use dbixcsl_common_tests;
use Test::More;
use Test::Exception;
+use List::MoreUtils 'apply';
my $dsn = $ENV{DBICTEST_SYBASE_DSN} || '';
my $user = $ENV{DBICTEST_SYBASE_USER} || '';
my $tester = dbixcsl_common_tests->new(
vendor => 'sybase',
auto_inc_pk => 'INTEGER IDENTITY NOT NULL PRIMARY KEY',
+ default_function => 'getdate()',
+ default_function_def => 'AS getdate()',
dsn => $dsn,
user => $user,
password => $password,
CREATE TABLE sybase_loader_test1 (
id INTEGER IDENTITY NOT NULL PRIMARY KEY,
ts timestamp,
- charfield VARCHAR(10) DEFAULT 'foo',
computed_dt AS getdate()
)
},
+# Test data types, see http://ispirer.com/wiki/sqlways/sybase/data-types
+# XXX handle FLOAT(P) at some point
+# ( http://msdn.microsoft.com/en-us/library/aa258876(SQL.80).aspx )
+ q{
+ CREATE TABLE sybase_loader_test2 (
+ id INTEGER IDENTITY NOT NULL PRIMARY KEY,
+ a_text TEXT,
+ a_unitext UNITEXT,
+ an_image IMAGE,
+ a_bigint BIGINT,
+ an_int INT,
+ an_integer INTEGER,
+ a_smallint SMALLINT,
+ a_tinyint TINYINT,
+ a_real REAL,
+ a_double_precision DOUBLE PRECISION,
+ a_date DATE,
+ a_time TIME,
+ a_datetime DATETIME,
+ a_smalldatetime SMALLDATETIME,
+ a_money MONEY,
+ a_smallmoney SMALLMONEY,
+ a_timestamp timestamp,
+ a_bit BIT,
+ a_char_with_precision CHAR(2),
+ an_nchar_with_precision NCHAR(2),
+ a_unichar_with_precision UNICHAR(2),
+ a_varchar_with_precision VARCHAR(2),
+ an_nvarchar_with_precision NVARCHAR(2),
+ a_univarchar_with_precision UNIVARCHAR(2),
+ a_float FLOAT,
+ a_binary_with_precision BINARY(2),
+ a_varbinary_with_precision VARBINARY(2),
+ the_numeric NUMERIC(6,3),
+ the_decimal DECIMAL(6,3)
+ )
+ },
],
- drop => [ qw/ sybase_loader_test1 / ],
- count => 9,
+ drop => [ qw/ sybase_loader_test1 sybase_loader_test2 / ],
+ count => 36,
run => sub {
my ($schema, $monikers, $classes) = @_;
'timestamp',
'timestamps have the correct data_type';
- is $rsrc->column_info('charfield')->{data_type},
- 'varchar',
- 'VARCHAR has correct data_type';
-
-
- is $rsrc->column_info('charfield')->{default_value},
- 'foo',
- 'constant DEFAULT is correct';
-
- is $rsrc->column_info('charfield')->{size},
- 10,
- 'VARCHAR(10) has correct size';
+ is $rsrc->column_info('ts')->{inflate_datetime},
+ 0,
+ 'timestamps have inflate_datetime => 0';
ok ((exists $rsrc->column_info('computed_dt')->{data_type}
&& (not defined $rsrc->column_info('computed_dt')->{data_type})),
eval { is $$computed_dt_default,
'getdate()',
'default_value for computed column is correct' };
+
+ $rsrc = $schema->resultset($monikers->{sybase_loader_test2})
+ ->result_source;
+ my @type_columns = grep /^a/, $rsrc->columns;
+ my @without_precision = grep !/_with_precision\z/, @type_columns;
+ my @with_precision = grep /_with_precision\z/, @type_columns;
+ my %with_precision;
+ @with_precision{
+ apply { s/_with_precision\z// } @with_precision
+ } = ();
+
+ for my $col (@without_precision) {
+ my ($data_type) = $col =~ /^an?_(.*)/;
+ $data_type =~ s/_/ /g;
+
+ ok((not exists $rsrc->column_info($col)->{size}),
+ "$data_type " .
+ (exists $with_precision{$col} ? 'without precision ' : '') .
+ "has no 'size' column_info")
+ or diag "size is ".$rsrc->column_info($col)->{size}."\n";
+ }
+
+ for my $col (@with_precision) {
+ my ($data_type) = $col =~ /^an?_(.*)_with_precision\z/;
+ ($data_type = uc $data_type) =~ s/_/ /g;
+ my $size = $rsrc->column_info($col)->{size};
+
+ is $size, 2,
+ "$data_type with precision has a correct 'size' column_info";
+ }
+
+ is_deeply $rsrc->column_info('the_numeric')->{size}, [6,3],
+ 'size for NUMERIC(precision, scale) is correct';
+
+ is_deeply $rsrc->column_info('the_decimal')->{size}, [6,3],
+ 'size for DECIMAL(precision, scale) is correct';
+
},
},
);