package dbixcsl_common_tests;
use strict;
use warnings;
use Test::More;
use Test::Deep;
use Test::Exception;
use Test::Differences;
use DBIx::Class::Schema::Loader;
use Class::Unload;
use File::Path 'rmtree';
use DBI;
use File::Find 'find';
use Class::Unload ();
use DBIx::Class::Schema::Loader::Utils qw/dumper_squashed slurp_file sigwarn_silencer apply/;
use DBIx::Class::Schema::Loader::Optional::Dependencies ();
use Try::Tiny;
use File::Spec::Functions 'catfile';
use File::Basename 'basename';
use namespace::clean;
use dbixcsl_test_dir '$tdir';
use constant DUMP_DIR => "$tdir/common_dump";
rmtree DUMP_DIR;
use constant RESCAN_WARNINGS => qr/(?i:loader_test|LoaderTest)\d+s? has no primary key|^Dumping manual schema|^Schema dump completed|collides with an inherited method|invalidates \d+ active statement|^Bad table or view/;
# skip schema-qualified tables in the Pg tests
use constant SOURCE_DDL => qr/CREATE (?:TABLE|VIEW) (?!"dbicsl[.-]test")/i;
use constant SCHEMA_CLASS => 'DBIXCSL_Test::Schema';
use constant RESULT_NAMESPACE => [ 'MyResult', 'MyResultTwo' ];
use constant RESULTSET_NAMESPACE => [ 'MyResultSet', 'MyResultSetTwo' ];
sub new {
my $class = shift;
my $self;
if( ref($_[0]) eq 'HASH') {
my $args = shift;
$self = { (%$args) };
}
else {
$self = { @_ };
}
# Only MySQL uses this
$self->{innodb} ||= '';
# DB2 and Firebird don't support 'field type NULL'
$self->{null} = 'NULL' unless defined $self->{null};
$self->{verbose} = $ENV{TEST_VERBOSE} || 0;
# Optional extra tables and tests
$self->{extra} ||= {};
$self->{basic_date_datatype} ||= 'DATE';
# Not all DBS do SQL-standard CURRENT_TIMESTAMP
$self->{default_function} ||= "current_timestamp";
$self->{default_function_def} ||= "timestamp default $self->{default_function}";
$self = bless $self, $class;
$self->{preserve_case_tests_table_names} = [qw/LoaderTest40 LoaderTest41/];
if (lc($self->{vendor}) eq 'mysql' && $^O =~ /^(?:MSWin32|cygwin)\z/) {
$self->{preserve_case_tests_table_names} = [qw/Loader_Test40 Loader_Test41/];
}
$self->setup_data_type_tests;
return $self;
}
sub skip_tests {
my ($self, $why) = @_;
plan skip_all => $why;
}
sub _monikerize {
my $name = shift;
my $orig = pop;
return $orig->({
loader_test2 => 'LoaderTest2X',
LOADER_TEST2 => 'LoaderTest2X',
});
}
sub run_tests {
my $self = shift;
my @connect_info;
if ($self->{dsn}) {
push @connect_info, [ @{$self}{qw/dsn user password connect_info_opts/ } ];
}
else {
foreach my $info (@{ $self->{connect_info} || [] }) {
push @connect_info, [ @{$info}{qw/dsn user password connect_info_opts/ } ];
}
}
if ($ENV{SCHEMA_LOADER_TESTS_EXTRA_ONLY}) {
$self->run_only_extra_tests(\@connect_info);
return;
}
my $extra_count = $self->{extra}{count} || 0;
my $col_accessor_map_tests = 6;
my $num_rescans = 6;
$num_rescans++ if $self->{vendor} eq 'mssql';
$num_rescans++ if $self->{vendor} eq 'Firebird';
plan tests => @connect_info *
(233 + $num_rescans * $col_accessor_map_tests + $extra_count + ($self->{data_type_tests}{test_count} || 0));
foreach my $info_idx (0..$#connect_info) {
my $info = $connect_info[$info_idx];
@{$self}{qw/dsn user password connect_info_opts/} = @$info;
$self->create();
my $schema_class = $self->setup_schema($info);
$self->test_schema($schema_class);
rmtree DUMP_DIR
unless $ENV{SCHEMA_LOADER_TESTS_NOCLEANUP} && $info_idx == $#connect_info;
}
}
sub run_only_extra_tests {
my ($self, $connect_info) = @_;
plan tests => @$connect_info * (3 + ($self->{extra}{count} || 0) + ($self->{data_type_tests}{test_count} || 0));
rmtree DUMP_DIR;
foreach my $info_idx (0..$#$connect_info) {
my $info = $connect_info->[$info_idx];
@{$self}{qw/dsn user password connect_info_opts/} = @$info;
$self->drop_extra_tables_only;
my $dbh = $self->dbconnect(1);
$dbh->do($_) for @{ $self->{pre_create} || [] };
$dbh->do($_) for @{ $self->{extra}{create} || [] };
if (not ($self->{vendor} eq 'mssql' && $dbh->{Driver}{Name} eq 'Sybase')) {
foreach my $ddl (@{ $self->{data_type_tests}{ddl} || []}) {
if (my $cb = $self->{data_types_ddl_cb}) {
$cb->($ddl);
}
else {
$dbh->do($ddl);
}
}
}
$dbh->disconnect;
$self->{_created} = 1;
my $file_count = grep $_ =~ SOURCE_DDL, @{ $self->{extra}{create} || [] };
$file_count++; # schema
if (not ($self->{vendor} eq 'mssql' && $dbh->{Driver}{Name} eq 'Sybase')) {
$file_count++ for @{ $self->{data_type_tests}{table_names} || [] };
}
my $schema_class = $self->setup_schema($info, $file_count);
my ($monikers, $classes) = $self->monikers_and_classes($schema_class);
my $conn = $schema_class->clone;
$self->test_data_types($conn);
$self->{extra}{run}->($conn, $monikers, $classes, $self) if $self->{extra}{run};
if (not ($ENV{SCHEMA_LOADER_TESTS_NOCLEANUP} && $info_idx == $#$connect_info)) {
$self->drop_extra_tables_only;
rmtree DUMP_DIR;
}
$conn->storage->disconnect;
}
}
sub drop_extra_tables_only {
my $self = shift;
my $dbh = $self->dbconnect(0);
local $^W = 0; # for ADO
$dbh->do($_) for @{ $self->{extra}{pre_drop_ddl} || [] };
$self->drop_table($dbh, $_) for @{ $self->{extra}{drop} || [] };
if (not ($self->{vendor} eq 'mssql' && $dbh->{Driver}{Name} eq 'Sybase')) {
foreach my $data_type_table (@{ $self->{data_type_tests}{table_names} || [] }) {
$self->drop_table($dbh, $data_type_table);
}
}
}
# defined in sub create
my (@statements, @statements_reltests, @statements_advanced,
@statements_advanced_sqlite, @statements_inline_rels,
@statements_implicit_rels);
sub CONSTRAINT {
my $self = shift;
return qr/^(?:(?:$self->{vendor}|extra)[_-]?)?loader[_-]?test[0-9]+(?!.*_)/i;
}
sub setup_schema {
my ($self, $connect_info, $expected_count) = @_;
my $debug = ($self->{verbose} > 1) ? 1 : 0;
if ($ENV{SCHEMA_LOADER_TESTS_USE_MOOSE}) {
if (not DBIx::Class::Schema::Loader::Optional::Dependencies->req_ok_for('use_moose')) {
die sprintf ("Missing dependencies for SCHEMA_LOADER_TESTS_USE_MOOSE: %s\n",
DBIx::Class::Schema::Loader::Optional::Dependencies->req_missing_for('use_moose'));
}
$self->{use_moose} = 1;
}
my %loader_opts = (
constraint => $self->CONSTRAINT,
result_namespace => RESULT_NAMESPACE,
resultset_namespace => RESULTSET_NAMESPACE,
schema_base_class => 'TestSchemaBaseClass',
schema_components => [ 'TestSchemaComponent', '+TestSchemaComponentFQN' ],
additional_classes => 'TestAdditional',
additional_base_classes => 'TestAdditionalBase',
left_base_classes => [ qw/TestLeftBase/ ],
components => [ qw/TestComponent +TestComponentFQN IntrospectableM2M/ ],
inflect_plural => { loader_test4_fkid => 'loader_test4zes' },
inflect_singular => { fkid => 'fkid_singular' },
moniker_map => \&_monikerize,
custom_column_info => \&_custom_column_info,
debug => $debug,
dump_directory => DUMP_DIR,
datetime_timezone => 'Europe/Berlin',
datetime_locale => 'de_DE',
$self->{use_moose} ? (
use_moose => 1,
result_roles => 'TestRole',
result_roles_map => { LoaderTest2X => 'TestRoleForMap' },
) : (),
col_collision_map => { '^(can)\z' => 'caught_collision_%s' },
rel_collision_map => { '^(set_primary_key)\z' => 'caught_rel_collision_%s' },
relationship_attrs => { many_to_many => { order_by => 'me.id' } },
col_accessor_map => \&test_col_accessor_map,
result_components_map => { LoaderTest2X => 'TestComponentForMap', LoaderTest1 => '+TestComponentForMapFQN' },
uniq_to_primary => 1,
%{ $self->{loader_options} || {} },
);
$loader_opts{db_schema} = $self->{db_schema} if $self->{db_schema};
Class::Unload->unload(SCHEMA_CLASS);
my $file_count;
{
my @loader_warnings;
local $SIG{__WARN__} = sub { push(@loader_warnings, @_); };
eval qq{
package @{[SCHEMA_CLASS]};
use base qw/DBIx::Class::Schema::Loader/;
__PACKAGE__->loader_options(\%loader_opts);
__PACKAGE__->connection(\@\$connect_info);
};
ok(!$@, "Loader initialization") or diag $@;
find sub { return if -d; $file_count++ }, DUMP_DIR;
my $standard_sources = not defined $expected_count;
if ($standard_sources) {
$expected_count = 41;
if (not ($self->{vendor} eq 'mssql' && $connect_info->[0] =~ /Sybase/)) {
$expected_count++ for @{ $self->{data_type_tests}{table_names} || [] };
}
$expected_count += grep $_ =~ SOURCE_DDL,
@{ $self->{extra}{create} || [] };
$expected_count -= grep /CREATE TABLE/i, @statements_inline_rels
if $self->{skip_rels} || $self->{no_inline_rels};
$expected_count -= grep /CREATE TABLE/i, @statements_implicit_rels
if $self->{skip_rels} || $self->{no_implicit_rels};
$expected_count -= grep /CREATE TABLE/i, ($self->{vendor} =~ /sqlite/ ? @statements_advanced_sqlite : @statements_advanced), @statements_reltests
if $self->{skip_rels};
}
is $file_count, $expected_count, 'correct number of files generated';
my $warn_count = 2;
$warn_count++ for grep /^Bad table or view/, @loader_warnings;
$warn_count++ for grep /renaming \S+ relation/, @loader_warnings;
$warn_count++ for grep /\b(?!loader_test9)\w+ has no primary key/i, @loader_warnings;
$warn_count++ for grep /^Column '\w+' in table '\w+' collides with an inherited method\./, @loader_warnings;
$warn_count++ for grep /^Relationship '\w+' in source '\w+' for columns '[^']+' collides with an inherited method\./, @loader_warnings;
$warn_count++ for grep { my $w = $_; grep $w =~ $_, @{ $self->{warnings} || [] } } @loader_warnings;
$warn_count-- for grep { my $w = $_; grep $w =~ $_, @{ $self->{failtrigger_warnings} || [] } } @loader_warnings;
is scalar(@loader_warnings), $warn_count, 'Correct number of warnings'
or diag @loader_warnings;
}
exit if ($file_count||0) != $expected_count;
return SCHEMA_CLASS;
}
sub test_schema {
my $self = shift;
my $schema_class = shift;
my $conn = $schema_class->clone;
($self->{before_tests_run} || sub {})->($conn);
my ($monikers, $classes) = $self->monikers_and_classes($schema_class);
my $moniker1 = $monikers->{loader_test1s};
my $class1 = $classes->{loader_test1s};
my $rsobj1 = $conn->resultset($moniker1);
check_no_duplicate_unique_constraints($class1);
my $moniker2 = $monikers->{loader_test2};
my $class2 = $classes->{loader_test2};
my $rsobj2 = $conn->resultset($moniker2);
check_no_duplicate_unique_constraints($class2);
my $moniker23 = $monikers->{LOADER_test23} || $monikers->{loader_test23};
my $class23 = $classes->{LOADER_test23} || $classes->{loader_test23};
my $rsobj23 = $conn->resultset($moniker1);
my $moniker24 = $monikers->{LoAdEr_test24} || $monikers->{loader_test24};
my $class24 = $classes->{LoAdEr_test24} || $classes->{loader_test24};
my $rsobj24 = $conn->resultset($moniker2);
my $moniker35 = $monikers->{loader_test35};
my $class35 = $classes->{loader_test35};
my $rsobj35 = $conn->resultset($moniker35);
my $moniker50 = $monikers->{loader_test50};
my $class50 = $classes->{loader_test50};
my $rsobj50 = $conn->resultset($moniker50);
isa_ok( $rsobj1, "DBIx::Class::ResultSet" );
isa_ok( $rsobj2, "DBIx::Class::ResultSet" );
isa_ok( $rsobj23, "DBIx::Class::ResultSet" );
isa_ok( $rsobj24, "DBIx::Class::ResultSet" );
isa_ok( $rsobj35, "DBIx::Class::ResultSet" );
isa_ok( $rsobj50, "DBIx::Class::ResultSet" );
# check result_namespace
my @schema_dir = split /::/, SCHEMA_CLASS;
my $result_dir = ref RESULT_NAMESPACE ? ${RESULT_NAMESPACE()}[0] : RESULT_NAMESPACE;
my $schema_files = [ sort map basename($_), glob catfile(DUMP_DIR, @schema_dir, '*') ];
is_deeply $schema_files, [ $result_dir ],
'first entry in result_namespace exists as a directory';
my $result_file_count =()= glob catfile(DUMP_DIR, @schema_dir, $result_dir, '*.pm');
ok $result_file_count,
'Result files dumped to first entry in result_namespace';
# parse out the resultset_namespace
my $schema_code = slurp_file $conn->_loader->get_dump_filename(SCHEMA_CLASS);
my ($schema_resultset_namespace) = $schema_code =~ /\bresultset_namespace => (.*)/;
$schema_resultset_namespace = eval $schema_resultset_namespace;
die $@ if $@;
is_deeply $schema_resultset_namespace, RESULTSET_NAMESPACE,
'resultset_namespace set correctly on Schema';
like $schema_code,
qr/\nuse base 'TestSchemaBaseClass';\n\n|\nextends 'TestSchemaBaseClass';\n\n/,
'schema_base_class works';
is $conn->testschemabaseclass, 'TestSchemaBaseClass works',
'schema base class works';
like $schema_code,
qr/\n__PACKAGE__->load_components\("TestSchemaComponent", "\+TestSchemaComponentFQN"\);\n\n__PACKAGE__->load_namespaces/,
'schema_components works';
is $conn->dbix_class_testschemacomponent, 'dbix_class_testschemacomponent works',
'schema component works';
is $conn->testschemacomponent_fqn, 'TestSchemaComponentFQN works',
'fully qualified schema component works';
my @columns_lt2 = $class2->columns;
is_deeply( \@columns_lt2, [ qw/id dat dat2 set_primary_key can dbix_class_testcomponent dbix_class_testcomponentmap testcomponent_fqn meta test_role_method test_role_for_map_method crumb_crisp_coating sticky_filling/ ], "Column Ordering" );
is $class2->column_info('can')->{accessor}, 'caught_collision_can',
'accessor for column name that conflicts with a UNIVERSAL method renamed based on col_collision_map';
ok (exists $class2->column_info('set_primary_key')->{accessor}
&& (not defined $class2->column_info('set_primary_key')->{accessor}),
'accessor for column name that conflicts with a result base class method removed');
ok (exists $class2->column_info('dbix_class_testcomponent')->{accessor}
&& (not defined $class2->column_info('dbix_class_testcomponent')->{accessor}),
'accessor for column name that conflicts with a component class method removed');
ok (exists $class2->column_info('dbix_class_testcomponentmap')->{accessor}
&& (not defined $class2->column_info('dbix_class_testcomponentmap')->{accessor}),
'accessor for column name that conflicts with a component class method removed');
ok (exists $class2->column_info('testcomponent_fqn')->{accessor}
&& (not defined $class2->column_info('testcomponent_fqn')->{accessor}),
'accessor for column name that conflicts with a fully qualified component class method removed');
if ($self->{use_moose}) {
ok (exists $class2->column_info('meta')->{accessor}
&& (not defined $class2->column_info('meta')->{accessor}),
'accessor for column name that conflicts with Moose removed');
ok (exists $class2->column_info('test_role_for_map_method')->{accessor}
&& (not defined $class2->column_info('test_role_for_map_method')->{accessor}),
'accessor for column name that conflicts with a Result role removed');
ok (exists $class2->column_info('test_role_method')->{accessor}
&& (not defined $class2->column_info('test_role_method')->{accessor}),
'accessor for column name that conflicts with a Result role removed');
}
else {
ok ((not exists $class2->column_info('meta')->{accessor}),
"not removing 'meta' accessor with use_moose disabled");
ok ((not exists $class2->column_info('test_role_for_map_method')->{accessor}),
'no role method conflicts with use_moose disabled');
ok ((not exists $class2->column_info('test_role_method')->{accessor}),
'no role method conflicts with use_moose disabled');
}
my %uniq1 = $class1->unique_constraints;
my $uniq1_test = 0;
foreach my $ucname (keys %uniq1) {
my $cols_arrayref = $uniq1{$ucname};
if(@$cols_arrayref == 1 && $cols_arrayref->[0] eq 'dat') {
$uniq1_test = 1;
last;
}
}
ok($uniq1_test, "Unique constraint");
is($moniker1, 'LoaderTest1', 'moniker singularisation');
my %uniq2 = $class2->unique_constraints;
my $uniq2_test = 0;
foreach my $ucname (keys %uniq2) {
my $cols_arrayref = $uniq2{$ucname};
if (@$cols_arrayref == 2
&& $cols_arrayref->[0] eq 'dat2'
&& $cols_arrayref->[1] eq 'dat'
) {
$uniq2_test = 2;
last;
}
}
ok($uniq2_test, "Multi-col unique constraint");
my %uniq3 = $class50->unique_constraints;
is_deeply $uniq3{primary}, ['id1', 'id2'],
'unique constraint promoted to primary key with uniq_to_primary';
is($moniker2, 'LoaderTest2X', "moniker_map testing");
SKIP: {
can_ok( $class1, 'test_additional_base' )
or skip "Pre-requisite test failed", 1;
is( $class1->test_additional_base, "test_additional_base",
"Additional Base method" );
}
SKIP: {
can_ok( $class1, 'test_additional_base_override' )
or skip "Pre-requisite test failed", 1;
is( $class1->test_additional_base_override,
"test_left_base_override",
"Left Base overrides Additional Base method" );
}
SKIP: {
can_ok( $class1, 'test_additional_base_additional' )
or skip "Pre-requisite test failed", 1;
is( $class1->test_additional_base_additional, "test_additional",
"Additional Base can use Additional package method" );
}
SKIP: {
can_ok( $class1, 'dbix_class_testcomponent' )
or skip "Pre-requisite test failed", 1;
is( $class1->dbix_class_testcomponent,
'dbix_class_testcomponent works',
'Additional Component' );
}
is try { $class2->dbix_class_testcomponentmap }, 'dbix_class_testcomponentmap works',
'component from result_component_map';
isnt try { $class1->dbix_class_testcomponentmap }, 'dbix_class_testcomponentmap works',
'component from result_component_map not added to not mapped Result';
is try { $class1->testcomponent_fqn }, 'TestComponentFQN works',
'fully qualified component class';
is try { $class1->testcomponentformap_fqn }, 'TestComponentForMapFQN works',
'fully qualified component class from result_component_map';
isnt try { $class2->testcomponentformap_fqn }, 'TestComponentForMapFQN works',
'fully qualified component class from result_component_map not added to not mapped Result';
SKIP: {
skip 'not testing role methods with use_moose disabled', 2
unless $self->{use_moose};
is try { $class1->test_role_method }, 'test_role_method works',
'role from result_roles applied';
is try { $class2->test_role_for_map_method },
'test_role_for_map_method works',
'role from result_roles_map applied';
}
SKIP: {
can_ok( $class1, 'loader_test1_classmeth' )
or skip "Pre-requisite test failed", 1;
is( $class1->loader_test1_classmeth, 'all is well', 'Class method' );
}
ok( $class1->column_info('id')->{is_auto_increment}, 'is_auto_increment detection' );
my $obj = try { $rsobj1->find(1) };
is( try { $obj->id }, 1, "Find got the right row" );
is( try { $obj->dat }, "foo", "Column value" );
is( $rsobj2->count, 4, "Count" );
my $saved_id;
eval {
my $new_obj1 = $rsobj1->create({ dat => 'newthing' });
$saved_id = $new_obj1->id;
};
ok(!$@, "Inserting new record using a PK::Auto key didn't die") or diag $@;
ok($saved_id, "Got PK::Auto-generated id");
my $new_obj1 = $rsobj1->search({ dat => 'newthing' })->single;
ok($new_obj1, "Found newly inserted PK::Auto record");
is($new_obj1->id, $saved_id, "Correct PK::Auto-generated id");
my ($obj2) = $rsobj2->search({ dat => 'bbb' })->single;
is( $obj2->id, 2 );
SKIP: {
skip 'no DEFAULT on Access', 7 if $self->{vendor} eq 'Access';
is(
$class35->column_info('a_varchar')->{default_value}, 'foo',
'constant character default',
);
is(
$class35->column_info('an_int')->{default_value}, 42,
'constant integer default',
);
is(
$class35->column_info('a_negative_int')->{default_value}, -42,
'constant negative integer default',
);
is(
sprintf("%.3f", $class35->column_info('a_double')->{default_value}||0), '10.555',
'constant numeric default',
);
is(
sprintf("%.3f", $class35->column_info('a_negative_double')->{default_value}||0), -10.555,
'constant negative numeric default',
);
my $function_default = $class35->column_info('a_function')->{default_value};
isa_ok( $function_default, 'SCALAR', 'default_value for function default' );
is_deeply(
$function_default, \$self->{default_function},
'default_value for function default is correct'
);
}
is( $class2->column_info('crumb_crisp_coating')->{accessor}, 'trivet',
'col_accessor_map is being run' );
is( $class2->column_info('sticky_filling')->{accessor}, 'goo',
'multi-level hash col_accessor_map works' );
is $class1->column_info('dat')->{is_nullable}, 0,
'is_nullable=0 detection';
is $class2->column_info('set_primary_key')->{is_nullable}, 1,
'is_nullable=1 detection';
SKIP: {
skip $self->{skip_rels}, 149 if $self->{skip_rels};
my $moniker3 = $monikers->{loader_test3};
my $class3 = $classes->{loader_test3};
my $rsobj3 = $conn->resultset($moniker3);
my $moniker4 = $monikers->{loader_test4};
my $class4 = $classes->{loader_test4};
my $rsobj4 = $conn->resultset($moniker4);
my $moniker5 = $monikers->{loader_test5};
my $class5 = $classes->{loader_test5};
my $rsobj5 = $conn->resultset($moniker5);
my $moniker6 = $monikers->{loader_test6};
my $class6 = $classes->{loader_test6};
my $rsobj6 = $conn->resultset($moniker6);
my $moniker7 = $monikers->{loader_test7};
my $class7 = $classes->{loader_test7};
my $rsobj7 = $conn->resultset($moniker7);
my $moniker8 = $monikers->{loader_test8};
my $class8 = $classes->{loader_test8};
my $rsobj8 = $conn->resultset($moniker8);
my $moniker9 = $monikers->{loader_test9};
my $class9 = $classes->{loader_test9};
my $rsobj9 = $conn->resultset($moniker9);
my $moniker16 = $monikers->{loader_test16};
my $class16 = $classes->{loader_test16};
my $rsobj16 = $conn->resultset($moniker16);
my $moniker17 = $monikers->{loader_test17};
my $class17 = $classes->{loader_test17};
my $rsobj17 = $conn->resultset($moniker17);
my $moniker18 = $monikers->{loader_test18};
my $class18 = $classes->{loader_test18};
my $rsobj18 = $conn->resultset($moniker18);
my $moniker19 = $monikers->{loader_test19};
my $class19 = $classes->{loader_test19};
my $rsobj19 = $conn->resultset($moniker19);
my $moniker20 = $monikers->{loader_test20};
my $class20 = $classes->{loader_test20};
my $rsobj20 = $conn->resultset($moniker20);
my $moniker21 = $monikers->{loader_test21};
my $class21 = $classes->{loader_test21};
my $rsobj21 = $conn->resultset($moniker21);
my $moniker22 = $monikers->{loader_test22};
my $class22 = $classes->{loader_test22};
my $rsobj22 = $conn->resultset($moniker22);
my $moniker25 = $monikers->{loader_test25};
my $class25 = $classes->{loader_test25};
my $rsobj25 = $conn->resultset($moniker25);
my $moniker26 = $monikers->{loader_test26};
my $class26 = $classes->{loader_test26};
my $rsobj26 = $conn->resultset($moniker26);
my $moniker27 = $monikers->{loader_test27};
my $class27 = $classes->{loader_test27};
my $rsobj27 = $conn->resultset($moniker27);
my $moniker28 = $monikers->{loader_test28};
my $class28 = $classes->{loader_test28};
my $rsobj28 = $conn->resultset($moniker28);
my $moniker29 = $monikers->{loader_test29};
my $class29 = $classes->{loader_test29};
my $rsobj29 = $conn->resultset($moniker29);
my $moniker31 = $monikers->{loader_test31};
my $class31 = $classes->{loader_test31};
my $rsobj31 = $conn->resultset($moniker31);
my $moniker32 = $monikers->{loader_test32};
my $class32 = $classes->{loader_test32};
my $rsobj32 = $conn->resultset($moniker32);
my $moniker33 = $monikers->{loader_test33};
my $class33 = $classes->{loader_test33};
my $rsobj33 = $conn->resultset($moniker33);
my $moniker34 = $monikers->{loader_test34};
my $class34 = $classes->{loader_test34};
my $rsobj34 = $conn->resultset($moniker34);
my $moniker36 = $monikers->{loader_test36};
my $class36 = $classes->{loader_test36};
my $rsobj36 = $conn->resultset($moniker36);
my $moniker37 = $monikers->{loader_test37};
my $class37 = $classes->{loader_test37};
my $rsobj37 = $conn->resultset($moniker37);
my $moniker42 = $monikers->{loader_test42};
my $class42 = $classes->{loader_test42};
my $rsobj42 = $conn->resultset($moniker42);
my $moniker43 = $monikers->{loader_test43};
my $class43 = $classes->{loader_test43};
my $rsobj43 = $conn->resultset($moniker43);
my $moniker44 = $monikers->{loader_test44};
my $class44 = $classes->{loader_test44};
my $rsobj44 = $conn->resultset($moniker44);
isa_ok( $rsobj3, "DBIx::Class::ResultSet" );
isa_ok( $rsobj4, "DBIx::Class::ResultSet" );
isa_ok( $rsobj5, "DBIx::Class::ResultSet" );
isa_ok( $rsobj6, "DBIx::Class::ResultSet" );
isa_ok( $rsobj7, "DBIx::Class::ResultSet" );
isa_ok( $rsobj8, "DBIx::Class::ResultSet" );
isa_ok( $rsobj9, "DBIx::Class::ResultSet" );
isa_ok( $rsobj16, "DBIx::Class::ResultSet" );
isa_ok( $rsobj17, "DBIx::Class::ResultSet" );
isa_ok( $rsobj18, "DBIx::Class::ResultSet" );
isa_ok( $rsobj19, "DBIx::Class::ResultSet" );
isa_ok( $rsobj20, "DBIx::Class::ResultSet" );
isa_ok( $rsobj21, "DBIx::Class::ResultSet" );
isa_ok( $rsobj22, "DBIx::Class::ResultSet" );
isa_ok( $rsobj25, "DBIx::Class::ResultSet" );
isa_ok( $rsobj26, "DBIx::Class::ResultSet" );
isa_ok( $rsobj27, "DBIx::Class::ResultSet" );
isa_ok( $rsobj28, "DBIx::Class::ResultSet" );
isa_ok( $rsobj29, "DBIx::Class::ResultSet" );
isa_ok( $rsobj31, "DBIx::Class::ResultSet" );
isa_ok( $rsobj32, "DBIx::Class::ResultSet" );
isa_ok( $rsobj33, "DBIx::Class::ResultSet" );
isa_ok( $rsobj34, "DBIx::Class::ResultSet" );
isa_ok( $rsobj36, "DBIx::Class::ResultSet" );
isa_ok( $rsobj37, "DBIx::Class::ResultSet" );
isa_ok( $rsobj42, "DBIx::Class::ResultSet" );
isa_ok( $rsobj43, "DBIx::Class::ResultSet" );
isa_ok( $rsobj44, "DBIx::Class::ResultSet" );
# basic rel test
my $obj4 = try { $rsobj4->find(123) } || $rsobj4->search({ id => 123 })->single;
isa_ok( try { $obj4->fkid_singular }, $class3);
# test renaming rel that conflicts with a class method
ok ($obj4->has_relationship('belongs_to_rel'), 'relationship name that conflicts with a method renamed');
isa_ok( try { $obj4->belongs_to_rel }, $class3);
ok ($obj4->has_relationship('caught_rel_collision_set_primary_key'),
'relationship name that conflicts with a method renamed based on rel_collision_map');
isa_ok( try { $obj4->caught_rel_collision_set_primary_key }, $class3);
ok($class4->column_info('fkid')->{is_foreign_key}, 'Foreign key detected');
my $obj3 = try { $rsobj3->find(1) } || $rsobj3->search({ id => 1 })->single;
my $rs_rel4 = try { $obj3->search_related('loader_test4zes') };
isa_ok( try { $rs_rel4->single }, $class4);
# check rel naming with prepositions
ok ($rsobj4->result_source->has_relationship('loader_test5s_to'),
"rel with preposition 'to' pluralized correctly");
ok ($rsobj4->result_source->has_relationship('loader_test5s_from'),
"rel with preposition 'from' pluralized correctly");
# check default relationship attributes
is try { $rsobj3->result_source->relationship_info('loader_test4zes')->{attrs}{cascade_delete} }, 0,
'cascade_delete => 0 on has_many by default';
is try { $rsobj3->result_source->relationship_info('loader_test4zes')->{attrs}{cascade_copy} }, 0,
'cascade_copy => 0 on has_many by default';
ok ((not try { exists $rsobj3->result_source->relationship_info('loader_test4zes')->{attrs}{on_delete} }),
'has_many does not have on_delete');
ok ((not try { exists $rsobj3->result_source->relationship_info('loader_test4zes')->{attrs}{on_update} }),
'has_many does not have on_update');
ok ((not try { exists $rsobj3->result_source->relationship_info('loader_test4zes')->{attrs}{is_deferrable} }),
'has_many does not have is_deferrable');
my $default_on_clause = $self->{default_on_clause} || 'CASCADE';
my $default_on_delete_clause = $self->{default_on_delete_clause} || $default_on_clause;
is try { $rsobj4->result_source->relationship_info('fkid_singular')->{attrs}{on_delete} },
$default_on_delete_clause,
"on_delete is $default_on_delete_clause on belongs_to by default";
my $default_on_update_clause = $self->{default_on_update_clause} || $default_on_clause;
is try { $rsobj4->result_source->relationship_info('fkid_singular')->{attrs}{on_update} },
$default_on_update_clause,
"on_update is $default_on_update_clause on belongs_to by default";
my $default_is_deferrable = $self->{default_is_deferrable};
$default_is_deferrable = 1
if not defined $default_is_deferrable;
is try { $rsobj4->result_source->relationship_info('fkid_singular')->{attrs}{is_deferrable} },
$default_is_deferrable,
"is_deferrable => $default_is_deferrable on belongs_to by default";
ok ((not try { exists $rsobj4->result_source->relationship_info('fkid_singular')->{attrs}{cascade_delete} }),
'belongs_to does not have cascade_delete');
ok ((not try { exists $rsobj4->result_source->relationship_info('fkid_singular')->{attrs}{cascade_copy} }),
'belongs_to does not have cascade_copy');
is try { $rsobj27->result_source->relationship_info('loader_test28')->{attrs}{cascade_delete} }, 0,
'cascade_delete => 0 on might_have by default';
is try { $rsobj27->result_source->relationship_info('loader_test28')->{attrs}{cascade_copy} }, 0,
'cascade_copy => 0 on might_have by default';
ok ((not try { exists $rsobj27->result_source->relationship_info('loader_test28')->{attrs}{on_delete} }),
'might_have does not have on_delete');
ok ((not try { exists $rsobj27->result_source->relationship_info('loader_test28')->{attrs}{on_update} }),
'might_have does not have on_update');
ok ((not try { exists $rsobj27->result_source->relationship_info('loader_test28')->{attrs}{is_deferrable} }),
'might_have does not have is_deferrable');
# find on multi-col pk
if ($conn->loader->preserve_case) {
my $obj5 = $rsobj5->find({id1 => 1, iD2 => 1});
is $obj5->i_d2, 1, 'Find on multi-col PK';
}
else {
my $obj5 = $rsobj5->find({id1 => 1, id2 => 1});
is $obj5->id2, 1, 'Find on multi-col PK';
}
# mulit-col fk def
my $obj6 = try { $rsobj6->find(1) } || $rsobj6->search({ id => 1 })->single;
isa_ok( try { $obj6->loader_test2 }, $class2);
isa_ok( try { $obj6->loader_test5 }, $class5);
ok($class6->column_info('loader_test2_id')->{is_foreign_key}, 'Foreign key detected');
ok($class6->column_info('id')->{is_foreign_key}, 'Foreign key detected');
my $id2_info = try { $class6->column_info('id2') } ||
$class6->column_info('Id2');
ok($id2_info->{is_foreign_key}, 'Foreign key detected');
unlike slurp_file $conn->_loader->get_dump_filename($class6),
qr{
\n__PACKAGE__->(?:belongs_to|has_many|might_have|has_one|many_to_many)\(
\s+ "(\w+?)"
.*?
\n__PACKAGE__->(?:belongs_to|has_many|might_have|has_one|many_to_many)\(
\s+ "\1"
}xs,
'did not create two relationships with the same name';
unlike slurp_file $conn->_loader->get_dump_filename($class8),
qr{
\n__PACKAGE__->(?:belongs_to|has_many|might_have|has_one|many_to_many)\(
\s+ "(\w+?)"
.*?
\n__PACKAGE__->(?:belongs_to|has_many|might_have|has_one|many_to_many)\(
\s+ "\1"
}xs,
'did not create two relationships with the same name';
# check naming of ambiguous relationships
my $rel_info = $class6->relationship_info('lovely_loader_test7') || {};
ok (($class6->has_relationship('lovely_loader_test7')
&& $rel_info->{cond}{'foreign.lovely_loader_test6'} eq 'self.id'
&& $rel_info->{class} eq $class7
&& $rel_info->{attrs}{accessor} eq 'single'),
'ambiguous relationship named correctly');
$rel_info = $class8->relationship_info('active_loader_test16') || {};
ok (($class8->has_relationship('active_loader_test16')
&& $rel_info->{cond}{'foreign.loader_test8_id'} eq 'self.id'
&& $rel_info->{class} eq $class16
&& $rel_info->{attrs}{accessor} eq 'single'),
'ambiguous relationship named correctly');
# fk that references a non-pk key (UNIQUE)
my $obj8 = try { $rsobj8->find(1) } || $rsobj8->search({ id => 1 })->single;
isa_ok( try { $obj8->loader_test7 }, $class7);
ok($class8->column_info('loader_test7')->{is_foreign_key}, 'Foreign key detected');
# test double-fk 17 ->-> 16
my $obj17 = try { $rsobj17->find(33) } || $rsobj17->search({ id => 33 })->single;
my $rs_rel16_one = try { $obj17->loader16_one };
isa_ok($rs_rel16_one, $class16);
is(try { $rs_rel16_one->dat }, 'y16', "Multiple FKs to same table");
ok($class17->column_info('loader16_one')->{is_foreign_key}, 'Foreign key detected');
my $rs_rel16_two = try { $obj17->loader16_two };
isa_ok($rs_rel16_two, $class16);
is(try { $rs_rel16_two->dat }, 'z16', "Multiple FKs to same table");
ok($class17->column_info('loader16_two')->{is_foreign_key}, 'Foreign key detected');
my $obj16 = try { $rsobj16->find(2) } || $rsobj16->search({ id => 2 })->single;
my $rs_rel17 = try { $obj16->search_related('loader_test17_loader16_ones') };
isa_ok(try { $rs_rel17->single }, $class17);
is(try { $rs_rel17->single->id }, 3, "search_related with multiple FKs from same table");
# test many_to_many detection 18 -> 20 -> 19 and 19 -> 20 -> 18
ok($class20->column_info('parent')->{is_foreign_key}, 'Foreign key detected');
ok($class20->column_info('child')->{is_foreign_key}, 'Foreign key detected');
cmp_deeply(
$class18->_m2m_metadata->{children},
superhashof({
relation => 'loader_test20s',
foreign_relation => 'child',
attrs => superhashof({ order_by => 'me.id' })
}),
'children m2m correct with ordering'
);
cmp_deeply(
$class19->_m2m_metadata->{parents},
superhashof({
relation => 'loader_test20s',
foreign_relation => 'parent',
attrs => superhashof({ order_by => 'me.id' })
}),
'parents m2m correct with ordering'
);
# test double-fk m:m 21 <- 22 -> 21
ok($class22->column_info('parent')->{is_foreign_key}, 'Foreign key detected');
ok($class22->column_info('child')->{is_foreign_key}, 'Foreign key detected');
is_deeply(
$class21->relationship_info("loader_test22_parents")->{cond},
{ 'foreign.parent' => 'self.id' },
'rel to foreign.parent correct'
);
is_deeply(
$class21->relationship_info("loader_test22_children")->{cond},
{ 'foreign.child' => 'self.id' },
'rel to foreign.child correct'
);
cmp_deeply(
$class21->_m2m_metadata,
{
parents => superhashof({
accessor => 'parents',
relation => 'loader_test22_children',
foreign_relation => 'parent',
}),
children => superhashof({
accessor => 'children',
relation => 'loader_test22_parents',
foreign_relation => 'child',
}),
},
'self-m2m correct'
);
ok( $class37->relationship_info('parent'), 'parents rel created' );
ok( $class37->relationship_info('child'), 'child rel created' );
is_deeply($class32->_m2m_metadata, {}, 'many_to_many not created for might_have');
is_deeply($class34->_m2m_metadata, {}, 'many_to_many not created for might_have');
# test m2m with overlapping compound keys
is_deeply(
$class44->relationship_info('loader_test42')->{cond},
{
'foreign.id1' => 'self.id42',
'foreign.id2' => 'self.id2',
},
'compound belongs_to key detected for overlapping m2m',
);
is_deeply(
$class44->relationship_info('loader_test43')->{cond},
{
'foreign.id1' => 'self.id43',
'foreign.id2' => 'self.id2',
},
'compound belongs_to key detected for overlapping m2m',
);
cmp_deeply(
$class42->_m2m_metadata,
{
loader_test43s => superhashof({
accessor => "loader_test43s",
foreign_relation => "loader_test43",
}),
},
'm2m created for overlapping multi-column foreign keys'
);
cmp_deeply(
$class43->_m2m_metadata,
{
loader_test42s => superhashof({
accessor => "loader_test42s",
foreign_relation => "loader_test42",
}),
},
'm2m created for overlapping multi-column foreign keys'
);
# test double multi-col fk 26 -> 25
my $obj26 = try { $rsobj26->find(33) } || $rsobj26->search({ id => 33 })->single;
my $rs_rel25_one = try { $obj26->loader_test25_id_rel1 };
isa_ok($rs_rel25_one, $class25);
is(try { $rs_rel25_one->dat }, 'x25', "Multiple multi-col FKs to same table");
ok($class26->column_info('id')->{is_foreign_key}, 'Foreign key detected');
ok($class26->column_info('rel1')->{is_foreign_key}, 'Foreign key detected');
ok($class26->column_info('rel2')->{is_foreign_key}, 'Foreign key detected');
my $rs_rel25_two = try { $obj26->loader_test25_id_rel2 };
isa_ok($rs_rel25_two, $class25);
is(try { $rs_rel25_two->dat }, 'y25', "Multiple multi-col FKs to same table");
my $obj25 = try { $rsobj25->find(3,42) } || $rsobj25->search({ id1 => 3, id2 => 42 })->single;
my $rs_rel26 = try { $obj25->search_related('loader_test26_id_rel1s') };
isa_ok(try { $rs_rel26->single }, $class26);
is(try { $rs_rel26->single->id }, 3, "search_related with multiple multi-col FKs from same table");
# test one-to-one rels
my $obj27 = try { $rsobj27->find(1) } || $rsobj27->search({ id => 1 })->single;
my $obj28 = try { $obj27->loader_test28 };
isa_ok($obj28, $class28);
is(try { $obj28->get_column('id') }, 1, "One-to-one relationship with PRIMARY FK");
ok($class28->column_info('id')->{is_foreign_key}, 'Foreign key detected');
my $obj29 = try { $obj27->loader_test29 };
isa_ok($obj29, $class29);
is(try { $obj29->id }, 1, "One-to-one relationship with UNIQUE FK");
ok($class29->column_info('fk')->{is_foreign_key}, 'Foreign key detected');
$obj27 = try { $rsobj27->find(2) } || $rsobj27->search({ id => 2 })->single;
is(try { $obj27->loader_test28 }, undef, "Undef for missing one-to-one row");
is(try { $obj27->loader_test29 }, undef, "Undef for missing one-to-one row");
# test outer join for nullable referring columns:
is $class32->column_info('rel2')->{is_nullable}, 1,
'is_nullable detection';
ok($class32->column_info('rel1')->{is_foreign_key}, 'Foreign key detected');
ok($class32->column_info('rel2')->{is_foreign_key}, 'Foreign key detected');
my $obj32 = try { $rsobj32->find(1, { prefetch => [qw/rel1 rel2/] }) }
|| try { $rsobj32->search({ id => 1 }, { prefetch => [qw/rel1 rel2/] })->single }
|| $rsobj32->search({ id => 1 })->single;
my $obj34 = eval { $rsobj34->find(1, { prefetch => [qw/loader_test33_id_rel1 loader_test33_id_rel2/] }) }
|| eval { $rsobj34->search({ id => 1 }, { prefetch => [qw/loader_test33_id_rel1 loader_test33_id_rel2/] })->single }
|| $rsobj34->search({ id => 1 })->single;
diag $@ if $@;
isa_ok($obj32,$class32);
isa_ok($obj34,$class34);
ok($class34->column_info('id')->{is_foreign_key}, 'Foreign key detected');
ok($class34->column_info('rel1')->{is_foreign_key}, 'Foreign key detected');
ok($class34->column_info('rel2')->{is_foreign_key}, 'Foreign key detected');
my $rs_rel31_one = try { $obj32->rel1 };
my $rs_rel31_two = try { $obj32->rel2 };
isa_ok($rs_rel31_one, $class31);
is($rs_rel31_two, undef);
my $rs_rel33_one = try { $obj34->loader_test33_id_rel1 };
my $rs_rel33_two = try { $obj34->loader_test33_id_rel2 };
isa_ok($rs_rel33_one, $class33);
isa_ok($rs_rel33_two, $class33);
# from Chisel's tests...
my $moniker10 = $monikers->{loader_test10};
my $class10 = $classes->{loader_test10};
my $rsobj10 = $conn->resultset($moniker10);
my $moniker11 = $monikers->{loader_test11};
my $class11 = $classes->{loader_test11};
my $rsobj11 = $conn->resultset($moniker11);
isa_ok( $rsobj10, "DBIx::Class::ResultSet" );
isa_ok( $rsobj11, "DBIx::Class::ResultSet" );
ok($class10->column_info('loader_test11')->{is_foreign_key}, 'Foreign key detected');
ok($class11->column_info('loader_test10')->{is_foreign_key}, 'Foreign key detected');
my $obj10 = $rsobj10->create({ subject => 'xyzzy' });
$obj10->update();
ok( defined $obj10, 'Create row' );
my $obj11 = $rsobj11->create({ loader_test10 => (try { $obj10->id() } || $obj10->id10) });
$obj11->update();
ok( defined $obj11, 'Create related row' );
eval {
my $obj10_2 = $obj11->loader_test10;
$obj10_2->update({ loader_test11 => $obj11->id11 });
};
diag $@ if $@;
ok(!$@, "Setting up circular relationship");
SKIP: {
skip 'Previous eval block failed', 3 if $@;
my $results = $rsobj10->search({ subject => 'xyzzy' });
is( $results->count(), 1, 'No duplicate row created' );
my $obj10_3 = $results->single();
isa_ok( $obj10_3, $class10 );
is( $obj10_3->loader_test11()->id(), $obj11->id(),
'Circular rel leads back to same row' );
}
SKIP: {
skip 'This vendor cannot do inline relationship definitions', 9
if $self->{no_inline_rels};
my $moniker12 = $monikers->{loader_test12};
my $class12 = $classes->{loader_test12};
my $rsobj12 = $conn->resultset($moniker12);
my $moniker13 = $monikers->{loader_test13};
my $class13 = $classes->{loader_test13};
my $rsobj13 = $conn->resultset($moniker13);
isa_ok( $rsobj12, "DBIx::Class::ResultSet" );
isa_ok( $rsobj13, "DBIx::Class::ResultSet" );
ok($class13->column_info('id')->{is_foreign_key}, 'Foreign key detected');
ok($class13->column_info('loader_test12')->{is_foreign_key}, 'Foreign key detected');
ok($class13->column_info('dat')->{is_foreign_key}, 'Foreign key detected');
my $obj13 = try { $rsobj13->find(1) } || $rsobj13->search({ id => 1 })->single;
isa_ok( $obj13->id, $class12 );
isa_ok( $obj13->loader_test12, $class12);
isa_ok( $obj13->dat, $class12);
my $obj12 = try { $rsobj12->find(1) } || $rsobj12->search({ id => 1 })->single;
isa_ok( try { $obj12->loader_test13 }, $class13 );
}
# relname is preserved when another fk is added
{
local $SIG{__WARN__} = sigwarn_silencer(qr/invalidates \d+ active statement/);
$conn->storage->disconnect; # for mssql and access
}
isa_ok try { $rsobj3->find(1)->loader_test4zes }, 'DBIx::Class::ResultSet';
$conn->storage->disconnect; # for access
if (lc($self->{vendor}) !~ /^(?:sybase|mysql)\z/) {
$conn->storage->dbh->do('ALTER TABLE loader_test4 ADD fkid2 INTEGER REFERENCES loader_test3 (id)');
}
else {
$conn->storage->dbh->do(<<"EOF");
ALTER TABLE loader_test4 ADD fkid2 INTEGER $self->{null}
EOF
$conn->storage->dbh->do(<<"EOF");
ALTER TABLE loader_test4 ADD CONSTRAINT loader_test4_to_3_fk FOREIGN KEY (fkid2) REFERENCES loader_test3 (id)
EOF
}
$conn->storage->disconnect; # for firebird
$self->rescan_without_warnings($conn);
isa_ok try { $rsobj3->find(1)->loader_test4zes }, 'DBIx::Class::ResultSet',
'relationship name preserved when another foreign key is added in remote table';
SKIP: {
skip 'This vendor cannot do out-of-line implicit rel defs', 4
if $self->{no_implicit_rels};
my $moniker14 = $monikers->{loader_test14};
my $class14 = $classes->{loader_test14};
my $rsobj14 = $conn->resultset($moniker14);
my $moniker15 = $monikers->{loader_test15};
my $class15 = $classes->{loader_test15};
my $rsobj15 = $conn->resultset($moniker15);
isa_ok( $rsobj14, "DBIx::Class::ResultSet" );
isa_ok( $rsobj15, "DBIx::Class::ResultSet" );
ok($class15->column_info('loader_test14')->{is_foreign_key}, 'Foreign key detected');
my $obj15 = try { $rsobj15->find(1) } || $rsobj15->search({ id => 1 })->single;
isa_ok( $obj15->loader_test14, $class14 );
}
}
# test custom_column_info and datetime_timezone/datetime_locale
{
my $class35 = $classes->{loader_test35};
my $class36 = $classes->{loader_test36};
ok($class35->column_info('an_int')->{is_numeric}, 'custom_column_info');
is($class36->column_info('a_date')->{locale},'de_DE','datetime_locale');
is($class36->column_info('a_date')->{timezone},'Europe/Berlin','datetime_timezone');
ok($class36->column_info('b_char_as_data')->{inflate_datetime},'custom_column_info');
is($class36->column_info('b_char_as_data')->{locale},'de_DE','datetime_locale');
is($class36->column_info('b_char_as_data')->{timezone},'Europe/Berlin','datetime_timezone');
ok($class36->column_info('c_char_as_data')->{inflate_date},'custom_column_info');
is($class36->column_info('c_char_as_data')->{locale},'de_DE','datetime_locale');
is($class36->column_info('c_char_as_data')->{timezone},'Europe/Berlin','datetime_timezone');
}
# rescan and norewrite test
{
my @statements_rescan = (
qq{
CREATE TABLE loader_test30 (
id INTEGER NOT NULL PRIMARY KEY,
loader_test2 INTEGER NOT NULL,
FOREIGN KEY (loader_test2) REFERENCES loader_test2 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test30 (id,loader_test2) VALUES(123, 1) },
q{ INSERT INTO loader_test30 (id,loader_test2) VALUES(321, 2) },
);
# get contents
my %contents;
my $find_cb = sub {
return if -d;
return if /^(?:LoaderTest30|LoaderTest1|LoaderTest2X)\.pm\z/;
open my $fh, '<', $_ or die "Could not open $_ for reading: $!";
binmode $fh;
local $/;
$contents{$File::Find::name} = <$fh>;
};
find $find_cb, DUMP_DIR;
my %contents_before = %contents;
# system "rm -rf /tmp/before_rescan /tmp/after_rescan";
# system "mkdir /tmp/before_rescan";
# system "mkdir /tmp/after_rescan";
# system "cp -a @{[DUMP_DIR]} /tmp/before_rescan";
$conn->storage->disconnect; # needed for Firebird and Informix
my $dbh = $self->dbconnect(1);
$dbh->do($_) for @statements_rescan;
$dbh->disconnect;
sleep 1;
my @new = $self->rescan_without_warnings($conn);
is_deeply(\@new, [ qw/LoaderTest30/ ], "Rescan");
# system "cp -a @{[DUMP_DIR]} /tmp/after_rescan";
undef %contents;
find $find_cb, DUMP_DIR;
my %contents_after = %contents;
subtest 'dumped files are not rewritten when there is no modification' => sub {
plan tests => 1 + scalar keys %contents_before;
is_deeply
[sort keys %contents_before],
[sort keys %contents_after],
'same files dumped';
for my $file (sort keys %contents_before) {
eq_or_diff $contents_before{$file}, $contents_after{$file},
"$file not rewritten";
}
};
my $rsobj30 = $conn->resultset('LoaderTest30');
isa_ok($rsobj30, 'DBIx::Class::ResultSet');
SKIP: {
skip 'no rels', 2 if $self->{skip_rels};
my $obj30 = try { $rsobj30->find(123) } || $rsobj30->search({ id => 123 })->single;
isa_ok( $obj30->loader_test2, $class2);
ok $rsobj30->result_source->column_info('loader_test2')->{is_foreign_key},
'Foreign key detected';
}
$conn->storage->disconnect; # for Firebird
$self->drop_table($conn->storage->dbh, 'loader_test30');
@new = $self->rescan_without_warnings($conn);
is_deeply(\@new, [], 'no new tables on rescan');
throws_ok { $conn->resultset('LoaderTest30') }
qr/Can't find source/,
'source unregistered for dropped table after rescan';
}
$self->test_data_types($conn);
$self->test_preserve_case($conn);
# run extra tests
$self->{extra}{run}->($conn, $monikers, $classes, $self) if $self->{extra}{run};
## Create a dump from an existing $dbh in a transaction
TODO: {
local $TODO = 'dumping in a txn is experimental and Pg-only right now'
unless $self->{vendor} eq 'Pg';
ok eval {
my %opts = (
naming => 'current',
constraint => $self->CONSTRAINT,
dump_directory => DUMP_DIR,
debug => ($ENV{SCHEMA_LOADER_TESTS_DEBUG}||0)
);
my $guard = $conn->txn_scope_guard;
my $rescan_warnings = RESCAN_WARNINGS;
local $SIG{__WARN__} = sigwarn_silencer(
qr/$rescan_warnings|commit ineffective with AutoCommit enabled/ # FIXME
);
my $schema_from = DBIx::Class::Schema::Loader::make_schema_at(
"TestSchemaFromAnother", \%opts, [ sub { $conn->storage->dbh } ]
);
$guard->commit;
1;
}, 'Making a schema from another schema inside a transaction worked';
diag $@ if $@ && (not $TODO);
}
$self->drop_tables unless $ENV{SCHEMA_LOADER_TESTS_NOCLEANUP};
$conn->storage->disconnect;
}
sub test_data_types {
my ($self, $conn) = @_;
SKIP: {
if (my $test_count = $self->{data_type_tests}{test_count}) {
if ($self->{vendor} eq 'mssql' && $conn->storage->dbh->{Driver}{Name} eq 'Sybase') {
skip 'DBD::Sybase does not work with the data_type tests on latest SQL Server', $test_count;
}
my $data_type_tests = $self->{data_type_tests};
foreach my $moniker (@{ $data_type_tests->{table_monikers} }) {
my $columns = $data_type_tests->{columns}{$moniker};
my $rsrc = $conn->resultset($moniker)->result_source;
while (my ($col_name, $expected_info) = each %$columns) {
my %info = %{ $rsrc->column_info($col_name) };
delete @info{qw/is_nullable timezone locale sequence/};
my $text_col_def = dumper_squashed \%info;
my $text_expected_info = dumper_squashed $expected_info;
is_deeply \%info, $expected_info,
"test column $col_name has definition: $text_col_def expecting: $text_expected_info";
}
}
}
}
}
sub test_preserve_case {
my ($self, $conn) = @_;
my ($oqt, $cqt) = $self->get_oqt_cqt(always => 1); # open quote, close quote
my $dbh = $conn->storage->dbh;
my ($table40_name, $table41_name) = @{ $self->{preserve_case_tests_table_names} };
$dbh->do($_) for (
qq|
CREATE TABLE ${oqt}${table40_name}${cqt} (
${oqt}Id${cqt} INTEGER NOT NULL PRIMARY KEY,
${oqt}Foo3Bar${cqt} VARCHAR(100) NOT NULL
) $self->{innodb}
|,
qq|
CREATE TABLE ${oqt}${table41_name}${cqt} (
${oqt}Id${cqt} INTEGER NOT NULL PRIMARY KEY,
${oqt}LoaderTest40Id${cqt} INTEGER,
FOREIGN KEY (${oqt}LoaderTest40Id${cqt}) REFERENCES ${oqt}${table40_name}${cqt} (${oqt}Id${cqt})
) $self->{innodb}
|,
qq| INSERT INTO ${oqt}${table40_name}${cqt} VALUES (1, 'foo') |,
qq| INSERT INTO ${oqt}${table41_name}${cqt} VALUES (1, 1) |,
);
$conn->storage->disconnect;
my $orig_preserve_case = $conn->loader->preserve_case;
$conn->loader->preserve_case(1);
$conn->loader->_setup;
$self->rescan_without_warnings($conn);
if (not $self->{skip_rels}) {
ok my $row = try { $conn->resultset('LoaderTest41')->find(1) },
'row in mixed-case table';
ok my $related_row = try { $row->loader_test40 },
'rel in mixed-case table';
is try { $related_row->foo3_bar }, 'foo',
'accessor for mixed-case column name in mixed case table';
}
else {
SKIP: { skip 'not testing mixed-case rels with skip_rels', 2 }
is try { $conn->resultset('LoaderTest40')->find(1)->foo3_bar }, 'foo',
'accessor for mixed-case column name in mixed case table';
}
# Further tests may expect preserve_case to be unset, so reset it to the
# original value and rescan again.
$conn->loader->preserve_case($orig_preserve_case);
$conn->loader->_setup;
$self->rescan_without_warnings($conn);
}
sub monikers_and_classes {
my ($self, $schema_class) = @_;
my ($monikers, $classes);
foreach my $source_name ($schema_class->sources) {
my $table_name = $schema_class->loader->moniker_to_table->{$source_name};
my $result_class = $schema_class->source($source_name)->result_class;
$monikers->{$table_name} = $source_name;
$classes->{$table_name} = $result_class;
# some DBs (Firebird, Oracle) uppercase everything
$monikers->{lc $table_name} = $source_name;
$classes->{lc $table_name} = $result_class;
}
return ($monikers, $classes);
}
sub check_no_duplicate_unique_constraints {
my ($class) = @_;
# unique_constraints() automatically includes the PK, if any
my %uc_cols;
++$uc_cols{ join ", ", @$_ }
for values %{ { $class->unique_constraints } };
my $dup_uc = grep { $_ > 1 } values %uc_cols;
is($dup_uc, 0, "duplicate unique constraints ($class)")
or diag "uc_cols: @{[ %uc_cols ]}";
}
sub dbconnect {
my ($self, $complain) = @_;
require DBIx::Class::Storage::DBI;
my $storage = DBIx::Class::Storage::DBI->new;
$complain = defined $complain ? $complain : 1;
$storage->connect_info([
@{ $self }{qw/dsn user password/},
{
unsafe => 1,
RaiseError => $complain,
ShowErrorStatement => $complain,
PrintError => 0,
%{ $self->{connect_info_opts} || {} },
},
]);
my $dbh = $storage->dbh;
die "Failed to connect to database: $@" if !$dbh;
$self->{storage} = $storage; # storage DESTROY disconnects
return $dbh;
}
sub get_oqt_cqt {
my $self = shift;
my %opts = @_;
if ((not $opts{always}) && $self->{preserve_case_mode_is_exclusive}) {
return ('', '');
}
# XXX should get quote_char from the storage of an initialized loader.
my ($oqt, $cqt); # open quote, close quote
if (ref $self->{quote_char}) {
($oqt, $cqt) = @{ $self->{quote_char} };
}
else {
$oqt = $cqt = $self->{quote_char} || '';
}
return ($oqt, $cqt);
}
sub create {
my $self = shift;
$self->{_created} = 1;
$self->drop_tables;
my $make_auto_inc = $self->{auto_inc_cb} || sub { return () };
@statements = (
qq{
CREATE TABLE loader_test1s (
id $self->{auto_inc_pk},
dat VARCHAR(32) NOT NULL UNIQUE
) $self->{innodb}
},
$make_auto_inc->(qw/loader_test1s id/),
q{ INSERT INTO loader_test1s (dat) VALUES('foo') },
q{ INSERT INTO loader_test1s (dat) VALUES('bar') },
q{ INSERT INTO loader_test1s (dat) VALUES('baz') },
# also test method collision
# crumb_crisp_coating and sticky_filling are for col_accessor_map tests
qq{
CREATE TABLE loader_test2 (
id $self->{auto_inc_pk},
dat VARCHAR(32) NOT NULL,
dat2 VARCHAR(32) NOT NULL,
set_primary_key INTEGER $self->{null},
can INTEGER $self->{null},
dbix_class_testcomponent INTEGER $self->{null},
dbix_class_testcomponentmap INTEGER $self->{null},
testcomponent_fqn INTEGER $self->{null},
meta INTEGER $self->{null},
test_role_method INTEGER $self->{null},
test_role_for_map_method INTEGER $self->{null},
crumb_crisp_coating VARCHAR(32) $self->{null},
sticky_filling VARCHAR(32) $self->{null},
UNIQUE (dat2, dat)
) $self->{innodb}
},
$make_auto_inc->(qw/loader_test2 id/),
q{ INSERT INTO loader_test2 (dat, dat2) VALUES('aaa', 'zzz') },
q{ INSERT INTO loader_test2 (dat, dat2) VALUES('bbb', 'yyy') },
q{ INSERT INTO loader_test2 (dat, dat2) VALUES('ccc', 'xxx') },
q{ INSERT INTO loader_test2 (dat, dat2) VALUES('ddd', 'www') },
qq{
CREATE TABLE LOADER_test23 (
ID INTEGER NOT NULL PRIMARY KEY,
DAT VARCHAR(32) NOT NULL UNIQUE
) $self->{innodb}
},
qq{
CREATE TABLE LoAdEr_test24 (
iD INTEGER NOT NULL PRIMARY KEY,
DaT VARCHAR(32) NOT NULL UNIQUE
) $self->{innodb}
},
# Access does not support DEFAULT
$self->{vendor} ne 'Access' ? qq{
CREATE TABLE loader_test35 (
id INTEGER NOT NULL PRIMARY KEY,
a_varchar VARCHAR(100) DEFAULT 'foo',
an_int INTEGER DEFAULT 42,
a_negative_int INTEGER DEFAULT -42,
a_double DOUBLE PRECISION DEFAULT 10.555,
a_negative_double DOUBLE PRECISION DEFAULT -10.555,
a_function $self->{default_function_def}
) $self->{innodb}
} : qq{
CREATE TABLE loader_test35 (
id INTEGER NOT NULL PRIMARY KEY,
a_varchar VARCHAR(100),
an_int INTEGER,
a_negative_int INTEGER,
a_double DOUBLE,
a_negative_double DOUBLE,
a_function DATETIME
)
},
qq{
CREATE TABLE loader_test36 (
id INTEGER NOT NULL PRIMARY KEY,
a_date $self->{basic_date_datatype},
b_char_as_data VARCHAR(100),
c_char_as_data VARCHAR(100)
) $self->{innodb}
},
# DB2 does not allow nullable uniq components, SQLAnywhere automatically
# converts nullable uniq components to NOT NULL
qq{
CREATE TABLE loader_test50 (
id INTEGER NOT NULL UNIQUE,
id1 INTEGER NOT NULL,
id2 INTEGER NOT NULL,
@{[ $self->{vendor} !~ /^(?:DB2|SQLAnywhere)\z/i ? "
id3 INTEGER $self->{null},
id4 INTEGER NOT NULL,
UNIQUE (id3, id4),
" : '' ]}
UNIQUE (id1, id2)
) $self->{innodb}
},
);
# some DBs require mixed case identifiers to be quoted
my ($oqt, $cqt) = $self->get_oqt_cqt;
@statements_reltests = (
qq{
CREATE TABLE loader_test3 (
id INTEGER NOT NULL PRIMARY KEY,
dat VARCHAR(32)
) $self->{innodb}
},
q{ INSERT INTO loader_test3 (id,dat) VALUES(1,'aaa') },
q{ INSERT INTO loader_test3 (id,dat) VALUES(2,'bbb') },
q{ INSERT INTO loader_test3 (id,dat) VALUES(3,'ccc') },
q{ INSERT INTO loader_test3 (id,dat) VALUES(4,'ddd') },
qq{
CREATE TABLE loader_test4 (
id INTEGER NOT NULL PRIMARY KEY,
fkid INTEGER NOT NULL,
dat VARCHAR(32),
belongs_to INTEGER $self->{null},
set_primary_key INTEGER $self->{null},
FOREIGN KEY( fkid ) REFERENCES loader_test3 (id),
FOREIGN KEY( belongs_to ) REFERENCES loader_test3 (id),
FOREIGN KEY( set_primary_key ) REFERENCES loader_test3 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test4 (id,fkid,dat,belongs_to,set_primary_key) VALUES(123,1,'aaa',1,1) },
q{ INSERT INTO loader_test4 (id,fkid,dat,belongs_to,set_primary_key) VALUES(124,2,'bbb',2,2) },
q{ INSERT INTO loader_test4 (id,fkid,dat,belongs_to,set_primary_key) VALUES(125,3,'ccc',3,3) },
q{ INSERT INTO loader_test4 (id,fkid,dat,belongs_to,set_primary_key) VALUES(126,4,'ddd',4,4) },
qq|
CREATE TABLE loader_test5 (
id1 INTEGER NOT NULL,
${oqt}iD2${cqt} INTEGER NOT NULL,
dat VARCHAR(8),
from_id INTEGER $self->{null},
to_id INTEGER $self->{null},
PRIMARY KEY (id1,${oqt}iD2${cqt}),
FOREIGN KEY (from_id) REFERENCES loader_test4 (id),
FOREIGN KEY (to_id) REFERENCES loader_test4 (id)
) $self->{innodb}
|,
qq| INSERT INTO loader_test5 (id1,${oqt}iD2${cqt},dat) VALUES (1,1,'aaa') |,
qq|
CREATE TABLE loader_test6 (
id INTEGER NOT NULL PRIMARY KEY,
${oqt}Id2${cqt} INTEGER,
loader_test2_id INTEGER,
dat VARCHAR(8),
FOREIGN KEY (loader_test2_id) REFERENCES loader_test2 (id),
FOREIGN KEY(id,${oqt}Id2${cqt}) REFERENCES loader_test5 (id1,${oqt}iD2${cqt})
) $self->{innodb}
|,
(qq| INSERT INTO loader_test6 (id, ${oqt}Id2${cqt},loader_test2_id,dat) | .
q{ VALUES (1, 1,1,'aaa') }),
# here we are testing adjective detection
qq{
CREATE TABLE loader_test7 (
id INTEGER NOT NULL PRIMARY KEY,
id2 VARCHAR(8) NOT NULL UNIQUE,
dat VARCHAR(8),
lovely_loader_test6 INTEGER NOT NULL UNIQUE,
FOREIGN KEY (lovely_loader_test6) REFERENCES loader_test6 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test7 (id,id2,dat,lovely_loader_test6) VALUES (1,'aaa','bbb',1) },
# for some DBs we need a named FK to drop later
($self->{vendor} =~ /^(mssql|sybase|access|mysql)\z/i ? (
(q{ ALTER TABLE loader_test6 ADD } .
qq{ loader_test7_id INTEGER $self->{null} }),
(q{ ALTER TABLE loader_test6 ADD CONSTRAINT loader_test6_to_7_fk } .
q{ FOREIGN KEY (loader_test7_id) } .
q{ REFERENCES loader_test7 (id) })
) : (
(q{ ALTER TABLE loader_test6 ADD } .
qq{ loader_test7_id INTEGER $self->{null} REFERENCES loader_test7 (id) }),
)),
qq{
CREATE TABLE loader_test8 (
id INTEGER NOT NULL PRIMARY KEY,
loader_test7 VARCHAR(8) NOT NULL,
dat VARCHAR(8),
FOREIGN KEY (loader_test7) REFERENCES loader_test7 (id2)
) $self->{innodb}
},
(q{ INSERT INTO loader_test8 (id,loader_test7,dat) VALUES (1,'aaa','bbb') }),
(q{ INSERT INTO loader_test8 (id,loader_test7,dat) VALUES (2,'aaa','bbb') }),
(q{ INSERT INTO loader_test8 (id,loader_test7,dat) VALUES (3,'aaa','bbb') }),
qq{
CREATE TABLE loader_test9 (
loader_test9 VARCHAR(8) NOT NULL
) $self->{innodb}
},
qq{
CREATE TABLE loader_test16 (
id INTEGER NOT NULL PRIMARY KEY,
dat VARCHAR(8),
loader_test8_id INTEGER NOT NULL UNIQUE,
FOREIGN KEY (loader_test8_id) REFERENCES loader_test8 (id)
) $self->{innodb}
},
qq{ INSERT INTO loader_test16 (id,dat,loader_test8_id) VALUES (2,'x16',1) },
qq{ INSERT INTO loader_test16 (id,dat,loader_test8_id) VALUES (4,'y16',2) },
qq{ INSERT INTO loader_test16 (id,dat,loader_test8_id) VALUES (6,'z16',3) },
# for some DBs we need a named FK to drop later
($self->{vendor} =~ /^(mssql|sybase|access|mysql)\z/i ? (
(q{ ALTER TABLE loader_test8 ADD } .
qq{ loader_test16_id INTEGER $self->{null} }),
(q{ ALTER TABLE loader_test8 ADD CONSTRAINT loader_test8_to_16_fk } .
q{ FOREIGN KEY (loader_test16_id) } .
q{ REFERENCES loader_test16 (id) })
) : (
(q{ ALTER TABLE loader_test8 ADD } .
qq{ loader_test16_id INTEGER $self->{null} REFERENCES loader_test16 (id) }),
)),
qq{
CREATE TABLE loader_test17 (
id INTEGER NOT NULL PRIMARY KEY,
loader16_one INTEGER,
loader16_two INTEGER,
FOREIGN KEY (loader16_one) REFERENCES loader_test16 (id),
FOREIGN KEY (loader16_two) REFERENCES loader_test16 (id)
) $self->{innodb}
},
qq{ INSERT INTO loader_test17 (id, loader16_one, loader16_two) VALUES (3, 2, 4) },
qq{ INSERT INTO loader_test17 (id, loader16_one, loader16_two) VALUES (33, 4, 6) },
qq{
CREATE TABLE loader_test18 (
id INTEGER NOT NULL PRIMARY KEY,
dat VARCHAR(8)
) $self->{innodb}
},
qq{ INSERT INTO loader_test18 (id,dat) VALUES (1,'x18') },
qq{ INSERT INTO loader_test18 (id,dat) VALUES (2,'y18') },
qq{ INSERT INTO loader_test18 (id,dat) VALUES (3,'z18') },
qq{
CREATE TABLE loader_test19 (
id INTEGER NOT NULL PRIMARY KEY,
dat VARCHAR(8)
) $self->{innodb}
},
qq{ INSERT INTO loader_test19 (id,dat) VALUES (4,'x19') },
qq{ INSERT INTO loader_test19 (id,dat) VALUES (5,'y19') },
qq{ INSERT INTO loader_test19 (id,dat) VALUES (6,'z19') },
qq{
CREATE TABLE loader_test20 (
parent INTEGER NOT NULL,
child INTEGER NOT NULL,
PRIMARY KEY (parent, child),
FOREIGN KEY (parent) REFERENCES loader_test18 (id),
FOREIGN KEY (child) REFERENCES loader_test19 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test20 (parent, child) VALUES (1,4) },
q{ INSERT INTO loader_test20 (parent, child) VALUES (2,5) },
q{ INSERT INTO loader_test20 (parent, child) VALUES (3,6) },
qq{
CREATE TABLE loader_test21 (
id INTEGER NOT NULL PRIMARY KEY,
dat VARCHAR(8)
) $self->{innodb}
},
q{ INSERT INTO loader_test21 (id,dat) VALUES (7,'a21')},
q{ INSERT INTO loader_test21 (id,dat) VALUES (11,'b21')},
q{ INSERT INTO loader_test21 (id,dat) VALUES (13,'c21')},
q{ INSERT INTO loader_test21 (id,dat) VALUES (17,'d21')},
qq{
CREATE TABLE loader_test22 (
parent INTEGER NOT NULL,
child INTEGER NOT NULL,
PRIMARY KEY (parent, child),
FOREIGN KEY (parent) REFERENCES loader_test21 (id),
FOREIGN KEY (child) REFERENCES loader_test21 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test22 (parent, child) VALUES (7,11)},
q{ INSERT INTO loader_test22 (parent, child) VALUES (11,13)},
q{ INSERT INTO loader_test22 (parent, child) VALUES (13,17)},
qq{
CREATE TABLE loader_test25 (
id1 INTEGER NOT NULL,
id2 INTEGER NOT NULL,
dat VARCHAR(8),
PRIMARY KEY (id1,id2)
) $self->{innodb}
},
q{ INSERT INTO loader_test25 (id1,id2,dat) VALUES (33,5,'x25') },
q{ INSERT INTO loader_test25 (id1,id2,dat) VALUES (33,7,'y25') },
q{ INSERT INTO loader_test25 (id1,id2,dat) VALUES (3,42,'z25') },
qq{
CREATE TABLE loader_test26 (
id INTEGER NOT NULL PRIMARY KEY,
rel1 INTEGER NOT NULL,
rel2 INTEGER NOT NULL,
FOREIGN KEY (id, rel1) REFERENCES loader_test25 (id1, id2),
FOREIGN KEY (id, rel2) REFERENCES loader_test25 (id1, id2)
) $self->{innodb}
},
q{ INSERT INTO loader_test26 (id,rel1,rel2) VALUES (33,5,7) },
q{ INSERT INTO loader_test26 (id,rel1,rel2) VALUES (3,42,42) },
qq{
CREATE TABLE loader_test27 (
id INTEGER NOT NULL PRIMARY KEY
) $self->{innodb}
},
q{ INSERT INTO loader_test27 (id) VALUES (1) },
q{ INSERT INTO loader_test27 (id) VALUES (2) },
qq{
CREATE TABLE loader_test28 (
id INTEGER NOT NULL PRIMARY KEY,
FOREIGN KEY (id) REFERENCES loader_test27 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test28 (id) VALUES (1) },
qq{
CREATE TABLE loader_test29 (
id INTEGER NOT NULL PRIMARY KEY,
fk INTEGER NOT NULL UNIQUE,
FOREIGN KEY (fk) REFERENCES loader_test27 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test29 (id,fk) VALUES (1,1) },
qq{
CREATE TABLE loader_test31 (
id INTEGER NOT NULL PRIMARY KEY
) $self->{innodb}
},
q{ INSERT INTO loader_test31 (id) VALUES (1) },
qq{
CREATE TABLE loader_test32 (
id INTEGER NOT NULL PRIMARY KEY,
rel1 INTEGER NOT NULL,
rel2 INTEGER $self->{null},
FOREIGN KEY (rel1) REFERENCES loader_test31(id),
FOREIGN KEY (rel2) REFERENCES loader_test31(id)
) $self->{innodb}
},
q{ INSERT INTO loader_test32 (id,rel1) VALUES (1,1) },
qq{
CREATE TABLE loader_test33 (
id1 INTEGER NOT NULL,
id2 INTEGER NOT NULL,
PRIMARY KEY (id1,id2)
) $self->{innodb}
},
q{ INSERT INTO loader_test33 (id1,id2) VALUES (1,2) },
qq{
CREATE TABLE loader_test34 (
id INTEGER NOT NULL PRIMARY KEY,
rel1 INTEGER NOT NULL,
rel2 INTEGER $self->{null},
FOREIGN KEY (id,rel1) REFERENCES loader_test33(id1,id2),
FOREIGN KEY (id,rel2) REFERENCES loader_test33(id1,id2)
) $self->{innodb}
},
q{ INSERT INTO loader_test34 (id,rel1,rel2) VALUES (1,2,2) },
qq{
CREATE TABLE loader_test37 (
parent INTEGER NOT NULL,
child INTEGER NOT NULL UNIQUE,
PRIMARY KEY (parent, child),
FOREIGN KEY (parent) REFERENCES loader_test32 (id),
FOREIGN KEY (child) REFERENCES loader_test34 (id)
) $self->{innodb}
},
q{ INSERT INTO loader_test37 (parent, child) VALUES (1,1) },
qq{
CREATE TABLE loader_test42 (
id1 INTEGER NOT NULL,
id2 INTEGER NOT NULL,
PRIMARY KEY (id1, id2)
) $self->{innodb}
},
qq{
CREATE TABLE loader_test43 (
id1 INTEGER NOT NULL,
id2 INTEGER NOT NULL,
PRIMARY KEY (id1, id2)
) $self->{innodb}
},
qq{
CREATE TABLE loader_test44 (
id42 INTEGER NOT NULL,
id43 INTEGER NOT NULL,
id2 INTEGER NOT NULL,
PRIMARY KEY (id42, id43, id2),
FOREIGN KEY (id42, id2) REFERENCES loader_test42 (id1, id2),
FOREIGN KEY (id43, id2) REFERENCES loader_test43 (id1, id2)
) $self->{innodb}
},
);
@statements_advanced = (
qq{
CREATE TABLE loader_test10 (
id10 $self->{auto_inc_pk},
subject VARCHAR(8),
loader_test11 INTEGER $self->{null}
) $self->{innodb}
},
$make_auto_inc->(qw/loader_test10 id10/),
# Access does not support DEFAULT.
qq{
CREATE TABLE loader_test11 (
id11 $self->{auto_inc_pk},
a_message VARCHAR(8) @{[ $self->{vendor} ne 'Access' ? "DEFAULT 'foo'" : '' ]},
loader_test10 INTEGER $self->{null},
FOREIGN KEY (loader_test10) REFERENCES loader_test10 (id10)
) $self->{innodb}
},
$make_auto_inc->(qw/loader_test11 id11/),
(lc($self->{vendor}) ne 'informix' ?
(q{ ALTER TABLE loader_test10 ADD CONSTRAINT loader_test11_fk } .
q{ FOREIGN KEY (loader_test11) } .
q{ REFERENCES loader_test11 (id11) })
:
(q{ ALTER TABLE loader_test10 ADD CONSTRAINT } .
q{ FOREIGN KEY (loader_test11) } .
q{ REFERENCES loader_test11 (id11) } .
q{ CONSTRAINT loader_test11_fk })
),
);
@statements_advanced_sqlite = (
qq{
CREATE TABLE loader_test10 (
id10 $self->{auto_inc_pk},
subject VARCHAR(8)
) $self->{innodb}
},
$make_auto_inc->(qw/loader_test10 id10/),
qq{
CREATE TABLE loader_test11 (
id11 $self->{auto_inc_pk},
a_message VARCHAR(8) DEFAULT 'foo',
loader_test10 INTEGER $self->{null},
FOREIGN KEY (loader_test10) REFERENCES loader_test10 (id10)
) $self->{innodb}
},
$make_auto_inc->(qw/loader_test11 id11/),
(q{ ALTER TABLE loader_test10 ADD COLUMN } .
q{ loader_test11 INTEGER REFERENCES loader_test11 (id11) }),
);
@statements_inline_rels = (
qq{
CREATE TABLE loader_test12 (
id INTEGER NOT NULL PRIMARY KEY,
id2 VARCHAR(8) NOT NULL UNIQUE,
dat VARCHAR(8) NOT NULL UNIQUE
) $self->{innodb}
},
q{ INSERT INTO loader_test12 (id,id2,dat) VALUES (1,'aaa','bbb') },
qq{
CREATE TABLE loader_test13 (
id INTEGER NOT NULL PRIMARY KEY REFERENCES loader_test12,
loader_test12 VARCHAR(8) NOT NULL REFERENCES loader_test12 (id2),
dat VARCHAR(8) REFERENCES loader_test12 (dat)
) $self->{innodb}
},
(q{ INSERT INTO loader_test13 (id,loader_test12,dat) } .
q{ VALUES (1,'aaa','bbb') }),
);
@statements_implicit_rels = (
qq{
CREATE TABLE loader_test14 (
id INTEGER NOT NULL PRIMARY KEY,
dat VARCHAR(8)
) $self->{innodb}
},
q{ INSERT INTO loader_test14 (id,dat) VALUES (123,'aaa') },
qq{
CREATE TABLE loader_test15 (
id INTEGER NOT NULL PRIMARY KEY,
loader_test14 INTEGER NOT NULL,
FOREIGN KEY (loader_test14) REFERENCES loader_test14
) $self->{innodb}
},
q{ INSERT INTO loader_test15 (id,loader_test14) VALUES (1,123) },
);
$self->drop_tables;
my $dbh = $self->dbconnect(1);
$dbh->do($_) for @{ $self->{pre_create} || [] };
$dbh->do($_) foreach (@statements);
if (not ($self->{vendor} eq 'mssql' && $dbh->{Driver}{Name} eq 'Sybase')) {
foreach my $ddl (@{ $self->{data_type_tests}{ddl} || [] }) {
if (my $cb = $self->{data_types_ddl_cb}) {
$cb->($ddl);
}
else {
$dbh->do($ddl);
}
}
}
unless ($self->{skip_rels}) {
# hack for now, since DB2 doesn't like inline comments, and we need
# to test one for mysql, which works on everyone else...
# this all needs to be refactored anyways.
for my $stmt (@statements_reltests) {
try {
$dbh->do($stmt);
}
catch {
die "Error executing '$stmt': $_\n";
};
}
if($self->{vendor} =~ /sqlite/i) {
$dbh->do($_) for (@statements_advanced_sqlite);
}
else {
$dbh->do($_) for (@statements_advanced);
}
unless($self->{no_inline_rels}) {
$dbh->do($_) for (@statements_inline_rels);
}
unless($self->{no_implicit_rels}) {
$dbh->do($_) for (@statements_implicit_rels);
}
}
$dbh->do($_) for @{ $self->{extra}->{create} || [] };
$dbh->disconnect();
}
sub drop_tables {
my $self = shift;
my @tables = qw/
loader_test1
loader_test1s
loader_test2
LOADER_test23
LoAdEr_test24
loader_test35
loader_test36
loader_test50
/;
my @tables_auto_inc = (
[ qw/loader_test1s id/ ],
[ qw/loader_test2 id/ ],
);
my @tables_reltests = qw/
loader_test4
loader_test3
loader_test6
loader_test5
loader_test8
loader_test7
loader_test9
loader_test17
loader_test16
loader_test20
loader_test19
loader_test18
loader_test22
loader_test21
loader_test26
loader_test25
loader_test28
loader_test29
loader_test27
loader_test37
loader_test32
loader_test31
loader_test34
loader_test33
loader_test44
loader_test43
loader_test42
/;
my @tables_advanced = qw/
loader_test11
loader_test10
/;
my @tables_advanced_auto_inc = (
[ qw/loader_test10 id10/ ],
[ qw/loader_test11 id11/ ],
);
my @tables_inline_rels = qw/
loader_test13
loader_test12
/;
my @tables_implicit_rels = qw/
loader_test15
loader_test14
/;
my @tables_rescan = qw/ loader_test30 /;
my @tables_preserve_case_tests = @{ $self->{preserve_case_tests_table_names} };
my %drop_columns = (
loader_test6 => 'loader_test7_id',
loader_test7 => 'lovely_loader_test6',
loader_test8 => 'loader_test16_id',
loader_test16 => 'loader_test8_id',
);
my %drop_constraints = (
loader_test10 => 'loader_test11_fk',
loader_test6 => 'loader_test6_to_7_fk',
loader_test8 => 'loader_test8_to_16_fk',
);
# For some reason some tests do this twice (I guess dependency issues?)
# do it twice for all drops
for (1,2) {
local $^W = 0; # for ADO
my $dbh = $self->dbconnect(0);
$dbh->do($_) for @{ $self->{extra}{pre_drop_ddl} || [] };
$self->drop_table($dbh, $_) for @{ $self->{extra}{drop} || [] };
my $drop_auto_inc = $self->{auto_inc_drop_cb} || sub {};
unless ($self->{skip_rels}) {
# drop the circular rel columns if possible, this
# doesn't work on all DBs
foreach my $table (keys %drop_columns) {
$dbh->do("ALTER TABLE $table DROP $drop_columns{$table}");
$dbh->do("ALTER TABLE $table DROP COLUMN $drop_columns{$table}");
}
foreach my $table (keys %drop_constraints) {
# for MSSQL
$dbh->do("ALTER TABLE $table DROP $drop_constraints{$table}");
# for Sybase and Access
$dbh->do("ALTER TABLE $table DROP CONSTRAINT $drop_constraints{$table}");
# for MySQL
$dbh->do("ALTER TABLE $table DROP FOREIGN KEY $drop_constraints{$table}");
}
$self->drop_table($dbh, $_) for (@tables_reltests);
$self->drop_table($dbh, $_) for (@tables_reltests);
$dbh->do($_) for map { $drop_auto_inc->(@$_) } @tables_advanced_auto_inc;
$self->drop_table($dbh, $_) for (@tables_advanced);
unless($self->{no_inline_rels}) {
$self->drop_table($dbh, $_) for (@tables_inline_rels);
}
unless($self->{no_implicit_rels}) {
$self->drop_table($dbh, $_) for (@tables_implicit_rels);
}
}
$dbh->do($_) for map { $drop_auto_inc->(@$_) } @tables_auto_inc;
$self->drop_table($dbh, $_) for (@tables, @tables_rescan);
if (not ($self->{vendor} eq 'mssql' && $dbh->{Driver}{Name} eq 'Sybase')) {
foreach my $data_type_table (@{ $self->{data_type_tests}{table_names} || [] }) {
$self->drop_table($dbh, $data_type_table);
}
}
$self->drop_table($dbh, $_) for @tables_preserve_case_tests;
$dbh->disconnect;
}
}
sub drop_table {
my ($self, $dbh, $table) = @_;
local $^W = 0; # for ADO
try { $dbh->do("DROP TABLE $table CASCADE CONSTRAINTS") }; # oracle
try { $dbh->do("DROP TABLE $table CASCADE") }; # postgres and ?
try { $dbh->do("DROP TABLE $table") };
# if table name is case sensitive
my ($oqt, $cqt) = $self->get_oqt_cqt(always => 1);
try { $dbh->do("DROP TABLE ${oqt}${table}${cqt}") };
}
sub _custom_column_info {
my ( $table_name, $column_name, $column_info ) = @_;
$table_name = lc ( $table_name );
$column_name = lc ( $column_name );
if ( $table_name eq 'loader_test35'
and $column_name eq 'an_int'
){
return { is_numeric => 1 }
}
# Set inflate_datetime or inflate_date to check
# datetime_timezone and datetime_locale
if ( $table_name eq 'loader_test36' ){
return { inflate_datetime => 1 } if
( $column_name eq 'b_char_as_data' );
return { inflate_date => 1 } if
( $column_name eq 'c_char_as_data' );
}
return;
}
my %DATA_TYPE_MULTI_TABLE_OVERRIDES = (
oracle => qr/\blong\b/i,
mssql => qr/\b(?:timestamp|rowversion)\b/i,
informix => qr/\b(?:bigserial|serial8)\b/i,
);
sub setup_data_type_tests {
my $self = shift;
return unless my $types = $self->{data_types};
my $tests = $self->{data_type_tests} = {};
# split types into tables based on overrides
my (@types, @split_off_types, @first_table_types);
{
my $split_off_re = $DATA_TYPE_MULTI_TABLE_OVERRIDES{lc($self->{vendor})} || qr/(?!)/;
@types = keys %$types;
@split_off_types = grep /$split_off_re/, @types;
@first_table_types = grep !/$split_off_re/, @types;
}
@types = (
+{ map +($_, $types->{$_}), @first_table_types },
map +{ $_, $types->{$_} }, @split_off_types,
);
my $test_count = 0;
my $table_num = 10000;
foreach my $types (@types) {
my $table_name = "loader_test$table_num";
push @{ $tests->{table_names} }, $table_name;
my $table_moniker = "LoaderTest$table_num";
push @{ $tests->{table_monikers} }, $table_moniker;
$table_num++;
my $cols = $tests->{columns}{$table_moniker} = {};
my $ddl = "CREATE TABLE $table_name (\n id INTEGER NOT NULL PRIMARY KEY,\n";
my %seen_col_names;
while (my ($col_def, $expected_info) = each %$types) {
(my $type_alias = $col_def) =~ s/\( (.+) \)(?=(?:[^()]* '(?:[^']* (?:''|\\')* [^']*)* [^\\']' [^()]*)*\z)//xg;
my $size = $1;
$size = '' unless defined $size;
$size = '' unless $size =~ /^[\d, ]+\z/;
$size =~ s/\s+//g;
my @size = split /,/, $size;
# some DBs don't like very long column names
if ($self->{vendor} =~ /^(?:Firebird|SQLAnywhere|Oracle|DB2)\z/i) {
my ($col_def, $default) = $type_alias =~ /^(.*)(default.*)?\z/i;
$type_alias = substr $col_def, 0, 15;
$type_alias .= '_with_dflt' if $default;
}
$type_alias =~ s/\s/_/g;
$type_alias =~ s/\W//g;
my $col_name = 'col_' . $type_alias;
if (@size) {
my $size_name = join '_', apply { s/\W//g } @size;
$col_name .= "_sz_$size_name";
}
# XXX would be better to check loader->preserve_case
$col_name = lc $col_name;
$col_name .= '_' . $seen_col_names{$col_name} if $seen_col_names{$col_name}++;
$ddl .= " $col_name $col_def,\n";
$cols->{$col_name} = $expected_info;
$test_count++;
}
$ddl =~ s/,\n\z/\n)/;
push @{ $tests->{ddl} }, $ddl;
}
$tests->{test_count} = $test_count;
return $test_count;
}
sub rescan_without_warnings {
my ($self, $conn) = @_;
local $SIG{__WARN__} = sigwarn_silencer(RESCAN_WARNINGS);
return $conn->rescan;
}
sub test_col_accessor_map {
my ( $column_name, $default_name, $context, $default_map ) = @_;
if( lc($column_name) eq 'crumb_crisp_coating' ) {
is( $default_name, 'crumb_crisp_coating', 'col_accessor_map was passed the default name' );
ok( $context->{$_}, "col_accessor_map func was passed the $_" )
for qw( table table_name table_class table_moniker schema_class );
return 'trivet';
} else {
return $default_map->({
LOADER_TEST2 => {
sticky_filling => 'goo',
},
loader_test2 => {
sticky_filling => 'goo',
},
});
}
}
sub DESTROY {
my $self = shift;
unless ($ENV{SCHEMA_LOADER_TESTS_NOCLEANUP}) {
$self->drop_tables if $self->{_created};
rmtree DUMP_DIR
}
}
1;
# vim:et sts=4 sw=4 tw=0: