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|
#!perl
use strict;
use warnings;
use lib 't/lib';
use Test::More;
use Test::Exception;
use Test::Deep;
use DBIx::Class::Helpers::Util ':all';
my ($ns, $class) = get_namespace_parts('Project::Schema::Result::Child');
is $ns, 'Project::Schema::Result',
'namespace part of get_namespace_parts works';
is $class, 'Child', 'result part of get_namespace_parts works';
($ns, $class) = get_namespace_parts('Project::Schema::Result::HouseHold::Child');
is $ns, 'Project::Schema::Result',
'namespace part of get_namespace_parts works';
is $class, 'HouseHold::Child', 'result part of get_namespace_parts works';
subtest is_load_namespaces => sub {
ok is_load_namespaces('P::Result::Foo'),
'is_load_namespaces works when correct';
ok !is_load_namespaces('P::Foo'),
'is_load_namespaces works when incorrect';
ok is_load_namespaces('P::Result::Foo::Bar'),
'is_load_namespaces works with two levels namespace';
};
subtest is_not_load_namespaces => sub {
ok is_not_load_namespaces('P::Foo'),
'is_not_load_namespaces works correct';
ok !is_not_load_namespaces('P::Result::Foo'),
'is_not_load_namespaces works when incorrect';
};
subtest assert_similar_namespaces => sub {
lives_ok { assert_similar_namespaces('P::Foo', 'L::Bar') }
'assert_similar_namespaces works when both non-namespace';
lives_ok { assert_similar_namespaces('P::Result::Foo', 'L::Result::Bar') }
'assert_similar_namespaces works when both namespace';
dies_ok { assert_similar_namespaces('P::Foo', 'L::Result::Bar') }
'assert_similar_namespaces works when right is namespace';
dies_ok { assert_similar_namespaces('P::Result::Foo', 'L::Bar') }
'assert_similar_namespaces works when left is namespace';
lives_ok { assert_similar_namespaces('P::Result::Foo::Bar', 'L::Result::Foo::Bar')}
'assert_similar_namespaces works with two levels of right namespace';
};
subtest order_by_vistor => sub {
my $complex_order_by = [
{ -desc => [qw( foo bar )] },
'baz',
{ -asc => 'biff' }
];
cmp_deeply(
order_by_visitor($complex_order_by, sub{shift}),
$complex_order_by,
'roundtrip'
);
cmp_deeply(
order_by_visitor('frew', sub{'bar'}),
'bar',
'simplest ever'
);
cmp_deeply(
order_by_visitor({ -asc => 'foo' }, sub{'bar'}),
{ -asc => 'bar' },
'simple hash'
);
cmp_deeply(
order_by_visitor([{ -asc => 'foo' }, 'bar'], sub{
if ($_[0] eq 'foo') {
return 'foot'
} else {
return $_[0]
}
}),
[{ -asc => 'foot' }, 'bar'],
'typical'
);
};
subtest normalize_connect_info => sub {
subtest 'form 1' => sub {
cmp_deeply(
normalize_connect_info('dbi:foo'),
{ dsn => 'dbi:foo' },
'dsn',
);
cmp_deeply(
normalize_connect_info('dbi:foo', 'user'),
{
dsn => 'dbi:foo',
user => 'user',
},
'dsn, user',
);
cmp_deeply(
normalize_connect_info('dbi:foo', 'user', 'pass'),
{
dsn => 'dbi:foo',
user => 'user',
password => 'pass',
},
'dsn, user, pass',
);
cmp_deeply(
normalize_connect_info('dbi:foo', 'user', 'pass',
{ LongReadLen => 1 },
),
{
dsn => 'dbi:foo',
user => 'user',
password => 'pass',
LongReadLen => 1,
},
'dsn, user, pass, dbi_opts',
);
cmp_deeply(
normalize_connect_info('dbi:foo', 'user', 'pass',
{ LongReadLen => 1 },
{ quote_names => 1 },
),
{
dsn => 'dbi:foo',
user => 'user',
password => 'pass',
LongReadLen => 1,
quote_names => 1,
},
'all params',
);
};
subtest 'form 2' => sub {
my $s = sub {};
cmp_deeply(
normalize_connect_info($s),
{ dbh_maker => $s },
'just sub',
);
cmp_deeply(
normalize_connect_info($s, { quote_names => 1 }),
{ dbh_maker => $s, quote_names => 1 },
'sub and options',
);
};
};
done_testing;
|
