<86>May 17 11:36:47 userdel[1784689]: delete user 'rooter' <86>May 17 11:36:47 userdel[1784689]: removed group 'rooter' owned by 'rooter' <86>May 17 11:36:47 userdel[1784689]: removed shadow group 'rooter' owned by 'rooter' <86>May 17 11:36:47 groupadd[1784712]: group added to /etc/group: name=rooter, GID=561 <86>May 17 11:36:47 groupadd[1784712]: group added to /etc/gshadow: name=rooter <86>May 17 11:36:47 groupadd[1784712]: new group: name=rooter, GID=561 <86>May 17 11:36:47 useradd[1784726]: new user: name=rooter, UID=561, GID=561, home=/root, shell=/bin/bash <86>May 17 11:36:47 userdel[1784755]: delete user 'builder' <86>May 17 11:36:47 userdel[1784755]: removed group 'builder' owned by 'builder' <86>May 17 11:36:47 userdel[1784755]: removed shadow group 'builder' owned by 'builder' <86>May 17 11:36:47 groupadd[1784770]: group added to /etc/group: name=builder, GID=562 <86>May 17 11:36:47 groupadd[1784770]: group added to /etc/gshadow: name=builder <86>May 17 11:36:47 groupadd[1784770]: new group: name=builder, GID=562 <86>May 17 11:36:47 useradd[1784786]: new user: name=builder, UID=562, GID=562, home=/usr/src, shell=/bin/bash <13>May 17 11:36:51 rpmi: libgmp-devel-6.1.2-alt3 sisyphus+229304.40.2.1 1557770992 installed <13>May 17 11:36:51 rpmi: libmpfr-devel-4.0.2-alt2 sisyphus+229304.100.2.1 1557771118 installed <13>May 17 11:36:51 rpmi: mpir-3.0.0-alt4 p9+232445.100.2.1 1560819157 installed <13>May 17 11:36:52 rpmi: libquadmath0-8.4.1-alt0.p9.1 p9+247559.100.2.1 1585587912 installed <13>May 17 11:36:52 rpmi: libgfortran5-8.4.1-alt0.p9.1 p9+247559.100.2.1 1585587912 installed <13>May 17 11:36:52 rpmi: libqd-2.3.14-alt1 sisyphus+223532.100.1.1 1551661396 installed <13>May 17 11:36:52 rpmi: libfplll-5.2.1-alt1_1 1531655511 installed <13>May 17 11:36:52 rpmi: libqd-devel-2.3.14-alt1 sisyphus+223532.100.1.1 1551661396 installed <13>May 17 11:36:52 rpmi: gcc-c++-common-1.4.23-alt1 sisyphus+221902.2500.4.1 1550596716 installed <13>May 17 11:36:52 rpmi: libstdc++8-devel-8.4.1-alt0.p9.1 p9+247559.100.2.1 1585587912 installed <13>May 17 11:36:54 rpmi: gcc8-c++-8.4.1-alt0.p9.1 p9+247559.100.2.1 1585587912 installed <13>May 17 11:36:54 rpmi: gcc-c++-8-alt2 p9+246536.100.3.1 1582643803 installed <13>May 17 11:36:54 rpmi: libfplll-devel-5.2.1-alt1_1 1531655511 installed <13>May 17 11:36:54 rpmi: mpir-devel-3.0.0-alt4 p9+232445.100.2.1 1560819157 installed Building target platforms: i586 Building for target i586 Wrote: /usr/src/in/nosrpm/libfplll-5.2.1-alt1_1.nosrc.rpm Installing libfplll-5.2.1-alt1_1.src.rpm Building target platforms: i586 Building for target i586 Executing(%prep): /bin/sh -e /usr/src/tmp/rpm-tmp.58010 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + rm -rf fplll-5.2.1 + echo 'Source #0 (fplll-5.2.1.tar.gz):' Source #0 (fplll-5.2.1.tar.gz): + /bin/gzip -dc /usr/src/RPM/SOURCES/fplll-5.2.1.tar.gz + /bin/tar -xf - + cd fplll-5.2.1 + /bin/chmod -c -Rf u+rwX,go-w . + sed -e '/#ifndef bool/,/#endif/d' -e '/#ifndef false/,/#endif/d' -e '/#if false/,/#endif/d' -e '/#ifndef true/,/#endif/d' -e '/#if true/,/#endif/d' -e '/ac_cv_type__Bool/s/\$ac_includes_default/#include /' -i configure + exit 0 Executing(%build): /bin/sh -e /usr/src/tmp/rpm-tmp.58010 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd fplll-5.2.1 + CFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC' + export CFLAGS + CXXFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC' + export CXXFLAGS + FFLAGS='-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC' + export FFLAGS + '[' -n '' ']' ++ printf %s '-pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC' ++ sed -r 's/(^|[[:space:]]+)-[^m][^[:space:]]*//g' + ASFLAGS=' -march=i586 -mtune=generic' + export ASFLAGS + export lt_cv_deplibs_check_method=pass_all + lt_cv_deplibs_check_method=pass_all + readlink -e -- ./configure + xargs -ri dirname -- '{}' + xargs -ri find '{}' -type f '(' -name config.sub -or -name config.guess ')' -printf '%h/\n' + sort -u + xargs -rn1 install -pm755 -- /usr/share/gnu-config/config.sub /usr/share/gnu-config/config.guess + ./configure --build=i586-alt-linux --host=i586-alt-linux --prefix=/usr --exec-prefix=/usr --bindir=/usr/bin --sbindir=/usr/sbin --sysconfdir=/etc --datadir=/usr/share --includedir=/usr/include --libdir=/usr/lib --libexecdir=/usr/lib --localstatedir=/var --sharedstatedir=/var/lib --mandir=/usr/share/man --infodir=/usr/share/info --disable-dependency-tracking --disable-silent-rules --without-included-gettext --disable-silent-rules 'LDFLAGS=-Wl,--as-needed ' configure: WARNING: unrecognized options: --without-included-gettext checking for a BSD-compatible install... /bin/install -c checking whether build environment is sane... yes checking for a thread-safe mkdir -p... /bin/mkdir -p checking for gawk... gawk checking whether make sets $(MAKE)... yes checking whether make supports nested variables... yes checking whether make supports nested variables... (cached) yes checking build system type... i586-alt-linux-gnu checking host system type... i586-alt-linux-gnu checking how to print strings... printf checking for style of include used by make... GNU checking for i586-alt-linux-gcc... i586-alt-linux-gcc checking whether the C compiler works... yes checking for C compiler default output file name... a.out checking for suffix of executables... checking whether we are cross compiling... no checking for suffix of object files... o checking whether we are using the GNU C compiler... yes checking whether i586-alt-linux-gcc accepts -g... yes checking for i586-alt-linux-gcc option to accept ISO C89... none needed checking whether i586-alt-linux-gcc understands -c and -o together... yes checking dependency style of i586-alt-linux-gcc... none checking for a sed that does not truncate output... /bin/sed checking for grep that handles long lines and -e... /bin/grep checking for egrep... /bin/grep -E checking for fgrep... /bin/grep -F checking for ld used by i586-alt-linux-gcc... /usr/bin/ld checking if the linker (/usr/bin/ld) is GNU ld... yes checking for BSD- or MS-compatible name lister (nm)... /usr/bin/nm -B checking the name lister (/usr/bin/nm -B) interface... BSD nm checking whether ln -s works... yes checking the maximum length of command line arguments... 1572864 checking whether the shell understands some XSI constructs... yes checking whether the shell understands "+="... yes checking how to convert i586-alt-linux-gnu file names to i586-alt-linux-gnu format... func_convert_file_noop checking how to convert i586-alt-linux-gnu file names to toolchain format... func_convert_file_noop checking for /usr/bin/ld option to reload object files... -r checking for i586-alt-linux-objdump... no checking for objdump... objdump checking how to recognize dependent libraries... (cached) pass_all checking for i586-alt-linux-dlltool... no checking for dlltool... no checking how to associate runtime and link libraries... printf %s\n checking for i586-alt-linux-ar... no checking for ar... ar checking for archiver @FILE support... @ checking for i586-alt-linux-strip... no checking for strip... strip checking for i586-alt-linux-ranlib... no checking for ranlib... ranlib checking command to parse /usr/bin/nm -B output from i586-alt-linux-gcc object... ok checking for sysroot... no checking for i586-alt-linux-mt... no checking for mt... no checking if : is a manifest tool... no checking how to run the C preprocessor... i586-alt-linux-gcc -E checking for ANSI C header files... yes checking for sys/types.h... yes checking for sys/stat.h... yes checking for stdlib.h... yes checking for string.h... yes checking for memory.h... yes checking for strings.h... yes checking for inttypes.h... yes checking for stdint.h... yes checking for unistd.h... yes checking for dlfcn.h... yes checking for objdir... .libs checking if i586-alt-linux-gcc supports -fno-rtti -fno-exceptions... no checking for i586-alt-linux-gcc option to produce PIC... -fPIC -DPIC checking if i586-alt-linux-gcc PIC flag -fPIC -DPIC works... yes checking if i586-alt-linux-gcc static flag -static works... no checking if i586-alt-linux-gcc supports -c -o file.o... yes checking if i586-alt-linux-gcc supports -c -o file.o... (cached) yes checking whether the i586-alt-linux-gcc linker (/usr/bin/ld) supports shared libraries... yes checking whether -lc should be explicitly linked in... no checking dynamic linker characteristics... GNU/Linux ld.so checking how to hardcode library paths into programs... immediate checking whether stripping libraries is possible... yes checking if libtool supports shared libraries... yes checking whether to build shared libraries... yes checking whether to build static libraries... yes checking for i586-alt-linux-g++... i586-alt-linux-g++ checking whether we are using the GNU C++ compiler... yes checking whether i586-alt-linux-g++ accepts -g... yes checking dependency style of i586-alt-linux-g++... none checking how to run the C++ preprocessor... i586-alt-linux-g++ -E checking for ld used by i586-alt-linux-g++... /usr/bin/ld checking if the linker (/usr/bin/ld) is GNU ld... yes checking whether the i586-alt-linux-g++ linker (/usr/bin/ld) supports shared libraries... yes checking for i586-alt-linux-g++ option to produce PIC... -fPIC -DPIC checking if i586-alt-linux-g++ PIC flag -fPIC -DPIC works... yes checking if i586-alt-linux-g++ static flag -static works... no checking if i586-alt-linux-g++ supports -c -o file.o... yes checking if i586-alt-linux-g++ supports -c -o file.o... (cached) yes checking whether the i586-alt-linux-g++ linker (/usr/bin/ld) supports shared libraries... yes checking dynamic linker characteristics... (cached) GNU/Linux ld.so checking how to hardcode library paths into programs... immediate checking for i586-alt-linux-gcc... (cached) i586-alt-linux-gcc checking whether we are using the GNU C compiler... (cached) yes checking whether i586-alt-linux-gcc accepts -g... (cached) yes checking for i586-alt-linux-gcc option to accept ISO C89... (cached) none needed checking whether i586-alt-linux-gcc understands -c and -o together... (cached) yes checking dependency style of i586-alt-linux-gcc... (cached) none checking whether make sets $(MAKE)... (cached) yes checking whether i586-alt-linux-g++ supports C++11 features by default... yes checking for __gmpz_init in -lgmp... yes checking for __gmp_get_memory_functions in -lgmp... yes checking for mpfr_add in -lmpfr... yes checking for mpfr_fms in -lmpfr... yes checking qd/dd_real.h usability... yes checking qd/dd_real.h presence... yes checking for qd/dd_real.h... yes checking for ANSI C header files... (cached) yes checking limits.h usability... yes checking limits.h presence... yes checking for limits.h... yes checking cstdio usability... yes checking cstdio presence... yes checking for cstdio... yes checking iostream usability... yes checking iostream presence... yes checking for iostream... yes checking string usability... yes checking string presence... yes checking for string... yes checking limits usability... yes checking limits presence... yes checking for limits... yes checking vector usability... yes checking vector presence... yes checking for vector... yes checking for stdbool.h that conforms to C99... yes checking for _Bool... yes checking for an ANSI C-conforming const... yes checking for inline... inline checking for size_t... yes checking for working volatile... yes checking for working strtod... yes checking for floor... yes checking for pow... yes checking for rint... yes checking for sqrt... yes checking for strtol... yes checking that generated files are newer than configure... done configure: creating ./config.status config.status: creating Makefile config.status: creating fplll/Makefile config.status: creating tests/Makefile config.status: creating fplll.pc config.status: creating config.h config.status: creating fplll/fplll_config.h config.status: executing depfiles commands config.status: executing libtool commands configure: WARNING: unrecognized options: --without-included-gettext + sed -e 's|^hardcode_libdir_flag_spec=.*|hardcode_libdir_flag_spec=""|g' -e 's|^runpath_var=LD_RUN_PATH|runpath_var=DIE_RPATH_DIE|g' -e 's|-nostdlib|-Wl,--as-needed &|' -i libtool + make -j8 make all-recursive Making all in fplll make all-am make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o util.lo util.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c util.cpp -fPIC -DPIC -o .libs/util.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c util.cpp -o util.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o lll.lo lll.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c lll.cpp -fPIC -DPIC -o .libs/lll.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c lll.cpp -o lll.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o bkz_param.lo bkz_param.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c bkz_param.cpp -fPIC -DPIC -o .libs/bkz_param.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c bkz_param.cpp -o bkz_param.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o fplll.lo fplll.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c fplll.cpp -fPIC -DPIC -o .libs/fplll.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c fplll.cpp -o fplll.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o latticegen.o latticegen.cpp make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o main.o main.cpp make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o sieve/sieve_main.o sieve/sieve_main.cpp make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o enum/topenum.lo enum/topenum.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c enum/topenum.cpp -fPIC -DPIC -o enum/.libs/topenum.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c enum/topenum.cpp -o enum/topenum.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o wrapper.lo wrapper.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c wrapper.cpp -fPIC -DPIC -o .libs/wrapper.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c wrapper.cpp -o wrapper.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o gso_gram.lo gso_gram.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c gso_gram.cpp -fPIC -DPIC -o .libs/gso_gram.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" 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-DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o enum/enumerate.lo enum/enumerate.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c enum/enumerate.cpp -fPIC -DPIC -o enum/.libs/enumerate.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c enum/enumerate.cpp -o enum/enumerate.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=compile i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o enum/enumerate_base.lo enum/enumerate_base.cpp libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c enum/enumerate_base.cpp -fPIC -DPIC -o enum/.libs/enumerate_base.o libtool: compile: i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c enum/enumerate_base.cpp -o enum/enumerate_base.o >/dev/null 2>&1 make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -no-undefined -version-info 5:0:0 -Wl,--as-needed -L/lib -o libfplll.la -rpath /usr/lib fplll.lo util.lo enum/topenum.lo enum/enumerate.lo enum/enumerate_base.lo enum/enumerate_ext.lo enum/evaluator.lo lll.lo wrapper.lo bkz.lo bkz_param.lo gso_interface.lo gso_gram.lo gso.lo pruner.lo sieve/sieve_gauss.lo sieve/sieve_gauss_2sieve.lo sieve/sieve_gauss_3sieve.lo sieve/sieve_gauss_4sieve.lo sieve/sampler_basic.lo -lmpfr -lqd -lmpfr -lmpfr -lgmp -lgmp libtool: link: i586-alt-linux-g++ -fPIC -DPIC -shared -Wl,--as-needed -nostdlib /usr/lib/gcc/i586-alt-linux/8/../../../crti.o /usr/lib/gcc/i586-alt-linux/8/crtbeginS.o .libs/fplll.o .libs/util.o enum/.libs/topenum.o enum/.libs/enumerate.o enum/.libs/enumerate_base.o enum/.libs/enumerate_ext.o enum/.libs/evaluator.o .libs/lll.o .libs/wrapper.o .libs/bkz.o .libs/bkz_param.o .libs/gso_interface.o .libs/gso_gram.o .libs/gso.o .libs/pruner.o sieve/.libs/sieve_gauss.o sieve/.libs/sieve_gauss_2sieve.o sieve/.libs/sieve_gauss_3sieve.o sieve/.libs/sieve_gauss_4sieve.o sieve/.libs/sampler_basic.o -L/lib -lqd -lmpfr -lgmp -L/usr/lib/gcc/i586-alt-linux/8 -L/usr/lib/gcc/i586-alt-linux/8/../../.. -lstdc++ -lm -lc -lgcc_s /usr/lib/gcc/i586-alt-linux/8/crtendS.o /usr/lib/gcc/i586-alt-linux/8/../../../crtn.o -O2 -march=i586 -mtune=generic -Wl,--as-needed -Wl,-soname -Wl,libfplll.so.5 -o .libs/libfplll.so.5.0.0 libtool: link: (cd ".libs" && rm -f "libfplll.so.5" && ln -s "libfplll.so.5.0.0" "libfplll.so.5") libtool: link: (cd ".libs" && rm -f "libfplll.so" && ln -s "libfplll.so.5.0.0" "libfplll.so") libtool: link: ar cru .libs/libfplll.a fplll.o util.o enum/topenum.o enum/enumerate.o enum/enumerate_base.o enum/enumerate_ext.o enum/evaluator.o lll.o wrapper.o bkz.o bkz_param.o gso_interface.o gso_gram.o gso.o pruner.o sieve/sieve_gauss.o sieve/sieve_gauss_2sieve.o sieve/sieve_gauss_3sieve.o sieve/sieve_gauss_4sieve.o sieve/sampler_basic.o libtool: link: ranlib .libs/libfplll.a libtool: link: ( cd ".libs" && rm -f "libfplll.la" && ln -s "../libfplll.la" "libfplll.la" ) make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -L/lib -o fplll main.o libfplll.la -lmpfr -lmpfr -lgmp -lgmp libtool: link: i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -o .libs/fplll main.o -L/lib ./.libs/libfplll.so -lmpfr -lgmp make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -L/lib -o latticegen latticegen.o libfplll.la -lmpfr -lmpfr -lgmp -lgmp libtool: link: i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -o .libs/latticegen latticegen.o -L/lib ./.libs/libfplll.so -lmpfr -lgmp make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -L/lib -o latsieve sieve/sieve_main.o libfplll.la -lqd -lmpfr -lmpfr -lgmp -lgmp libtool: link: i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -o .libs/latsieve sieve/sieve_main.o -L/lib ./.libs/libfplll.so -lqd -lmpfr -lgmp make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' Making all in tests make[2]: Nothing to be done for 'all'. + exit 0 Executing(%install): /bin/sh -e /usr/src/tmp/rpm-tmp.36209 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + /bin/chmod -Rf u+rwX -- /usr/src/tmp/libfplll-buildroot + : + /bin/rm -rf -- /usr/src/tmp/libfplll-buildroot + cd fplll-5.2.1 + make install DESTDIR=/usr/src/tmp/libfplll-buildroot make: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1' Making install in fplll make[1]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[2]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/lib' /bin/sh ../libtool --mode=install /bin/install -c libfplll.la '/usr/src/tmp/libfplll-buildroot/usr/lib' libtool: install: /bin/install -c .libs/libfplll.so.5.0.0 /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.so.5.0.0 libtool: install: (cd /usr/src/tmp/libfplll-buildroot/usr/lib && { ln -s -f libfplll.so.5.0.0 libfplll.so.5 || { rm -f libfplll.so.5 && ln -s libfplll.so.5.0.0 libfplll.so.5; }; }) libtool: install: (cd /usr/src/tmp/libfplll-buildroot/usr/lib && { ln -s -f libfplll.so.5.0.0 libfplll.so || { rm -f libfplll.so && ln -s libfplll.so.5.0.0 libfplll.so; }; }) libtool: install: /bin/install -c .libs/libfplll.lai /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.la libtool: install: /bin/install -c .libs/libfplll.a /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.a libtool: install: chmod 644 /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.a libtool: install: ranlib /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.a libtool: install: warning: remember to run `libtool --finish /usr/lib' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/bin' /bin/sh ../libtool --mode=install /bin/install -c fplll latticegen latsieve '/usr/src/tmp/libfplll-buildroot/usr/bin' libtool: install: warning: `libfplll.la' has not been installed in `/usr/lib' libtool: install: /bin/install -c .libs/fplll /usr/src/tmp/libfplll-buildroot/usr/bin/fplll libtool: install: warning: `libfplll.la' has not been installed in `/usr/lib' libtool: install: /bin/install -c .libs/latticegen /usr/src/tmp/libfplll-buildroot/usr/bin/latticegen libtool: install: warning: `libfplll.la' has not been installed in `/usr/lib' libtool: install: /bin/install -c .libs/latsieve /usr/src/tmp/libfplll-buildroot/usr/bin/latsieve /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/include/fplll' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/sieve' /bin/install -c -m 644 sieve/sieve_gauss.h sieve/sieve_common.h sieve/sieve_gauss_str.h sieve/sampler_basic.h '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/sieve' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/nr' /bin/install -c -m 644 nr/dpe.h nr/matrix.h nr/matrix.cpp nr/nr_FP_dd.inl nr/nr_FP_d.inl nr/nr_FP_dpe.inl nr/nr_FP.inl nr/nr_FP_ld.inl nr/nr_FP_misc.inl nr/nr_FP_mpfr.inl nr/nr_FP_qd.inl nr/nr.h nr/nr_rand.inl nr/nr_Z_d.inl nr/nr_Z.inl nr/nr_Z_l.inl nr/nr_Z_misc.inl nr/nr_Z_mpz.inl nr/numvect.h '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/nr' /bin/install -c -m 644 defs.h fplll.h util.h svpcvp.h bkz.h lll.h gso_interface.h gso_gram.h gso.h wrapper.h bkz_param.h pruner.h '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/.' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/enum' /bin/install -c -m 644 enum/evaluator.h enum/enumerate.h enum/enumerate_base.h enum/enumerate_ext.h '/usr/src/tmp/libfplll-buildroot/usr/include/fplll/enum' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/include/fplll' /bin/install -c -m 644 fplll_config.h '/usr/src/tmp/libfplll-buildroot/usr/include/fplll' make install-data-hook make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' echo "#include " > "./fplll.h.root" echo "using namespace fplll;" >> "./fplll.h.root" /bin/install -c -m 644 "./fplll.h.root" "/usr/src/tmp/libfplll-buildroot/usr/include/fplll.h" rm -f "./fplll.h.root" make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[2]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[1]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' Making install in tests make[1]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[2]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[2]: Nothing to be done for 'install-exec-am'. make[2]: Nothing to be done for 'install-data-am'. make[2]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[1]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[1]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1' make[2]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1' make[2]: Nothing to be done for 'install-exec-am'. /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/share/fplll/strategies' /bin/install -c -m 644 strategies/default.json '/usr/src/tmp/libfplll-buildroot/usr/share/fplll/strategies' /bin/mkdir -p '/usr/src/tmp/libfplll-buildroot/usr/lib/pkgconfig' /bin/install -c -m 644 fplll.pc '/usr/src/tmp/libfplll-buildroot/usr/lib/pkgconfig' make[2]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1' make[1]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1' make: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1' + rm -f /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.la + /usr/lib/rpm/brp-alt Cleaning files in /usr/src/tmp/libfplll-buildroot (auto) mode of './usr/lib/libfplll.so.5.0.0' changed from 0755 (rwxr-xr-x) to 0644 (rw-r--r--) Verifying and fixing files in /usr/src/tmp/libfplll-buildroot (binconfig,pkgconfig,libtool,desktop) /usr/lib/pkgconfig/fplll.pc: Libs: '-L${libdir} -lqd @LIBGMP@ -lmpfr -lfplll' --> '-lqd @LIBGMP@ -lmpfr -lfplll' Checking contents of files in /usr/src/tmp/libfplll-buildroot/ (default) Compressing files in /usr/src/tmp/libfplll-buildroot (auto) Adjusting library links in /usr/src/tmp/libfplll-buildroot ./usr/lib: libfplll.so.5 -> libfplll.so.5.0.0 Verifying ELF objects in /usr/src/tmp/libfplll-buildroot (arch=normal,fhs=normal,lfs=relaxed,lint=relaxed,rpath=normal,stack=normal,textrel=normal,unresolved=normal) verify-elf: WARNING: ./usr/bin/fplll: uses non-LFS functions: fopen Hardlinking identical .pyc and .pyo files Executing(%check): /bin/sh -e /usr/src/tmp/rpm-tmp.30176 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd fplll-5.2.1 + export LD_LIBRARY_PATH=/usr/src/RPM/BUILD/fplll-5.2.1/src/.libs + LD_LIBRARY_PATH=/usr/src/RPM/BUILD/fplll-5.2.1/src/.libs + make check make: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1' Making check in fplll make[1]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make llldiff make[2]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -DFPLLL_DEFAULT_STRATEGY_PATH=\"/usr/share/fplll/strategies\" -DFPLLL_DEFAULT_STRATEGY=\"/usr/share/fplll/strategies/default.json\" -I./.. -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o llldiff.o llldiff.cpp /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -L/lib -o llldiff llldiff.o libfplll.la -lmpfr -lmpfr -lgmp -lgmp libtool: link: i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,--as-needed -o .libs/llldiff llldiff.o -L/lib ./.libs/libfplll.so -lmpfr -lgmp make[2]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' make[1]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/fplll' Making check in tests make[1]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make test_nr test_lll test_cvp test_svp test_bkz test_pruner test_sieve test_gso test_lll_gram make[2]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_nr.o test_nr.cpp /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_nr test_nr.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_nr test_nr.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_lll.o test_lll.cpp /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_lll test_lll.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_lll test_lll.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_cvp.o test_cvp.cpp In file included from test_cvp.cpp:18: ./test_utils.h: In instantiation of 'int read_vector(std::vector >&, const char*) [with ZT = __mpz_struct [1]]': test_cvp.cpp:95:24: required from 'int test_filename(const char*, const char*, const char*, int) [with ZT = __mpz_struct [1]]' test_cvp.cpp:118:79: required from here ./test_utils.h:46:3: warning: catching polymorphic type 'class std::ios_base::failure' by value [-Wcatch-value=] catch (ifstream::failure e) { ^~~~~ /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_cvp test_cvp.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_cvp test_cvp.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_svp.o test_svp.cpp In file included from test_svp.cpp:19: ./test_utils.h: In instantiation of 'int read_vector(std::vector >&, const char*) [with ZT = __mpz_struct [1]]': test_svp.cpp:272:24: required from 'int test_filename(const char*, const char*, Test) [with ZT = __mpz_struct [1]]' test_svp.cpp:302:79: required from here ./test_utils.h:46:3: warning: catching polymorphic type 'class std::ios_base::failure' by value [-Wcatch-value=] catch (ifstream::failure e) { ^~~~~ /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_svp test_svp.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_svp test_svp.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_bkz.o test_bkz.cpp /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_bkz test_bkz.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_bkz test_bkz.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp /usr/bin/ld.default: test_bkz.o: in function `int test_int_rel_bkz_dump_gso<__mpz_struct [1]>(int, int, int, int)': /usr/src/RPM/BUILD/fplll-5.2.1/tests/test_bkz.cpp:195: warning: the use of `tmpnam' is dangerous, better use `mkstemp' i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_pruner.o test_pruner.cpp In file included from ../fplll/bkz_param.h:24, from ../fplll/bkz.h:21, from ../fplll/fplll.h:25, from test_pruner.cpp:17: ../fplll/pruner.h:431:15: warning: inline function 'bool fplll::Pruner::enforce(fplll::Pruner::evec&, int) [with FT = fplll::FP_NR; fplll::Pruner::evec = std::vector, std::allocator > >]' used but never defined inline bool enforce(/*io*/ evec &b, /*opt i*/ const int j = 0); ^~~~~~~ ../fplll/pruner.h:440:13: warning: inline function 'FT fplll::Pruner::eval_poly(int, const poly&, FT) [with FT = fplll::FP_NR; fplll::Pruner::poly = std::vector, std::allocator > >]' used but never defined inline FT eval_poly(const int ld, /*i*/ const poly &p, const FT x); ^~~~~~~~~ ../fplll/pruner.h:448:15: warning: inline function 'void fplll::Pruner::integrate_poly(int, fplll::Pruner::poly&) [with FT = fplll::FP_NR; fplll::Pruner::poly = std::vector, std::allocator > >]' used but never defined inline void integrate_poly(const int ld, /*io*/ poly &p); ^~~~~~~~~~~~~~ ../fplll/pruner.h:431:15: warning: inline function 'bool fplll::Pruner::enforce(fplll::Pruner::evec&, int) [with FT = fplll::FP_NR; fplll::Pruner::evec = std::vector, std::allocator > >]' used but never defined inline bool enforce(/*io*/ evec &b, /*opt i*/ const int j = 0); ^~~~~~~ ../fplll/pruner.h:440:13: warning: inline function 'FT fplll::Pruner::eval_poly(int, const poly&, FT) [with FT = fplll::FP_NR; fplll::Pruner::poly = std::vector, std::allocator > >]' used but never defined inline FT eval_poly(const int ld, /*i*/ const poly &p, const FT x); ^~~~~~~~~ ../fplll/pruner.h:448:15: warning: inline function 'void fplll::Pruner::integrate_poly(int, fplll::Pruner::poly&) [with FT = fplll::FP_NR; fplll::Pruner::poly = std::vector, std::allocator > >]' used but never defined inline void integrate_poly(const int ld, /*io*/ poly &p); ^~~~~~~~~~~~~~ /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_pruner test_pruner.o -lmpfr -lqd -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_pruner test_pruner.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -L/lib -lqd -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_sieve.o test_sieve.cpp In file included from test_sieve.cpp:4: ./test_utils.h: In instantiation of 'int read_vector(std::vector >&, const char*) [with ZT = __mpz_struct [1]]': test_sieve.cpp:63:24: required from 'int test_filename(const char*, const char*) [with ZT = __mpz_struct [1]]' test_sieve.cpp:76:79: required from here ./test_utils.h:46:3: warning: catching polymorphic type 'class std::ios_base::failure' by value [-Wcatch-value=] catch (ifstream::failure e) { ^~~~~ /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_sieve test_sieve.o -lmpfr -lqd -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_sieve test_sieve.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -L/lib -lqd -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_gso.o test_gso.cpp /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_gso test_gso.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_gso test_gso.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp i586-alt-linux-g++ -DHAVE_CONFIG_H -I. -I.. -I../fplll -I./.. -I./../fplll -I./../fplll -DTESTDATADIR=\"./../\" -I/include -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -c -o test_lll_gram.o test_lll_gram.cpp /bin/sh ../libtool --tag=CXX --mode=link i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,-rpath,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -lfplll -no-install -lqd -Wl,--as-needed -L/lib -o test_lll_gram test_lll_gram.o -lmpfr -lmpfr -lgmp -lgmp libtool: link: DIE_RPATH_DIE="/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs:" i586-alt-linux-g++ -pipe -frecord-gcc-switches -Wall -g -O2 -march=i586 -mtune=generic -fPIC -DPIC -Wl,-rpath -Wl,/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs -Wl,--as-needed -o test_lll_gram test_lll_gram.o -L/usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs /usr/src/RPM/BUILD/fplll-5.2.1/fplll/.libs/libfplll.so -lqd -L/lib -lmpfr -lgmp make[2]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make check-TESTS make[2]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[3]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' PASS: test_nr PASS: test_lll PASS: test_cvp PASS: test_svp PASS: test_bkz PASS: test_pruner PASS: test_sieve PASS: test_gso PASS: test_lll_gram make[4]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[4]: Nothing to be done for 'all'. make[4]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' ============================================================================ Testsuite summary for fplll 5.2.1 ============================================================================ # TOTAL: 9 # PASS: 9 # SKIP: 0 # XFAIL: 0 # FAIL: 0 # XPASS: 0 # ERROR: 0 ============================================================================ make[3]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[2]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[1]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1/tests' make[1]: Entering directory '/usr/src/RPM/BUILD/fplll-5.2.1' make[1]: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1' make: Leaving directory '/usr/src/RPM/BUILD/fplll-5.2.1' + exit 0 Processing files: libfplll-5.2.1-alt1_1 Executing(%doc): /bin/sh -e /usr/src/tmp/rpm-tmp.78340 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd fplll-5.2.1 + DOCDIR=/usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + export DOCDIR + rm -rf /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + /bin/mkdir -p /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + cp -prL NEWS README.md /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + chmod -R go-w /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + chmod -R a+rX /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + cp -prL --no-dereference COPYING /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + chmod -R go-w /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + chmod -R a+rX /usr/src/tmp/libfplll-buildroot/usr/share/doc/libfplll-5.2.1 + exit 0 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.UtlFSi find-provides: running scripts (debuginfo,lib,pam,perl,pkgconfig,python,shell) lib.prov: /usr/src/tmp/libfplll-buildroot/usr/lib/libfplll.so.5: 17493 symbols, 25 bpp warning: hash collision: _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi2020ELb0ELb0ELb0EEEvv _ZTISt17_Weak_result_typeIMN5fplll19ExternalEnumerationINS0_4Z_NRIA1_12__mpz_structEENS0_5FP_NRIA1_13__mpfr_structEEEEFvdPdiEE warning: hash collision: _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi40ELb1ELb1ELb0EEEvv _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi871ELb0ELb1ELb1EEEvv warning: hash collision: _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi1064ELb1ELb1ELb0EEEvv _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi1128ELb1ELb0ELb0EEEvv warning: hash collision: _ZN5fplll12BKZReductionINS_4Z_NRIA1_12__mpz_structEENS_5FP_NRI7dd_realEEE10print_tourEiii _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi107ELb0ELb1ELb1EEEvv warning: hash collision: _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi1494ELb1ELb1ELb0EEEvv _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi882ELb1ELb0ELb0EEEvv warning: hash collision: _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi339ELb0ELb0ELb1EEEvv _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi984ELb0ELb0ELb0EEEvv warning: hash collision: _ZN5fplll15EnumerationBase27enumerate_recursive_wrapperILi1135ELb1ELb0ELb0EEEvv _ZN5fplll7Wrapper14heuristic_loopEi Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.unohOQ find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,rpmlib,shebang,shell,static,symlinks,systemd-services) Provides: libfplll.so.5 = set: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 Requires: libc.so.6(GLIBC_2.0), libc.so.6(GLIBC_2.1.3), libc.so.6(GLIBC_2.4), libgcc_s.so.1(GCC_3.0), libgmp.so.10 >= set:mhZrwRupsDZLSNzJywyYAv6cOKUcn0TD11PNahBFfZx2E5oVZCPsFitxuaqjZHttGjbx6jWNqOb3, libm.so.6(GLIBC_2.0), libm.so.6(GLIBC_2.1), libm.so.6(GLIBC_2.23), libmpfr.so.6 >= set:mgZqv62EQNSYDoFJyJ6oMOC083DYvIrvgvBwMAUci90seRFBu8ac03Zi0LhJ6xDcr2iMnZib7GFP0TlkZaJBDoxfDeZ941GIgUIjIUzNtIUBq2a0, libqd.so.0 >= set:mhGNTvNkHfMZ3OzmTZoaOZnqD9nU2IwI8kCzNjEdCQ37yU7, libstdc++.so.6(CXXABI_1.3), libstdc++.so.6(CXXABI_1.3.9), libstdc++.so.6(GLIBCXX_3.4), libstdc++.so.6(GLIBCXX_3.4.11), libstdc++.so.6(GLIBCXX_3.4.14), libstdc++.so.6(GLIBCXX_3.4.15), libstdc++.so.6(GLIBCXX_3.4.21), libstdc++.so.6(GLIBCXX_3.4.9), rtld(GNU_HASH), rtld(GNU_UNIQUE) Requires(rpmlib): rpmlib(SetVersions) Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.55irq1 Creating libfplll-debuginfo package Processing files: libfplll-devel-5.2.1-alt1_1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.Bii5SF find-provides: running scripts (debuginfo,lib,pam,perl,pkgconfig,python,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.dXsQ7M find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,rpmlib,shebang,shell,static,symlinks,systemd-services) In file included from /usr/src/tmp/libfplll-buildroot/usr/include/fplll.h:1: /usr/src/tmp/libfplll-buildroot/usr/include/fplll/fplll.h:22:2: error: #error fplll needs at least a C++11 compliant compiler #error fplll needs at least a C++11 compliant compiler ^~~~~ In file included from /usr/src/tmp/libfplll-buildroot/usr/include/fplll/bkz_param.h:23, from /usr/src/tmp/libfplll-buildroot/usr/include/fplll/bkz.h:21, from /usr/src/tmp/libfplll-buildroot/usr/include/fplll/fplll.h:25, from /usr/src/tmp/libfplll-buildroot/usr/include/fplll.h:1: /usr/src/tmp/libfplll-buildroot/usr/include/fplll/defs.h:31:10: fatal error: algorithm: No such file or directory #include ^~~~~~~~~~~ compilation terminated. cpp.req: /usr/src/tmp/libfplll-buildroot/usr/include/fplll.h: cpp failed, trying c++ mode Provides: pkgconfig(fplll) = 5.2.1 Requires: libfplll = 5.2.1-alt1_1, /usr/lib/libfplll.so.5.0.0, /usr/lib/pkgconfig, libgmp-devel, libmpfr-devel, libqd-devel Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.d8odqn Processing files: libfplll-static-5.2.1-alt1_1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.xm6y1F find-provides: running scripts (debuginfo,lib,pam,perl,pkgconfig,python,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.rWLojQ find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,rpmlib,shebang,shell,static,symlinks,systemd-services) Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.qZzC2x Processing files: libfplll-tools-5.2.1-alt1_1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.zwhYU3 find-provides: running scripts (debuginfo,lib,pam,perl,pkgconfig,python,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.p019Z0 find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,rpmlib,shebang,shell,static,symlinks,systemd-services) Requires: libfplll = 5.2.1-alt1_1, /lib/ld-linux.so.2, libc.so.6(GLIBC_2.0), libc.so.6(GLIBC_2.1), libc.so.6(GLIBC_2.1.3), libc.so.6(GLIBC_2.4), libfplll.so.5 >= set:snuRZEm2FkBDZHbJxXpZ0tVbz5yZuUbE9MxTk53q9J19Q63Woyzno2EFhB7owZi7mpmfZk7UqYF7RrKqchfApg080ZmUZDQ1, libgcc_s.so.1(GCC_3.0), libgmp.so.10 >= set:mhC9HMl5BkIhlR9YpgP5te3UhG9GcZ9Zw1IcDNCMa7GknsexkatFfyliiMKKe, libm.so.6(GLIBC_2.0), libmpfr.so.6 >= set:mjaQH446yMu4zL0, libstdc++.so.6(CXXABI_1.3), libstdc++.so.6(CXXABI_1.3.9), libstdc++.so.6(GLIBCXX_3.4), libstdc++.so.6(GLIBCXX_3.4.11), libstdc++.so.6(GLIBCXX_3.4.21), libstdc++.so.6(GLIBCXX_3.4.9), rtld(GNU_HASH), rtld(GNU_UNIQUE) Requires(rpmlib): rpmlib(SetVersions) Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.0qiQbB Creating libfplll-tools-debuginfo package Processing files: libfplll-debuginfo-5.2.1-alt1_1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.p2bEBU find-provides: running scripts (debuginfo) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.XAntYM find-requires: running scripts (debuginfo) Provides: debug(libfplll.so.5) Requires: libfplll = 5.2.1-alt1_1, debug(libc.so.6), debug(libgcc_s.so.1), debug(libgmp.so.10), debug(libm.so.6), debug(libmpfr.so.6), debug(libqd.so.0), debug(libstdc++.so.6) Processing files: libfplll-tools-debuginfo-5.2.1-alt1_1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.RJQLF4 find-provides: running scripts (debuginfo) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.URZE0Q find-requires: running scripts (debuginfo) Requires: libfplll-tools = 5.2.1-alt1_1, /usr/lib/debug/lib/ld-linux.so.2.debug, debug(libc.so.6), debug(libfplll.so.5), debug(libgcc_s.so.1), debug(libgmp.so.10), debug(libm.so.6), debug(libmpfr.so.6), debug(libstdc++.so.6) Adding to libfplll-tools-debuginfo a strict dependency on libfplll-debuginfo Removing from libfplll-tools-debuginfo 21 sources provided by libfplll-debuginfo also prunning dir /usr/src/debug/fplll-5.2.1/fplll/nr Removing 1 extra deps from libfplll-devel due to dependency on libfplll Removing 1 extra deps from libfplll-tools due to dependency on libfplll Removing 1 extra deps from libfplll-tools-debuginfo due to dependency on libfplll-debuginfo Removing 14 extra deps from libfplll-tools due to repentancy on libfplll Removing 6 extra deps from libfplll-tools-debuginfo due to repentancy on libfplll-debuginfo Wrote: /usr/src/RPM/RPMS/i586/libfplll-5.2.1-alt1_1.i586.rpm Wrote: /usr/src/RPM/RPMS/i586/libfplll-devel-5.2.1-alt1_1.i586.rpm Wrote: /usr/src/RPM/RPMS/i586/libfplll-static-5.2.1-alt1_1.i586.rpm Wrote: /usr/src/RPM/RPMS/i586/libfplll-tools-5.2.1-alt1_1.i586.rpm Wrote: /usr/src/RPM/RPMS/i586/libfplll-debuginfo-5.2.1-alt1_1.i586.rpm Wrote: /usr/src/RPM/RPMS/i586/libfplll-tools-debuginfo-5.2.1-alt1_1.i586.rpm 1012.86user 34.58system 11:32.59elapsed 151%CPU (0avgtext+0avgdata 924596maxresident)k 0inputs+0outputs (0major+7112596minor)pagefaults 0swaps 1022.25user 40.45system 11:48.91elapsed 149%CPU (0avgtext+0avgdata 924596maxresident)k 4032inputs+0outputs (0major+7500265minor)pagefaults 0swaps --- libfplll-5.2.1-alt1_1.i586.rpm.repo 2018-07-15 11:52:31.000000000 +0000 +++ libfplll-5.2.1-alt1_1.i586.rpm.hasher 2020-05-17 11:48:33.386257207 +0000 @@ -31,3 +31,3 @@ Requires: rpmlib(PayloadIsLzma) -Provides: libfplll.so.5 = set: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 +Provides: libfplll.so.5 = set: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 Provides: libfplll = 5.2.1-alt1_1