def test_score_bad_match_same_day_run(self):
"""
Tests messages with mutually exclusive uids on the same day are scored lowly
"""
# uid, risk, day, time_received, true sender id
current_day = 0
message1 = Message(0, 0, current_day, "human:0")
message2 = Message(1, 0, current_day, "human:1")
clusters = Clusters()
clusters.add_messages([encode_message(message1)], current_day)
best_cluster, best_message, best_score = clusters.score_matches(message2, current_day)
self.assertEqual(best_score, -1)
self.assertEqual(message1, best_message)
def test_score_bad_match_one_day_run(self):
"""
Tests messages with mutually exclusive uids seperated by a day are scored lowly
"""
# uid, risk, day, true sender id
message1 = Message(0, 0, 0, "human:1")
message2 = Message(6, 0, 1, "human:1")
clusters = Clusters()
clusters.add_messages([encode_message(message1)], 0)
best_cluster, best_message, best_score = clusters.score_matches(message2, 1)
self.assertEqual(best_cluster, 0)
self.assertEqual(best_message, message1)
self.assertEqual(best_score, -1)
def test_add_message_to_cluster_same_cluster_run(self):
"""
Tests that the add_message_to_cluster function adds messages with the same uid on the same day to the same cluster.
"""
# make new old message clusters
message = Message(0, 0, 0, "human:1")
clusters = Clusters()
clusters.add_messages([encode_message(message)], 0)
# make new message
new_message = Message(0, 0, 0, "human:1")
# add message to clusters
clusters.add_messages([encode_message(new_message)], 0)
self.assertEqual(len(clusters), 1)
def test_score_good_match_same_day_run(self):
"""
Tests messages with the same uids on the same day are scored highly
"""
# uid, risk, day, true sender id
current_day = 0
message1 = Message(0, 0, current_day, "human:1")
message2 = Message(0, 0, current_day, "human:1")
clusters = Clusters()
clusters.add_messages([encode_message(message1)], current_day)
best_cluster, best_message, best_score = clusters.score_matches(message2, current_day)
self.assertEqual(best_cluster, 0)
self.assertEqual(best_message, message1)
self.assertEqual(best_score, 3)
def test_purge(self):
""" Tests the purge functionality"""
message1 = Message(0, 0, 0, "human:0")
message2 = Message(15, 0, 1, "human:0")
clusters = Clusters()
clusters.add_messages([encode_message(message1)], 0)
clusters.add_messages([encode_message(message2)], 0)
clusters.purge(13)
self.assertEqual(len(clusters), 2)
clusters.purge(14)
self.assertEqual(len(clusters), 1)
clusters.purge(15)
self.assertEqual(len(clusters), 0)
def test_score_good_match_one_day_run(self):
"""
Tests messages with similar uids on the different day are scored mediumly
"""
# uid, risk, day, true sender id
current_day = 0
clusters = Clusters()
message1 = Message(0, 0, 0, "human:1")
clusters.add_messages([encode_message(message1)], current_day)
message2 = Message(1, 0, 1, "human:1")
best_cluster, best_message, best_score = clusters.score_matches(message2, 1)
self.assertEqual(best_cluster, 0)
self.assertEqual(best_message, message1)
self.assertEqual(best_score, 2)
def test_add_message_to_cluster_new_cluster_run(self):
"""
Tests messages with mutually exclusive uids on the same day are scored lowly
"""
# make new old message clusters
message = Message(0, 0, 0, "human:1")
clusters = Clusters()
clusters.add_messages([encode_message(message)], 0)
# make new message
new_message = Message(1, 0, 0, "human:1")
# add message to clusters
clusters.add_messages([encode_message(new_message)], 0)
num_clusters = len(clusters)
self.assertEqual(num_clusters, 2)