def __init__(self, parent_reporter, parent_frame, parent_space, anchor, name, bases, evals, tree):
from pyntch.syntax import build_stmt
self.anchor = anchor
self.loc = (tree._module, tree.lineno)
self.space = Namespace(parent_space, name)
TreeReporter.__init__(self, parent_reporter)
ClassType.__init__(self, name, bases)
if tree.code:
self.space.register_names(tree.code)
build_stmt(self, parent_frame, self.space, tree.code, evals, parent_space=parent_space)
for (name,var) in self.space:
# Do not consider the values of attributes inherited from the base class
# if they are explicitly overriden.
attr = self.ClassAttr(parent_frame, anchor, name, self)
var.connect(attr.recv)
self.attrs[name] = attr
return
def __init__(self, parent_reporter, parent_frame, parent_space, anchor,
name, argnames, defaults, variargs, kwargs, tree):
TreeReporter.__init__(self, parent_reporter)
def maprec(func, x):
if isinstance(x, tuple):
return tuple(maprec(func, y) for y in x)
else:
return func(x)
self.name = name
# prepare local variables that hold passed arguments.
self.space = Namespace(parent_space, name)
self.frame = ExecutionFrame(None, tree)
# handle "**kwd".
self.kwarg = None
if kwargs:
self.kwarg = argnames[-1]
del argnames[-1]
self.space.register_var(self.kwarg)
# handle "*args".
self.variarg = None
if variargs:
self.variarg = argnames[-1]
del argnames[-1]
self.space.register_var(self.variarg)
# handle normal args.
self.argnames = tuple(argnames)
maprec(lambda argname: self.space.register_var(argname), self.argnames)
# build the function body.
self.space.register_names(tree.code)
self.body = self.FuncBody(name)
self.body.set_retval(self.build_evals(tree.code))
self.argvars = maprec(lambda argname: self.space[argname],
self.argnames)
# assign the default values.
self.defaults = tuple(defaults)
for (var1, arg1) in zip(self.argvars[-len(defaults):], self.defaults):
assign_arg(parent_frame, anchor, var1, arg1)
self.frames = set()
BuiltinType.__init__(self)
return