def new_class(self, class_class):
# Allocate a new class and set its class to be the given class class
result = Class(self, class_class.get_number_of_instance_fields())
result.set_class(class_class)
# Return the freshly allocated class
return result
def new_metaclass_class(self):
# Allocate the metaclass classes
result = Class(self, 0, Class(self, 0, None))
# Setup the metaclass hierarchy
result.get_class(self).set_class(result)
return result
def new_system_class(self):
# Allocate the new system class
system_class = Class(self, 0, Class(self, 0, None))
# Setup the metaclass hierarchy
system_class.get_class(self).set_class(self.metaclassClass)
return system_class
def new_system_class(self):
# Allocate the new system class
system_class = Class(self, 0, Class(self, 0, None))
# Setup the metaclass hierarchy
system_class.get_class(self).set_class(self.metaclassClass)
return system_class
def new_metaclass_class(self):
# Allocate the metaclass classes
result = Class(self, 0, Class(self, 0, None))
# Setup the metaclass hierarchy
result.get_class(self).set_class(result)
return result
def new_class(self, class_class):
# Allocate a new class and set its class to be the given class class
result = Class(self, class_class.get_number_of_instance_fields())
result.set_class(class_class)
# Return the freshly allocated class
return result
class ObjectTestCase(unittest.TestCase):
def setUp(self):
self.universe = Universe
self.object_integer = Object(None)
self.integer_class = Class(self.universe)
self.integer_class.set_name(Symbol(Object(None), "Integer"))
self.object_integer._class = self.integer_class
def test_get_class(self):
integer_class = Class(self.universe)
integer_class.set_name(Symbol(Object(None), "Integer"))
self.assertEqual(integer_class, self.object_integer.get_class())
def test_set_class(self):
self.object_integer.set_class(Double)
def test_get_field_name(self):
pass
def test_get_field_index(self):
pass
def test_get_number_of_fields(self):
pass
def test_get_default_number_of_fields(self):
self.assertEqual(self.object_integer.NUMBER_OF_OBJECT_FIELDS,
self.object_integer._get_default_number_of_fields())
def test_get_field(self):
pass
def test_set_field(self):
pass
def test_send(self):
pass
def test_send_does_not_understand(self):
pass
def test_send_unknown_global(self):
pass
def send_escaped_block(self):
pass
def test_str(self):
self.assertEqual("a Integer", str(self.object_integer))
def new_system_class(self):
# Allocate the new system class
system_class = Class(self)
# Setup the metaclass hierarchy
system_class.set_class(Class(self))
system_class.get_class(self).set_class(self.metaclassClass)
# Return the freshly allocated system class
return system_class
def new_metaclass_class(self):
# Allocate the metaclass classes
result = Class(self)
result.set_class(Class(self))
# Setup the metaclass hierarchy
result.get_class(self).set_class(result)
# Return the freshly allocated metaclass class
return result
def test_get_class(self):
integer_class = Class(self.universe)
integer_class.set_name(Symbol(Object(None), "Integer"))
self.assertEqual(integer_class, self.object_integer.get_class())
def setUp(self):
self.universe = Universe
self.object_integer = Object(None)
self.integer_class = Class(self.universe)
self.integer_class.set_name(Symbol(Object(None), "Integer"))
self.object_integer._class = self.integer_class
def new_class(self, class_class):
# Allocate a new class and set its class to be the given class class
return Class(self, class_class.get_number_of_instance_fields(),
class_class)