def add_type(self, other):
TypeFunction.add_type(self, other)
if self.mclsdict is not None:
if other.mclsdict is not None:
self.mclsdict.update(other.mclsdict)
else:
self.mclsdict = copy(other.mclsdict)
def add_type(self, other):
TypeFunction.add_type(self, other)
if self.mclsdict is not None:
if other.mclsdict is not None:
self.mclsdict.update(other.mclsdict)
else:
self.mclsdict = copy(other.mclsdict)
def call(self, analysis_type, from_inst_num, func_args=None):
# print "CALLING METHOD for mclsdictid: %r" % id(self.mclsdict)
return TypeFunction.call( "types", self, from_inst_num, func_args)
def create_from(self, other):
TypeFunction.create_from(self, other)
self.mclsdict = copy(other.mclsdict)
def __deepcopy__(self, memo):
res = TypeFunction.__deepcopy__(self, memo)
res.mclsdict = copy(self.mclsdict)
return res
def __init__(self, mclsdict=None):
TypeFunction.__init__(self)
self.mclsdict = copy(mclsdict)
def call(self, analysis_type, from_inst_num, func_args=None):
# print "CALLING METHOD for mclsdictid: %r" % id(self.mclsdict)
return TypeFunction.call("types", self, from_inst_num, func_args)
def create_from(self, other):
TypeFunction.create_from(self, other)
self.mclsdict = copy(other.mclsdict)
def __deepcopy__(self, memo):
res = TypeFunction.__deepcopy__(self, memo)
res.mclsdict = copy(self.mclsdict)
return res
def __init__(self, mclsdict=None):
TypeFunction.__init__(self)
self.mclsdict = copy(mclsdict)
