PATH=C:\mingw\bin;C:\cpanfly-5.20\var\megalib\bin;C:\Perl-5.20\site\bin;C:\Perl-5.20\bin;C:\cygwin\bin;C:\mingw\bin;C:\cpanfly-5.20\var\megalib\bin;C:\Perl-5.20\site\bin;C:\Perl-5.20\bin;C:\cygwin\bin;C:\Program Files\Perforce;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\system32\WindowsPowerShell\v1.0;C:\WINDOWS\system32\WindowsPowerShell\v1.0;C:\Program Files\Git\cmd;C:\instantclient_11_2;C:\Program Files\Perforce;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\system32\WindowsPowerShell\v1.0;C:\WINDOWS\system32\WindowsPowerShell\v1.0;C:\Program Files\Git\cmd
Start 2016-01-06T07:13:54
ActivePerl-2000 CPAN-2.00
PATH=C:/CPANFL~1.20/var/libs/bin;C:\mingw\bin;C:\CPANFL~1.20\var\megalib\bin;C:\Perl-5.20\site\bin;C:\Perl-5.20\bin;C:\cygwin\bin;C:\mingw\bin;C:\CPANFL~1.20\var\megalib\bin;C:\Perl-5.20\site\bin;C:\Perl-5.20\bin;C:\cygwin\bin;C:\PROGRA~1\Perforce;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\system32\WINDOW~2\v1.0;C:\WINDOWS\system32\WINDOW~2\v1.0;C:\PROGRA~1\Git\cmd;C:\INSTAN~1;C:\PROGRA~1\Perforce;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\system32\WINDOW~2\v1.0;C:\WINDOWS\system32\WINDOW~2\v1.0;C:\PROGRA~1\Git\cmd
Reading 'C:\cpanfly-5.20\var\cpan\Metadata'
  Database was generated on Wed, 06 Jan 2016 06:41:02 GMT
Running make for P/PJ/PJACKLAM/bignum-0.42.tar.gz
Fetching with LWP:
http://ppm.activestate.com/CPAN/authors/id/P/PJ/PJACKLAM/bignum-0.42.tar.gz
Checksum for C:\cpanfly-5.20\var\cpan\sources\authors\id\P\PJ\PJACKLAM\bignum-0.42.tar.gz ok
bignum-0.42/
bignum-0.42/BUGS
bignum-0.42/CHANGES
bignum-0.42/inc/
bignum-0.42/inc/Module/
bignum-0.42/inc/Module/Install/
bignum-0.42/inc/Module/Install/Base.pm
bignum-0.42/inc/Module/Install/Can.pm
bignum-0.42/inc/Module/Install/Fetch.pm
bignum-0.42/inc/Module/Install/Makefile.pm
bignum-0.42/inc/Module/Install/Metadata.pm
bignum-0.42/inc/Module/Install/Win32.pm
bignum-0.42/inc/Module/Install/WriteAll.pm
bignum-0.42/inc/Module/Install.pm
bignum-0.42/INSTALL
bignum-0.42/lib/
bignum-0.42/lib/bigint.pm
bignum-0.42/lib/bignum.pm
bignum-0.42/lib/bigrat.pm
bignum-0.42/lib/Math/
bignum-0.42/lib/Math/BigFloat/
bignum-0.42/lib/Math/BigFloat/Trace.pm
bignum-0.42/lib/Math/BigInt/
bignum-0.42/lib/Math/BigInt/Trace.pm
bignum-0.42/LICENSE
bignum-0.42/Makefile.PL
bignum-0.42/MANIFEST
bignum-0.42/MANIFEST.SKIP
bignum-0.42/META.json
bignum-0.42/META.yml
bignum-0.42/README
bignum-0.42/SIGNATURE
bignum-0.42/t/
bignum-0.42/t/00sig.t
bignum-0.42/t/01load.t
bignum-0.42/t/02pod.t
bignum-0.42/t/03podcov.t
bignum-0.42/t/author-bigint-hex.t
bignum-0.42/t/author-bigint-oct.t
bignum-0.42/t/bigexp.t
bignum-0.42/t/bigint.t
bignum-0.42/t/bignum.t
bignum-0.42/t/bigrat.t
bignum-0.42/t/big_e_pi.t
bignum-0.42/t/biinfnan.t
bignum-0.42/t/bii_e_pi.t
bignum-0.42/t/bir_e_pi.t
bignum-0.42/t/bninfnan.t
bignum-0.42/t/bn_lite.t
bignum-0.42/t/brinfnan.t
bignum-0.42/t/br_lite.t
bignum-0.42/t/infnan.inc
bignum-0.42/t/in_effect.t
bignum-0.42/t/option_a.t
bignum-0.42/t/option_l.t
bignum-0.42/t/option_p.t
bignum-0.42/t/overrides.t
bignum-0.42/t/ratopt_a.t
bignum-0.42/t/scope_f.t
bignum-0.42/t/scope_i.t
bignum-0.42/t/scope_r.t
bignum-0.42/TODO

  CPAN.pm: Building P/PJ/PJACKLAM/bignum-0.42.tar.gz

>>> C:\Perl-5.20\bin\perl.exe Makefile.PL
Checking if your kit is complete...
Looks good
Have \cpanfl~1.20\var\megalib
Want \perl-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-x86-multi-thread-64int]
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 bignum
Writing MYMETA.yml and MYMETA.json
>>> dmake
cp lib/bigint.pm blib\lib\bigint.pm
cp lib/bignum.pm blib\lib\bignum.pm
cp lib/Math/BigInt/Trace.pm blib\lib\Math\BigInt\Trace.pm
cp lib/bigrat.pm blib\lib\bigrat.pm
cp lib/Math/BigFloat/Trace.pm blib\lib\Math\BigFloat\Trace.pm
  PJACKLAM/bignum-0.42.tar.gz
  dmake -- OK
Running make test
>>> dmake test TEST_VERBOSE=1
"C:\Perl-5.20\bin\perl.exe" "-MExtUtils::Command::MM" "-MTest::Harness" "-e" "undef *Test::Harness::Switches; test_harness(1, 'inc', 'blib\lib', 'blib\arch')" t/*.t
t/00sig.t .............. skipped: Set the environment variable TEST_SIGNATURE to enable this test.
# 
# Testing with Perl 5.020001, C:\Perl-5.20\bin\perl.exe
# 
#      Version Module
#      ------- ------
#         0.42 bignum
#         0.42 bigint
#         0.42 bigrat
#     1.999715 Math::BigInt
#     0.260802 Math::BigRat
#            - Math::BigInt::Lite
# 
t/01load.t ............. 
1..3
ok 1 - use bignum;
ok 2 - use bigint;
ok 3 - use bigrat;
ok
t/02pod.t .............. 
1..5
ok 1 - POD test for blib/lib/bigint.pm
ok 2 - POD test for blib/lib/bignum.pm
ok 3 - POD test for blib/lib/bigrat.pm
ok 4 - POD test for blib/lib/Math/BigFloat/Trace.pm (no pod)
ok 5 - POD test for blib/lib/Math/BigInt/Trace.pm (no pod)
ok
t/03podcov.t ........... 
1..3
ok 1 - bignum is covered
ok 2 - bigint is covered
ok 3 - bigrat is covered
ok
t/author-bigint-hex.t .. skipped: these tests are for testing by the author
t/author-bigint-oct.t .. skipped: these tests are for testing by the author
t/big_e_pi.t ........... 
1..4
ok 1 - e
ok 2 - PI
ok 3 - bexp(1, 10)
ok 4 - bpi(10)
ok
t/bigexp.t ............. 
1..4
ok 1 - ($ev) is approx. 1
ok 2 - (1-$ev) is approx. 0
ok 3 - (1-"$ev") is approx. 0
ok 4 - $ev should not equal 0
ok
t/bigint.t ............. 
1..51
ok 1 - bigint::_float_constant("123") = 123
ok 2 - bigint::_float_constant("123.4") = 123
ok 3 - bigint::_float_constant("1.4") = 1
ok 4 - bigint::_float_constant("0.1") = 0
ok 5 - bigint::_float_constant("-0.1") = 0
ok 6 - bigint::_float_constant("-1.1") = -1
ok 7 - bigint::_float_constant("-123.4") = -123
ok 8 - bigint::_float_constant("-123") = -123
ok 9 - bigint::_float_constant("123e2") = 123e2
ok 10 - bigint::_float_constant("123e-1") = 12
ok 11 - bigint::_float_constant("123e-4") = 0
ok 12 - bigint::_float_constant("123e-3") = 0
ok 13 - bigint::_float_constant("123.345e-1") = 12
ok 14 - bigint::_float_constant("123.456e+2") = 12345
ok 15 - bigint::_float_constant("1234.567e+3") = 1234567
ok 16 - bigint::_float_constant("1234.567e+4") = 1234567E1
ok 17 - bigint::_float_constant("1234.567e+6") = 1234567E3
ok 18 - bigint::_binary_constant("0100") = "64")
ok 19 - bigint::_binary_constant("0200") = "128")
ok 20 - bigint::_binary_constant("0x100") = "256")
ok 21 - bigint::_binary_constant("0b1001") = "9")
ok 22 - $x = 5 makes $x a Math::BigInt
ok 23 - $x = 2 ** 255 makes $x a Math::BigInt
ok 24 - 12->bfac() = 479001600
ok 25 - 9/4 = 2
ok 26 - 4.5 + 4.5 = 2
ok 27 - 4.5 + 4.5 makes a Math::BigInt
ok 28 - get accuracy
ok 29 - set accuracy to 12
ok 30 - get accuracy again
ok 31 - get precision
ok 32 - set precision to 12
ok 33 - get precision again
ok 34 - get round mode
ok 35 - set round mode
ok 36 - get round mode again
ok 37 - ref(hex(1)) = Math::BigInt
ok 38 - ref(hex(0x1)) = Math::BigInt
ok 39 - ref(hex("af")) = Math::BigInt
ok 40 - ref(hex("0x1")) = Math::BigInt
ok 41 - hex("af") = Math::BigInt->new(0xaf)
ok 42 - ref(oct("0x1")) = Math::BigInt
ok 43 - ref(oct("01")) = Math::BigInt
ok 44 - ref(oct("0b01")) = Math::BigInt
ok 45 - ref(oct("1")) = Math::BigInt
ok 46 - ref(oct(" 1")) = Math::BigInt
ok 47 - ref(oct(" 0x1")) = Math::BigInt
ok 48 - ref(oct(0x1)) = Math::BigInt
ok 49 - ref(oct(01)) = Math::BigInt
ok 50 - ref(oct(0b01)) = Math::BigInt
ok 51 - ref(oct(1)) = Math::BigInt
ok
t/bignum.t ............. 
1..35
ok 1 - $x = 5 makes $x a Math::BigInt
ok 2 - 2 + 2.5 = 4.5
ok 3 - $x = 2 + 3.5 makes $x a Math::BigFloat
ok 4 - 2 * 2.1 = 4.2
ok 5 - $x = 2 + 2.1 makes $x a Math::BigFloat
ok 6 - $x = 2 ** 255 makes $x a Math::BigInt
ok 7 - Math::BigInt::bsqrt("12")
ok 8 - sqrt(12)
ok 9 - 2/3
ok 10 - 12->bfac() = 479001600
ok 11 - 1/3
ok 12 - get accuracy
ok 13 - set accuracy to 12
ok 14 - get accuracy again
ok 15 - get precision
ok 16 - set precision to 12
ok 17 - get precision again
ok 18 - get round mode
ok 19 - set round mode
ok 20 - get round mode again
ok 21 - ref(hex(1)) = Math::BigInt
ok 22 - ref(hex(0x1)) = Math::BigInt
ok 23 - ref(hex("af")) = Math::BigInt
ok 24 - ref(hex("0x1")) = Math::BigInt
ok 25 - hex("af") = Math::BigInt->new(0xaf)
ok 26 - ref(oct("0x1")) = Math::BigInt
ok 27 - ref(oct("01")) = Math::BigInt
ok 28 - ref(oct("0b01")) = Math::BigInt
ok 29 - ref(oct("1")) = Math::BigInt
ok 30 - ref(oct(" 1")) = Math::BigInt
ok 31 - ref(oct(" 0x1")) = Math::BigInt
ok 32 - ref(oct(0x1)) = Math::BigInt
ok 33 - ref(oct(01)) = Math::BigInt
ok 34 - ref(oct(0b01)) = Math::BigInt
ok 35 - ref(oct(1)) = Math::BigInt
ok
t/bigrat.t ............. 
1..40
ok 1 - $x = 5 makes $x a Math::BigInt
ok 2 - $x = 2 ** 255 makes $x a Math::BigInt
ok 3 - 1/3 = '1/3'
ok 4 - 1/4+1/3 = '7/12'
ok 5 - 5/7+3/7 = '8/7'
ok 6 - 3/7+1 = '10/7'
ok 7 - 3/7+1.1 = '107/70'
ok 8 - 3/7+3/7 = '6/7'
ok 9 - 3/7-1 = '-4/7'
ok 10 - 3/7-1.1 = '-47/70'
ok 11 - 3/7-2/7 = '1/7'
ok 12 - 1.1+3/7 = '107/70'
ok 13 - 3/7*5/7 = '15/49'
ok 14 - 3/7 / (5/7) = '3/5'
ok 15 - 3/7 / 1 = '3/7'
ok 16 - 3/7 / 1.5 = '2/7'
ok 17 - get accuracy
ok 18 - set accuracy to 12
ok 19 - get accuracy again
ok 20 - get precision
ok 21 - set precision to 12
ok 22 - get precision again
ok 23 - get round mode
ok 24 - set round mode
ok 25 - get round mode again
ok 26 - ref(hex(1)) = Math::BigInt
ok 27 - ref(hex(0x1)) = Math::BigInt
ok 28 - ref(hex("af")) = Math::BigInt
ok 29 - ref(hex("0x1")) = Math::BigInt
ok 30 - hex("af") = Math::BigInt->new(0xaf)
ok 31 - ref(oct("0x1")) = Math::BigInt
ok 32 - ref(oct("01")) = Math::BigInt
ok 33 - ref(oct("0b01")) = Math::BigInt
ok 34 - ref(oct("1")) = Math::BigInt
ok 35 - ref(oct(" 1")) = Math::BigInt
ok 36 - ref(oct(" 0x1")) = Math::BigInt
ok 37 - ref(oct(0x1)) = Math::BigInt
ok 38 - ref(oct(01)) = Math::BigInt
ok 39 - ref(oct(0b01)) = Math::BigInt
ok 40 - ref(oct(1)) = Math::BigInt
ok
t/bii_e_pi.t ........... 
1..5
ok 1 - e
ok 2 - PI
ok 3 - e
ok 4 - e
ok 5 - PI
ok
t/biinfnan.t ........... 
1..66
ok 1 - $x = 1 + inf makes a Math::BigInt
ok 2 - inf = 1 + inf; inf->bstr() = 'inf'
ok 3 - $x = 1 * inf makes a Math::BigInt
ok 4 - inf = 1 * inf; inf->bstr() = 'inf'
ok 5 - $x = inf makes a Math::BigInt
ok 6 - inf = inf; inf->bstr() = 'inf'
ok 7 - $x = inf + inf makes a Math::BigInt
ok 8 - inf = inf + inf; inf->bstr() = 'inf'
ok 9 - $x = inf * inf makes a Math::BigInt
ok 10 - inf = inf * inf; inf->bstr() = 'inf'
ok 11 - $x = 1 + NaN makes a Math::BigInt
ok 12 - NaN = 1 + NaN; NaN->bstr() = 'NaN'
ok 13 - $x = 1 * NaN makes a Math::BigInt
ok 14 - NaN = 1 * NaN; NaN->bstr() = 'NaN'
ok 15 - $x = NaN makes a Math::BigInt
ok 16 - NaN = NaN; NaN->bstr() = 'NaN'
ok 17 - $x = NaN + NaN makes a Math::BigInt
ok 18 - NaN = NaN + NaN; NaN->bstr() = 'NaN'
ok 19 - $x = NaN * NaN makes a Math::BigInt
ok 20 - NaN = NaN * NaN; NaN->bstr() = 'NaN'
ok 21 - $x = NaN + inf makes a Math::BigInt
ok 22 - NaN = NaN + inf; NaN->bstr() = 'NaN'
ok 23 - $x = NaN * inf makes a Math::BigInt
ok 24 - NaN = NaN * inf; NaN->bstr() = 'NaN'
ok 25 - $x = inf * NaN makes a Math::BigInt
ok 26 - NaN = inf * NaN; NaN->bstr() = 'NaN'
Math::BigInt<<<
ok 27 - $x = 1 + "nan"; $x->bstr() = "NaN"
ok 28 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 29 - $x = 1 + "naN"; $x->bstr() = "NaN"
ok 30 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 31 - $x = 1 + "nAn"; $x->bstr() = "NaN"
ok 32 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 33 - $x = 1 + "nAN"; $x->bstr() = "NaN"
ok 34 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 35 - $x = 1 + "Nan"; $x->bstr() = "NaN"
ok 36 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 37 - $x = 1 + "NaN"; $x->bstr() = "NaN"
ok 38 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 39 - $x = 1 + "NAn"; $x->bstr() = "NaN"
ok 40 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 41 - $x = 1 + "NAN"; $x->bstr() = "NaN"
ok 42 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 43 - $x = 1 + "inf"; $x->bstr() = "inf"
ok 44 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 45 - $x = 1 + "inF"; $x->bstr() = "inf"
ok 46 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 47 - $x = 1 + "iNf"; $x->bstr() = "inf"
ok 48 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 49 - $x = 1 + "iNF"; $x->bstr() = "inf"
ok 50 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 51 - $x = 1 + "Inf"; $x->bstr() = "inf"
ok 52 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 53 - $x = 1 + "InF"; $x->bstr() = "inf"
ok 54 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 55 - $x = 1 + "INf"; $x->bstr() = "inf"
ok 56 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 57 - $x = 1 + "INF"; $x->bstr() = "inf"
ok 58 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 59 - $x = 1 + "infinity"; $x->bstr() = "inf"
ok 60 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 61 - $x = 1 + "Infinity"; $x->bstr() = "inf"
ok 62 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 63 - $x = 1 + "InFiNiTy"; $x->bstr() = "inf"
ok 64 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 65 - $x = 1 + "iNfInItY"; $x->bstr() = "inf"
ok 66 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok
t/bir_e_pi.t ........... 
1..4
ok 1 - e
ok 2 - PI
ok 3 - bexp(1, 10)
ok 4 - bpi(10)
ok
t/bn_lite.t ............ skipped: no Math::BigInt::Lite
t/bninfnan.t ........... 
1..66
ok 1 - $x = 1 + inf makes a Math::BigInt
ok 2 - inf = 1 + inf; inf->bstr() = 'inf'
ok 3 - $x = 1 * inf makes a Math::BigInt
ok 4 - inf = 1 * inf; inf->bstr() = 'inf'
ok 5 - $x = inf makes a Math::BigInt
ok 6 - inf = inf; inf->bstr() = 'inf'
ok 7 - $x = inf + inf makes a Math::BigInt
ok 8 - inf = inf + inf; inf->bstr() = 'inf'
ok 9 - $x = inf * inf makes a Math::BigInt
ok 10 - inf = inf * inf; inf->bstr() = 'inf'
ok 11 - $x = 1 + NaN makes a Math::BigInt
ok 12 - NaN = 1 + NaN; NaN->bstr() = 'NaN'
ok 13 - $x = 1 * NaN makes a Math::BigInt
ok 14 - NaN = 1 * NaN; NaN->bstr() = 'NaN'
ok 15 - $x = NaN makes a Math::BigInt
ok 16 - NaN = NaN; NaN->bstr() = 'NaN'
ok 17 - $x = NaN + NaN makes a Math::BigInt
ok 18 - NaN = NaN + NaN; NaN->bstr() = 'NaN'
ok 19 - $x = NaN * NaN makes a Math::BigInt
ok 20 - NaN = NaN * NaN; NaN->bstr() = 'NaN'
ok 21 - $x = NaN + inf makes a Math::BigInt
ok 22 - NaN = NaN + inf; NaN->bstr() = 'NaN'
ok 23 - $x = NaN * inf makes a Math::BigInt
ok 24 - NaN = NaN * inf; NaN->bstr() = 'NaN'
ok 25 - $x = inf * NaN makes a Math::BigInt
ok 26 - NaN = inf * NaN; NaN->bstr() = 'NaN'
Math::BigInt<<<
ok 27 - $x = 1 + "nan"; $x->bstr() = "NaN"
ok 28 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 29 - $x = 1 + "naN"; $x->bstr() = "NaN"
ok 30 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 31 - $x = 1 + "nAn"; $x->bstr() = "NaN"
ok 32 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 33 - $x = 1 + "nAN"; $x->bstr() = "NaN"
ok 34 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 35 - $x = 1 + "Nan"; $x->bstr() = "NaN"
ok 36 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 37 - $x = 1 + "NaN"; $x->bstr() = "NaN"
ok 38 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 39 - $x = 1 + "NAn"; $x->bstr() = "NaN"
ok 40 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 41 - $x = 1 + "NAN"; $x->bstr() = "NaN"
ok 42 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 43 - $x = 1 + "inf"; $x->bstr() = "inf"
ok 44 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 45 - $x = 1 + "inF"; $x->bstr() = "inf"
ok 46 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 47 - $x = 1 + "iNf"; $x->bstr() = "inf"
ok 48 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 49 - $x = 1 + "iNF"; $x->bstr() = "inf"
ok 50 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 51 - $x = 1 + "Inf"; $x->bstr() = "inf"
ok 52 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 53 - $x = 1 + "InF"; $x->bstr() = "inf"
ok 54 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 55 - $x = 1 + "INf"; $x->bstr() = "inf"
ok 56 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 57 - $x = 1 + "INF"; $x->bstr() = "inf"
ok 58 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 59 - $x = 1 + "infinity"; $x->bstr() = "inf"
ok 60 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 61 - $x = 1 + "Infinity"; $x->bstr() = "inf"
ok 62 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 63 - $x = 1 + "InFiNiTy"; $x->bstr() = "inf"
ok 64 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 65 - $x = 1 + "iNfInItY"; $x->bstr() = "inf"
ok 66 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok
t/br_lite.t ............ skipped: no Math::BigInt::Lite
t/brinfnan.t ........... 
1..66
ok 1 - $x = 1 + inf makes a Math::BigInt
ok 2 - inf = 1 + inf; inf->bstr() = 'inf'
ok 3 - $x = 1 * inf makes a Math::BigInt
ok 4 - inf = 1 * inf; inf->bstr() = 'inf'
ok 5 - $x = inf makes a Math::BigInt
ok 6 - inf = inf; inf->bstr() = 'inf'
ok 7 - $x = inf + inf makes a Math::BigInt
ok 8 - inf = inf + inf; inf->bstr() = 'inf'
ok 9 - $x = inf * inf makes a Math::BigInt
ok 10 - inf = inf * inf; inf->bstr() = 'inf'
ok 11 - $x = 1 + NaN makes a Math::BigInt
ok 12 - NaN = 1 + NaN; NaN->bstr() = 'NaN'
ok 13 - $x = 1 * NaN makes a Math::BigInt
ok 14 - NaN = 1 * NaN; NaN->bstr() = 'NaN'
ok 15 - $x = NaN makes a Math::BigInt
ok 16 - NaN = NaN; NaN->bstr() = 'NaN'
ok 17 - $x = NaN + NaN makes a Math::BigInt
ok 18 - NaN = NaN + NaN; NaN->bstr() = 'NaN'
ok 19 - $x = NaN * NaN makes a Math::BigInt
ok 20 - NaN = NaN * NaN; NaN->bstr() = 'NaN'
ok 21 - $x = NaN + inf makes a Math::BigInt
ok 22 - NaN = NaN + inf; NaN->bstr() = 'NaN'
ok 23 - $x = NaN * inf makes a Math::BigInt
ok 24 - NaN = NaN * inf; NaN->bstr() = 'NaN'
ok 25 - $x = inf * NaN makes a Math::BigInt
ok 26 - NaN = inf * NaN; NaN->bstr() = 'NaN'
Math::BigInt<<<
ok 27 - $x = 1 + "nan"; $x->bstr() = "NaN"
ok 28 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 29 - $x = 1 + "naN"; $x->bstr() = "NaN"
ok 30 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 31 - $x = 1 + "nAn"; $x->bstr() = "NaN"
ok 32 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 33 - $x = 1 + "nAN"; $x->bstr() = "NaN"
ok 34 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 35 - $x = 1 + "Nan"; $x->bstr() = "NaN"
ok 36 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 37 - $x = 1 + "NaN"; $x->bstr() = "NaN"
ok 38 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 39 - $x = 1 + "NAn"; $x->bstr() = "NaN"
ok 40 - An object of class 'Math::BigInt' isa 'Math::BigInt'
Math::BigInt<<<
ok 41 - $x = 1 + "NAN"; $x->bstr() = "NaN"
ok 42 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 43 - $x = 1 + "inf"; $x->bstr() = "inf"
ok 44 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 45 - $x = 1 + "inF"; $x->bstr() = "inf"
ok 46 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 47 - $x = 1 + "iNf"; $x->bstr() = "inf"
ok 48 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 49 - $x = 1 + "iNF"; $x->bstr() = "inf"
ok 50 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 51 - $x = 1 + "Inf"; $x->bstr() = "inf"
ok 52 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 53 - $x = 1 + "InF"; $x->bstr() = "inf"
ok 54 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 55 - $x = 1 + "INf"; $x->bstr() = "inf"
ok 56 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 57 - $x = 1 + "INF"; $x->bstr() = "inf"
ok 58 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 59 - $x = 1 + "infinity"; $x->bstr() = "inf"
ok 60 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 61 - $x = 1 + "Infinity"; $x->bstr() = "inf"
ok 62 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 63 - $x = 1 + "InFiNiTy"; $x->bstr() = "inf"
ok 64 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok 65 - $x = 1 + "iNfInItY"; $x->bstr() = "inf"
ok 66 - An object of class 'Math::BigInt' isa 'Math::BigInt'
ok
t/in_effect.t .......... 
1..9
ok 1 - bigint->can('in_effect')
ok 2 - bignum->can('in_effect')
ok 3 - bigrat->can('in_effect')
ok 4 - bigint in effect
ok 5 - bignum in effect
ok 6 - bigrat in effect
ok 7 - bigint not in effect
ok 8 - bignum not in effect
ok 9 - bigrat not in effect
ok
t/option_a.t ........... 
1..4
ok 1 - Math::BigInt accuracy = 12
ok 2 - Math::BigFloat accuracy = 12
ok 3 - Math::BigInt accuracy = 23
ok 4 - Math::BigFloat accuracy = 23
ok
t/option_l.t ........... 
1..19
ok 1 - eval { bignum->import( "l" => "foo" ) }
ok 2 - one warning
ok 3 - got fallback
ok 4 - eval { bignum->import( "lib" => "foo" ) }
ok 5 - two warnings
ok 6 - got fallback
ok 7 - eval { bignum->import( "try" => "foo" ) }
ok 8 - eval { bignum->import( "try" => "foo" ) }
ok 9 - died
ok 10 - died
ok 11 - died
ok 12 - died
ok 13 - died
ok 14 - died
ok 15 - died
ok 16 - died
ok 17 - died
ok 18 - died
ok 19 - died
ok
t/option_p.t ........... 
1..4
ok 1 - Math::BigInt precision = 12
ok 2 - Math::BigFloat precision = 12
ok 3 - Math::BigInt precision = 42
ok 4 - Math::BigFloat precision = 42
ok
t/overrides.t .......... 
1..35
ok 1 - bigint hex override without arguments infers $_
ok 2 - bigint oct override without arguments infers $_
ok 3 - bigint hex override provides scalar context
ok 4 - bigint oct override provides scalar context
ok 5 - bigint hex() works when bignum and bigrat are loaded
ok 6 - bigint oct() works when bignum and bigrat are loaded
ok 7 - bignum hex override without arguments infers $_
ok 8 - bignum oct override without arguments infers $_
ok 9 - bignum hex override provides scalar context
ok 10 - bignum oct override provides scalar context
ok 11 - bignum hex() works when bigint and bigrat are loaded
ok 12 - bignum oct() works when bigint and bigrat are loaded
ok 13 - bigrat hex override without arguments infers $_
ok 14 - bigrat oct override without arguments infers $_
ok 15 - bigrat hex override provides scalar context
ok 16 - bigrat oct override provides scalar context
ok 17 - bigrat hex() works when bignum and bigint are loaded
ok 18 - bigrat oct() works when bignum and bigint are loaded
ok 19 - existing hex overrides are called
ok 20 - existing oct overrides are called
ok 21 - exported hex function
ok 22 - exported oct function
ok 23 - exported hex function returns ref outside pragma scope
ok 24 - exported oct function returns ref outside pragma scope
ok 25 - exported oct function works with "decimal"
ok 26 - bignum exports hex
ok 27 - bignum exports oct
ok 28 - bignum exports same hex as bigint
ok 29 - bignum exports same oct as bigint
ok 30 - bigrat exports hex
ok 31 - bigrat exports oct
ok 32 - bigrat exports same hex as bigint
ok 33 - bigrat exports same oct as bigint
ok 34 - hex export is not global
ok 35 - oct export is not global
ok
t/ratopt_a.t ........... 
1..7
ok 1 - Math::BigInt accuracy = 2
ok 2 - Math::BigFloat accuracy = 2
ok 3 - Math::BigRat accuracy = 2
ok 4 - no error
ok 5 - Math::BigInt accuracy = 42
ok 6 - Math::BigFloat accuracy = 42
ok 7 - Math::BigRat accuracy = 42
ok
t/scope_f.t ............ 
1..10
ok 1 - is in effect
ok 2 - is in effect
ok 3 - is in effect
ok 4 - hex is overloaded
ok 5 - oct is overloaded
ok 6 - is not in effect
ok 7 - is not in effect
ok 8 - is not in effect
ok 9 - hex is not overloaded
ok 10 - oct is not overloaded
ok
t/scope_i.t ............ 
1..10
ok 1 - is in effect
ok 2 - is in effect
ok 3 - is in effect
ok 4 - hex is overloaded
ok 5 - oct is overloaded
ok 6 - is not in effect
ok 7 - is not in effect
ok 8 - is not in effect
ok 9 - hex is not overloaded
ok 10 - oct is not overloaded
ok
t/scope_r.t ............ 
1..10
ok 1 - is in effect
ok 2 - is in effect
ok 3 - is in effect
ok 4 - hex is overloaded
ok 5 - oct is overloaded
ok 6 - is not in effect
ok 7 - is not in effect
ok 8 - is not in effect
ok 9 - hex is not overloaded
ok 10 - oct is not overloaded
ok
All tests successful.
Files=27, Tests=460,  6 wallclock secs ( 0.23 usr +  0.05 sys =  0.28 CPU)
Result: PASS
  PJACKLAM/bignum-0.42.tar.gz
  dmake test TEST_VERBOSE=1 -- OK
<SOFTPKG NAME="bignum" VERSION="0.42" DATE="2016-01-05">
  <AUTHOR CPAN="PJACKLAM">Peter John Acklam &lt;pjacklam@online.no></AUTHOR>
  <ABSTRACT>Transparent BigNumber support for Perl</ABSTRACT>
  <ARCHITECTURE NAME="MSWin32-x86-multi-thread-64int-5.20"/>
  <CODEBASE HREF="bignum-0.42.tar.gz"/>
  <PROVIDE NAME="bigint::" VERSION="0.42"/>
  <PROVIDE NAME="bignum::" VERSION="0.42"/>
  <PROVIDE NAME="bigrat::" VERSION="0.42"/>
  <PROVIDE NAME="Math::BigFloat::Trace" VERSION="0.42"/>
  <PROVIDE NAME="Math::BigInt::Trace" VERSION="0.42"/>
  <REQUIRE NAME="Math::BigInt" VERSION="1.999712"/>
  <REQUIRE NAME="Math::BigRat" VERSION="0.12"/>
  <!-- Built 2016-01-06 with ActivePerl-2000 on cpanfly-win2003 (Windows 2003 R2 Standard Edition Service Pack 2) log bignum-0.42.d\log-20160106T071354.txt -->
</SOFTPKG>
>>> (cd C:\cpanfly-5.20\var\cpan\build\bignum-0.42-53a4PC && tar cvf - bignum-0.42.ppd blib) | gzip -c >C:/cpanfly-5.20/var/REPO/P/PJ/PJACKLAM/bignum-0.42.tar.gz
bignum-0.42.ppd
blib/
blib/lib/
blib/lib/bigint.pm
blib/lib/bignum.pm
blib/lib/bigrat.pm
blib/lib/Math/
blib/lib/Math/BigFloat/
blib/lib/Math/BigFloat/Trace.pm
blib/lib/Math/BigInt/
blib/lib/Math/BigInt/Trace.pm
>>> mv C:\cpanfly-5.20\var\cpan\build\bignum-0.42-53a4PC/bignum-0.42.ppd C:/cpanfly-5.20/var/REPO/P/PJ/PJACKLAM
Finished 2016-01-06T07:14:07