PATH=C:\cpanfly-5.20-64\var\megalib\bin;C:\Perl64-5.20\site\bin;C:\Perl64-5.20\bin;C:\MinGW-64\bin;C:\cygwin\bin;C:\instantclient_11_2-64;C:\p4;C:\Windows\system32;C:\Windows;C:\Windows\System32\Wbem;C:\Windows\System32\WindowsPowerShell\v1.0\;C:\Program Files\Git\cmd;C:\Program Files (x86)\CMake\bin Start 2016-06-13T10:45:29 ActivePerl-2003 CPAN-2.10 PATH=C:/CPANFL~1.20-/var/libs/bin;C:\CPANFL~1.20-\var\megalib\bin;C:\Perl64-5.20\site\bin;C:\Perl64-5.20\bin;C:\MinGW-64\bin;C:\cygwin\bin;C:\INSTAN~1;C:\p4;C:\Windows\system32;C:\Windows;C:\Windows\System32\Wbem;C:\Windows\System32\WINDOW~1\v1.0\;C:\PROGRA~1\Git\cmd;C:\PROGRA~2\CMake\bin Reading 'C:\cpanfly-5.20-64\var\cpan\Metadata' Database was generated on Mon, 13 Jun 2016 05:53:50 GMT Checksum for C:\cpanfly-5.20-64\var\cpan\sources\authors\id\B\BI\BINARY\Performance-Probability-0.04.tar.gz ok Performance-Probability-0.04/ Performance-Probability-0.04/LICENSE Performance-Probability-0.04/Makefile.PL Performance-Probability-0.04/README.md Performance-Probability-0.04/t/ Performance-Probability-0.04/t/performance_probability.t Performance-Probability-0.04/t/rc/ Performance-Probability-0.04/t/rc/.perltidyrc Performance-Probability-0.04/t/rc/.perlcriticrc Performance-Probability-0.04/t/test_contracts_0.csv Performance-Probability-0.04/t/perlcritic.t Performance-Probability-0.04/t/00-load.t Performance-Probability-0.04/META.json Performance-Probability-0.04/META.yml Performance-Probability-0.04/doc/ Performance-Probability-0.04/doc/PerformanceProbability.pdf Performance-Probability-0.04/doc/C&C_TimeOverlapBinaries.pdf Performance-Probability-0.04/lib/ Performance-Probability-0.04/lib/Performance/ Performance-Probability-0.04/lib/Performance/Probability.pm Performance-Probability-0.04/MANIFEST Performance-Probability-0.04/.travis.yml Configuring B/BI/BINARY/Performance-Probability-0.04.tar.gz with Makefile.PL >>> C:\Perl64-5.20\bin\perl.exe Makefile.PL Warning: prerequisite Math::BivariateCDF 0 not found. Checking if your kit is complete... Looks good Have \cpanfl~1.20-\var\megalib Want \perl64-5.20\lib Your perl and your Config.pm seem to have different ideas about the architecture they are running on. Perl thinks: [megalib] Config says: [MSWin32-x64-multi-thread] This may or may not cause problems. Please check your installation of perl if you have problems building this extension. Generating a dmake-style Makefile Writing Makefile for Performance::Probability Writing MYMETA.yml and MYMETA.json BINARY/Performance-Probability-0.04.tar.gz C:\Perl64-5.20\bin\perl.exe Makefile.PL -- OK Running make for B/BI/BINARY/Performance-Probability-0.04.tar.gz ---- Unsatisfied dependencies detected during ---- ---- BINARY/Performance-Probability-0.04.tar.gz ---- Math::BivariateCDF [requires] Running test for module 'Math::BivariateCDF' Checksum for C:\cpanfly-5.20-64\var\cpan\sources\authors\id\B\BI\BINARY\Math-BivariateCDF-0.02.tar.gz ok Math-BivariateCDF-0.02/ Math-BivariateCDF-0.02/BivariateCDF.xs Math-BivariateCDF-0.02/LICENSE Math-BivariateCDF-0.02/Makefile.PL Math-BivariateCDF-0.02/README.md Math-BivariateCDF-0.02/ppport.h Math-BivariateCDF-0.02/t/ Math-BivariateCDF-0.02/t/Math-BivariateCDF.t Math-BivariateCDF-0.02/META.json Math-BivariateCDF-0.02/toms462.h Math-BivariateCDF-0.02/META.yml Math-BivariateCDF-0.02/Changes Math-BivariateCDF-0.02/lib/ Math-BivariateCDF-0.02/lib/Math/ Math-BivariateCDF-0.02/lib/Math/BivariateCDF.pm Math-BivariateCDF-0.02/MANIFEST Math-BivariateCDF-0.02/.travis.yml Math-BivariateCDF-0.02/toms462.c Configuring B/BI/BINARY/Math-BivariateCDF-0.02.tar.gz with Makefile.PL >>> C:\Perl64-5.20\bin\perl.exe Makefile.PL Checking if your kit is complete... Looks good Have \cpanfl~1.20-\var\megalib Want \perl64-5.20\lib Your perl and your Config.pm seem to have different ideas about the architecture they are running on. Perl thinks: [megalib] Config says: [MSWin32-x64-multi-thread] This may or may not cause problems. Please check your installation of perl if you have problems building this extension. Generating a dmake-style Makefile Writing Makefile for Math::BivariateCDF Writing MYMETA.yml and MYMETA.json BINARY/Math-BivariateCDF-0.02.tar.gz C:\Perl64-5.20\bin\perl.exe Makefile.PL -- OK Running make for B/BI/BINARY/Math-BivariateCDF-0.02.tar.gz >>> dmake cp lib/Math/BivariateCDF.pm blib\lib\Math\BivariateCDF.pm Running Mkbootstrap for Math::BivariateCDF () "C:\Perl64-5.20\bin\perl.exe" -MExtUtils::Command -e chmod -- 644 "BivariateCDF.bs" "C:\Perl64-5.20\bin\perl.exe" "C:\cpanfly-5.20-64\var\megalib\ExtUtils\xsubpp" -typemap "C:\Perl64-5.20\lib\ExtUtils\typemap" BivariateCDF.xs > BivariateCDF.xsc && "C:\Perl64-5.20\bin\perl.exe" -MExtUtils::Command -e mv -- BivariateCDF.xsc BivariateCDF.c Please specify prototyping behavior for BivariateCDF.xs (see perlxs manual) gcc -c -I. -s -O2 -DWIN32 -DWIN64 -DCONSERVATIVE -DPERL_TEXTMODE_SCRIPTS -DUSE_SITECUSTOMIZE -DPERL_IMPLICIT_CONTEXT -DPERL_IMPLICIT_SYS -DUSE_PERLIO -fwrapv -fno-strict-aliasing -mms-bitfields -s -O2 -DVERSION=\"0.02\" -DXS_VERSION=\"0.02\" "-IC:\Perl64-5.20\lib\CORE" BivariateCDF.c gcc -c -I. -s -O2 -DWIN32 -DWIN64 -DCONSERVATIVE -DPERL_TEXTMODE_SCRIPTS -DUSE_SITECUSTOMIZE -DPERL_IMPLICIT_CONTEXT -DPERL_IMPLICIT_SYS -DUSE_PERLIO -fwrapv -fno-strict-aliasing -mms-bitfields -s -O2 -DVERSION=\"0.02\" -DXS_VERSION=\"0.02\" "-IC:\Perl64-5.20\lib\CORE" toms462.c "C:\Perl64-5.20\bin\perl.exe" -MExtUtils::Mksymlists \ -e "Mksymlists('NAME'=>\"Math::BivariateCDF\", 'DLBASE' => 'BivariateCDF', 'DL_FUNCS' => { }, 'FUNCLIST' => [], 'IMPORTS' => { }, 'DL_VARS' => []);" dlltool --def BivariateCDF.def --output-exp dll.exp g++ -o blib\arch\auto\Math\BivariateCDF\BivariateCDF.dll -mdll -s -static-libgcc -static-libstdc++ -L"C:\Perl64-5.20\lib\CORE" -L"C:\MinGW\x86_64-w64-mingw32\lib" BivariateCDF.o toms462.o "C:\Perl64-5.20\lib\CORE\libperl520.a" "C:\MinGW\x86_64-w64-mingw32\lib\libm.a" "C:\MinGW\x86_64-w64-mingw32\lib\libmoldname.a" "C:\MinGW\x86_64-w64-mingw32\lib\libkernel32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libuser32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libgdi32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libwinspool.a" "C:\MinGW\x86_64-w64-mingw32\lib\libcomdlg32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libadvapi32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libshell32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libole32.a" "C:\MinGW\x86_64-w64-mingw32\lib\liboleaut32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libnetapi32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libuuid.a" "C:\MinGW\x86_64-w64-mingw32\lib\libws2_32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libmpr.a" "C:\MinGW\x86_64-w64-mingw32\lib\libwinmm.a" "C:\MinGW\x86_64-w64-mingw32\lib\libversion.a" "C:\MinGW\x86_64-w64-mingw32\lib\libodbc32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libodbccp32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libcomctl32.a" dll.exp dlltool --def BivariateCDF.def --output-exp dll.exp g++ -o blib\arch\auto\Math\BivariateCDF\BivariateCDF.dll -mdll -s -static-libgcc -static-libstdc++ -L"C:\Perl64-5.20\lib\CORE" -L"C:\MinGW\x86_64-w64-mingw32\lib" BivariateCDF.o toms462.o "C:\Perl64-5.20\lib\CORE\libperl520.a" "C:\MinGW\x86_64-w64-mingw32\lib\libm.a" "C:\MinGW\x86_64-w64-mingw32\lib\libmoldname.a" "C:\MinGW\x86_64-w64-mingw32\lib\libkernel32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libuser32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libgdi32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libwinspool.a" "C:\MinGW\x86_64-w64-mingw32\lib\libcomdlg32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libadvapi32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libshell32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libole32.a" "C:\MinGW\x86_64-w64-mingw32\lib\liboleaut32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libnetapi32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libuuid.a" "C:\MinGW\x86_64-w64-mingw32\lib\libws2_32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libmpr.a" "C:\MinGW\x86_64-w64-mingw32\lib\libwinmm.a" "C:\MinGW\x86_64-w64-mingw32\lib\libversion.a" "C:\MinGW\x86_64-w64-mingw32\lib\libodbc32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libodbccp32.a" "C:\MinGW\x86_64-w64-mingw32\lib\libcomctl32.a" dll.exp "C:\Perl64-5.20\bin\perl.exe" -MExtUtils::Command -e chmod -- 755 blib\arch\auto\Math\BivariateCDF\BivariateCDF.dll BINARY/Math-BivariateCDF-0.02.tar.gz dmake -- OK Running make test >>> dmake test TEST_VERBOSE=1 "C:\Perl64-5.20\bin\perl.exe" "-MExtUtils::Command::MM" "-MTest::Harness" "-e" "undef *Test::Harness::Switches; test_harness(1, 'blib\lib', 'blib\arch')" t/*.t t/Math-BivariateCDF.t .. 1..26 ok 1 - use Math::BivariateCDF; ok 2 - bivnor(0.036412293026205, 0.0708220179920969, 0.734208757779421)==0.359905409368831 ok 3 - bivnor(0.0428644207825943, 0.0296545938209543, 0.728868986855662)==0.365580183936228 ok 4 - bivnor(0.11600171033121, 0.11910582322574, 0.0327868852459016)==0.210548171202747 ok 5 - bivnor(0.0457753351073424, 0.0851617402785732, 0.0476190476190476)==0.23207199556715 ok 6 - bivnor(0.0851617402785732, 0.0785845483694907, 0.0314970394174356)==0.22341742255267 ok 7 - bivnor(0.182767776685671, 0.178099689500809, -0.0650428000487437)==0.173514838316166 ok 8 - bivnor(0.0469359135524636, 0.0184700101336557, 0.0327868852459016)==0.242307532823671 ok 9 - bivnor(0.0220997747855169, -0.0589371837001702, 0.0487821000365578)==0.264885758960159 ok 10 - bivnor(0.0606970490116174, 0.0550001000332323, 0.0325214000243719)==0.232625228275984 ok 11 - bivnor(0.0269070244506482, 0.0492506194103846, 0.0327868852459016)==0.240235193036092 ok 12 - bivnor(0.048094339155653, 0.0515567736550362, 0.0327868852459016)==0.235731423130852 ok 13 - bivnor(0.0492506194103846, 0.0387662301741831, 0.0483870967741935)==0.240442034750273 ok 14 - bivnor(0.0446125962878241, 0.0515567736550362, 0.0322622612330552)==0.236314130607731 ok 15 - bivnor(0.0281031001489114, 0.0492506194103846, 0.0161311306165276)==0.237358405269748 ok 16 - bivnor(-0.01007806638658, 0.0328647019283641, 0.0163934426229508)==0.248010831899286 ok 17 - bivnor(0.017255409833983, 0.017255409833983, 0.0162607000121859)==0.245751133155961 ok 18 - bivnor(0.017255409833983, -0.103026886627233, 0.0325214000243719)==0.271938906013812 ok 19 - bivnor(0.0504047617714123, 0.0304884250035562, 0.0163934426229508)==0.236718506870204 ok 20 - bivnor() doesn not cause exception ok 21 - bivnor() doesn not cause exception ok 22 - bivnor() doesn not cause exception ok 23 - r less than -1 causes exception ok 24 - r greater than 1 causes exception ok 25 - Argument is not numeric warning ok 26 - no (unexpected) warnings (via done_testing) ok All tests successful. Files=1, Tests=26, 1 wallclock secs ( 0.03 usr + 0.05 sys = 0.08 CPU) Result: PASS BINARY/Math-BivariateCDF-0.02.tar.gz dmake test TEST_VERBOSE=1 -- OK Binary.com <binary@cpan.org> Perl extension for Bivariate CDF functions. >>> (cd C:\cpanfly-5.20-64\var\tmp\cpan_build\Math-BivariateCDF-0.02-WwhoFR && tar cvf - Math-BivariateCDF-0.02.ppd blib) | gzip -c >C:/cpanfly-5.20-64/var/REPO/B/BI/BINARY/Math-BivariateCDF-0.02.tar.gz Math-BivariateCDF-0.02.ppd blib/ blib/arch/ blib/arch/auto/ blib/arch/auto/Math/ blib/arch/auto/Math/BivariateCDF/ blib/arch/auto/Math/BivariateCDF/BivariateCDF.dll blib/lib/ blib/lib/Math/ blib/lib/Math/BivariateCDF.pm BINARY/Performance-Probability-0.04.tar.gz Has already been unwrapped into directory C:\cpanfly-5.20-64\var\tmp\cpan_build\Performance-Probability-0.04-8PFFZK BINARY/Performance-Probability-0.04.tar.gz Has already been prepared Running make for B/BI/BINARY/Performance-Probability-0.04.tar.gz Prepending C:\cpanfly-5.20-64\var\tmp\cpan_build\Math-BivariateCDF-0.02-WwhoFR/blib/arch C:\cpanfly-5.20-64\var\tmp\cpan_build\Math-BivariateCDF-0.02-WwhoFR/blib/lib to PERL5LIB for 'make' >>> dmake cp lib/Performance/Probability.pm blib\lib\Performance\Probability.pm BINARY/Performance-Probability-0.04.tar.gz dmake -- OK Prepending C:\cpanfly-5.20-64\var\tmp\cpan_build\Math-BivariateCDF-0.02-WwhoFR/blib/arch C:\cpanfly-5.20-64\var\tmp\cpan_build\Math-BivariateCDF-0.02-WwhoFR/blib/lib to PERL5LIB for 'test' Running make test >>> dmake test TEST_VERBOSE=1 "C:\Perl64-5.20\bin\perl.exe" "-MExtUtils::Command::MM" "-MTest::Harness" "-e" "undef *Test::Harness::Switches; test_harness(1, 'blib\lib', 'blib\arch')" t/*.t # Testing Performance::Probability 0.04, Perl 5.020003, C:\Perl64-5.20\bin\perl.exe t/00-load.t .................. 1..1 ok 1 - use Performance::Probability; ok t/performance_probability.t .. # Subtest: performance_probability ok 1 - Performance probability calculation. 1..1 ok 1 - performance_probability 1..1 ok # Failed test 'Test::Perl::Critic for "blib\lib\Performance\Probability.pm"' # at C:/cpanfly-5.20-64/var/megalib/Test/Perl/Critic.pm line 104. # # Variable, subroutine, and package names have to be in CamelCase at line 15, column 5. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 48, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 50, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 51, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 53, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 57, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 58, column 12. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 58, column 23. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 58, column 23. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 58, column 39. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 58, column 39. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 59, column 14. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 59, column 20. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 62, column 13. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 66, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 68, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 69, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 73, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 74, column 14. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 74, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 74, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 77, column 13. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 81, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 83, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 84, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 86, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 90, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 91, column 12. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 91, column 22. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 91, column 22. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 91, column 44. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 91, column 44. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 92, column 14. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 92, column 20. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 95, column 13. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 99, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 101, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 102, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 103, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 106, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 108, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 109, column 9. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 109, column 16. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 109, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 109, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 109, column 36. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 109, column 36. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 109, column 50. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 109, column 50. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 109, column 67. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 109, column 67. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 112, column 12. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 116, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 118, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 119, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 120, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 122, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 125, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 126, column 9. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 126, column 16. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 126, column 25. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 126, column 25. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 126, column 41. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 126, column 41. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 126, column 56. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 126, column 56. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 126, column 77. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 126, column 77. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 129, column 12. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 134, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 9. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 22. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 34. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 47. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 55. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 60. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 136, column 65. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 139, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 141, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 142, column 29. (no explanation). (Severity: 5) # Use of low precedence operators is not allowed at line 143, column 26. Replace low precedence operators with the high precedence substitutes. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 143, column 30. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 143, column 30. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 143, column 51. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 143, column 51. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 146, column 20. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 146, column 38. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 146, column 38. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 146, column 57. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 146, column 57. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 146, column 78. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 146, column 78. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 146, column 98. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 146, column 98. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 147, column 20. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 147, column 38. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 147, column 38. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 147, column 58. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 147, column 58. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 147, column 78. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 147, column 78. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 147, column 98. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 147, column 98. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 148, column 20. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 148, column 38. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 148, column 54. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 150, column 21. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 154, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 154, column 53. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 154, column 53. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 154, column 72. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 154, column 72. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 155, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 155, column 53. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 155, column 53. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 155, column 72. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 155, column 72. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 157, column 24. (no explanation). (Severity: 5) # Subroutine "inv_cdf" not exported by "Math::Gauss::XS" at line 157, column 42. Violates encapsulation. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 157, column 67. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 157, column 67. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 158, column 24. (no explanation). (Severity: 5) # Subroutine "inv_cdf" not exported by "Math::Gauss::XS" at line 158, column 42. Violates encapsulation. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 158, column 67. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 158, column 67. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 160, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 160, column 35. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 160, column 55. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 160, column 88. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 162, column 25. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 162, column 25. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 162, column 41. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 162, column 41. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 163, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 163, column 41. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 166, column 25. (no explanation). (Severity: 5) # Use of low precedence operators is not allowed at line 166, column 39. Replace low precedence operators with the high precedence substitutes. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 166, column 42. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 170, column 24. (no explanation). (Severity: 5) # Subroutine "bivnor" not exported by "Math::BivariateCDF" at line 170, column 32. Violates encapsulation. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 170, column 59. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 170, column 70. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 170, column 81. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 172, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 26. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 34. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 173, column 34. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 46. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 173, column 46. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 60. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 173, column 60. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 72. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 173, column 72. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 86. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 173, column 86. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 173, column 98. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 173, column 98. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 175, column 21. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 175, column 35. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 175, column 49. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 181, column 12. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 190, column 1. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 192, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 194, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 194, column 15. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 194, column 15. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Use of low precedence operators is not allowed at line 196, column 9. Replace low precedence operators with the high precedence substitutes. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 196, column 21. (no explanation). (Severity: 5) # Found use of die. Use an exception instead at line 197, column 9. Exception objects should be used instead of the standard Perl error mechanism. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 201, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 201, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 201, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 202, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 202, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 202, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 203, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 203, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 203, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 204, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 204, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 204, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 205, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 205, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 205, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 206, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 206, column 24. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 206, column 24. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 208, column 30. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 208, column 54. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 208, column 75. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 208, column 92. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 208, column 114. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 208, column 138. (no explanation). (Severity: 5) # Found use of die. Use an exception instead at line 209, column 9. Exception objects should be used instead of the standard Perl error mechanism. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 213, column 25. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 214, column 13. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 214, column 13. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 214, column 32. (no explanation). (Severity: 5) # Private Member Data shouldn't be accessed directly at line 214, column 32. Accessing an objects data directly breaks encapsulation and should be avoided. Example: $object->{ some_key }. (Severity: 5) # Found use of die. Use an exception instead at line 215, column 13. Exception objects should be used instead of the standard Perl error mechanism. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 219, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 219, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 219, column 39. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 220, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 220, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 221, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 221, column 24. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 221, column 39. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 223, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 223, column 22. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 223, column 27. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 223, column 32. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 225, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 225, column 39. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 225, column 44. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 225, column 49. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 34. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 47. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 59. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 72. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 80. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 85. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 227, column 90. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 230, column 8. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 232, column 8. (no explanation). (Severity: 5) # Subroutine "machine_epsilon" is neither declared nor explicitly imported at line 232, column 19. This might be a major bug. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 234, column 5. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 234, column 13. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 234, column 20. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 235, column 5. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 235, column 13. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 235, column 28. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 235, column 41. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 235, column 62. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 235, column 77. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 237, column 5. (no explanation). (Severity: 5) # Subroutine "cdf" not exported by "Math::Gauss::XS" at line 237, column 19. Violates encapsulation. (Severity: 4) # Variable, subroutine, and package names have to be in CamelCase at line 237, column 40. (no explanation). (Severity: 5) # Variable, subroutine, and package names have to be in CamelCase at line 239, column 12. (no explanation). (Severity: 5) t/perlcritic.t ............... not ok - Test::Perl::Critic for "blib\lib\Performance\Probability.pm" 1..1 Dubious, test returned 1 (wstat 256, 0x100) Failed 1/1 subtests Test Summary Report ------------------- t/perlcritic.t (Wstat: 256 Tests: 1 Failed: 1) Failed test: 1 Non-zero exit status: 1 Files=3, Tests=3, 6 wallclock secs ( 0.06 usr + 0.03 sys = 0.09 CPU) Result: FAIL Failed 1/3 test programs. 1/3 subtests failed. dmake: Error code 129, while making 'test_dynamic' BINARY/Performance-Probability-0.04.tar.gz dmake test TEST_VERBOSE=1 -- NOT OK //hint// to see the cpan-testers results for installing this module, try: reports BINARY/Performance-Probability-0.04.tar.gz Finished 2016-06-13T10:45:57