use strict; use warnings; use Test::More; use Test::Exception; use lib qw(t/lib); use DBICTest; use Storable qw(dclone freeze thaw); my $schema = DBICTest->init_schema(); my %stores = ( dclone_method => sub { return $schema->dclone($_[0]) }, dclone_func => sub { return dclone($_[0]) }, "freeze/thaw_method" => sub { my $ice = $schema->freeze($_[0]); return $schema->thaw($ice); }, "freeze/thaw_func" => sub { thaw(freeze($_[0])); }, ); plan tests => (11 * keys %stores); for my $name (keys %stores) { my $store = $stores{$name}; my $copy; my $artist = $schema->resultset('Artist')->find(1); # Test that the procedural versions will work if there's a registered # schema as with CDBICompat objects and that the methods work # without. if( $name =~ /func/ ) { $artist->result_source_instance->schema($schema); DBICTest::CD->result_source_instance->schema($schema); } else { $artist->result_source_instance->schema(undef); DBICTest::CD->result_source_instance->schema(undef); } lives_ok { $copy = $store->($artist) } "serialize row object lives: $name"; is_deeply($copy, $artist, "serialize row object works: $name"); my $cd_rs = $artist->search_related("cds"); # test that a result source can be serialized as well $cd_rs->_resolved_attrs; # this builds up the {from} attr lives_ok { $copy = $store->($cd_rs); is_deeply ( [ $copy->all ], [ $cd_rs->all ], "serialize resultset works: $name", ); } "serialize resultset lives: $name"; # Test that an object with a related_resultset can be serialized. ok $artist->{related_resultsets}, 'has key: related_resultsets'; lives_ok { $copy = $store->($artist) } "serialize row object with related_resultset lives: $name"; for my $key (keys %$artist) { next if $key eq 'related_resultsets'; next if $key eq '_inflated_column'; is_deeply($copy->{$key}, $artist->{$key}, qq[serialize with related_resultset "$key"]); } ok eval { $copy->discard_changes; 1 } or diag $@; is($copy->id, $artist->id, "IDs still match "); }