def _unjelly_tuple(self, lst):
l = range(len(lst))
finished = 1
for elem in l:
if isinstance(self.unjellyInto(l, elem, lst[elem]), NotKnown):
finished = 0
if finished:
return tuple(l)
else:
return _Tuple(l)
def _unjelly_tuple(self, lst):
l = range(len(lst))
finished = 1
for elem in l:
if isinstance(self.unjellyInto(l, elem, lst[elem]), NotKnown):
finished = 0
if finished:
return tuple(l)
else:
return _Tuple(l)
def _unjelly_tuple(self, lst):
l = [NotKnown()] * len(lst)
result = None
preTuple = _Tuple(l)
refid = self.getRefId()
self.resolveReference(preTuple)
for elem in xrange(len(l)):
self.unjellyInto(preTuple, elem, lst[elem])
if preTuple.resolvedObject is None:
return preTuple
else:
return preTuple.resolvedObject
def _unjelly_tuple(self, lst):
l = [NotKnown()] * len(lst)
result = None
preTuple = _Tuple(l)
refid = self.getRefId()
self.resolveReference(preTuple)
for elem in xrange(len(l)):
self.unjellyInto(preTuple, elem, lst[elem])
# zero-length tuples are false!!
# return preTuple.resolvedObject or preTuple
if preTuple.resolvedObject is None:
return preTuple
else:
return preTuple.resolvedObject