File Coverage

blib/lib/Locale/CLDR/Locales/En/Any/Ca.pm

Criterion	Covered	Total	%
statement	23	23	100.0
branch			n/a
condition			n/a
subroutine	8	8	100.0
pod			n/a
total	31	31	100.0

=head1

Locale::CLDR::Locales::En::Any::Ca - Package for language English

=cut

package Locale::CLDR::Locales::En::Any::Ca;
# This file auto generated from Data\common\main\en_CA.xml
#	on Sun 24 Apr  8:24:35 am GMT

use version;

our $VERSION = version->declare('v0.29.0');

use v5.10.1;
use mro 'c3';
use utf8;
use if $^V ge v5.12.0, feature => 'unicode_strings';

use Types::Standard qw( Str Int HashRef ArrayRef CodeRef RegexpRef );
use Moo;

extends('Locale::CLDR::Locales::En::Any::001');
has 'units' => (
	is			=> 'ro',
	isa			=> HashRef[HashRef[HashRef[Str]]],
	init_arg	=> undef,
	default		=> sub { {
				'narrow' => {
					'centiliter' => {
						'name' => q(cL),
						'one' => q({0}cL),
						'other' => q({0}cL),
					},
					'deciliter' => {
						'name' => q(dL),
						'one' => q({0}dL),
						'other' => q({0}dL),
					},
					'hectoliter' => {
						'name' => q(hL),
						'one' => q({0}hL),
						'other' => q({0}hL),
					},
					'liter' => {
						'one' => q({0}L),
						'other' => q({0}L),
						'per' => q({0}/L),
					},
					'liter-per-100kilometers' => {
						'name' => q(L/100km),
						'one' => q({0}L/100km),
						'other' => q({0}L/100km),
					},
					'liter-per-kilometer' => {
						'name' => q(L/km),
						'one' => q({0}L/km),
						'other' => q({0}L/km),
					},
					'megaliter' => {
						'name' => q(ML),
						'one' => q({0}ML),
						'other' => q({0}ML),
					},
					'milligram-per-deciliter' => {
						'name' => q(mg/dL),
						'one' => q({0}mg/dL),
						'other' => q({0}mg/dL),
					},
					'milliliter' => {
						'name' => q(mL),
						'one' => q({0}mL),
						'other' => q({0}mL),
					},
					'millimole-per-liter' => {
						'name' => q(mmol/L),
						'one' => q({0}mmol/L),
						'other' => q({0}mmol/L),
					},
				},
				'short' => {
					'centiliter' => {
						'name' => q(cL),
						'one' => q({0} cL),
						'other' => q({0} cL),
					},
					'deciliter' => {
						'name' => q(dL),
						'one' => q({0} dL),
						'other' => q({0} dL),
					},
					'hectoliter' => {
						'name' => q(hL),
						'one' => q({0} hL),
						'other' => q({0} hL),
					},
					'liter' => {
						'one' => q({0} L),
						'other' => q({0} L),
					},
					'liter-per-100kilometers' => {
						'name' => q(L/100 km),
						'one' => q({0} L/100 km),
						'other' => q({0} L/100 km),
					},
					'liter-per-kilometer' => {
						'one' => q({0} L/km),
						'other' => q({0} L/km),
					},
					'megaliter' => {
						'name' => q(ML),
						'one' => q({0} ML),
						'other' => q({0} ML),
					},
					'milligram-per-deciliter' => {
						'name' => q(mg/dL),
						'one' => q({0} mg/dL),
						'other' => q({0} mg/dL),
					},
					'milliliter' => {
						'name' => q(mL),
						'one' => q({0} mL),
						'other' => q({0} mL),
					},
					'millimole-per-liter' => {
						'one' => q({0} mmol/L),
						'other' => q({0} mmol/L),
					},
				},
			} }
);

has 'currencies' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'CAD' => {
			symbol => '$',
		},
	} },
);


has 'day_period_data' => (
	is			=> 'ro',
	isa			=> CodeRef,
	init_arg	=> undef,
	default		=> sub { sub {
		# Time in hhmm format
		my ($self, $type, $time, $day_period_type) = @_;
		$day_period_type //= 'default';
		SWITCH:
		for ($type) {
			if ($_ eq 'chinese') {
				if($day_period_type eq 'default') {
					return 'noon' if $time == 1200;
					return 'midnight' if $time == 0;
					return 'evening1' if $time >= 1800
						&& $time < 2100;
					return 'night1' if $time >= 2100;
					return 'night1' if $time < 600;
					return 'afternoon1' if $time >= 1200
						&& $time < 1800;
					return 'morning1' if $time >= 600
						&& $time < 1200;
				}
				if($day_period_type eq 'selection') {
					return 'afternoon1' if $time >= 1200
						&& $time < 1800;
					return 'morning1' if $time >= 600
						&& $time < 1200;
					return 'night1' if $time >= 2100;
					return 'night1' if $time < 600;
					return 'evening1' if $time >= 1800
						&& $time < 2100;
				}
				last SWITCH;
				}
			if ($_ eq 'generic') {
				if($day_period_type eq 'default') {
					return 'noon' if $time == 1200;
					return 'midnight' if $time == 0;
					return 'evening1' if $time >= 1800
						&& $time < 2100;
					return 'night1' if $time >= 2100;
					return 'night1' if $time < 600;
					return 'afternoon1' if $time >= 1200
						&& $time < 1800;
					return 'morning1' if $time >= 600
						&& $time < 1200;
				}
				if($day_period_type eq 'selection') {
					return 'afternoon1' if $time >= 1200
						&& $time < 1800;
					return 'morning1' if $time >= 600
						&& $time < 1200;
					return 'night1' if $time >= 2100;
					return 'night1' if $time < 600;
					return 'evening1' if $time >= 1800
						&& $time < 2100;
				}
				last SWITCH;
				}
			if ($_ eq 'gregorian') {
				if($day_period_type eq 'default') {
					return 'noon' if $time == 1200;
					return 'midnight' if $time == 0;
					return 'evening1' if $time >= 1800
						&& $time < 2100;
					return 'night1' if $time >= 2100;
					return 'night1' if $time < 600;
					return 'afternoon1' if $time >= 1200
						&& $time < 1800;
					return 'morning1' if $time >= 600
						&& $time < 1200;
				}
				if($day_period_type eq 'selection') {
					return 'afternoon1' if $time >= 1200
						&& $time < 1800;
					return 'morning1' if $time >= 600
						&& $time < 1200;
					return 'night1' if $time >= 2100;
					return 'night1' if $time < 600;
					return 'evening1' if $time >= 1800
						&& $time < 2100;
				}
				last SWITCH;
				}
		}
	} },
);

around day_period_data => sub {
	my ($orig, $self) = @_;
	return $self->$orig;
};

has 'eras' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'chinese' => {
		},
		'generic' => {
		},
		'gregorian' => {
		},
	} },
);

has 'date_formats' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'chinese' => {
			'full' => q{EEEE, MMMM d, r(U)},
			'long' => q{MMMM d, r(U)},
			'medium' => q{MMM d, r},
			'short' => q{r-MM-dd},
		},
		'generic' => {
			'full' => q{EEEE, MMMM d, y G},
			'long' => q{MMMM d, y G},
			'medium' => q{MMM d, y G},
			'short' => q{GGGGG y-MM-dd},
		},
		'gregorian' => {
			'full' => q{EEEE, MMMM d, y},
			'long' => q{MMMM d, y},
			'medium' => q{MMM d, y},
			'short' => q{y-MM-dd},
		},
	} },
);

has 'time_formats' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'chinese' => {
		},
		'generic' => {
		},
		'gregorian' => {
		},
	} },
);

has 'datetime_formats' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'chinese' => {
		},
		'generic' => {
		},
		'gregorian' => {
		},
	} },
);

has 'datetime_formats_available_formats' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'chinese' => {
			Ed => q{d E},
			GyMMMEd => q{E, MMM d, r(U)},
			GyMMMd => q{MMM d, r},
			MEd => q{E, d/M},
			MMMEd => q{E, MMM d},
			MMMMd => q{MMMM d},
			MMMd => q{MMM d},
			Md => q{d/M},
			UMMMd => q{MMM d, U},
			UMd => q{d/M/U},
			yMd => q{d/M/r},
			yyyyM => q{M/r},
			yyyyMEd => q{E, d/M/r},
			yyyyMMMEd => q{E, MMM d, r(U)},
			yyyyMMMd => q{MMM d, r},
			yyyyMd => q{d/M/r},
		},
		'generic' => {
			Ed => q{d E},
			GyMMMEd => q{E, MMM d, y G},
			GyMMMd => q{MMM d, y G},
			MEd => q{E, d/M},
			MMMEd => q{E, MMM d},
			MMMd => q{MMM d},
			Md => q{d/M},
			yyyyM => q{M/y GGGGG},
			yyyyMEd => q{E, d/M/y GGGGG},
			yyyyMMMEd => q{E, MMM d, y G},
			yyyyMMMd => q{MMM d, y G},
			yyyyMd => q{d/M/y GGGGG},
		},
		'gregorian' => {
			GyMMMEd => q{E, MMM d, y G},
			GyMMMd => q{MMM d, y G},
			MEd => q{E, d/M},
			MMMEd => q{E, MMM d},
			MMMMd => q{MMMM d},
			MMMd => q{MMM d},
			MMdd => q{dd/MM},
			Md => q{d/M},
			yM => q{M/y},
			yMEd => q{E, d/M/y},
			yMMMEd => q{E, MMM d, y},
			yMMMd => q{MMM d, y},
			yMd => q{d/M/y},
		},
	} },
);

has 'datetime_formats_append_item' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
	} },
);

has 'datetime_formats_interval' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default		=> sub { {
		'chinese' => {
			MEd => {
				M => q{E, d/M – E, d/M},
				d => q{E, d/M – E, d/M},
			},
			MMMEd => {
				M => q{E, MMM d – E, MMM d},
				d => q{E, MMM d – E, MMM d},
			},
			MMMd => {
				M => q{MMM d – MMM d},
				d => q{MMM d – d},
			},
			Md => {
				M => q{d/M – d/M},
				d => q{d/M – d/M},
			},
			yM => {
				M => q{M/y – M/y},
				y => q{M/y – M/y},
			},
			yMEd => {
				M => q{E, d/M/y – E, d/M/y},
				d => q{E, d/M/y – E, d/M/y},
				y => q{E, d/M/y – E, d/M/y},
			},
			yMMMEd => {
				M => q{E, MMM d – E, MMM d, U},
				d => q{E, MMM d – E, MMM d, U},
				y => q{E, MMM d, U – E, MMM d, U},
			},
			yMMMd => {
				M => q{MMM d – MMM d, U},
				d => q{MMM d – d, U},
				y => q{MMM d, U – MMM d, U},
			},
			yMd => {
				M => q{d/M/y – d/M/y},
				d => q{d/M/y – d/M/y},
				y => q{d/M/y – d/M/y},
			},
		},
		'generic' => {
			MEd => {
				M => q{E, d/M – E, d/M},
				d => q{E, d/M – E, d/M},
			},
			MMMEd => {
				M => q{E, MMM d – E, MMM d},
				d => q{E, MMM d – E, MMM d},
			},
			MMMd => {
				M => q{MMM d – MMM d},
				d => q{MMM d – d},
			},
			Md => {
				M => q{d/M – d/M},
				d => q{d/M – d/M},
			},
			yM => {
				M => q{M/y – M/y GGGGG},
				y => q{M/y – M/y GGGGG},
			},
			yMEd => {
				M => q{E, d/M/y – E, d/M/y GGGGG},
				d => q{E, d/M/y – E, d/M/y GGGGG},
				y => q{E, d/M/y – E, d/M/y GGGGG},
			},
			yMMMEd => {
				M => q{E, MMM d – E, MMM d, y G},
				d => q{E, MMM d – E, MMM d, y G},
				y => q{E, MMM d, y – E, MMM d, y G},
			},
			yMMMd => {
				M => q{MMM d – MMM d, y G},
				d => q{MMM d – d, y G},
				y => q{MMM d, y – MMM d, y G},
			},
			yMd => {
				M => q{d/M/y – d/M/y GGGGG},
				d => q{d/M/y – d/M/y GGGGG},
				y => q{d/M/y – d/M/y GGGGG},
			},
		},
		'gregorian' => {
			MEd => {
				M => q{E, d/M – E, d/M},
				d => q{E, d/M – E, d/M},
			},
			MMMEd => {
				M => q{E, MMM d – E, MMM d},
				d => q{E, MMM d – E, MMM d},
			},
			MMMd => {
				M => q{MMM d – MMM d},
				d => q{MMM d – d},
			},
			Md => {
				M => q{d/M – d/M},
				d => q{d/M – d/M},
			},
			yM => {
				M => q{M/y – M/y},
				y => q{M/y – M/y},
			},
			yMEd => {
				M => q{E, d/M/y – E, d/M/y},
				d => q{E, d/M/y – E, d/M/y},
				y => q{E, d/M/y – E, d/M/y},
			},
			yMMMEd => {
				M => q{E, MMM d – E, MMM d, y},
				d => q{E, MMM d – E, MMM d, y},
				y => q{E, MMM d, y – E, MMM d, y},
			},
			yMMMd => {
				M => q{MMM d – MMM d, y},
				d => q{MMM d – d, y},
				y => q{MMM d, y – MMM d, y},
			},
			yMd => {
				M => q{d/M/y – d/M/y},
				d => q{d/M/y – d/M/y},
				y => q{d/M/y – d/M/y},
			},
		},
	} },
);

has 'time_zone_names' => (
	is			=> 'ro',
	isa			=> HashRef,
	init_arg	=> undef,
	default	=> sub { {
		'Alaska' => {
			short => {
				'daylight' => q(AKDT),
				'generic' => q(AKT),
				'standard' => q(AKST),
			},
		},
		'America_Central' => {
			short => {
				'daylight' => q(CDT),
				'generic' => q(CT),
				'standard' => q(CST),
			},
		},
		'America_Eastern' => {
			short => {
				'daylight' => q(EDT),
				'generic' => q(ET),
				'standard' => q(EST),
			},
		},
		'America_Mountain' => {
			short => {
				'daylight' => q(MDT),
				'generic' => q(MT),
				'standard' => q(MST),
			},
		},
		'America_Pacific' => {
			short => {
				'daylight' => q(PDT),
				'generic' => q(PT),
				'standard' => q(PST),
			},
		},
		'Atlantic' => {
			short => {
				'daylight' => q(ADT),
				'generic' => q(AT),
				'standard' => q(AST),
			},
		},
		'Hawaii_Aleutian' => {
			short => {
				'daylight' => q(HADT),
				'generic' => q(HAT),
				'standard' => q(HAST),
			},
		},
		'Newfoundland' => {
			short => {
				'daylight' => q(NDT),
				'generic' => q(NT),
				'standard' => q(NST),
			},
		},
		'Pacific/Honolulu' => {
			short => {
				'daylight' => q(HDT),
				'generic' => q(HST),
				'standard' => q(HST),
			},
		},
	 } }
);
no Moo;

1;

# vim: tabstop=4