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|
use strict;
use warnings;
use Test::Fatal;
use Test::More 0.96;
use Test::Specio qw( create_BAR_handle_code test_constraint :vars );
use Specio::Declare;
use Specio::Library::Builtins;
use Specio::Library::String;
use Specio::Library::Structured;
## no critic (Subroutines::ProtectPrivateSubs)
declare(
'UCStr',
parent => t('Str'),
inline => sub {
$_[0]->parent->_inline_check( $_[1] ) . " && $_[1] =~ /^[A-Z]+\$/";
},
);
## use critic
declare(
'UCStrToIntMap',
parent => t(
'Map',
of => {
key => t('UCStr'),
value => t('Int'),
},
),
);
# The glob vars only work when they're use in the same package as where
# they're declared. Globs are weird.
my $GLOB = do {
## no critic (TestingAndDebugging::ProhibitNoWarnings)
no warnings 'once';
*SOME_GLOB;
};
## no critic (Variables::RequireInitializationForLocalVars)
local *FOO;
my $GLOB_OVERLOAD = _T::GlobOverload->new( \*FOO );
local *BAR;
{
local $@;
## no critic (BuiltinFunctions::ProhibitStringyEval, ErrorHandling::RequireCheckingReturnValueOfEval
eval create_BAR_handle_code();
die $@ if $@;
}
my $GLOB_OVERLOAD_FH = _T::GlobOverload->new( \*BAR );
test_constraint(
t('UCStrToIntMap'),
{
accept => [
{ FOO => 42 },
_T::HashOverload->new( { FOO => 42 } ),
$HASH_REF,
_T::HashOverload->new( {} ),
],
reject => [
{ foo => 42 },
_T::HashOverload->new( { foo => 42 } ),
{ FOO => 42.1 },
_T::HashOverload->new( { FOO => 42.1 } ),
{ FOO => [] },
_T::HashOverload->new( { FOO => [] } ),
$ZERO,
$ONE,
$BOOL_OVERLOAD_TRUE,
$BOOL_OVERLOAD_FALSE,
$INT,
$NEG_INT,
$NUM,
$NEG_NUM,
$NUM_OVERLOAD_ZERO,
$NUM_OVERLOAD_ONE,
$NUM_OVERLOAD_NEG,
$NUM_OVERLOAD_NEG_DECIMAL,
$NUM_OVERLOAD_DECIMAL,
$EMPTY_STRING,
$STRING,
$NUM_IN_STRING,
$STR_OVERLOAD_EMPTY,
$STR_OVERLOAD_FULL,
$INT_WITH_NL1,
$INT_WITH_NL2,
$SCALAR_REF,
$SCALAR_REF_REF,
$SCALAR_OVERLOAD,
$ARRAY_REF,
$ARRAY_OVERLOAD,
$CODE_REF,
$CODE_OVERLOAD,
$GLOB,
$GLOB_REF,
$GLOB_OVERLOAD,
$GLOB_OVERLOAD_FH,
$FH,
$FH_OBJECT,
$REGEX,
$REGEX_OBJ,
$REGEX_OVERLOAD,
$FAKE_REGEX,
$OBJECT,
$UNDEF,
],
},
);
is(
t(
'Map',
of => {
key => t('NonEmptyStr'),
value => t( 'HashRef', of => t('Int') ),
},
)->name,
'Map{ NonEmptyStr => HashRef[Int] }',
'Map type has expected generated name'
);
## no critic (Modules::ProhibitMultiplePackages)
{
package Declarer;
use Specio::Declare;
use Specio::Library::Builtins;
use Specio::Library::Structured;
use parent 'Specio::Exporter';
declare(
'SomeMap',
'parent' => t(
'Map',
'of' => {
'key' => t('Str'),
'value' => t('Str'),
}
)
);
}
{
package ImportInto;
::is(
::exception { Declarer->import },
undef,
'No exception thrown when importing a Map type',
);
}
done_testing();
|
