def alert(self, alert, user_ids):
"""Will attempt to alert the user with uid to the alert being managed.
This will call the alerts before_alert() method, which allows you to
change the alert per user. It's not needed though.
"""
# Check that the manager actually has an alert
if not isinstance(alert, BaseAlert):
raise ValueError('alert must be a BaseAlert object')
# Ensure uids is iterable
# Stopped strings being passed in
if not isinstance(user_ids, Iterable) or isinstance(user_ids, str) or \
isinstance(user_ids, unicode):
raise TypeError('user_ids must be iterable')
# Create the alert object
r.set(k.ALERT.format(alert.alert_id), jsonpickle.encode(alert))
# Set the 4WK timeout on it
r.expire(k.ALERT.format(alert.alert_id), k.EXPIRE_4WKS)
for user_id in user_ids:
r.zadd(k.USER_ALERTS.format(user_id), alert.timestamp,
alert.alert_id)
def alert(self, alert, user_ids):
"""Will attempt to alert the user with uid to the alert being managed.
This will call the alerts before_alert() method, which allows you to
change the alert per user. It's not needed though.
"""
# Check that the manager actually has an alert
if not isinstance(alert, BaseAlert):
raise ValueError('alert must be a BaseAlert object')
# Ensure uids is iterable
# Stopped strings being passed in
if not isinstance(user_ids, Iterable) or isinstance(user_ids, str) or \
isinstance(user_ids, unicode):
raise TypeError('user_ids must be iterable')
# Create the alert object
r.set(k.ALERT.format(alert.alert_id), jsonpickle.encode(alert))
# Set the 4WK timeout on it
r.expire(k.ALERT.format(alert.alert_id), k.EXPIRE_4WKS)
for user_id in user_ids:
r.zadd(k.USER_ALERTS.format(user_id), alert.timestamp,
alert.alert_id)
def test_tokens(self):
"""Generate and check a few tokens, simple.
"""
# Test normal token operations
token1 = generate_token("token1")
self.assertEqual(check_token(token1), "token1")
# Check that getting the token again returns nothing
self.assertIsNone(check_token(token1))
# Create another token just this time check it initially with preserve
token1 = generate_token("token1")
self.assertEqual(check_token(token1, preserve=True), "token1")
# Get it again with no preserve and check we get the correct answer
self.assertEqual(check_token(token1), "token1")
# Try creating a token with some Python objects
token1 = generate_token({"name": "token1"})
self.assertEqual(check_token(token1).get("name"), "token1")
# A token with None stored would not work as the same outcome would
# happen as if there was not a token
token1 = generate_token(None)
# POINTLESS!
self.assertIsNone(check_token(token1))
# Try and break check tokens
# Check a token that I just made up, not a hex UUID
self.assertIsNone(check_token("token1"))
# Create a token and mangle the data inside Redis
token1 = generate_token("token1")
# Not a valid JSON pickle, the dict is invalid
r.set(k.TOKEN.format(token1), "{token: 1}")
self.assertIsNone(check_token(token1))
# That will have raised our ValueError, I don't know how to trigger a
# TypeError from Redis as everything is a string
# Check that preserve on works on tokens
token1 = generate_token("token1")
self.assertEqual(check_token(token1, preserve=True), 'token1')
self.assertEqual(check_token(token1), 'token1')
self.assertIsNone(check_token(token1))
def test_tokens(self):
"""Generate and check a few tokens, simple.
"""
# Test normal token operations
token1 = generate_token("token1")
self.assertEqual(check_token(token1), "token1")
# Check that getting the token again returns nothing
self.assertIsNone(check_token(token1))
# Create another token just this time check it initially with preserve
token1 = generate_token("token1")
self.assertEqual(check_token(token1, preserve=True), "token1")
# Get it again with no preserve and check we get the correct answer
self.assertEqual(check_token(token1), "token1")
# Try creating a token with some Python objects
token1 = generate_token({"name": "token1"})
self.assertEqual(check_token(token1).get("name"), "token1")
# A token with None stored would not work as the same outcome would
# happen as if there was not a token
token1 = generate_token(None)
# POINTLESS!
self.assertIsNone(check_token(token1))
# Try and break check tokens
# Check a token that I just made up, not a hex UUID
self.assertIsNone(check_token("token1"))
# Create a token and mangle the data inside Redis
token1 = generate_token("token1")
# Not a valid JSON pickle, the dict is invalid
r.set(k.TOKEN.format(token1), "{token: 1}")
self.assertIsNone(check_token(token1))
# That will have raised our ValueError, I don't know how to trigger a
# TypeError from Redis as everything is a string
# Check that preserve on works on tokens
token1 = generate_token("token1")
self.assertEqual(check_token(token1, preserve=True), 'token1')
self.assertEqual(check_token(token1), 'token1')
self.assertIsNone(check_token(token1))