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Writing Makefile for Test::LectroTest
cp lib/Test/LectroTest/Compat.pm blib/lib/Test/LectroTest/Compat.pm
cp lib/Test/LectroTest/TestRunner.pm blib/lib/Test/LectroTest/TestRunner.pm
cp lib/Test/LectroTest/Generator.pm blib/lib/Test/LectroTest/Generator.pm
cp lib/Test/LectroTest.pm blib/lib/Test/LectroTest.pm
cp lib/Test/LectroTest/RegressionTesting.pod blib/lib/Test/LectroTest/RegressionTesting.pod
cp lib/Test/LectroTest/Tutorial.pod blib/lib/Test/LectroTest/Tutorial.pod
cp lib/Test/LectroTest/FailureRecorder.pm blib/lib/Test/LectroTest/FailureRecorder.pm
cp lib/Test/LectroTest/Property.pm blib/lib/Test/LectroTest/Property.pm
Manifying blib/man3/Test::LectroTest::TestRunner.3
Manifying blib/man3/Test::LectroTest::Compat.3
Manifying blib/man3/Test::LectroTest::Generator.3
Manifying blib/man3/Test::LectroTest.3
Manifying blib/man3/Test::LectroTest::RegressionTesting.3
Manifying blib/man3/Test::LectroTest::Tutorial.3
Manifying blib/man3/Test::LectroTest::FailureRecorder.3
Manifying blib/man3/Test::LectroTest::Property.3
PERL_DL_NONLAZY=1 /home/cpanrun/pa-risc1.1/build/5.8.2/bin/perl "-MExtUtils::Command::MM" "-e" "test_harness(1, 'blib/lib', 'blib/arch')" t/*.t
t/0-signature.....1..1
ok 1 # skip Set the environment variable TEST_SIGNATURE to enable this test
ok
        1/1 skipped: Set the environment variable TEST_SIGNATURE to enable this test
t/compat..........1..7
ok 1 - property 'always succeeds' (5 attempts)
ok 2 - property 'cmp_ok can be used' (1000 attempts)
ok 3 - trivial 0<1 test
ok 4 - property 'inline' (1000 attempts)
ok 5 - trivial 0<1 test
ok 6 - false property yields test failure
ok 7 - failing cmp_ok w/in prop yields test failure
ok
t/docs-eg.........1..3
ok 1 - 'my_sqrt satisfies defn of square root' (1000 attempts)
#   1% less than 1
ok 2 - 'my_thing_to_test ignores fractions' (1000 attempts)
ok 3 - 'my_thing_to_test ignores fractions' (1000 attempts)
ok
t/gens............1..248
ok 1 - use Test::LectroTest::Generator;
ok 2 - Int constructor returns something
ok 3 - Int ctor returns a Test::LectroTest::Generator
ok 4 - Bool constructor returns something
ok 5 - Bool ctor returns a Test::LectroTest::Generator
ok 6 - Float constructor returns something
ok 7 - Float ctor returns a Test::LectroTest::Generator
ok 8 - Char constructor returns something
ok 9 - Char ctor returns a Test::LectroTest::Generator
ok 10 - String constructor returns something
ok 11 - String ctor returns a Test::LectroTest::Generator
ok 12 - List constructor returns something
ok 13 - List ctor returns a Test::LectroTest::Generator
ok 14 - Elements(1) constructor returns something
ok 15 - Elements(1) ctor returns a Test::LectroTest::Generator
ok 16 - Unit(1) constructor returns something
ok 17 - Unit(1) ctor returns a Test::LectroTest::Generator
ok 18 - Paste constructor returns something
ok 19 - Paste ctor returns a Test::LectroTest::Generator
ok 20 - OneOf(Unit(0)) constructor returns something
ok 21 - OneOf(Unit(0)) ctor returns a Test::LectroTest::Generator
ok 22 - Each constructor returns something
ok 23 - Each ctor returns a Test::LectroTest::Generator
ok 24 - Map{} constructor returns something
ok 25 - Map{} ctor returns a Test::LectroTest::Generator
ok 26 - Concat constructor returns something
ok 27 - Concat ctor returns a Test::LectroTest::Generator
ok 28 - Flatten constructor returns something
ok 29 - Flatten ctor returns a Test::LectroTest::Generator
ok 30 - ConcatMap{} constructor returns something
ok 31 - ConcatMap{} ctor returns a Test::LectroTest::Generator
ok 32 - FlattenMap{} constructor returns something
ok 33 - FlattenMap{} ctor returns a Test::LectroTest::Generator
ok 34 - Hash(Unit(1),Unit(1)) constructor returns something
ok 35 - Hash(Unit(1),Unit(1)) ctor returns a Test::LectroTest::Generator
ok 36 - Frequency([1,"a"]) constructor returns something
ok 37 - Frequency([1,"a"]) ctor returns a Test::LectroTest::Generator
ok 38 - Sized{1}Unit(0) constructor returns something
ok 39 - Sized{1}Unit(0) ctor returns a Test::LectroTest::Generator
ok 40 - Bool dist mean is 0.5 (z-score = 0.58)
ok 41 - Char(charset=>"x") generates only 'x' values
ok 42 - Char(charset=>"a-j") is complete and uniformly distributed
ok 43 - Char(charset=>'a') generated the char set 'a'
ok 44 - Char(charset=>'-') generated the char set '-'
ok 45 - Char(charset=>'a-a') generated the char set 'a'
ok 46 - Char(charset=>'-a') generated the char set '-a'
ok 47 - Char(charset=>'a-') generated the char set '-a'
ok 48 - Char(charset=>'aA-C') generated the char set 'ABCa'
ok 49 - Char(charset=>'A-Ca') generated the char set 'ABCa'
ok 50 - Char(charset=>'X-YaA-C') generated the char set 'ABCXYa'
ok 51 - Char(charset=>'A-CaX-Y') generated the char set 'ABCXYa'
ok 52 - Elements(0 1 2 3 4 5 6 7 8 9) is complete and uniformly distributed
ok 53 - Elements(a b c d e f g h i j) is complete and uniformly distributed
ok 54 - pre-flight: Elements(<empty>) caught
ok 55 - Float(sized=>0,range=>[-400,-200]) dist mean is -300 (z-score = -0.90)
ok 56 - Float(sized=>0,range=>[-300,-100]) dist mean is -200 (z-score = 0.23)
ok 57 - Float(sized=>0,range=>[-200,0]) dist mean is -100 (z-score = 0.76)
ok 58 - Float(sized=>0,range=>[-100,100]) dist mean is 0 (z-score = -0.29)
ok 59 - Float(sized=>0,range=>[0,200]) dist mean is 100 (z-score = 0.12)
ok 60 - Float(sized=>0,range=>[100,300]) dist mean is 200 (z-score = 0.66)
ok 61 - Float(sized=>0,range=>[200,400]) dist mean is 300 (z-score = -0.11)
ok 62 - Float(sized=>1,range=>[0,2000]) dist mean is 900 (z-score = -1.53)
ok 63 - Float(sized=>1,range=>[0,4000]) dist mean is 1600 (z-score = 0.65)
ok 64 - Float(sized=>1,range=>[0,6000]) dist mean is 2100 (z-score = -1.29)
ok 65 - Float(sized=>1,range=>[0,8000]) dist mean is 2400 (z-score = -1.70)
ok 66 - Float(sized=>1,range=>[0,10000]) dist mean is 2500 (z-score = -0.86)
ok 67 - Float(sized=>1,range=>[-2000,2000]) dist mean is 0 (z-score = 0.03)
ok 68 - Float(sized=>1,range=>[-4000,4000]) dist mean is 0 (z-score = -1.97)
ok 69 - Float(sized=>1,range=>[-6000,6000]) dist mean is 0 (z-score = -1.53)
ok 70 - Float(sized=>1,range=>[-8000,8000]) dist mean is 0 (z-score = -0.96)
ok 71 - Float(sized=>1,range=>[-10000,10000]) dist mean is 0 (z-score = -0.62)
ok 72 - Float(sized=>0,range=>[-4,-2]) dist mean is -3 (z-score = -0.18)
ok 73 - Float(sized=>0,range=>[-3,-1]) dist mean is -2 (z-score = -0.56)
ok 74 - Float(sized=>0,range=>[-2,0]) dist mean is -1 (z-score = -0.43)
ok 75 - Float(sized=>0,range=>[-1,1]) dist mean is 0 (z-score = -0.32)
ok 76 - Float(sized=>0,range=>[0,2]) dist mean is 1 (z-score = 0.12)
ok 77 - Float(sized=>0,range=>[1,3]) dist mean is 2 (z-score = -0.10)
ok 78 - Float(sized=>0,range=>[2,4]) dist mean is 3 (z-score = 0.50)
ok 79 - Float(range=>[1,0]) is caught as an empty range
ok 80 - Float(range=>[0,-1]) is caught as an empty range
ok 81 - Float(range=>[0,0]) is not wrongly caught as empty /  isa Test::LectroTest::Generator
ok 82 - Sized{undef} Float(range=>[-7,1]) dist mean is -3 (z-score = 1.41)
ok 83 - Sized{undef} Float(range=>[-6,2]) dist mean is -2 (z-score = 1.19)
ok 84 - Sized{undef} Float(range=>[-5,3]) dist mean is -1 (z-score = 0.57)
ok 85 - Sized{undef} Float(range=>[-4,4]) dist mean is 0 (z-score = 0.35)
ok 86 - Sized{undef} Float(range=>[-3,5]) dist mean is 1 (z-score = 0.61)
ok 87 - Sized{undef} Float(range=>[-2,6]) dist mean is 2 (z-score = -1.19)
ok 88 - Sized{undef} Float(range=>[-1,7]) dist mean is 3 (z-score = 1.51)
ok 89 - Float(range=>[-10,-1]) is caught as incompatible with sizing
ok 90 - Float(range=>[1,10]) is caught as incompatible with sizing
ok 91 - Float(range=>[-10,0]) is not wrongly caught as incompatible with sizing / isa Test::LectroTest::Generator
ok 92 - Float(range=>[0,10]) is not wrongly caught as incompatible with sizing / isa Test::LectroTest::Generator
ok 93 - Float is not wrongly caught as incompatible with sizing / isa Test::LectroTest::Generator
ok 94 - Int(sized=>0,range=>[-3005,-2996]) is complete and uniformly distributed
ok 95 - Int(sized=>0,range=>[-2005,-1996]) is complete and uniformly distributed
ok 96 - Int(sized=>0,range=>[-1005,-996]) is complete and uniformly distributed
ok 97 - Int(sized=>0,range=>[-5,4]) is complete and uniformly distributed
ok 98 - Int(sized=>0,range=>[995,1004]) is complete and uniformly distributed
ok 99 - Int(sized=>0,range=>[1995,2004]) is complete and uniformly distributed
ok 100 - Int(sized=>0,range=>[2995,3004]) is complete and uniformly distributed
ok 101 - Int(sized=>0,range=>[-400,-200]) dist mean is -300 (z-score = 2.27)
ok 102 - Int(sized=>0,range=>[-300,-100]) dist mean is -200 (z-score = 0.03)
ok 103 - Int(sized=>0,range=>[-200,0]) dist mean is -100 (z-score = -0.69)
ok 104 - Int(sized=>0,range=>[-100,100]) dist mean is 0 (z-score = -1.64)
ok 105 - Int(sized=>0,range=>[0,200]) dist mean is 100 (z-score = -0.62)
ok 106 - Int(sized=>0,range=>[100,300]) dist mean is 200 (z-score = 0.02)
ok 107 - Int(sized=>0,range=>[200,400]) dist mean is 300 (z-score = -0.39)
ok 108 - Int(sized=>1,range=>[0,2000]) dist mean is 900 (z-score = -1.92)
ok 109 - Int(sized=>1,range=>[0,4000]) dist mean is 1600 (z-score = 0.10)
ok 110 - Int(sized=>1,range=>[0,6000]) dist mean is 2100 (z-score = -0.24)
ok 111 - Int(sized=>1,range=>[0,8000]) dist mean is 2400 (z-score = 1.29)
ok 112 - Int(sized=>1,range=>[0,10000]) dist mean is 2500 (z-score = 0.51)
ok 113 - Int(sized=>1,range=>[-2000,2000]) dist mean is 0 (z-score = -0.23)
ok 114 - Int(sized=>1,range=>[-4000,4000]) dist mean is 0 (z-score = 0.85)
ok 115 - Int(sized=>1,range=>[-6000,6000]) dist mean is 0 (z-score = -0.08)
ok 116 - Int(sized=>1,range=>[-8000,8000]) dist mean is 0 (z-score = 1.20)
ok 117 - Int(sized=>1,range=>[-10000,10000]) dist mean is 0 (z-score = 1.85)
ok 118 - Int(sized=>0,range=>[-4,-2]) dist mean is -3 (z-score = 1.73)
ok 119 - Int(sized=>0,range=>[-3,-1]) dist mean is -2 (z-score = -0.17)
ok 120 - Int(sized=>0,range=>[-2,0]) dist mean is -1 (z-score = 0.12)
ok 121 - Int(sized=>0,range=>[-1,1]) dist mean is 0 (z-score = -0.04)
ok 122 - Int(sized=>0,range=>[0,2]) dist mean is 1 (z-score = -0.81)
ok 123 - Int(sized=>0,range=>[1,3]) dist mean is 2 (z-score = -1.65)
ok 124 - Int(sized=>0,range=>[2,4]) dist mean is 3 (z-score = -0.76)
ok 125 - Int(range=>[1,0]) is caught as an empty range
ok 126 - Int(range=>[0,-1]) is caught as an empty range
ok 127 - Int(range=>[0,0]) is not wrongly caught as empty /  isa Test::LectroTest::Generator
ok 128 - Sized{undef} Int(range=>[-8,1]) is complete and uniformly distributed
ok 129 - Sized{undef} Int(range=>[-7,2]) is complete and uniformly distributed
ok 130 - Sized{undef} Int(range=>[-6,3]) is complete and uniformly distributed
ok 131 - Sized{undef} Int(range=>[-5,4]) is complete and uniformly distributed
ok 132 - Sized{undef} Int(range=>[-4,5]) is complete and uniformly distributed
ok 133 - Sized{undef} Int(range=>[-3,6]) is complete and uniformly distributed
ok 134 - Sized{undef} Int(range=>[-2,7]) is complete and uniformly distributed
ok 135 - Int(range=>[-10,-1]) is caught as incompatible with sizing
ok 136 - Int(range=>[1,10]) is caught as incompatible with sizing
ok 137 - Int(range=>[-10,0]) is not wrongly caught as incompatible with sizing / isa Test::LectroTest::Generator
ok 138 - Int(range=>[0,10]) is not wrongly caught as incompatible with sizing / isa Test::LectroTest::Generator
ok 139 - Int is not wrongly caught as incompatible with sizing / isa Test::LectroTest::Generator
ok 140 - Hash(Unit(0),Unit(1)) gens {0=>1}
ok 141 - Hash(Int(range=>[0,5],sized=>0),Unit(1),length=>1000) gens {0=>1,1=>1,2=>1,3=>1,4=>1,5=>1}
ok 142 - pre-flight: Hash(Int) caught
ok 143 - List(Unit(1)) elem length under sizing [1..1] dist mean is 0.5 (z-score = -0.36)
ok 144 - List(Unit(1)) elem length under sizing [1..5] dist mean is 1.5 (z-score = -0.55)
ok 145 - List(Unit(1)) elem length under sizing [1..10] dist mean is 2.75 (z-score = -0.17)
make: *** [test_dynamic] Hangup