## name Version numbers allowed in use statements.
## failures 0
## cut

use 5.8.1;

## name Version numbers allowed in require statements.
## failures 0
## cut

require 5.8.1;

## name Version numbers not allowed in regular statements.
## failures 1
## cut

$Aleax = 5.8.1;

## name All numbers are allowed on any use statement.
## failures 0
## cut

use Test::More plan => 57;

## name Numbers allowed on plan statements.
## failures 0
## cut

plan tests => 2349;

## name Decimal zero is allowed anywhere.
## failures 0
## cut

$tangle_tree = 0;

## name Floating-point zero is allowed anywhere.
## failures 0
## cut

$xiron_golem = 0.0

## name Decimal one is allowed anywhere.
## failures 0
## cut

$killer_tomato = 1;

## name Floating-point one is allowed anywhere.
## failures 0
## cut

$witch_doctor = 1.0;

## name Decimal two is allowed anywhere.
## failures 0
## cut

$gold_golem = 2;

## name Floating-point two is allowed anywhere.
## failures 0
## cut

$lich = 2.0;

## name Fractional numbers not allowed in regular statements.
## failures 1
## cut

$soldier = 2.5;

## name Negative one is not allowed by default.
## failures 1
## cut

$giant_pigmy = -1;

## name The answer to life, the universe, and everything is not allowed in regular statements.
## failures 1
## cut

$frobnication_factor = 42;

## name The answer to life, the universe, and everything is allowed as a constant.
## failures 0
## cut

use constant FROBNICATION_FACTOR => 42;

## name Fractional numbers are allowed as a constant.
## failures 0
## cut

use constant FROBNICATION_FACTOR => 1_234.567_89;

## name The Readonly subroutine works.
## failures 0
## cut

use Readonly;

Readonly $frobnication_factor => 57;

## name The Readonly::Scalar subroutine works.
## failures 0
## cut

use Readonly;

Readonly::Scalar $frobnication_factor => 57;

## name The Readonly::Scalar1 subroutine does work if allow_to_the_right_of_a_fat_comma is set.
## failures 0
## cut

use Readonly;

Readonly::Scalar1 $frobnication_factor => 57;

## name The Readonly::Scalar1 subroutine does not work if allow_to_the_right_of_a_fat_comma is not set.
## failures 1
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

use Readonly;

Readonly::Scalar1 $frobnication_factor => 57;

## name The Readonly::Array subroutine works.
## failures 0
## cut

use Readonly;

Readonly::Array @frobnication_factors => ( 57, 193, 49675 );

## name The Readonly::Array1 subroutine does not work.
## failures 3
## cut

use Readonly;

Readonly::Array1 @frobnication_factors => ( 57, 193, 49675 );

## name The Readonly::Hash subroutine works.
## failures 0
## cut

use Readonly;

Readonly::Hash %frobnication_factors => ( 57 => 290 );

## name The Readonly::Hash1 subroutine does work if allow_to_the_right_of_a_fat_comma is set.
## failures 0
## cut

use Readonly;

Readonly::Hash1 %frobnication_factors => ( quhh => 290 );

## name The Readonly::Hash1 subroutine does not work if allow_to_the_right_of_a_fat_comma is not set.
## failures 1
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

use Readonly;

Readonly::Hash1 %frobnication_factors => ( quhh => 290 );

## name Const::Fast works even if allow_to_the_right_of_a_fat_comma is not set.
## failures 0
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

use Const::Fast;

const my $frobnication_factor => 57;

## name Constant subroutines containing just a number are allowed.
## failures 0
## cut

sub constant_subroutine { 104598 }

## name Constant subroutines containing "return" and a number are allowed.
## failures 0
## cut

sub constant_subroutine { return 9068; }

## name Subroutines that contain something other than a constant return value are not allowed.
## failures 1
## cut

sub constant_subroutine {
    print 'blah';
    return 9068;
}

## name Magic numbers not allowed in ranges.
## failures 1
## cut

foreach my $solid (1..5) {
    frobnicate($solid);
}

## name Readonly numbers allowed in ranges.
## failures 0
## cut

use Readonly;

Readonly my $REGULAR_GEOMETRIC_SOLIDS => 5;

foreach my $solid (1..$REGULAR_GEOMETRIC_SOLIDS) {
    frobnicate($solid);
}

## name Binary zero isn't allowed in regular statements.
## failures 1
## cut

$battlemech = 0b0;

## name Readonly binary zero is allowed.
## failures 0
## cut

Readonly $giant_eel => 0b0;

## name Binary one isn't allowed in regular statements.
## failures 1
## cut

$xeroc = 0b1;

## name Readonly binary one is allowed.
## failures 0
## cut

Readonly $creeping_coins => 0b1;

## name Octal zero isn't allowed in regular statements.
## failures 1
## cut

$basilisk = 000;

## name Readonly octal zero is allowed.
## failures 0
## cut

Readonly $dwarf_lord => 000;

## name Octal one isn't allowed in regular statements.
## failures 1
## cut

$brown_mold = 001;

## name Readonly octal one is allowed.
## failures 0
## cut

Readonly $kobold_zombie => 001;

## name Hexadecimal zero isn't allowed in regular statements.
## failures 1
## cut

$yeti = 0x00;

## name Readonly hexadecimal zero is allowed.
## failures 0
## cut

Readonly $newt => 0x00;

## name Hexadecimal one isn't allowed in regular statements.
## failures 1
## cut

$piranha = 0x01;

## name Readonly hexadecimal one is allowed.
## failures 0
## cut

Readonly $Lord_Surtur => 0x01;

## name Exponential zero isn't allowed in regular statements.
## failures 1
## cut

$Green_elf = 0e0;

## name Readonly exponential zero is allowed.
## failures 0
## cut

Readonly $sasquatch => 0e0;

## name Exponential one isn't allowed in regular statements.
## failures 1
## cut

$Uruk_hai = 1e0;

## name Readonly exponential one is allowed.
## failures 0
## cut

Readonly $leather_golem => 1e0;

## name Any numbers allowed in array references in use statement.
## failures 0
## cut

use Some::Module [ 1, 2, 3, 4 ];

## name Any numbers allowed in array references in require statement.
## failures 0
## cut

require Some::Other::Module [ 1, 2, 3, 4 ];

## name Any numbers allowed in array references in readonly statement.
## failures 0
## cut

Readonly $Totoro => [ 1, 2, 3, 4 ];

## name Magic numbers not allowed in array references in regular statement.
## failures 2
## cut

$Evil_Iggy = [ 1, 2, 3, 4 ];

## name Array references containing only good numbers are allowed (by this policy).
## failures 0
## cut

$titanothere = [ 1, 0, 1, 0 ];

## name Any numbers allowed in hash references in use statement.
## failures 0
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

use Some::Module { a => 6, b => 4 };

## name Any numbers allowed in hash references in require statement.
## failures 0
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

require Some::Other::Module { a => 6, b => 4 };

## name Any numbers allowed in hash references in readonly statement.
## failures 0
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

Readonly $Vlad_the_Impaler => { a => 6, b => 4 };

## name Magic numbers allowed in hash references in regular statement if allow_to_the_right_of_a_fat_comma is set.
## failures 0
## cut

$gnome_lord = { a => 6, b => 4 };

## name Magic numbers not allowed in hash references in regular statement if allow_to_the_right_of_a_fat_comma is not set.
## failures 2
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

$gnome_lord = { a => 6, b => 4 };

## name Hash references containing only good numbers are allowed (by this policy).
## failures 0
## cut

$aardvark = { 1 => 0, 0 => 1 };

## name Any numbers allowed in lists in use statement.
## failures 0
## cut

use Some::Module ( 1, 2, 3, 4 );

## name Any numbers allowed in lists in require statement.
## failures 0
## cut

require Some::Other::Module ( 1, 2, 3, 4 );

## name Any numbers allowed in lists in readonly statement.
## failures 0
## cut

Readonly @elf_mummy => ( 1, 2, 3, 4 );

## name Magic numbers not allowed in lists in regular statement.
## failures 2
## cut

@kitten = ( 1, 2, 3, 4 );

## name Lists containing only good numbers are allowed (by this policy).
## failures 0
## cut

@purple_worm = ( 1, 0, 1, 0 );

## name Magic numbers not allowed in nested lists in regular statement.
## failures 2
## cut

@quivering_blob = ( 1, ( 2, 3, 4 ) );

## name Magic numbers not allowed in nested array references in regular statement.
## failures 2
## cut

@green_slime = ( 1, [ 2, 3, 4 ] );

## name Magic numbers allowed in nested hash references in regular statement if allow_to_the_right_of_a_fat_comma is set.
## failures 0
## cut

@fire_elemental = ( 1, { 2 => 4 } );

## name Magic numbers not allowed in nested hash references in regular statement if allow_to_the_right_of_a_fat_comma is not set.
## failures 1
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

@fire_elemental = ( 1, { 2 => 4 } );

## name Good numbers allowed in nested hash references anywhere.
## failures 0
## parms { allow_to_the_right_of_a_fat_comma => 0 }
## cut

@Y2K_bug = ( 1, { 0 => 1 } );

## name Magic numbers not allowed in deep data structures in regular statement.
## failures 1
## cut

@fog_cloud = [ 1, { 0 => { 1 => [ 1, 1, [ \382 ] ] } } ];

## name Good numbers allowed in deep datastructures anywhere.
## failures 0
## cut

@fog_cloud = [ 1, { 0 => { 1 => [ 1, 1, [ 1 ] ] } } ];

## name $VERSION variables get a special exemption.
## failures 0
## cut

our $VERSION = 0.21;

## name Last element of an array gets a special exemption.
## failures 0
## cut

$Invid = $nalfeshnee[-1];

## name Last element exemption does not work if there is anything else within the subscript.
## failures 1
## cut

$warhorse = $Cerberus[-1 * 1];

## name Penultimate element of an array does not get a special exemption.
## failures 1
## cut

$scorpion = $shadow[-2];

## name Decimal zero is allowed even if the configuration specifies that there aren't any allowed literals.
## failures 0
## parms { allowed_values => '' }
## cut

$tangle_tree = 0;

## name Floating-point zero is allowed even if the configuration specifies that there aren't any allowed literals.
## failures 0
## parms { allowed_values => '' }
## cut

$xiron_golem = 0.0

## name Decimal one is allowed even if the configuration specifies that there aren't any allowed literals.
## failures 0
## parms { allowed_values => '' }
## cut

$killer_tomato = 1;

## name Floating-point one is allowed even if the configuration specifies that there aren't any allowed literals.
## failures 0
## parms { allowed_values => '' }
## cut

$witch_doctor = 1.0;

## name Decimal two is not allowed if the configuration specifies that there aren't any allowed literals.
## failures 1
## parms { allowed_values => '' }
## cut

$gold_golem = 2;

## name Floating-point two is not allowed if the configuration specifies that there aren't any allowed literals.
## failures 1
## parms { allowed_values => '' }
## cut

$lich = 2.0;

## name Decimal zero is allowed even if the configuration doesn't include it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$tangle_tree = 0;

## name Floating-point zero is allowed even if the configuration doesn't include it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$xiron_golem = 0.0

## name Decimal one is allowed even if the configuration doesn't include it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$killer_tomato = 1;

## name Floating-point one is allowed even if the configuration doesn't include it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$witch_doctor = 1.0;

## name Decimal two is not allowed if the configuration doesn't include it in the allowed literals.
## failures 1
## parms { allowed_values => '3 -5' }
## cut

$gold_golem = 2;

## name Floating-point two is not allowed if the configuration doesn't include it in the allowed literals.
## failures 1
## parms { allowed_values => '3 -5' }
## cut

$lich = 2.0;

## name Decimal three is allowed if the configuration includes it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$ghoul = 3;

## name Floating-point three is allowed if the configuration includes it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$water_elemental = 3.0;

## name Decimal negative five is allowed if the configuration includes it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$glass_piercer = -5;

## name Floating-point negative five is allowed if the configuration includes it in the allowed literals.
## failures 0
## parms { allowed_values => '3 -5' }
## cut

$clay_golem = -5.0;

## name Decimal zero is allowed even if the configuration specifies that there aren't any allowed types.
## failures 0
## parms { allowed_types => '' }
## cut

$tangle_tree = 0;

## name Floating-point zero is not allowed if the configuration specifies that there aren't any allowed types.
## failures 1
## parms { allowed_types => '' }
## cut

$xiron_golem = 0.0

## name Decimal one is allowed even if the configuration specifies that there aren't any allowed types.
## failures 0
## parms { allowed_types => '' }
## cut

$killer_tomato = 1;

## name Floating-point one is not allowed if the configuration specifies that there aren't any allowed types.
## failures 1
## parms { allowed_types => '' }
## cut

$witch_doctor = 1.0;

## name Decimal zero is allowed if the configuration specifies that there are any allowed types.
## failures 0
## parms { allowed_types => 'Float' }
## cut

$tangle_tree = 0;

## name Floating-point zero is allowed if the configuration specifies that the Float type is allowed.
## failures 0
## parms { allowed_types => 'Float' }
## cut

$xiron_golem = 0.0

## name Decimal one is allowed if the configuration specifies that there are any allowed types.
## failures 0
## parms { allowed_types => 'Float' }
## cut

$killer_tomato = 1;

## name Floating-point one is allowed if the configuration specifies that the Float type is allowed.
## failures 0
## parms { allowed_types => 'Float' }
## cut

$witch_doctor = 1.0;

## name Binary zero is allowed if the configuration specifies that the Binary type is allowed.
## failures 0
## parms { allowed_types => 'Binary' }
## cut

$battlemech = 0b0;

## name Binary one is allowed if the configuration specifies that the Binary type is allowed.
## failures 0
## parms { allowed_types => 'Binary' }
## cut

$xeroc = 0b1;

## name Exponential zero is allowed if the configuration specifies that the Exp type is allowed.
## failures 0
## parms { allowed_types => 'Exp' }
## cut

$Green_elf = 0e0;

## name Exponential one is allowed if the configuration specifies that the Exp type is allowed.
## failures 0
## parms { allowed_types => 'Exp' }
## cut

$Uruk_hai = 1e0;

## name Hexadecimal zero is allowed if the configuration specifies that the Hex type is allowed.
## failures 0
## parms { allowed_types => 'Hex' }
## cut

$yeti = 0x00;

## name Hexadecimal one is allowed if the configuration specifies that the Hex type is allowed.
## failures 0
## parms { allowed_types => 'Hex' }
## cut

$piranha = 0x01;

## name Octal zero is allowed if the configuration specifies that the Octal type is allowed.
## failures 0
## parms { allowed_types => 'Octal' }
## cut

$basilisk = 000;

## name Octal one is allowed if the configuration specifies that the Octal type is allowed.
## failures 0
## parms { allowed_types => 'Octal' }
## cut

$brown_mold = 001;

## name Any integer value should pass if the allowed values contains 'all_integers'.
## failures 0
## parms { allowed_values => 'all_integers' }
## cut

$brogmoid = 356_634_627;
$rat_ant  =     -29_422;

## name Any floating-point value without a fractional portion should pass if the allowed values contains 'all_integers'.
## failures 0
## parms { allowed_values => 'all_integers' }
## cut

$human = 102_938.0;

## name A non-integral value should pass if the allowed values contains it and 'all_integers'.
## failures 0
## parms { allowed_values => 'all_integers 429.73902' }
## cut

$Norn = 429.73902;

## name Any binary value should pass if the allowed values contains 'all_integers' and allowed types includes 'Binary'.
## failures 0
## parms { allowed_values => 'all_integers', allowed_types => 'Binary' }
## cut

$baby_blue_dragon = 0b01100101_01101010_01110011;

## name Any hexadecimal value should pass if the allowed values contains 'all_integers' and allowed types includes 'Hex'.
## failures 0
## parms { allowed_values => 'all_integers', allowed_types => 'Hex' }
## cut

$killer_bee = 0x656a73;

## name Any octal value should pass if the allowed values contains 'all_integers' and allowed types includes 'Octal'.
## failures 0
## parms { allowed_values => 'all_integers', allowed_types => 'Octal' }
## cut

$ettin_mummy = 0145_152_163;

## name Zero, one, three, four, and five decimal values should pass if the allowed values contains the '3..5' range.
## failures 0
## parms { allowed_values => '3..5' }
## cut

$guide = 0;
$cuatl = 1;
$Master_Assassin = 3;
$orc = 4;
$trapper = 5;

## name Negative one, two, and six decimal values and fractional values should not pass if the allowed values contains the '3..5' range.
## failures 4
## parms { allowed_values => '3..5' }
## cut

$Elvenking = -1;
$brown_pudding = 2;
$archeologist = 6;
$nurse = 4.5;

## name -3/2, -2/2, -1/2 ... 7/5 should pass if the allowed values contains the '-1.5..3.5:by(0.5)' range.
## failures 0
## parms { allowed_values => '-1.5..3.5:by(0.5)' }
## cut

$owlbear = [ -1.5, -1, -.5, 0, 0.5, 1, 1.5, 2, 2.5, 3, 3.5 ];

## name Negative two and four should not pass if the allowed values contains the '-1.5..3.5:by(0.5)' range.
## failures 2
## parms { allowed_values => '-1.5..3.5:by(0.5)' }
## cut

$lurker_above = [ -2, 4 ];

## name -3/2, -1/2, 1/2 ... 7/5, plus 0 and 1 should pass if the allowed values contains the '-1.5..3.5' range.
## failures 0
## parms { allowed_values => '-1.5..3.5' }
## cut

$long_worm = [ -1.5, -.5, 0, 0.5, 1, 1.5, 2.5, 3.5 ];

## name -3/2, -2/2, -1/2 ... 7/5 should pass if the allowed values contains the '-1.5..3.5' range and 'all_integers'.
## failures 0
## parms { allowed_values => 'all_integers -1.5..3.5' }
## cut

$ice_devil = [ -1.5, -1, -.5, 0, 0.5, 1, 1.5, 2, 2.5, 3, 3.5 ];

## name -5, -4, -3, -2, 0, 1, 21, 22, 23, and 24 should pass if the allowed values contains the '-5..-2' and '21..24 ranges.
## failures 0
## parms { allowed_values => '-5..-2 21..24' }
## cut

$newt = [ -5, -4, -3, -2, 0, 1, 21, 22, 23, 24 ];

## name Should pass mini-CPAN accumulated \$VERSION declarations.
## failures 0
## cut

(our $VERSION = q$Revision$) =~ s/Revision //;
(our $VERSION) = '$Revision$' =~ /([\d.]+)/;
(our $VERSION) = sprintf "%d", q$Revision$ =~ /Revision:\s+(\S+)/;
our $VERSION : unique = "1.23";
our $VERSION : unique = '1.23';
our $VERSION = "$local_variable v1.23";
our $VERSION = "1." . sprintf "%d", q$Revision$ =~ /: (\d+)/;
our $VERSION = "1.2.3";
our $VERSION = "1.2.3.0";
our $VERSION = "1.2.3.blah";
our $VERSION = "1.23 (liblgrp version $local_variable)";
our $VERSION = "1.23 2005-05-20";
our $VERSION = "1.23";
our $VERSION = "1.23, 2004-12-07";
our $VERSION = "1.23_blah";
our $VERSION = "1.23blah";
our $VERSION = "1.2_3";
our $VERSION = "123";
our $VERSION = "INSERT";
our $VERSION = $SomeOtherModule::VERSION;
our $VERSION = $VERSION = (qw($Revision$))[1];
our $VERSION = $local_variable;
our $VERSION = '$Date$'; $VERSION =~ s|^\$Date:\s*([0-9]{4})/([0-9]{2})/([0-9]{2})\s.*|\1.\2.\3| ;
our $VERSION = '$Revision$' =~ /\$Revision:\s+([^\s]+)/;
our $VERSION = '$Revision$';
our $VERSION = '-123 blah';
our $VERSION = '1.' . qw $Revision$[1];
our $VERSION = '1.' . sprintf "%d", (qw($Revision$))[1];
our $VERSION = '1.' . sprintf("%d", (qw($Revision$))[1]);
our $VERSION = '1.2.3';
our $VERSION = '1.2.3.0';
our $VERSION = '1.2.3blah';
our $VERSION = '1.23';
our $VERSION = '1.23_blah';
our $VERSION = '1.23blah';
our $VERSION = '1.2_3';
our $VERSION = '1.23' || do { q $Revision$ =~ /(\d+)/; sprintf "%4.2f", $1 / 100 };
our $VERSION = '123';
our $VERSION = ('$Revision$' =~ /(\d+.\d+)/)[ 0];
our $VERSION = ('$Revision$' =~ /(\d+\.\d+)/);
our $VERSION = ('$Revision$' =~ m/(\d+)/)[0];
our $VERSION = ((require SomeOtherModule), $SomeOtherModule::VERSION)[1];
our $VERSION = (q$Revision$ =~ /([\d\.]+)/);
our $VERSION = (q$Revision$ =~ /(\d+)/g)[0];
our $VERSION = (qq$Revision$ =~ /(\d+)/)[0];
our $VERSION = (qw$Revision$)[-1];
our $VERSION = (qw$Revision$)[1];
our $VERSION = (qw($Revision$))[1];
our $VERSION = (split(/ /, '$Revision$'))[1];
our $VERSION = (split(/ /, '$Revision$'))[2];
our $VERSION = 1.2.3;
our $VERSION = 1.23;
our $VERSION = 1.2_3;
our $VERSION = 123;
our $VERSION = SomeOtherModule::RCSVersion('$Revision$');
our $VERSION = SomeOtherModule::VERSION;
our $VERSION = [ qw{ $Revision$ } ]->[1];
our $VERSION = do { (my $v = q%version: 1.23 %) =~ s/.*://; sprintf("%d.%d", split(/\./, $v), 0) };
our $VERSION = do { (my $v = q%version: 123 %) =~ s/.*://; sprintf("%d.%d", split(/\./, $v), 0) };
our $VERSION = do { q $Revision$ =~ /(\d+)/; sprintf "%4.2f", $1 / 100 };
our $VERSION = do { q$Revision$ =~ /Revision: (\d+)/; sprintf "1.%d", $1; };
our $VERSION = do { require mod_perl2; $mod_perl2::VERSION };
our $VERSION = do {(q$URL$=~ m$.*/(?:tags|branches)/([^/ \t]+)$)[0] || "0.0"};
our $VERSION = eval { require version; version::qv((qw$Revision$)[1] / 1000) };
our $VERSION = q$0.04$;
our $VERSION = q$Revision$;
our $VERSION = q(0.14);
our $VERSION = qv('1.2.3');
our $VERSION = qw(1.2.3);
our $VERSION = sprintf "%.02f", $local_variable/100 + 0.3;
our $VERSION = sprintf "%.3f", 123 + substr(q$Revision$, 4)/1000;
our $VERSION = sprintf "%d.%d", '$Revision$' =~ /(\d+)\.(\d+)/;
our $VERSION = sprintf "%d.%d", '$Revision$' =~ /(\d+)/g;
our $VERSION = sprintf "%d.%d", '$Revision$' =~ /(\d+)\.(\d+)/;
our $VERSION = sprintf "%d.%d", q$Revision$ =~ /: (\d+)\.(\d+)/;
our $VERSION = sprintf "%d.%d", q$Revision$ =~ /(\d+)/g;
our $VERSION = sprintf "%d.%d", q$Revision$ =~ /(\d+)\.(\d+)/;
our $VERSION = sprintf "%d.%d", q$Revision$ =~ /(\d+)\.(\d+)/g;
our $VERSION = sprintf "%d.%d", q$Revision$ =~ /: (\d+)\.(\d+)/;
our $VERSION = sprintf "%d.%d", q$Revision$ =~ m/ (\d+) \. (\d+) /xg;
our $VERSION = sprintf "%d.%d", q$Revision$ ~~ m:P5:g/(\d+)/;
our $VERSION = sprintf "%d.%d%d", (split /\D+/, '$Name: beta0_1_1 $')[1..3];
our $VERSION = sprintf "%s.%s%s", q$Name: Rel-0_90 $ =~ /^Name: Rel-(\d+)_(\d+)(_\d+|)\s*$/, 999, "00", join "", (gmtime)[5] +1900, map {sprintf "%d", $_} (gmtime)[4]+1;
our $VERSION = sprintf "1.%d", '$Revision$' =~ /(\d+)/;
our $VERSION = sprintf "1.%d", q$Revision$ =~ /(\d+)/g;
our $VERSION = sprintf '%d.%d', (q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf '%d.%d', q$Revision$ =~ /(\d+)\.(\d+)/;
our $VERSION = sprintf '%d.%d', q$Revision$ =~ /(\d+)\.(\d+)/;
our $VERSION = sprintf '%s', 'q$Revision$' =~ /\S+\s+(\S+)\s+/ ;
our $VERSION = sprintf '%s', 'q$Revision$' =~ /\S+\s+(\S+)\s+/ ;
our $VERSION = sprintf '%s', q$Revision$ =~ /Revision:\s+(\S+)\s+/ ;
our $VERSION = sprintf '%s', q{$Revision$} =~ /\S+\s+(\S+)/ ;
our $VERSION = sprintf '1.%d', (q$Revision$ =~ /\D(\d+)\s*$/)[0] + 15;
our $VERSION = sprintf("%d", q$Id: SomeModule.pm,v 1.23 2006/04/10 22:39:38 matthew Exp $ =~ /\s(\d+)\s/);
our $VERSION = sprintf("%d", q$Id: SomeModule.pm,v 1.23 2006/04/10 22:39:39 matthew Exp $ =~ /\s(\d+)\s/);
our $VERSION = sprintf("%d.%d", "Revision: 2006.0626" =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf("%d.%d", '$Name: v0_018-2006-06-15b $' =~ /(\d+)_(\d+)/, 0, 0);
our $VERSION = sprintf("%d.%d", 0, q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf("%d.%d", q$Name: REL-0-13 $ =~ /(\d+)-(\d+)/, 999, 99);
our $VERSION = sprintf("%d.%d", q$Name: ical-parser-html-1-6 $ =~ /(\d+)-(\d+)/);
our $VERSION = sprintf("%d.%d", q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf("%d.%d", q$Revision$ =~ /(\d+)\.(\d+)/o);
our $VERSION = sprintf("%d.%d", q$Revision$ =~ m/(\d+)\.(\d+)/);
our $VERSION = sprintf("%d.%d", q$Revision$=~/(\d+)\.(\d+)/);
our $VERSION = sprintf("%d.%d", q'$Revision$' =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf("%d.%d.%d", 0, q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf("1.%d", q$Revision$ =~ / (\d+) /);
our $VERSION = sprintf("1.%d", q$Revision$ =~ /(\d+)/);
our $VERSION = sprintf("1.2%d%d", q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf('%d.%d', '$Revision$' =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf('%d.%d', q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = sprintf('%d.%d', q$Revision$ =~ /(\d+)\.(\d+)/);
our $VERSION = substr q$Revision$, 10;
our $VERSION = substr(q$Revision$, 10);
our $VERSION = v1.2.3.0;
our $VERSION = v1.2.3;
our $VERSION = v1.23;
our $VERSION = version->new('1.2.3');
our $VERSION = version->new(qw$Revision$);
our ($PACKAGE, $VERSION) = ('') x 2;
our ($VERSION) = "1.23";
our ($VERSION) = $SomeOtherModule::VERSION;
our ($VERSION) = '$Revision$' =~ /\$Revision:\s+([^\s]+)/;
our ($VERSION) = '$Revision$' =~ /\$Revision:\s+([^\s]+)/;
our ($VERSION) = '$Revision$' =~ m{ \$Revision: \s+ (\S+) }x;
our ($VERSION) = '$Revision$' =~ m{ \$Revision: \s+ (\S+) }xm;
our ($VERSION) = '$Revision$'=~/(\d+(\.\d+))/;
our ($VERSION) = '$Revision$' =~ m{ \$Revision: \s+ (\S+) }x;
our ($VERSION) = '1.23' =~ /([.,\d]+)/;
our ($VERSION) = '1.23';
our ($VERSION) = ($local_variable =~ /(\d+\.\d+)/);
our ($VERSION) = ('$Revision$' =~ /(\d+\.\d+)/) ;
our ($VERSION) = ('$Revision$' =~ /(\d+\.\d+)/);
our ($VERSION) = ('$Revision$' =~ m/([\.\d]+)/) ;
our ($VERSION) = (q$Revision$ =~ /([\d\.]+)/);
our ($VERSION) = (qq$Revision$ =~ /(\d+)/)[0];
our ($VERSION) = 1.23;
our ($VERSION) = q$Revision$ =~ /Revision:\s+(\S+)/ or $VERSION = "1.23";
our ($VERSION) = q$Revision$ =~ /Revision:\s+(\S+)/ or $VERSION = '1.23';
our ($VERSION) = q$Revision$ =~ /[\d.]+/g;
our ($VERSION) = q$Revision$ =~ /^Revision:\s+(\S+)/ or $VERSION = "1.23";
require SomeOtherModule; our $VERSION = $SomeOtherModule::VERSION;
use SomeOtherModule; our $VERSION = $SomeOtherModule::VERSION;
use SomeOtherModule; our $VERSION = SomeOtherModule::VERSION;
use parent 'SomeOtherModule'; our $VERSION = $SomeOtherModule::VERSION;
use version; our $VERSION = 1.23;
use version; our $VERSION = qv("1.2.3");
use version; our $VERSION = qv('1.2.3');
use version; our $VERSION = qv('1.23');
use version; our $VERSION = qv((qw$Revision$)[1] / 1000);
use version; our $VERSION = version->new('1.23');

## name user-defined constant creators. RT #62562
## parms { allow_to_the_right_of_a_fat_comma => 0, constant_creator_subroutines => 'blahlahlah' }
## failures 0
## cut

blahlahlah my $answer => 42;

## name allow version as second argument of package. RT #67159
## failures 0
## cut

package Maggot 0.01;

## name do not allow numbers elsewhere in package statement. RT #67159
## failures 2
## cut

package 42; # Illegal, but check anyway.
package Maggot 0.01 42;

## name Confusion with numbered regex capture variables (GH #455)
## failures 0
## cut

my $x = $13;

#-----------------------------------------------------------------------------
# Local Variables:
#   mode: cperl
#   cperl-indent-level: 4
#   fill-column: 78
#   indent-tabs-mode: nil
#   c-indentation-style: bsd
# End:
# ex: set ts=8 sts=4 sw=4 tw=78 ft=perl expandtab shiftround :