def __init__(self, values=()):
for code in ARRAY_CODES:
try:
self.__underlying = array_or_list(code, values)
break
except OverflowError:
pass
else: # pragma: no cover
assert False, "Could not create storage for %r" % (values,)
if isinstance(self.__underlying, list):
for v in self.__underlying:
if v < 0 or not isinstance(v, integer_types):
raise ValueError("Could not create IntList for %r" % (values,))
def __init__(self, values=()):
for code in ARRAY_CODES:
try:
self.__underlying = array_or_list(code, values)
break
except OverflowError:
pass
else: # pragma: no cover
assert False, "Could not create storage for %r" % (values, )
if isinstance(self.__underlying, list):
for v in self.__underlying:
if v < 0 or not isinstance(v, integer_types):
raise ValueError("Could not create IntList for %r" %
(values, ))
def of_length(self, n):
return IntList(array_or_list("B", [0]) * n)
def __upgrade(self):
code = NEXT_ARRAY_CODE[self.__underlying.typecode]
self.__underlying = array_or_list(code, self.__underlying)
def of_length(self, n):
return IntList(array_or_list("B", [0]) * n)
def __upgrade(self):
code = NEXT_ARRAY_CODE[self.__underlying.typecode]
self.__underlying = array_or_list(code, self.__underlying)