PATH=/usr/bin:/bin:/data/fly2200/var/megalib/bin Start 2015-09-01T06:13:04 ActivePerl-2200 CPAN-2.00 Reading '/data/fly2200/var/cpan/Metadata' Database was generated on Tue, 01 Sep 2015 05:41:02 GMT Running make for C/CP/CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz Fetching with LWP: http://cpan.nas1.activestate.com/authors/id/C/CP/CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz Fetching with LWP: http://cpan.nas1.activestate.com/authors/id/C/CP/CPANIC/CHECKSUMS Checksum for /data/fly2200/var/cpan/sources/authors/id/C/CP/CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz ok DBIx-FlexibleBinding-0.001003/ DBIx-FlexibleBinding-0.001003/Changes DBIx-FlexibleBinding-0.001003/lib/ DBIx-FlexibleBinding-0.001003/Makefile.PL DBIx-FlexibleBinding-0.001003/MANIFEST DBIx-FlexibleBinding-0.001003/mapsolarsystems.json DBIx-FlexibleBinding-0.001003/META.json DBIx-FlexibleBinding-0.001003/META.yml DBIx-FlexibleBinding-0.001003/README DBIx-FlexibleBinding-0.001003/t/ DBIx-FlexibleBinding-0.001003/t/00-load.t DBIx-FlexibleBinding-0.001003/t/manifest.t DBIx-FlexibleBinding-0.001003/t/pod-coverage.t DBIx-FlexibleBinding-0.001003/t/pod.t DBIx-FlexibleBinding-0.001003/lib/DBIx/ DBIx-FlexibleBinding-0.001003/lib/DBIx/FlexibleBinding.pm CPAN.pm: Building C/CP/CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz >>> /data/fly2200/ap2200-299134/bin/perl-static Makefile.PL Checking if your kit is complete... Looks good Generating a Unix-style Makefile Writing Makefile for DBIx::FlexibleBinding Writing MYMETA.yml and MYMETA.json >>> make cp lib/DBIx/FlexibleBinding.pm blib/lib/DBIx/FlexibleBinding.pm Manifying 1 pod document CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz make -- OK Running make test >>> make test TEST_VERBOSE=1 PERL_DL_NONLAZY=1 "/data/fly2200/ap2200-299134/bin/perl-static" "-MExtUtils::Command::MM" "-MTest::Harness" "-e" "undef *Test::Harness::Switches; test_harness(1, 'blib/lib', 'blib/arch')" t/*.t # Testing DBIx::FlexibleBinding 0.001003, Perl 5.022000, /data/fly2200/ap2200-299134/bin/perl-static # # Using positional placeholders, fetch the names and # security ratings of regional systems whose security # rating is 1.0 or more. We're expecting 8 tuples in # the result set. # # 1. ["Kisogo","1"] # 2. ["New Caldari","1"] # 3. ["Amarr","1"] # 4. ["Bourynes","1"] # 5. ["Ryddinjorn","1"] # 6. ["Luminaire","1"] # 7. ["Duripant","1"] # 8. ["Yulai","1"] # # # Perform the same checks again, this time using the # :NUMBER placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # :NUMBER placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # ?NUMBER placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # ?NUMBER placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as an anonymous hash. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as an anonymous hash. # # # Using positional placeholders, fetch the names and # security ratings of regional systems whose security # rating is 1.0 or more. We're expecting 8 tuples in # the result set. # # 1. ["Kisogo",1] # 2. ["New Caldari",1] # 3. ["Amarr",1] # 4. ["Bourynes",1] # 5. ["Ryddinjorn",1] # 6. ["Luminaire",1] # 7. ["Duripant",1] # 8. ["Yulai",1] # # # Perform the same checks again, this time using the # :NUMBER placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # :NUMBER placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # ?NUMBER placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # ?NUMBER placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as an anonymous hash. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as an anonymous hash. # # # Using positional placeholders, fetch the names and # security ratings of regional systems whose security # rating is 1.0 or more. We're expecting 8 tuples in # the result set. # # 1. ["Kisogo","1"] # 2. ["New Caldari","1"] # 3. ["Amarr","1"] # 4. ["Bourynes","1"] # 5. ["Ryddinjorn","1"] # 6. ["Luminaire","1"] # 7. ["Duripant","1"] # 8. ["Yulai","1"] # # # Perform the same checks again, this time using the # :NUMBER placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # :NUMBER placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # ?NUMBER placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # ?NUMBER placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # :NAME placeholder scheme while presenting bind # variables as an anonymous hash. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as a simple list. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as an anonymous list. # # # Perform the same checks again, this time using the # @NAME placeholder scheme while presenting bind # variables as an anonymous hash. # t/00-load.t ....... ok 1 - use DBIx::FlexibleBinding; ok 2 - Testing DBD::CSV (dbi:CSV:) ok 3 - drop ok 4 - create ok 5 - insert ? ( VALUES ) ok 6 - insert ? [ VALUES ] ok 7 - insert :NUMBER ( VALUES ) ok 8 - insert :NUMBER [ VALUES ] ok 9 - insert ?NUMBER ( VALUES ) ok 10 - insert ?NUMBER [ VALUES ] ok 11 - insert :NAME ( KEY-VALUE PAIRS ) ok 12 - insert :NAME [ KEY-VALUE PAIRS ] ok 13 - insert :NAME { KEY-VALUE PAIRS } ok 14 - insert @NAME ( KEY-VALUE PAIRS ) ok 15 - insert @NAME [ KEY-VALUE PAIRS ] ok 16 - insert @NAME { KEY-VALUE PAIRS } ok 17 - prepare, execute, fetchrow_array ok 18 - prepare, execute, fetchrow_arrayref ok 19 - prepare, execute, fetchrow_hashref ok 20 - prepare, execute, fetchall_arrayref ok 21 - prepare, execute, fetchall_arrayref({}) ok 22 - prepare, execute, processrow_arrayref (sth) ok 23 - prepare, execute, processrow_hashref (sth) ok 24 - prepare, execute, processall_arrayref (sth) ok 25 - prepare, execute, fetchall_hashref (sth) ok 26 - selectrow_array ok 27 - selectrow_arrayref ok 28 - selectrow_hashref ok 29 - selectall_arrayref ok 30 - selectall_arrayref({Slice => {}}) ok 31 - processrow_arrayref (dbh) ok 32 - processrow_hashref (dbh) ok 33 - processall_arrayref (dbh) ok 34 - processall_hashref (dbh) ok 35 - callback ok 36 - result ok 37 - callback ok 38 - result ok 39 - callback ok 40 - result ok 41 - callback ok 42 - result ok 43 - callback ok 44 - result ok 45 - callback ok 46 - result ok 47 - callback ok 48 - result ok 49 - callback ok 50 - result ok 51 - callback ok 52 - result ok 53 - callback ok 54 - result ok 55 - callback ok 56 - result ok 57 - Testing DBD::SQLite (dbi:SQLite:test.db) ok 58 - drop ok 59 - create ok 60 - insert ? ( VALUES ) ok 61 - insert ? [ VALUES ] ok 62 - insert :NUMBER ( VALUES ) ok 63 - insert :NUMBER [ VALUES ] ok 64 - insert ?NUMBER ( VALUES ) ok 65 - insert ?NUMBER [ VALUES ] ok 66 - insert :NAME ( KEY-VALUE PAIRS ) ok 67 - insert :NAME [ KEY-VALUE PAIRS ] ok 68 - insert :NAME { KEY-VALUE PAIRS } ok 69 - insert @NAME ( KEY-VALUE PAIRS ) ok 70 - insert @NAME [ KEY-VALUE PAIRS ] ok 71 - insert @NAME { KEY-VALUE PAIRS } ok 72 - prepare, execute, fetchrow_array ok 73 - prepare, execute, fetchrow_arrayref ok 74 - prepare, execute, fetchrow_hashref ok 75 - prepare, execute, fetchall_arrayref ok 76 - prepare, execute, fetchall_arrayref({}) ok 77 - prepare, execute, processrow_arrayref (sth) ok 78 - prepare, execute, processrow_hashref (sth) ok 79 - prepare, execute, processall_arrayref (sth) ok 80 - prepare, execute, fetchall_hashref (sth) ok 81 - selectrow_array ok 82 - selectrow_arrayref ok 83 - selectrow_hashref ok 84 - selectall_arrayref ok 85 - selectall_arrayref({Slice => {}}) ok 86 - processrow_arrayref (dbh) ok 87 - processrow_hashref (dbh) ok 88 - processall_arrayref (dbh) ok 89 - processall_hashref (dbh) ok 90 - callback ok 91 - result ok 92 - callback ok 93 - result ok 94 - callback ok 95 - result ok 96 - callback ok 97 - result ok 98 - callback ok 99 - result ok 100 - callback ok 101 - result ok 102 - callback ok 103 - result ok 104 - callback ok 105 - result ok 106 - callback ok 107 - result ok 108 - callback ok 109 - result ok 110 - callback ok 111 - result ok 112 - Testing DBD::mysql (dbi:mysql:test;host=127.0.0.1) ok 113 - drop ok 114 - create ok 115 - insert ? ( VALUES ) ok 116 - insert ? [ VALUES ] ok 117 - insert :NUMBER ( VALUES ) ok 118 - insert :NUMBER [ VALUES ] ok 119 - insert ?NUMBER ( VALUES ) ok 120 - insert ?NUMBER [ VALUES ] ok 121 - insert :NAME ( KEY-VALUE PAIRS ) ok 122 - insert :NAME [ KEY-VALUE PAIRS ] ok 123 - insert :NAME { KEY-VALUE PAIRS } ok 124 - insert @NAME ( KEY-VALUE PAIRS ) ok 125 - insert @NAME [ KEY-VALUE PAIRS ] ok 126 - insert @NAME { KEY-VALUE PAIRS } ok 127 - prepare, execute, fetchrow_array ok 128 - prepare, execute, fetchrow_arrayref ok 129 - prepare, execute, fetchrow_hashref ok 130 - prepare, execute, fetchall_arrayref ok 131 - prepare, execute, fetchall_arrayref({}) ok 132 - prepare, execute, processrow_arrayref (sth) ok 133 - prepare, execute, processrow_hashref (sth) ok 134 - prepare, execute, processall_arrayref (sth) ok 135 - prepare, execute, fetchall_hashref (sth) ok 136 - selectrow_array ok 137 - selectrow_arrayref ok 138 - selectrow_hashref ok 139 - selectall_arrayref ok 140 - selectall_arrayref({Slice => {}}) ok 141 - processrow_arrayref (dbh) ok 142 - processrow_hashref (dbh) ok 143 - processall_arrayref (dbh) ok 144 - processall_hashref (dbh) ok 145 - callback ok 146 - result ok 147 - callback ok 148 - result ok 149 - callback ok 150 - result ok 151 - callback ok 152 - result ok 153 - callback ok 154 - result ok 155 - callback ok 156 - result ok 157 - callback ok 158 - result ok 159 - callback ok 160 - result ok 161 - callback ok 162 - result ok 163 - callback ok 164 - result ok 165 - callback ok 166 - result 1..166 ok t/manifest.t ...... skipped: Author tests not required for installation t/pod-coverage.t .. skipped: Author tests not required for installation t/pod.t ........... skipped: Author tests not required for installation All tests successful. Files=4, Tests=166, 129 wallclock secs ( 0.11 usr 0.01 sys + 92.33 cusr 8.92 csys = 101.37 CPU) Result: PASS CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz make test TEST_VERBOSE=1 -- OK Iain Campbell <cpanic@cpan.org> Flexible parameter binding and record fetching >>> (cd /data/fly2200/var/cpan/build/DBIx-FlexibleBinding-0.001003-LN5w8D && tar cvf - DBIx-FlexibleBinding-0.001003.ppd blib) | gzip -c >/data/fly2200/var/REPO/C/CP/CPANIC/DBIx-FlexibleBinding-0.001003.tar.gz DBIx-FlexibleBinding-0.001003.ppd blib/ blib/man3/ blib/man3/DBIx::FlexibleBinding.3 blib/lib/ blib/lib/DBIx/ blib/lib/DBIx/FlexibleBinding.pm >>> mv /data/fly2200/var/cpan/build/DBIx-FlexibleBinding-0.001003-LN5w8D/DBIx-FlexibleBinding-0.001003.ppd /data/fly2200/var/REPO/C/CP/CPANIC VmSize: 321792 kB Finished 2015-09-01T06:15:18