def checkType(self, expected, *objects):
# First, double check so we get back what we sent
str = GType(expected).name # pyg_type_from_object
val = GType.from_name(str) # pyg_type_wrapper_new
self.assertEqual(val, expected,
'got %r while %r was expected' % (val, expected))
# Then test the objects
for object in objects:
val = GType.from_name(GType(expected).name)
self.assertEqual(val, expected,
'got %r while %r was expected' %
(val, expected))
def testGParam(self):
win = gtk.Window()
enums = filter(lambda x: GType.is_a(x.value_type, GEnum), gobject.list_properties(win))
self.assertTrue(enums)
enum = enums[0]
self.assertTrue(hasattr(enum, "enum_class"))
self.assertTrue(issubclass(enum.enum_class, GEnum))
def testGParam(self):
win = gtk.Window()
enums = filter(lambda x: GType.is_a(x.value_type, GEnum),
gobject.list_properties(win))
self.assertTrue(enums)
enum = enums[0]
self.assertTrue(hasattr(enum, 'enum_class'))
self.assertTrue(issubclass(enum.enum_class, GEnum))
def testIterator(self):
for obj in (PropertyObject.props, PropertyObject().props):
for pspec in obj:
gtype = GType(pspec)
self.assertEqual(gtype.parent.name, 'GParam')
self.failUnless(pspec.name in [
'normal', 'construct', 'construct-only', 'uint64', 'enum'
])
self.assertEqual(len(obj), 5)
def testParamSpec(self):
props = filter(lambda x: GType.is_a(x.value_type, GFlags), gtk.Table.list_child_properties())
self.assertTrue(len(props) >= 2)
pspec = props[0]
klass = pspec.flags_class
self.assertEquals(klass, gtk.AttachOptions)
self.assertTrue(hasattr(klass, "__flags_values__"))
self.assertTrue(isinstance(klass.__flags_values__, dict))
self.assertTrue(len(klass.__flags_values__) >= 3)
self.assertTrue(isinstance(pspec.default_value, gtk.AttachOptions))
def testParamSpec(self):
props = filter(lambda x: GType.is_a(x.value_type, GFlags),
gtk.Table.list_child_properties())
self.assertTrue(len(props) >= 2)
pspec = props[0]
klass = pspec.flags_class
self.assertEquals(klass, gtk.AttachOptions)
self.assertTrue(hasattr(klass, '__flags_values__'))
self.assertTrue(isinstance(klass.__flags_values__, dict))
self.assertTrue(len(klass.__flags_values__) >= 3)
self.assertTrue(isinstance(pspec.default_value, gtk.AttachOptions))
def testParamSpec(self):
props = filter(lambda prop: GType.is_a(prop.value_type, GEnum), gobject.list_properties(gtk.Window))
self.assertTrue(len(props) >= 6)
props = filter(lambda prop: prop.name == "type", props)
self.assertTrue(props)
pspec = props[0]
klass = pspec.enum_class
self.assertEquals(klass, gtk.WindowType)
self.assertTrue(hasattr(klass, "__enum_values__"))
self.assertTrue(isinstance(klass.__enum_values__, dict))
self.assertTrue(len(klass.__enum_values__) >= 2)
self.assertTrue(isinstance(pspec.default_value, gtk.WindowType))
def testParamSpec(self):
props = filter(lambda prop: GType.is_a(prop.value_type, GEnum),
gobject.list_properties(gtk.Window))
self.assertTrue(len(props) >= 6)
props = filter(lambda prop: prop.name == 'type', props)
self.assertTrue(props)
pspec = props[0]
klass = pspec.enum_class
self.assertEquals(klass, gtk.WindowType)
self.assertTrue(hasattr(klass, '__enum_values__'))
self.assertTrue(isinstance(klass.__enum_values__, dict))
self.assertTrue(len(klass.__enum_values__) >= 2)
self.assertTrue(isinstance(pspec.default_value, gtk.WindowType))
def testPyType(self):
val = GType(gobject.TYPE_INT)
self.assertEqual(val.pytype, None,
'got %r while %r was expected' % (val.pytype, None))
for t in [int, None, float]:
self.assertPyType(val, t)
def setInvalidPyType(self):
val = GType(gobject.TYPE_INT)
val.pytype = 1
def testTypeName(self):
self.assertEqual(GType(MyObject).name, 'MyObject')
