML.o ) [18 of 20] Compiling Text.TeXMath.Writers.Pandoc ( src/Text/TeXMath/Writers/Pandoc.hs, dist/build/Text/TeXMath/Writers/Pandoc.o ) [19 of 20] Compiling Text.TeXMath.Writers.TeX ( src/Text/TeXMath/Writers/TeX.hs, dist/build/Text/TeXMath/Writers/TeX.o ) [20 of 20] Compiling Text.TeXMath ( src/Text/TeXMath.hs, dist/build/Text/TeXMath.o ) [ 1 of 20] Compiling Paths_texmath ( dist/build/autogen/Paths_texmath.hs, dist/build/Paths_texmath.p_o ) [ 2 of 20] Compiling Text.TeXMath.Compat ( src/Text/TeXMath/Compat.hs, dist/build/Text/TeXMath/Compat.p_o ) [ 3 of 20] Compiling Text.TeXMath.Readers.MathML.EntityMap ( src/Text/TeXMath/Readers/MathML/EntityMap.hs, dist/build/Text/TeXMath/Readers/MathML/EntityMap.p_o ) [ 4 of 20] Compiling Text.TeXMath.Readers.TeX.Macros ( src/Text/TeXMath/Readers/TeX/Macros.hs, dist/build/Text/TeXMath/Readers/TeX/Macros.p_o ) [ 5 of 20] Compiling Text.TeXMath.TeX ( src/Text/TeXMath/TeX.hs, dist/build/Text/TeXMath/TeX.p_o ) [ 6 of 20] Compiling Text.TeXMath.Types ( src/Text/TeXMath/Types.hs, dist/build/Text/TeXMath/Types.p_o ) [ 7 of 20] Compiling Text.TeXMath.Shared ( src/Text/TeXMath/Shared.hs, dist/build/Text/TeXMath/Shared.p_o ) [ 8 of 20] Compiling Text.TeXMath.Readers.MathML.MMLDict ( src/Text/TeXMath/Readers/MathML/MMLDict.hs, dist/build/Text/TeXMath/Readers/MathML/MMLDict.p_o ) [ 9 of 20] Compiling Text.TeXMath.Unicode.Fonts ( src/Text/TeXMath/Unicode/Fonts.hs, dist/build/Text/TeXMath/Unicode/Fonts.p_o ) [10 of 20] Compiling Text.TeXMath.Unicode.ToUnicode ( src/Text/TeXMath/Unicode/ToUnicode.hs, dist/build/Text/TeXMath/Unicode/ToUnicode.p_o ) [11 of 20] Compiling Text.TeXMath.Unicode.ToTeX ( src/Text/TeXMath/Unicode/ToTeX.hs, dist/build/Text/TeXMath/Unicode/ToTeX.p_o ) [12 of 20] Compiling Text.TeXMath.Readers.OMML ( src/Text/TeXMath/Readers/OMML.hs, dist/build/Text/TeXMath/Readers/OMML.p_o ) [13 of 20] Compiling Text.TeXMath.Readers.TeX ( src/Text/TeXMath/Readers/TeX.hs, dist/build/Text/TeXMath/Readers/TeX.p_o ) [14 of 20] Compiling Text.TeXMath.Readers.MathML ( src/Text/TeXMath/Readers/MathML.hs, dist/build/Text/TeXMath/Readers/MathML.p_o ) [15 of 20] Compiling Text.TeXMath.Writers.Eqn ( src/Text/TeXMath/Writers/Eqn.hs, dist/build/Text/TeXMath/Writers/Eqn.p_o ) [16 of 20] Compiling Text.TeXMath.Writers.MathML ( src/Text/TeXMath/Writers/MathML.hs, dist/build/Text/TeXMath/Writers/MathML.p_o ) [17 of 20] Compiling Text.TeXMath.Writers.OMML ( src/Text/TeXMath/Writers/OMML.hs, dist/build/Text/TeXMath/Writers/OMML.p_o ) [18 of 20] Compiling Text.TeXMath.Writers.Pandoc ( src/Text/TeXMath/Writers/Pandoc.hs, dist/build/Text/TeXMath/Writers/Pandoc.p_o ) [19 of 20] Compiling Text.TeXMath.Writers.TeX ( src/Text/TeXMath/Writers/TeX.hs, dist/build/Text/TeXMath/Writers/TeX.p_o ) [20 of 20] Compiling Text.TeXMath ( src/Text/TeXMath.hs, dist/build/Text/TeXMath.p_o ) + ./Setup haddock Preprocessing library for texmath-0.12.0.2.. Running Haddock on library for texmath-0.12.0.2.. Warning: The documentation for the following packages are not installed. No links will be generated to these packages: array-0.5.3.0, base-4.12.0.0, binary-0.8.6.0, bytestring-0.10.8.2, containers-0.6.0.1, deepseq-1.4.4.0, ghc-boot-th-8.6.4, ghc-prim-0.5.3, integer-gmp-1.0.2.0, mtl-2.2.2, parsec-3.1.13.0, pretty-1.1.3.6, template-haskell-2.14.0.0, text-1.2.3.1, time-1.8.0.2, transformers-0.5.6.2, unix-2.7.2.2 Haddock coverage: Warning: Couldn't find .haddock for export ExceptT Warning: Couldn't find .haddock for export Except Warning: Couldn't find .haddock for export MonadError Warning: Couldn't find .haddock for export runExceptT Warning: Couldn't find .haddock for export runExcept 100% ( 2 / 2) in 'Text.TeXMath.Readers.MathML.EntityMap' 80% ( 4 / 5) in 'Text.TeXMath.Readers.TeX.Macros' Missing documentation for: Macro (src/Text/TeXMath/Readers/TeX/Macros.hs:39) 40% ( 2 / 5) in 'Text.TeXMath.TeX' Missing documentation for: Module header isControlSeq (src/Text/TeXMath/TeX.hs:57) escapeLaTeX (src/Text/TeXMath/TeX.hs:63) 38% ( 6 / 16) in 'Text.TeXMath.Types' Missing documentation for: Exp (src/Text/TeXMath/Types.hs:49) TeXSymbolType (src/Text/TeXMath/Types.hs:34) ArrayLine (src/Text/TeXMath/Types.hs:47) FractionType (src/Text/TeXMath/Types.hs:41) TextType (src/Text/TeXMath/Types.hs:106) Alignment (src/Text/TeXMath/Types.hs:38) DisplayType (src/Text/TeXMath/Types.hs:102) FormType (src/Text/TeXMath/Types.hs:122) Property (src/Text/TeXMath/Types.hs:124) Position (src/Text/TeXMath/Types.hs:150) 100% ( 3 / 3) in 'Text.TeXMath.Readers.MathML.MMLDict' 100% ( 4 / 4) in 'Text.TeXMath.Unicode.Fonts' 80% ( 4 / 5) in 'Text.TeXMath.Unicode.ToUnicode' Missing documentation for: toUnicodeChar (src/Text/TeXMath/Unicode/ToUnicode.hs:41) 75% ( 3 / 4) in 'Text.TeXMath.Unicode.ToTeX' Missing documentation for: records (src/Text/TeXMath/Unicode/ToTeX.hs:113) 50% ( 1 / 2) in 'Text.TeXMath.Readers.OMML' Missing documentation for: readOMML (src/Text/TeXMath/Readers/OMML.hs:47) 100% ( 2 / 2) in 'Text.TeXMath.Readers.TeX' 100% ( 2 / 2) in 'Text.TeXMath.Readers.MathML' 50% ( 1 / 2) in 'Text.TeXMath.Writers.Eqn' Missing documentation for: Module header 100% ( 2 / 2) in 'Text.TeXMath.Writers.MathML' 100% ( 2 / 2) in 'Text.TeXMath.Writers.OMML' 100% ( 2 / 2) in 'Text.TeXMath.Writers.Pandoc' 75% ( 3 / 4) in 'Text.TeXMath.Writers.TeX' Missing documentation for: Module header 77% ( 10 / 13) in 'Text.TeXMath' Missing documentation for: readOMML (src/Text/TeXMath/Readers/OMML.hs:47) DisplayType (src/Text/TeXMath/Types.hs:102) Exp (src/Text/TeXMath/Types.hs:49) Warning: Text.TeXMath.Readers.MathML.EntityMap: could not find link destinations for: Text Maybe Warning: Text.TeXMath.Readers.TeX.Macros: could not find link destinations for: Show showsPrec Int ShowS show showList Text Stream Char ParsecT Warning: Text.TeXMath.TeX: could not find link destinations for: Text Char Eq == Bool /= Show showsPrec Int ShowS show showList Warning: Text.TeXMath.Types: could not find link destinations for: Text Rational Bool Eq == /= Data gfoldl gunfold Constr toConstr dataTypeOf DataType dataCast1 Typeable Maybe dataCast2 gmapT gmapQl gmapQr gmapQ gmapQi Int gmapM gmapMp gmapMo Ord compare Ordering < <= > >= max min ReadPrec Show showsPrec ShowS show showList Char Either Middle Warning: Text.TeXMath.Readers.MathML.MMLDict: could not find link destinations for: Text Maybe Warning: Text.TeXMath.Unicode.Fonts: could not find link destinations for: Char Maybe Eq == Bool /= Show showsPrec Int ShowS show showList Text Warning: Text.TeXMath.Unicode.ToUnicode: could not find link destinations for: Char Maybe Text Warning: Text.TeXMath.Unicode.ToTeX: could not find link destinations for: Text Char Warning: Text.TeXMath.Readers.OMML: could not find link destinations for: Text Either Warning: Text.TeXMath.Readers.TeX: could not find link destinations for: Text Either Warning: Text.TeXMath.Readers.MathML: could not find link destinations for: Text Either Warning: Text.TeXMath.Writers.Eqn: could not find link destinations for: Text Warning: Text.TeXMath.Writers.Pandoc: could not find link destinations for: Maybe Warning: Text.TeXMath.Writers.TeX: could not find link destinations for: Text Warning: Text.TeXMath: could not find link destinations for: Text Either Maybe Eq == Bool /= Ord compare Ordering < <= > >= max min Show showsPrec Int ShowS show showList Data gfoldl gunfold Constr toConstr dataTypeOf DataType dataCast1 Typeable dataCast2 gmapT gmapQl gmapQr gmapQ gmapQi gmapM gmapMp gmapMo ReadPrec Documentation created: dist/doc/html/texmath/index.html + ./Setup register --gen-pkg-config=texmath.pkg + exit 0 Executing(%install): /bin/sh -e /usr/src/tmp/rpm-tmp.26738 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + /bin/chmod -Rf u+rwX -- /usr/src/tmp/ghc8.6.4-texmath-buildroot + : + /bin/rm -rf -- /usr/src/tmp/ghc8.6.4-texmath-buildroot + PATH=/usr/libexec/rpm-build:/usr/src/bin:/usr/bin:/bin:/usr/local/bin:/usr/games + cd ghc8.6.4-texmath-0.12.0.2 + '[' -x Setup ']' + ./Setup copy --destdir=/usr/src/tmp/ghc8.6.4-texmath-buildroot Installing library in /usr/src/tmp/ghc8.6.4-texmath-buildroot/usr/lib64/ghc-8.6.4/texmath-0.12.0.2 + '[' -f texmath.pkg ']' + install -m 755 texmath.pkg /usr/src/tmp/ghc8.6.4-texmath-buildroot/usr/lib64/ghc-8.6.4/texmath-0.12.0.2 + mkdir -p /usr/src/tmp/ghc8.6.4-texmath-buildroot/usr/lib64/ghc-8.6.4/package.conf.d + install -D -m 644 texmath.pkg /usr/src/tmp/ghc8.6.4-texmath-buildroot/usr/lib64/ghc-8.6.4/package.conf.d/texmath-0.12.0.2.conf + /usr/lib/rpm-build-haskell/hs_gen_filelist.sh /usr/src/tmp/ghc8.6.4-texmath-buildroot /usr/lib64 /usr/lib64/ghc-8.6.4/texmath-0.12.0.2 /usr/src/RPM/BUILD/ghc8.6.4-texmath-0.12.0.2 ghc8.6.4-texmath 0.12.0.2 /usr/lib64/ghc-8.6.4/package.conf.d/texmath-0.12.0.2.conf ~/tmp/ghc8.6.4-texmath-buildroot ~/RPM/BUILD/ghc8.6.4-texmath-0.12.0.2 find: './usr/bin': No such file or directory find: './usr/share/ghc8.6.4-texmath-0.12.0.2': No such file or directory ~/RPM/BUILD/ghc8.6.4-texmath-0.12.0.2 + /usr/lib/rpm/brp-alt Cleaning files in /usr/src/tmp/ghc8.6.4-texmath-buildroot (auto) mode of './usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so' changed from 0755 (rwxr-xr-x) to 0644 (rw-r--r--) Verifying and fixing files in /usr/src/tmp/ghc8.6.4-texmath-buildroot (binconfig,pkgconfig,libtool,desktop,gnuconfig) Checking contents of files in /usr/src/tmp/ghc8.6.4-texmath-buildroot/ (default) Compressing files in /usr/src/tmp/ghc8.6.4-texmath-buildroot (auto) Adjusting library links in /usr/src/tmp/ghc8.6.4-texmath-buildroot ./usr/lib64: (from :0) ./usr/lib64/ghc-8.6.4/lib: (from :0) libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so -> libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so 056-debuginfo.brp: WARNING: You have 1 stripped ELF objects. Please compile with debugging information! 056-debuginfo.brp: WARNING: An excerpt from the list of affected files follows: ./usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so Verifying ELF objects in /usr/src/tmp/ghc8.6.4-texmath-buildroot (arch=normal,fhs=normal,lfs=relaxed,lint=relaxed,rpath=normal,stack=normal,textrel=normal,unresolved=normal) verify-elf: WARNING: ./usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so: RPATH contains several entries: /usr/lib64/ghc-8.6.4/array-0.5.3.0:/usr/lib64/ghc-8.6.4/base-4.12.0.0:/usr/lib64/ghc-8.6.4/binary-0.8.6.0:/usr/lib64/ghc-8.6.4/bytestring-0.10.8.2:/usr/lib64/ghc-8.6.4/containers-0.6.0.1:/usr/lib64/ghc-8.6.4/deepseq-1.4.4.0:/usr/lib64/ghc-8.6.4/ghc-boot-th-8.6.4:/usr/lib64/ghc-8.6.4/ghc-prim-0.5.3:/usr/lib64/ghc-8.6.4/integer-gmp-1.0.2.0:/usr/lib64/ghc-8.6.4/mtl-2.2.2:/usr/lib64/ghc-8.6.4/parsec-3.1.13.0:/usr/lib64/ghc-8.6.4/pretty-1.1.3.6:/usr/lib64/ghc-8.6.4/rts:/usr/lib64/ghc-8.6.4/template-haskell-2.14.0.0:/usr/lib64/ghc-8.6.4/text-1.2.3.1:/usr/lib64/ghc-8.6.4/time-1.8.0.2:/usr/lib64/ghc-8.6.4/transformers-0.5.6.2:/usr/lib64/ghc-8.6.4/unix-2.7.2.2:/usr/lib64/ghc-8.6.4/lib Splitting links to aliased files under /{,s}bin in /usr/src/tmp/ghc8.6.4-texmath-buildroot Processing files: ghc8.6.4-texmath-0.12.0.2-alt1 warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/LICENSE warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-MathML-EntityMap.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-MathML-EntityMap.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-MathML-MMLDict.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-MathML-MMLDict.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-MathML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-MathML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-OMML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-OMML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-TeX-Macros.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-TeX-Macros.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-TeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Readers-TeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-TeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-TeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Types.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Types.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Unicode-Fonts.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Unicode-Fonts.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Unicode-ToTeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Unicode-ToTeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Unicode-ToUnicode.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Unicode-ToUnicode.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-Eqn.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-Eqn.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-MathML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-MathML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-OMML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-OMML.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-Pandoc.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-Pandoc.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-TeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath-Writers-TeX.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/Text-TeXMath.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/doc-index.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/doc-index.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/haddock-bundle.min.js warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/haddock-bundle.min.js warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/hslogo-16.png warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/hslogo-16.png warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/index.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/index.html warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/meta.json warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/meta.json warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/minus.gif warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/minus.gif warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/ocean.css warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/ocean.css warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/plus.gif warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/plus.gif warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/quick-jump.css warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/quick-jump.css warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/synopsis.png warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/synopsis.png warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/texmath.haddock warning: File listed twice: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/texmath.haddock Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.SsirE1 find-provides: running scripts (debuginfo,haskell,lib,pam,perl,pkgconfig,python,python3,shell) lib.prov: /usr/src/tmp/ghc8.6.4-texmath-buildroot/usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so: 70203 symbols, 27 bpp warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziTypes_zdtczqESuper2_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records23805_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records22239_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records23278_info warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records12978_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records7371_info warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records22775_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToUnicode_fromUnicodeChar943_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziFonts_getUnicode436_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records1974_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziMMLDict_operators4769_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records20500_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziMMLDict_operators1510_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records18105_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode6562_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records14400_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode4519_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode8955_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records12723_info texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records8175_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode4609_info texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode792_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode6892_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records19982_bytes warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode2026_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records1034_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records19167_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records8774_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records15259_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records19199_bytes warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode5918_bytes texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records26639_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziReadersziMathMLziEntityMap_getUnicode9514_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records17947_closure warning: hash collision: texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records13644_closure texmathzm0zi12zi0zi2zmHK8B58fGjJX9rq7pWBVrYD_TextziTeXMathziUnicodeziToTeX_records26305_closure Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.IqOqOu find-requires: running scripts (cpp,debuginfo,files,haskell,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services) lib.req: WARNING: /usr/src/tmp/ghc8.6.4-texmath-buildroot/usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so: overlinked libraries: /lib64/libgmp.so.10 /lib64/libm.so.6 /usr/lib64/ghc-8.6.4/array-0.5.3.0/libHSarray-0.5.3.0-ghc8.6.4.so /usr/lib64/ghc-8.6.4/binary-0.8.6.0/libHSbinary-0.8.6.0-ghc8.6.4.so /usr/lib64/ghc-8.6.4/bytestring-0.10.8.2/libHSbytestring-0.10.8.2-ghc8.6.4.so /usr/lib64/ghc-8.6.4/deepseq-1.4.4.0/libHSdeepseq-1.4.4.0-ghc8.6.4.so /usr/lib64/ghc-8.6.4/ghc-boot-th-8.6.4/libHSghc-boot-th-8.6.4-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSQuickCheck-2.13.2-7e7vmlhATrz3WHnZCC9CLx-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSaeson-1.4.3.0-LqpAzDolqEZHFDDT60LyvC-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSattoparsec-0.13.2.2-Gf0jC2VdURHABoErxGt3qQ-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSbase-compat-0.10.5-FRXoAxOVtbG2qLNIZm1tTr-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSdlist-0.8.0.6-Fp8bZM9eelBDBq54ytkFUM-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHShashable-1.2.7.0-CWI8VZuQTAYWIQTQQtqCV-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSinteger-logarithms-1.0.3-L1fXvdNnENnEcLpMml0rI7-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSprimitive-0.6.4.0-ILgywxtLpvnAOlEISPpP5b-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSrandom-1.1-3ypV4EIycgb35PKjTYYr5q-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSscientific-0.3.6.2-Jh87LYpjAZH3EhMJkXeu1S-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSsplitmix-0.0.5-IvEfW6kYYvR6HMxEMrVu6L-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSsyb-0.7.1-1gO4OjQOULM8usUjWwwEyW-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHStagged-0.8.6-EiJ2F18RuD68LSMkg0Ly4r-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSth-abstraction-0.3.1.0-KacyXGqFl6k8QB9PBisbIF-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHStime-locale-compat-0.1.1.5-Et2KuIqhniaDySS0uBEPko-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSunordered-containers-0.2.10.0-KQjsr7xKC1WHxfEOZ1c65w-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSuuid-types-1.0.3-Awdp9gd30rf4a5QKzt7fjH-ghc8.6.4.so /usr/lib64/ghc-8.6.4/lib/libHSvector-0.12.0.3-2LEYu9M2i7lERDtz76XG3n-ghc8.6.4.so /usr/lib64/ghc-8.6.4/pretty-1.1.3.6/libHSpretty-1.1.3.6-ghc8.6.4.so /usr/lib64/ghc-8.6.4/template-haskell-2.14.0.0/libHStemplate-haskell-2.14.0.0-ghc8.6.4.so /usr/lib64/ghc-8.6.4/time-1.8.0.2/libHStime-1.8.0.2-ghc8.6.4.so /usr/lib64/ghc-8.6.4/unix-2.7.2.2/libHSunix-2.7.2.2-ghc8.6.4.so Provides: ghc8.6.4(texmath) = 0.12.0.2, ghc8.6.4(texmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD), libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so()(64bit) = set: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 Requires: /usr/lib64/ghc-8.6.4/array-0.5.3.0/libHSarray-0.5.3.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/base-4.12.0.0/libHSbase-4.12.0.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/binary-0.8.6.0/libHSbinary-0.8.6.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/bytestring-0.10.8.2/libHSbytestring-0.10.8.2-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/containers-0.6.0.1/libHScontainers-0.6.0.1-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/deepseq-1.4.4.0/libHSdeepseq-1.4.4.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/ghc-boot-th-8.6.4/libHSghc-boot-th-8.6.4-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/ghc-prim-0.5.3/libHSghc-prim-0.5.3-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/integer-gmp-1.0.2.0/libHSinteger-gmp-1.0.2.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/mtl-2.2.2/libHSmtl-2.2.2-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/parsec-3.1.13.0/libHSparsec-3.1.13.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/pretty-1.1.3.6/libHSpretty-1.1.3.6-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/template-haskell-2.14.0.0/libHStemplate-haskell-2.14.0.0-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/text-1.2.3.1/libHStext-1.2.3.1-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/time-1.8.0.2/libHStime-1.8.0.2-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/transformers-0.5.6.2/libHStransformers-0.5.6.2-ghc8.6.4.so, /usr/lib64/ghc-8.6.4/unix-2.7.2.2/libHSunix-2.7.2.2-ghc8.6.4.so, ghc8.6.4(base) = 4.12.0.0, ghc8.6.4(base-4.12.0.0), ghc8.6.4(containers) = 0.6.0.1, ghc8.6.4(containers-0.6.0.1), ghc8.6.4(mtl) = 2.2.2, ghc8.6.4(mtl-2.2.2), ghc8.6.4(pandoc-types) = 1.20, ghc8.6.4(pandoc-types-1.20-8BS6SXdrwFY9fSlz9F9lzc), ghc8.6.4(parsec) = 3.1.13.0, ghc8.6.4(parsec-3.1.13.0), ghc8.6.4(syb) = 0.7.1, ghc8.6.4(syb-0.7.1-1gO4OjQOULM8usUjWwwEyW), ghc8.6.4(text) = 1.2.3.1, ghc8.6.4(text-1.2.3.1), ghc8.6.4(xml) = 1.3.14, ghc8.6.4(xml-1.3.14-ESp8cJy4XJ8BJKfvGeNymT), libHSQuickCheck-2.13.2-7e7vmlhATrz3WHnZCC9CLx-ghc8.6.4.so()(64bit), libHSaeson-1.4.3.0-LqpAzDolqEZHFDDT60LyvC-ghc8.6.4.so()(64bit), libHSattoparsec-0.13.2.2-Gf0jC2VdURHABoErxGt3qQ-ghc8.6.4.so()(64bit), libHSbase-compat-0.10.5-FRXoAxOVtbG2qLNIZm1tTr-ghc8.6.4.so()(64bit), libHSdlist-0.8.0.6-Fp8bZM9eelBDBq54ytkFUM-ghc8.6.4.so()(64bit), libHShashable-1.2.7.0-CWI8VZuQTAYWIQTQQtqCV-ghc8.6.4.so()(64bit), libHSinteger-logarithms-1.0.3-L1fXvdNnENnEcLpMml0rI7-ghc8.6.4.so()(64bit), libHSpandoc-types-1.20-8BS6SXdrwFY9fSlz9F9lzc-ghc8.6.4.so()(64bit) >= set:qnfQDc2B5WklZkDZG6lOgjZvkUqj1, libHSprimitive-0.6.4.0-ILgywxtLpvnAOlEISPpP5b-ghc8.6.4.so()(64bit), libHSrandom-1.1-3ypV4EIycgb35PKjTYYr5q-ghc8.6.4.so()(64bit), libHSscientific-0.3.6.2-Jh87LYpjAZH3EhMJkXeu1S-ghc8.6.4.so()(64bit), libHSsplitmix-0.0.5-IvEfW6kYYvR6HMxEMrVu6L-ghc8.6.4.so()(64bit), libHSsyb-0.7.1-1gO4OjQOULM8usUjWwwEyW-ghc8.6.4.so()(64bit), libHStagged-0.8.6-EiJ2F18RuD68LSMkg0Ly4r-ghc8.6.4.so()(64bit), libHSth-abstraction-0.3.1.0-KacyXGqFl6k8QB9PBisbIF-ghc8.6.4.so()(64bit), libHStime-locale-compat-0.1.1.5-Et2KuIqhniaDySS0uBEPko-ghc8.6.4.so()(64bit), libHSunordered-containers-0.2.10.0-KQjsr7xKC1WHxfEOZ1c65w-ghc8.6.4.so()(64bit), libHSuuid-types-1.0.3-Awdp9gd30rf4a5QKzt7fjH-ghc8.6.4.so()(64bit), libHSvector-0.12.0.3-2LEYu9M2i7lERDtz76XG3n-ghc8.6.4.so()(64bit), libHSxml-1.3.14-ESp8cJy4XJ8BJKfvGeNymT-ghc8.6.4.so()(64bit) >= set:ojZbtsUfZsFCHAlZFV18Z2KbdZ2T5rZAkNbtVnlgtMwh5gQPP8aOyFHYWC1MhWkIwcOEQ3, libc.so.6(GLIBC_2.2.5)(64bit), libgmp.so.10()(64bit), libm.so.6()(64bit), 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.MJzgtJ Wrote: /usr/src/RPM/RPMS/x86_64/ghc8.6.4-texmath-0.12.0.2-alt1.x86_64.rpm (w2T8.xzdio) 255.92user 8.04system 4:22.22elapsed 100%CPU (0avgtext+0avgdata 1161268maxresident)k 0inputs+0outputs (0major+1577302minor)pagefaults 0swaps 7.84user 2.24system 4:52.22elapsed 3%CPU (0avgtext+0avgdata 138516maxresident)k 22040inputs+0outputs (0major+216018minor)pagefaults 0swaps --- ghc8.6.4-texmath-0.12.0.2-alt1.x86_64.rpm.repo 2023-08-24 04:58:54.000000000 +0000 +++ ghc8.6.4-texmath-0.12.0.2-alt1.x86_64.rpm.hasher 2024-12-19 04:39:53.079540840 +0000 @@ -168,3 +168,3 @@ Provides: ghc8.6.4-texmath = 0.12.0.2-alt1:sisyphus+326169.20700.17.2 -File: /usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so 100644 root:root f302633bc870343b1df8c0735d7fcffa +File: /usr/lib64/ghc-8.6.4/lib/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD-ghc8.6.4.so 100644 root:root c346d7560e53456081f9d1f61e9c3daf File: /usr/lib64/ghc-8.6.4/package.conf.d/texmath-0.12.0.2.conf 100644 root:root 9a068cc4228e62a6b562b6ddd72a8ace @@ -172,5 +172,5 @@ File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/HStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD.o 100644 root:root 6fc0b27a37eb5dc07ef2567b2219631c -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Paths_texmath.dyn_hi 100644 root:root d426003a8d0c7d61b0e1703367a8c3ad -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Paths_texmath.hi 100644 root:root 5ac8e802f7adbad3e43160801fee3390 -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Paths_texmath.p_hi 100644 root:root af64fa519b3e887da379742afb1ddaab +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Paths_texmath.dyn_hi 100644 root:root fb150f6118b8e770bf58530e2cb29b2b +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Paths_texmath.hi 100644 root:root 7846ede5e24e30e2ebecb5a7c88f8bb2 +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Paths_texmath.p_hi 100644 root:root 1fcdb8acdd3266cb3ab385401d255f39 File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text 40755 root:root @@ -180,5 +180,5 @@ File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath.p_hi 100644 root:root a8bdc8d53b0bb590e1a38c42471c0057 -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Compat.dyn_hi 100644 root:root d3d3d1d61f110d4703e4c31ba6629be6 -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Compat.hi 100644 root:root 9baac4228842c42ebee0e1279f428aa2 -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Compat.p_hi 100644 root:root c15b5d7db622502eb5a88ccdbc308a41 +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Compat.dyn_hi 100644 root:root d1bad7d098895e7862b1b9467e16dfc6 +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Compat.hi 100644 root:root b80e2299ca9a65227a3490cddece532f +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Compat.p_hi 100644 root:root 2510c7ae850ef3e4597f247910652bf3 File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Readers 40755 root:root @@ -204,5 +204,5 @@ File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Readers/TeX/Macros.p_hi 100644 root:root b43724f8a4ce614cd726995dac842c2f -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Shared.dyn_hi 100644 root:root eb839eec7f2ec2f0d4ffa99d9e7156bd -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Shared.hi 100644 root:root b9388973979e67fe822c0a888313e8d6 -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Shared.p_hi 100644 root:root b85a84fc9442cccb950665dad3ea3ce3 +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Shared.dyn_hi 100644 root:root d1128645af5972fc5c5ecf5a26b0544a +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Shared.hi 100644 root:root c7441c35f67f0117e82304dbb273679a +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/Shared.p_hi 100644 root:root 0c0314bf4bffa93626d3568fe67a9c34 File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/Text/TeXMath/TeX.dyn_hi 100644 root:root 4c1913b7d5c9094e5a99d93256df360b @@ -240,3 +240,3 @@ File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD.a 100644 root:root fe0bab23a28d022a5cce12bd5b223c14 -File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD_p.a 100644 root:root 95b07cf5d36016d8c6063d06c6f95007 +File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/libHStexmath-0.12.0.2-HK8B58fGjJX9rq7pWBVrYD_p.a 100644 root:root 09a902b7bfd0bbd22db7a2868c03d3d8 File: /usr/lib64/ghc-8.6.4/texmath-0.12.0.2/texmath.pkg 100755 root:root 9a068cc4228e62a6b562b6ddd72a8ace @@ -273,2 +273,2 @@ File: /usr/share/doc/ghc8.6.4-texmath-0.12.0.2/html/texmath.haddock 100644 root:root 4637b06e84fa4230598379fb60e9fa7b -RPMIdentity: d363599108ed38f1b86bc6002890b5eb149ea58aa0422282b2f9cdd8da197d982c4a4c691d3569c7fa6c982562f7973843d4abbd21c1fb984cfa1c65cdf2cd43 +RPMIdentity: dce524d712277f95960d069fcf6a3c220e3a39cd2283c3facbc648e52603f65f4fc5bf6dbefc0852b4d4297354ca2e87a6dfddc464b82643e4aaca915043ce84