def __init__(self, space, name, superclass, is_singleton=False):
W_ModuleObject.__init__(self, space, name)
self.superclass = superclass
self.is_singleton = is_singleton
if self.superclass is not None:
self.superclass.inherited(space, self)
# During bootstrap, we cannot create singleton classes, yet
if not self.is_singleton and not space.bootstrap:
self.getsingletonclass(space)
def __init__(self, space, name, superclass, is_singleton=False):
W_ModuleObject.__init__(self, space, name)
self.superclass = superclass
self.is_singleton = is_singleton
if self.superclass is not None:
self.superclass.inherited(space, self)
# During bootstrap, we cannot create singleton classes, yet
if not self.is_singleton and not space.bootstrap:
self.getsingletonclass(space)
def ancestors(self, include_singleton=True, include_self=True):
assert include_self
ary = W_ModuleObject.ancestors(
self, include_singleton,
not (self.is_singleton and not include_singleton))
if self.superclass is not None:
ary += self.superclass.ancestors(include_singleton)
return ary
def ancestors(self, include_singleton=True, include_self=True):
assert include_self
ary = W_ModuleObject.ancestors(self,
include_singleton, not (self.is_singleton and not include_singleton)
)
if self.superclass is not None:
ary += self.superclass.ancestors(include_singleton)
return ary
def methods(self, space, inherit=True):
methods = {}
for name in W_ModuleObject.methods(self, space, inherit):
methods[name] = None
if inherit and self.superclass is not None:
for name in self.superclass.methods(space, inherit):
method = self._find_method_pure(space, name, self.version)
if method is None or not isinstance(method, UndefMethod):
methods[name] = None
return methods.keys()
def methods(self, space, inherit=True):
methods = {}
for name in W_ModuleObject.methods(self, space, inherit):
methods[name] = None
if inherit and self.superclass is not None:
for name in self.superclass.methods(space, inherit):
method = self._find_method_pure(space, name, self.version)
if method is None or not isinstance(method, UndefMethod):
methods[name] = None
return methods.keys()
def inherited_constants(self, space):
consts = {}
for const in W_ModuleObject.local_constants(self, space):
consts[const] = None
w_cls = self.superclass
while w_cls is not None:
for const in w_cls.local_constants(space):
consts[const] = None
w_cls = w_cls.superclass
return consts.keys()
def inherited_constants(self, space):
consts = {}
for const in W_ModuleObject.local_constants(self, space):
consts[const] = None
w_cls = self.superclass
while w_cls is not None:
for const in w_cls.local_constants(space):
consts[const] = None
w_cls = w_cls.superclass
return consts.keys()
def newmodule(self, name, w_scope=None):
complete_name = self.buildname(name, w_scope)
return W_ModuleObject(self, complete_name)
def find_method_super(self, space, name):
method = W_ModuleObject.find_method_super(self, space, name)
if method is None and self.superclass is not None:
method = self.superclass.find_method(space, name)
return method
def find_const(self, space, name):
w_res = W_ModuleObject.find_included_const(self, space, name)
if w_res is None and self.superclass is not None:
w_res = self.superclass.find_const(space, name)
return w_res
def method_undefined(self, space, w_name):
if self.is_singleton:
space.send(self.attached, "singleton_method_undefined", [w_name])
else:
W_ModuleObject.method_undefined(self, space, w_name)
def find_method_super(self, space, name):
method = W_ModuleObject.find_method_super(self, space, name)
if method is None and self.superclass is not None:
method = self.superclass.find_method(space, name)
return method
def find_const(self, space, name):
w_res = W_ModuleObject.find_included_const(self, space, name)
if w_res is None and self.superclass is not None:
w_res = self.superclass.find_const(space, name)
return w_res
def method_undefined(self, space, w_name):
if self.is_singleton:
space.send(self.attached, "singleton_method_undefined", [w_name])
else:
W_ModuleObject.method_undefined(self, space, w_name)
