#=============================================================================
BEGIN {
- maybe_plan(53,
+ maybe_plan(undef,
'SQL::Translator::Producer::PostgreSQL',
'Test::Differences',
)
my $PRODUCER = \&SQL::Translator::Producer::PostgreSQL::create_field;
{
- my $table = SQL::Translator::Schema::Table->new( name => 'foo.bar' );
+ my $table = SQL::Translator::Schema::Table->new( name => 'foo.bar',
+ comments => [ "multi\nline",'single line' ] );
my $field = SQL::Translator::Schema::Field->new( name => 'baz',
+ comments => [ "multi\nline",'single line' ],
table => $table,
data_type => 'VARCHAR',
size => 10,
my ($create, $fks) = SQL::Translator::Producer::PostgreSQL::create_table($table, { quote_table_names => q{"} });
is($table->name, 'foo.bar');
- my $expected = "--\n-- Table: foo.bar\n--\nCREATE TABLE \"foo\".\"bar\" (\n \"baz\" character varying(10) DEFAULT 'quux' NOT NULL\n)";
+ my $expected = <<EOESQL;
+--
+-- Table: foo.bar
+--
+
+-- Comments:
+-- multi
+-- line
+-- single line
+--
+CREATE TABLE "foo"."bar" (
+ -- multi
+ -- line
+ -- single line
+ "baz" character varying(10) DEFAULT 'quux' NOT NULL
+)
+EOESQL
+
+ $expected =~ s/\n\z//;
is($create, $expected);
}
}
else {
is($fk_constraint_fk_ref->[0], 'ALTER TABLE mytable ADD FOREIGN KEY (myfield)
- REFERENCES mytable2 (myfield_2) DEFERRABLE', 'Create named Foreign Key Constraint works');
+ REFERENCES mytable2 (myfield_2) DEFERRABLE', 'Create un-named Foreign Key Constraint works');
my $alter_fk_constraint = SQL::Translator::Producer::PostgreSQL::alter_drop_constraint($fk_constraint);
- is($alter_fk_constraint, 'ALTER TABLE mytable DROP CONSTRAINT mytable_myfield_fkey', 'Alter drop named Foreign Key constraint works');
+ is($alter_fk_constraint, 'ALTER TABLE mytable DROP CONSTRAINT mytable_myfield_fkey', 'Alter drop un-named Foreign Key constraint works');
}
}
+# check named, and unnamed primary keys
+for my $name ( 'foo', undef ) {
+ my $pk_constraint = SQL::Translator::Schema::Constraint->new(
+ table => $table,
+ name => $name,
+ fields => [qw(myfield)],
+ type => 'PRIMARY_KEY',
+ );
+ my $pk_constraint_2 = SQL::Translator::Schema::Constraint->new(
+ table => $table,
+ name => $name,
+ fields => [qw(myfield)],
+ type => 'PRIMARY_KEY',
+ );
+
+ my ($pk_constraint_def_ref, $pk_constraint_pk_ref ) = SQL::Translator::Producer::PostgreSQL::create_constraint($pk_constraint);
+
+ if ( $name ) {
+ is($pk_constraint_def_ref->[0], "CONSTRAINT $name PRIMARY KEY (myfield)", 'Create Primary Key Constraint works');
+
+ # ToDo: may we should check if the constraint name was valid, or if next
+ # unused_name created has choosen a different one
+ my $alter_pk_constraint = SQL::Translator::Producer::PostgreSQL::alter_drop_constraint($pk_constraint);
+ is($alter_pk_constraint, "ALTER TABLE mytable DROP CONSTRAINT $name", 'Alter drop Primary Key constraint works');
+ }
+ else {
+ is($pk_constraint_def_ref->[0], 'PRIMARY KEY (myfield)', 'Create un-named Primary Key Constraint works');
+
+ my $alter_pk_constraint = SQL::Translator::Producer::PostgreSQL::alter_drop_constraint($pk_constraint);
+ is($alter_pk_constraint, 'ALTER TABLE mytable DROP CONSTRAINT mytable_pkey', 'Alter drop un-named Foreign Key constraint works');
+ }
+}
my $alter_field = SQL::Translator::Producer::PostgreSQL::alter_field($field1,
$field2);
my $drop_field = SQL::Translator::Producer::PostgreSQL::drop_field($field2);
is($drop_field, 'ALTER TABLE mytable DROP COLUMN myfield', 'Drop field works');
+my $field_serial = SQL::Translator::Schema::Field->new( name => 'serial_field',
+ table => $table,
+ data_type => 'INT',
+ is_auto_increment => 1,
+ is_nullable => 0 );
+
+my $field_serial_sql = SQL::Translator::Producer::PostgreSQL::create_field($field_serial);
+
+is($field_serial_sql, 'serial_field serial NOT NULL', 'Create serial field works');
+
+my $field_bigserial = SQL::Translator::Schema::Field->new( name => 'bigserial_field',
+ table => $table,
+ data_type => 'BIGINT',
+ is_auto_increment => 1,
+ is_nullable => 0 );
+
+my $field_bigserial_sql = SQL::Translator::Producer::PostgreSQL::create_field($field_bigserial);
+
+is($field_bigserial_sql, 'bigserial_field bigserial NOT NULL', 'Create bigserial field works (from bigint type)');
+
+$field_bigserial = SQL::Translator::Schema::Field->new( name => 'bigserial_field',
+ table => $table,
+ data_type => 'INT',
+ is_auto_increment => 1,
+ is_nullable => 0,
+ size => 12 );
+
+$field_bigserial_sql = SQL::Translator::Producer::PostgreSQL::create_field($field_bigserial);
+
+is($field_bigserial_sql, 'bigserial_field bigserial NOT NULL', 'Create bigserial field works (based on size)');
+
my $field3 = SQL::Translator::Schema::Field->new( name => 'time_field',
table => $table,
data_type => 'TIME',
my $field5 = SQL::Translator::Schema::Field->new( name => 'enum_field',
table => $table,
data_type => 'enum',
- extra => { list => [ 'Foo', 'Bar' ] },
+ extra => { list => [ 'Foo', 'Bar', 'Ba\'z' ] },
is_auto_increment => 0,
is_nullable => 0,
is_foreign_key => 0,
is_unique => 0 );
-my $field5_sql = SQL::Translator::Producer::PostgreSQL::create_field($field5,{ postgres_version => 8.3 });
+my $field5_types = {};
+my $field5_sql = SQL::Translator::Producer::PostgreSQL::create_field(
+ $field5,
+ {
+ postgres_version => 8.3,
+ type_defs => $field5_types,
+ }
+);
is($field5_sql, 'enum_field mytable_enum_field_type NOT NULL', 'Create real enum field works');
-
-
-
+is_deeply(
+ $field5_types,
+ { mytable_enum_field_type =>
+ "DROP TYPE IF EXISTS mytable_enum_field_type CASCADE;\n" .
+ "CREATE TYPE mytable_enum_field_type AS ENUM ('Foo', 'Bar', 'Ba''z')"
+ },
+ 'Create real enum type works'
+);
my $field6 = SQL::Translator::Schema::Field->new(
name => 'character',
my $field13 = SQL::Translator::Schema::Field->new( name => 'enum_field_with_type_name',
table => $table,
data_type => 'enum',
- extra => { list => [ 'Foo', 'Bar' ],
+ extra => { list => [ 'Foo', 'Bar', 'Ba\'z' ],
custom_type_name => 'real_enum_type' },
is_auto_increment => 0,
is_nullable => 0,
is_foreign_key => 0,
is_unique => 0 );
-my $field13_sql = SQL::Translator::Producer::PostgreSQL::create_field($field13,{ postgres_version => 8.3 });
+my $field13_types = {};
+my $field13_sql = SQL::Translator::Producer::PostgreSQL::create_field(
+ $field13,
+ {
+ postgres_version => 8.3,
+ type_defs => $field13_types,
+ }
+);
is($field13_sql, 'enum_field_with_type_name real_enum_type NOT NULL', 'Create real enum field works');
+is_deeply(
+ $field13_types,
+ { real_enum_type =>
+ "DROP TYPE IF EXISTS real_enum_type CASCADE;\n" .
+ "CREATE TYPE real_enum_type AS ENUM ('Foo', 'Bar', 'Ba''z')"
+ },
+ 'Create real enum type works'
+);
{
{
my $table = SQL::Translator::Schema::Table->new( name => 'foobar', fields => [qw( foo bar )] );
- my $quote = { quote_table_names => '"', quote_field_names => '"' };
+ my $quote = { quote_table_names => '"' };
{
my $index = $table->add_index(name => 'myindex', fields => ['foo']);
($def) = SQL::Translator::Producer::PostgreSQL::create_constraint($constr, $quote);
is($def->[0], 'CONSTRAINT "constr" UNIQUE ("bar", lower(foo))', 'constraint created w/ quotes');
}
+
+ {
+ my $index = $table->add_index(name => 'myindex', options => [{using => 'hash'}, {where => "upper(foo) = 'bar' AND bar = 'foo'"}], fields => ['bar', 'lower(foo)']);
+ my ($def) = SQL::Translator::Producer::PostgreSQL::create_index($index);
+ is($def, "CREATE INDEX myindex on foobar USING hash (bar, lower(foo)) WHERE upper(foo) = 'bar' AND bar = 'foo'", 'index using & where created');
+ ($def) = SQL::Translator::Producer::PostgreSQL::create_index($index, $quote);
+ is($def, 'CREATE INDEX "myindex" on "foobar" USING hash ("bar", lower(foo)) WHERE upper(foo) = \'bar\' AND bar = \'foo\'', 'index using & where created w/ quotes');
+ }
}
my $drop_view_opts1 = { add_drop_view => 1, no_comments => 1, postgres_version => 8.001 };
";
is($drop_view_9_1_produced, $drop_view_9_1_expected, "My DROP VIEW statement for 9.1 is correct");
+
+done_testing;
projects / dbsrgits/SQL-Translator.git / blobdiff