def test_19explicit(self):
# null
xval = value.null()
self.assertTrue(xval.is_null())
self.assertFalse(xval)
# #symbol
xval = value.symbol('hello')
self.assertTrue(xval.is_symbol())
self.assertTrue(xval.is_string(
)) # string is a generic type for error, symbol and string itself
self.assertEqual(xval.get_value(), 'hello')
# secure string
xval = value.secure_string('secure')
self.assertTrue(xval.is_string())
self.assertEqual(xval.get_type(with_unit=True),
(VALUE_TYPE.T_STRING,
2)) # VALUE_UNIT_TYPE_STRING.UT_STRING_SECURE
self.assertEqual(xval.get_value(), 'secure')
# error
xval = value(TypeError('error'))
self.assertTrue(xval.is_error_string())
self.assertEqual(xval.get_value(), 'error') # doesn't raise exception.
pass
def test_19explicit(self):
# null
xval = value.null()
self.assertTrue(xval.is_null())
self.assertFalse(xval)
# #symbol
xval = value.symbol('hello')
self.assertTrue(xval.is_symbol())
self.assertTrue(xval.is_string()) # string is a generic type for error, symbol and string itself
self.assertEqual(xval.get_value(), 'hello')
# secure string
xval = value.secure_string('secure')
self.assertTrue(xval.is_string())
self.assertEqual(xval.get_type(with_unit=True), (VALUE_TYPE.T_STRING, 2)) # VALUE_UNIT_TYPE_STRING.UT_STRING_SECURE
self.assertEqual(xval.get_value(), 'secure')
# error
xval = value(TypeError('error'))
self.assertTrue(xval.is_error_string())
self.assertEqual(xval.get_value(), 'error') # doesn't raise exception.
if sciter.version_num() > 0x04000100:
# color
xval = value.color(0x0000FFFF) # yellow R255, G255, B000 in 0xAABBGGRR form
self.assertTrue(xval.is_color())
self.assertEqual(xval.get_value(), 0x0000FFFF)
# duration
xval = value.duration(12.5)
self.assertTrue(xval.is_duration())
self.assertEqual(xval.get_value(), 12.5)
# angle
xval = value.angle(1.0)
self.assertTrue(xval.is_angle())
self.assertEqual(xval.get_value(), 1.0)
pass
pass
def test_20clear(self):
xval = value()
self.assertTrue(xval.is_undefined())
xval.clear()
self.assertTrue(xval.is_undefined())
xval = value.null()
self.assertTrue(xval.is_null())
xval.clear()
self.assertTrue(xval.is_undefined())
xval = value.symbol('hello')
self.assertTrue(xval.is_symbol())
xval.clear()
self.assertTrue(xval.is_undefined())
xval = value(17)
self.assertTrue(xval.is_int())
xval.clear()
self.assertTrue(xval.is_undefined())
pass
def test_20clear(self):
xval = value()
self.assertTrue(xval.is_undefined())
xval.clear()
self.assertTrue(xval.is_undefined())
xval = value.null()
self.assertTrue(xval.is_null())
xval.clear()
self.assertTrue(xval.is_undefined())
xval = value.symbol('hello')
self.assertTrue(xval.is_symbol())
xval.clear()
self.assertTrue(xval.is_undefined())
xval = value(17)
self.assertTrue(xval.is_int())
xval.clear()
self.assertTrue(xval.is_undefined())
pass
def test_19explicit(self):
# null
xval = value.null()
self.assertTrue(xval.is_null())
self.assertFalse(xval)
# #symbol
xval = value.symbol('hello')
self.assertTrue(xval.is_symbol())
self.assertTrue(xval.is_string()) # string is a generic type for error, symbol and string itself
self.assertEqual(xval.get_value(), 'hello')
# secure string
xval = value.secure_string('secure')
self.assertTrue(xval.is_string())
self.assertEqual(xval.get_type(with_unit=True), (VALUE_TYPE.T_STRING, 2)) # VALUE_UNIT_TYPE_STRING.UT_STRING_SECURE
self.assertEqual(xval.get_value(), 'secure')
# error
xval = value(TypeError('error'))
self.assertTrue(xval.is_error_string())
self.assertEqual(xval.get_value(), 'error') # doesn't raise exception.
pass