def test_valueWithRect(self):
rect = opy.NSRect(opy.NSPoint(3, 5), opy.NSSize(320, 480))
value_rect = NSValue.valueWithRect_(rect)
ret_rect = value_rect.rectValue()
self.assertEqual(ret_rect.origin.x, 3)
self.assertEqual(ret_rect.origin.y, 5)
self.assertEqual(ret_rect.size.width, 320)
self.assertEqual(ret_rect.size.height, 480)
def test_valueWithRectPointer(self):
rect = opy.NSRect(opy.NSPoint(3, 5), opy.NSSize(320, 480))
rct_ptr = NSValue.valueWithPointer_(rect)
rect_val_ptr = rct_ptr.pointerValue()
rect_deref = dereference(rect_val_ptr, of_type=opy.NSRect)
self.assertEqual(rect_deref.origin.x, 3)
self.assertEqual(rect_deref.origin.y, 5)
self.assertEqual(rect_deref.size.width, 320)
self.assertEqual(rect_deref.size.height, 480)
def test_objCType(self):
rect = opy.NSRect(opy.NSPoint(3, 5), opy.NSSize(320, 480))
value_rect = NSValue.valueWithRect_(rect)
self.assertEqual(value_rect.objCType(),
b"{CGRect={CGPoint=dd}{CGSize=dd}}")
range = opy.NSRange(5, 10)
value_range = NSValue.valueWithRange_(range)
self.assertEqual(value_range.objCType(), b"{_NSRange=QQ}")
def test_passing_values(self):
car = Car.alloc().init()
union_arg = opy.test_un_()
rect = opy.NSRect(opy.NSPoint(20, 40), opy.NSSize(200, 400))
union_arg.rect = rect
self.assertTrue(car.useUnionPtrTest_(union_arg))