def get_partial_reconstructor(obj):
mapping = {
types.FunctionType: 'function',
types.GeneratorType: 'generator'
}
objtype = class_of(obj)
default = "%s.%s" % (objtype.__module__, objtype.__name__)
return mapping.get(objtype, default)
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_human_readable_id(obj):
# Get human readable id based on object's value,
if obj is True:
return 'true'
elif obj is False:
return 'false'
# ... based on object's type,
objclass = class_of(obj)
mapping = {
list: 'list',
dict: 'dict',
tuple: 'tuple',
six.text_type: 'unicode_string',
types.GeneratorType: 'generator'
}
objid = mapping.get(objclass)
if objid:
return objid
# ... or based on its supertype.
if isinstance(obj, Exception):
return underscore(objclass.__name__)
elif isinstance(obj, RePatternType):
return "%s_pattern" % string2id(obj.pattern)
elif isinstance(obj, types.FunctionType):
if obj.__name__ == '<lambda>':
return "function"
return "%s_function" % obj.__name__
else:
# str() may raise an exception.
try:
string = str(obj)
except:
string = "<>"
# Looks like an instance without a custom __str__ defined.
if string.startswith("<"):
return "%s_instance" % underscore(objclass.__name__)
else:
return string2id(string)
def get_human_readable_id(obj):
# Get human readable id based on object's value,
if obj is True:
return 'true'
elif obj is False:
return 'false'
# ... based on object's type,
objclass = class_of(obj)
mapping = {list: 'list',
dict: 'dict',
tuple: 'tuple',
unicode: 'unicode_string',
types.GeneratorType: 'generator'}
objid = mapping.get(objclass)
if objid:
return objid
# ... or based on its supertype.
if isinstance(obj, Exception):
return underscore(objclass.__name__)
elif isinstance(obj, RePatternType):
return "%s_pattern" % string2id(obj.pattern)
elif isinstance(obj, types.FunctionType):
if obj.func_name == '<lambda>':
return "function"
return "%s_function" % obj.func_name
else:
# str() may raise an exception.
try:
string = str(obj)
except:
string = "<>"
# Looks like an instance without a custom __str__ defined.
if string.startswith("<"):
return "%s_instance" % underscore(objclass.__name__)
else:
return string2id(string)
def is_builtin_exception(obj):
"""Return True if given object is an instance of a built-in exception, like
NameError or EOFError. Return False for instances of user-defined
exceptions.
"""
return class_of(obj) in BUILTIN_EXCEPTION_TYPES
def id_of_class_of(obj):
klass = class_of(obj)
return (klass.__module__, klass.__name__)
def get_partial_reconstructor(obj):
mapping = {types.FunctionType: 'function',
types.GeneratorType: 'generator'}
objtype = class_of(obj)
default = "%s.%s" % (objtype.__module__, objtype.__name__)
return mapping.get(objtype, default)
def is_builtin_exception(obj):
"""Return True if given object is an instance of a built-in exception, like
NameError or EOFError. Return False for instances of user-defined
exceptions.
"""
return class_of(obj) in BUILTIN_EXCEPTION_TYPES
def id_of_class_of(obj):
klass = class_of(obj)
return (klass.__module__, klass.__name__)
