def create_serialized_user_object(self, obj):
klass = self.project.find_object(Class, class_name(obj),
module_name(obj))
if klass:
serialized = UserObject(obj, klass)
klass.add_user_object(serialized)
return serialized
def __init__(self, obj, serialize):
CompositeObject.__init__(self, obj)
self.args = map(serialize, obj.args)
self.constructor_format = "%s(%%s)" % class_name(obj)
self.imports = set()
if class_of(obj) in BUILTIN_ENVIRONMENT_ERROR_TYPES and obj.filename is not None:
self.args.append(serialize(obj.filename))
def __init__(self, obj, serialize):
CompositeObject.__init__(self, obj)
self.args = map(serialize, obj.args)
self.constructor_format = "%s(%%s)" % class_name(obj)
self.imports = set()
if class_of(obj) in BUILTIN_ENVIRONMENT_ERROR_TYPES and obj.filename is not None:
self.args.append(serialize(obj.filename))
def get_type_name(obj):
"""
>>> get_type_name([])
'list'
>>> get_type_name({})
'dict'
May contain dots, if type is not builtin.
>>> get_type_name(lambda: None)
'types.FunctionType'
"""
mapping = {array.array: 'array.array',
types.FunctionType: 'types.FunctionType',
types.GeneratorType: 'types.GeneratorType'}
objtype = type(obj)
return mapping.get(objtype, class_name(obj))
def get_type_name(obj):
"""
>>> get_type_name([])
'list'
>>> get_type_name({})
'dict'
May contain dots, if type is not builtin.
>>> get_type_name(lambda: None)
'types.FunctionType'
"""
mapping = {array.array: 'array.array',
types.FunctionType: 'types.FunctionType',
types.GeneratorType: 'types.GeneratorType'}
objtype = type(obj)
return mapping.get(objtype, class_name(obj))
def __repr__(self):
return "%s(definition=%s, input=%r, output=%r, exception=%r, side_effects=[..(%d)..])" % \
(class_name(self), self.definition.name, self.input, self.output,
self.exception, len(self.side_effects))
def add_subcall(self, call):
if call.caller is not None:
raise TypeError("This %s of %s already has a caller." % \
(class_name(call), call.definition.name))
call.caller = self
self.subcalls.append(call)
def __repr__(self):
return "%s(definition=%s, input=%r, output=%r, exception=%r, side_effects=[..(%d)..])" % \
(class_name(self), self.definition.name, self.input, self.output,
self.exception, len(self.side_effects))
def add_subcall(self, call):
if call.caller is not None:
raise TypeError("This %s of %s already has a caller." % \
(class_name(call), call.definition.name))
call.caller = self
self.subcalls.append(call)
