def test_cleanupNonces(self):
# use valid and expired nonces
for i in range(10):
# first 5 are valid rest is expired
timestamp = time.time() if i < 5 else i
salt = 'valid' if i < 5 else 'expired'
NDBOpenIDStore.useNonce('server_url', timestamp, salt)
query = NDBOpenIDStore.query()
# check whether all nonces are in the datastore
assert query.count() == 10
# call the tested method
deleted = NDBOpenIDStore.cleanupNonces()
# check whether the returned value corresponds with the number of deleted nonces
assert deleted == 5
# check whether there there are 5 less nonces
assert query.count() == 5
# call the tested method again
deleted = NDBOpenIDStore.cleanupNonces()
# the returned value should now be 0
assert deleted == 0
# check whether there still are 5 valid nonces
assert query.count() == 5
def test_cleanupNonces(self):
# use valid and expired nonces
for i in range(10):
# first 5 are valid rest is expired
timestamp = time.time() if i < 5 else i
salt = 'valid' if i < 5 else 'expired'
NDBOpenIDStore.useNonce('server_url', timestamp, salt)
query = NDBOpenIDStore.query()
# check whether all nonces are in the datastore
assert query.count() == 10
# call the tested method
deleted = NDBOpenIDStore.cleanupNonces()
# check whether the returned value corresponds with the number of deleted nonces
assert deleted == 5
# check whether there there are 5 less nonces
assert query.count() == 5
# call the tested method again
deleted = NDBOpenIDStore.cleanupNonces()
# the returned value should now be 0
assert deleted == 0
# check whether there still are 5 valid nonces
assert query.count() == 5
