pass
class foo:
def __init__(self):
self.a = False
self.b = True
self.c = None
self.f = a_test_function
self.k = a_test_class
# If this Python doesn't have True/False, then the unpickler
# will return 1/0 instead
if not pyconfig.Have_TrueFalse():
True = 1
False = 0
# the tests are portable versions of those in test_bools.py
# bools inside an object
x = xmp.loads(x1)
# check it
if x.a != False or x.b != True or x.c != None or \
x.f != a_test_function or x.k != a_test_class:
#print x.__dict__
raise "ERROR(1)"
# bools inside a toplevel bltin
import gnosis.pyconfig as pyconfig
# Get appropriate array type.
try:
from Numeric import *
array_type = 'NumPy_array'
except ImportError:
from array import *
array_type = 'array'
# Define exceptions and flags
XMLPicklingError = "gnosis.xml.pickle.XMLPicklingError"
XMLUnpicklingError = "gnosis.xml.pickle.XMLUnpicklingError"
# Define our own TRUE/FALSE syms, based on Python version.
if pyconfig.Have_TrueFalse():
# Python 2.2 and up have a True/False (even though it's
# a completely different value between 2.2 & 2.3)
TRUE_VALUE = True
FALSE_VALUE = False
else:
# Below 2.2 has no True/False, so define them as they
# are in 2.2 (this allows Python < 2.2 to read pickles
# with bools created by Python 2.2+. Of course, if those
# pickles are then rewritten, they'll lose their true/false
# meaning, but hey, there's only so much we can do! :-)
TRUE_VALUE = 1
FALSE_VALUE = 0
# entry point expected by XML_Pickle