def __init__(self, frame, anchor, value):
from pyntch.basic_types import BoolType
self.value = value
ExpressionNode.__init__(self, frame, anchor)
BoolType.get_object().connect(self.recv)
self.value.connect(self.recv)
return
def __init__(self, frame, anchor, value): from pyntch.basic_types import BoolType self.value = value ExpressionNode.__init__(self, frame, anchor) BoolType.get_object().connect(self.recv) self.value.connect(self.recv) return
def __init__(self, frame, anchor, op, nodes):
from pyntch.basic_types import BoolType
self.op = op
self.nodes = nodes
ExpressionNode.__init__(self, frame, anchor)
if op == 'Or' and not [ 1 for node in nodes if isinstance(node, SimpleTypeNode) ]:
BoolType.get_object().connect(self.recv)
for node in self.nodes:
node.connect(self.recv)
return
def __init__(self, frame, anchor, op, left, right):
from pyntch.basic_types import BoolType
self.op = op
self.left = left
self.right = right
self.received = set()
ExpressionNode.__init__(self, frame, anchor)
BoolType.get_object().connect(self.recv)
if op not in ('is', 'is not'):
self.left.connect(self.recv_left)
return
def __init__(self, frame, anchor, op, left, right):
from pyntch.basic_types import BoolType
self.op = op
self.left = left
self.right = right
self.received = set()
ExpressionNode.__init__(self, frame, anchor)
BoolType.get_object().connect(self.recv)
if op not in ('is', 'is not'):
self.left.connect(self.recv_left)
return
def __init__(self, frame, anchor, op, nodes):
from pyntch.basic_types import BoolType
self.op = op
self.nodes = nodes
ExpressionNode.__init__(self, frame, anchor)
if op == 'Or' and not [
1 for node in nodes if isinstance(node, SimpleTypeNode)
]:
BoolType.get_object().connect(self.recv)
for node in self.nodes:
node.connect(self.recv)
return
def create_attr(self, frame, anchor, name):
if name == 'copy':
setobj = self.get_type().create_copy(frame, anchor, self)
return BuiltinConstMethod('set.copy', setobj)
elif name == 'difference':
setobj = self.get_type().create_copy(frame, anchor, self)
return BuiltinConstMethod('set.difference', setobj, [[ANY]])
elif name == 'intersection':
return SetObject.Intersection('set.intersection', self)
elif name == 'issubset':
return BuiltinConstMethod('set.issubset', BoolType.get_object(), [[ANY]])
elif name == 'issuperset':
return BuiltinConstMethod('set.issuperset', BoolType.get_object(), [[ANY]])
elif name == 'symmetric_difference':
setobj = self.get_type().create_copy(frame, anchor, self)
return self.SequenceExtender('set.symmetric_difference', setobj, setobj, [ANY])
elif name == 'union':
setobj = self.get_type().create_copy(frame, anchor, self)
return self.SequenceExtender('set.union', setobj, setobj, [ANY])
raise NodeAttrError(name)
def create_attr(self, frame, anchor, name):
if name == 'copy':
setobj = self.get_type().create_copy(frame, anchor, self)
return BuiltinConstMethod('set.copy', setobj)
elif name == 'difference':
setobj = self.get_type().create_copy(frame, anchor, self)
return BuiltinConstMethod('set.difference', setobj, [[ANY]])
elif name == 'intersection':
return SetObject.Intersection('set.intersection', self)
elif name == 'issubset':
return BuiltinConstMethod('set.issubset', BoolType.get_object(),
[[ANY]])
elif name == 'issuperset':
return BuiltinConstMethod('set.issuperset', BoolType.get_object(),
[[ANY]])
elif name == 'symmetric_difference':
setobj = self.get_type().create_copy(frame, anchor, self)
return self.SequenceExtender('set.symmetric_difference', setobj,
setobj, [ANY])
elif name == 'union':
setobj = self.get_type().create_copy(frame, anchor, self)
return self.SequenceExtender('set.union', setobj, setobj, [ANY])
raise NodeAttrError(name)
def create_attr(self, frame, anchor, name):
if name == 'clear':
return BuiltinConstMethod('dict.clear', NoneType.get_object())
elif name == 'copy':
dictobj = self.get_type().create_copy(frame, anchor, self)
return BuiltinConstMethod('dict.copy', dictobj)
elif name == 'fromkeys':
return DictType.FromKeys('dict.fromkeys')
elif name == 'get':
return DictObject.Get(self, 'dict.get')
elif name == 'has_key':
return BuiltinConstMethod('dict.has_key', BoolType.get_object(),
[ANY])
elif name == 'keys':
return BuiltinConstMethod('dict.keys',
ListType.create_list(self.key))
elif name == 'values':
return BuiltinConstMethod('dict.values',
ListType.create_list(self.value))
elif name == 'items':
return BuiltinConstMethod(
'dict.items',
ListType.create_list(
TupleType.create_tuple([self.key, self.value])))
elif name == 'iterkeys':
return BuiltinConstMethod('dict.iterkeys',
IterType.create_iter(self.key))
elif name == 'itervalues':
return BuiltinConstMethod('dict.itervalues',
IterType.create_iter(self.value))
elif name == 'iteritems':
return BuiltinConstMethod(
'dict.iteritems',
IterType.create_iter(
TupleType.create_tuple([self.key, self.value])))
elif name == 'pop':
return DictObject.Pop(self, 'dict.pop')
elif name == 'popitem':
return BuiltinConstMethod(
'dict.popitem',
TupleType.create_tuple([self.key, self.value]),
expts=[ErrorConfig.MaybeElementNotFound()])
elif name == 'setdefault':
return DictObject.SetDefault(self, 'dict.setdefault')
elif name == 'update':
return DictObject.Update(self, 'dict.update')
raise NodeAttrError(name)
def create_attr(self, frame, anchor, name):
if name == 'clear':
return BuiltinConstMethod('dict.clear', NoneType.get_object())
elif name == 'copy':
dictobj = self.get_type().create_copy(frame, anchor, self)
return BuiltinConstMethod('dict.copy', dictobj)
elif name == 'fromkeys':
return DictType.FromKeys('dict.fromkeys')
elif name == 'get':
return DictObject.Get(self, 'dict.get')
elif name == 'has_key':
return BuiltinConstMethod('dict.has_key', BoolType.get_object(), [ANY])
elif name == 'keys':
return BuiltinConstMethod('dict.keys',
ListType.create_list(self.key))
elif name == 'values':
return BuiltinConstMethod('dict.values',
ListType.create_list(self.value))
elif name == 'items':
return BuiltinConstMethod('dict.items',
ListType.create_list(TupleType.create_tuple([self.key, self.value])))
elif name == 'iterkeys':
return BuiltinConstMethod('dict.iterkeys',
IterType.create_iter(self.key))
elif name == 'itervalues':
return BuiltinConstMethod('dict.itervalues',
IterType.create_iter(self.value))
elif name == 'iteritems':
return BuiltinConstMethod('dict.iteritems',
IterType.create_iter(TupleType.create_tuple([self.key, self.value])))
elif name == 'pop':
return DictObject.Pop(self, 'dict.pop')
elif name == 'popitem':
return BuiltinConstMethod('dict.popitem', TupleType.create_tuple([self.key, self.value]),
expts=[ErrorConfig.MaybeElementNotFound()])
elif name == 'setdefault':
return DictObject.SetDefault(self, 'dict.setdefault')
elif name == 'update':
return DictObject.Update(self, 'dict.update')
raise NodeAttrError(name)
def __init__(self): BuiltinConstFunc.__init__(self, 'issubclass', BoolType.get_object(), [TypeType, ANY]) return
def __init__(self): BuiltinConstFunc.__init__(self, 'isinstance', BoolType.get_object(), [ANY, ANY]) return
def __init__(self): BuiltinConstFunc.__init__(self, 'callable', BoolType.get_object(), [ANY]) return
def __init__(self, name='all'): BuiltinConstFunc.__init__(self, name, BoolType.get_object(), [ANY]) return
def __init__(self):
BuiltinConstFunc.__init__(self, 'issubclass', BoolType.get_object(),
[TypeType, ANY])
return
def __init__(self):
BuiltinConstFunc.__init__(self, 'isinstance', BoolType.get_object(),
[ANY, ANY])
return
def __init__(self):
BuiltinConstFunc.__init__(self, 'callable', BoolType.get_object(),
[ANY])
return
def __init__(self, name='all'):
BuiltinConstFunc.__init__(self, name, BoolType.get_object(), [ANY])
return