def test_votes(self):
"""
Test that the voting mechanism will adjust the relevant score counters
on users, posts and comments, etc...
"""
# Create three test users
user1 = create_account('user1', '*****@*****.**', 'Password')
user2 = create_account('user2', '*****@*****.**', 'Password')
user3 = create_account('user3', '*****@*****.**', 'Password')
# Create a post by user 1
post1 = create_post(user1, 'user1', 'Test post')
# Get user 3 to downvote
self.assertEqual(vote_post(user3, post1, amount=-1), -1)
# Ensure post score has been adjusted
self.assertEqual(get_post(post1).get('score'), -1)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), -1)
# Check that a user can reverse their vote within TIMEOUT
self.assertEqual(vote_post(user3, post1, amount=-1), 0)
self.assertEqual(get_post(post1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
# Get user 2 to upvote
self.assertEqual(vote_post(user2, post1), 1)
# Ensure post score has been adjusted
self.assertEqual(get_post(post1).get('score'), 1)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
# Ensure user 1 can not vote on there own post
self.assertRaises(CantVoteOnOwn, lambda: vote_post(user1, post1))
# Ensure the scores have not been adjusted
self.assertEqual(get_post(post1).get('score'), 1)
self.assertEqual(get_user(user1).get('score'), 1)
# Ensure the user has voted
self.assertTrue(has_voted(user2, post1))
# Check that a user can reverse their vote within TIMEOUT
self.assertEqual(vote_post(user2, post1), 0)
self.assertEqual(get_post(post1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
# Ensure the user has voted
self.assertFalse(has_voted(user2, post1))
# Check that the score reflects an opposite vote within TIMEOUT
self.assertEqual(vote_post(user2, post1, 1), 1)
self.assertEqual(get_post(post1).get('score'), 1)
self.assertEqual(get_user(user1).get('score'), 1)
self.assertTrue(has_voted(user2, post1))
self.assertEqual(vote_post(user2, post1, -1), -1)
self.assertEqual(get_post(post1).get('score'), -1)
self.assertEqual(get_user(user1).get('score'), -1)
self.assertTrue(has_voted(user2, post1))
# Check that a user can not reverse there vote after the TIMEOUT
self.assertRaises(
AlreadyVoted, lambda: vote_post(user2, post1, -1,
timestamp() + K.VOTE_TIMEOUT + 1))
self.assertRaises(
AlreadyVoted, lambda: vote_post(user2, post1, 1,
timestamp() + K.VOTE_TIMEOUT + 1))
# Repeat the same tests on a comment
# Create a comment by user 1
comment1 = create_post(user1, 'user1', 'Test comment', post1)
# Let's cheat and set user1's score back to 0
m.db.users.update({'_id': user1}, {'$set': {'score': 0}})
# Get user 3 to downvote
self.assertEqual(vote_post(user3, comment1, amount=-1), -1)
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), -1)
self.assertEqual(get_user(user1).get('score'), -1)
# Reverse user3's vote just so it's not confusing
self.assertEqual(vote_post(user3, comment1, amount=-1), 0)
self.assertEqual(get_post(comment1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
# Ensure user 1 can not vote on there own comment
self.assertRaises(CantVoteOnOwn, lambda: vote_post(user1, comment1))
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 0)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 0)
# Get user 2 to upvote
self.assertEqual(vote_post(user2, comment1), 1)
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 1)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
self.assertTrue(has_voted(user2, comment1))
# Check that a user can reverse their vote within TIMEOUT
self.assertEqual(vote_post(user2, comment1), 0)
self.assertEqual(get_post(comment1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
self.assertFalse(has_voted(user2, comment1))
# Check that the score reflects an opposite vote within TIMEOUT
self.assertEqual(vote_post(user2, comment1, -1), -1)
self.assertEqual(get_post(comment1).get('score'), -1)
self.assertEqual(get_user(user1).get('score'), -1)
self.assertTrue(has_voted(user2, comment1))
self.assertEqual(vote_post(user2, comment1, 1), 1)
self.assertEqual(get_post(comment1).get('score'), 1)
self.assertEqual(get_user(user1).get('score'), 1)
self.assertTrue(has_voted(user2, comment1))
# Check that a user can not reverse there vote after the TIMEOUT
self.assertRaises(
AlreadyVoted, lambda: vote_post(user2, comment1, -1,
timestamp() + K.VOTE_TIMEOUT + 1))
self.assertRaises(
AlreadyVoted, lambda: vote_post(user2, comment1, 1,
timestamp() + K.VOTE_TIMEOUT + 1))
def test_votes(self):
"""
Test that the voting mechanism will adjust the relevant score counters
on users, posts and comments, etc...
"""
# Create three test users
user1 = create_account('user1', '*****@*****.**', 'Password')
user2 = create_account('user2', '*****@*****.**', 'Password')
user3 = create_account('user3', '*****@*****.**', 'Password')
# Create a post by user 1
post1 = create_post(user1, 'user1', 'Test post')
# Get user 3 to downvote, this will test that the user can not go
# negative yet the post can
self.assertIsNone(vote_post(user3, post1, amount=-1))
# Ensure post score has been adjusted
self.assertEqual(get_post(post1).get('score'), -1)
# Ensure user score has NOT been adjusted
self.assertEqual(get_user(user1).get('score'), 0)
# Get user 2 to upvote
self.assertIsNone(vote_post(user2, post1))
# Ensure post score has been adjusted
self.assertEqual(get_post(post1).get('score'), 0)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
# Ensure user 1 can not vote on there own post
self.assertRaises(CantVoteOnOwn, lambda: vote_post(user1, post1))
# Ensure the scores have not been adjusted
self.assertEqual(get_post(post1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 1)
# Check to see if a user can vote twice on a post
self.assertRaises(AlreadyVoted, lambda: vote_post(user2, post1))
# Ensure the scores have not been adjusted
self.assertEqual(get_post(post1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 1)
# Repeat the same tests on a comment
# Create a comment by user 1
comment1 = create_post(user1, 'user1', 'Test comment', post1)
# Let's cheat and set user1's score back to 0 so we can check it will
# not be lowered in the user3 downvote
m.db.users.update({'_id': user1},
{'$set': {'score': 0}})
# Get user 3 to downvote
self.assertIsNone(vote_post(user3, comment1, amount=-1))
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1)['score'], -1)
# Ensure user score has NOT been adjusted
self.assertEqual(get_user(user1)['score'], 0)
# Get user 2 to upvote
self.assertIsNone(vote_post(user2, comment1))
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 0)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
# Ensure user 1 can not vote on there own comment
self.assertRaises(CantVoteOnOwn, lambda: vote_post(user1, comment1))
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 0)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
# Check to see if a user can vote twice on a comment
self.assertRaises(AlreadyVoted, lambda: vote_post(user2, comment1))
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 0)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
def test_votes(self):
"""
Test that the voting mechanism will adjust the relevant score counters
on users, posts and comments, etc...
"""
# Create three test users
user1 = create_account('user1', '*****@*****.**', 'Password')
user2 = create_account('user2', '*****@*****.**', 'Password')
user3 = create_account('user3', '*****@*****.**', 'Password')
# Create a post by user 1
post1 = create_post(user1, 'user1', 'Test post')
# Get user 3 to downvote
self.assertEqual(vote_post(user3, post1, amount=-1), -1)
# Ensure post score has been adjusted
self.assertEqual(get_post(post1).get('score'), -1)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), -1)
# Check that a user can reverse their vote within TIMEOUT
self.assertEqual(vote_post(user3, post1, amount=-1), 0)
self.assertEqual(get_post(post1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
# Get user 2 to upvote
self.assertEqual(vote_post(user2, post1), 1)
# Ensure post score has been adjusted
self.assertEqual(get_post(post1).get('score'), 1)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
# Ensure user 1 can not vote on there own post
self.assertRaises(CantVoteOnOwn, lambda: vote_post(user1, post1))
# Ensure the scores have not been adjusted
self.assertEqual(get_post(post1).get('score'), 1)
self.assertEqual(get_user(user1).get('score'), 1)
# Ensure the user has voted
self.assertTrue(has_voted(user2, post1))
# Check that a user can reverse their vote within TIMEOUT
self.assertEqual(vote_post(user2, post1), 0)
self.assertEqual(get_post(post1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
# Ensure the user has voted
self.assertFalse(has_voted(user2, post1))
# Check that the score reflects an opposite vote within TIMEOUT
self.assertEqual(vote_post(user2, post1, 1), 1)
self.assertEqual(get_post(post1).get('score'), 1)
self.assertEqual(get_user(user1).get('score'), 1)
self.assertTrue(has_voted(user2, post1))
self.assertEqual(vote_post(user2, post1, -1), -1)
self.assertEqual(get_post(post1).get('score'), -1)
self.assertEqual(get_user(user1).get('score'), -1)
self.assertTrue(has_voted(user2, post1))
# Check that a user can not reverse there vote after the TIMEOUT
self.assertRaises(AlreadyVoted,
lambda: vote_post(user2, post1, -1,
timestamp() + K.VOTE_TIMEOUT + 1))
self.assertRaises(AlreadyVoted,
lambda: vote_post(user2, post1, 1,
timestamp() + K.VOTE_TIMEOUT + 1))
# Repeat the same tests on a comment
# Create a comment by user 1
comment1 = create_post(user1, 'user1', 'Test comment', post1)
# Let's cheat and set user1's score back to 0
m.db.users.update({'_id': user1},
{'$set': {'score': 0}})
# Get user 3 to downvote
self.assertEqual(vote_post(user3, comment1, amount=-1), -1)
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), -1)
self.assertEqual(get_user(user1).get('score'), -1)
# Reverse user3's vote just so it's not confusing
self.assertEqual(vote_post(user3, comment1, amount=-1), 0)
self.assertEqual(get_post(comment1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
# Ensure user 1 can not vote on there own comment
self.assertRaises(CantVoteOnOwn, lambda: vote_post(user1, comment1))
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 0)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 0)
# Get user 2 to upvote
self.assertEqual(vote_post(user2, comment1), 1)
# Ensure post score has been adjusted
self.assertEqual(get_post(comment1).get('score'), 1)
# Ensure user score has been adjusted
self.assertEqual(get_user(user1).get('score'), 1)
self.assertTrue(has_voted(user2, comment1))
# Check that a user can reverse their vote within TIMEOUT
self.assertEqual(vote_post(user2, comment1), 0)
self.assertEqual(get_post(comment1).get('score'), 0)
self.assertEqual(get_user(user1).get('score'), 0)
self.assertFalse(has_voted(user2, comment1))
# Check that the score reflects an opposite vote within TIMEOUT
self.assertEqual(vote_post(user2, comment1, -1), -1)
self.assertEqual(get_post(comment1).get('score'), -1)
self.assertEqual(get_user(user1).get('score'), -1)
self.assertTrue(has_voted(user2, comment1))
self.assertEqual(vote_post(user2, comment1, 1), 1)
self.assertEqual(get_post(comment1).get('score'), 1)
self.assertEqual(get_user(user1).get('score'), 1)
self.assertTrue(has_voted(user2, comment1))
# Check that a user can not reverse there vote after the TIMEOUT
self.assertRaises(AlreadyVoted,
lambda: vote_post(user2, comment1, -1,
timestamp() + K.VOTE_TIMEOUT + 1))
self.assertRaises(AlreadyVoted,
lambda: vote_post(user2, comment1, 1,
timestamp() + K.VOTE_TIMEOUT + 1))