import sys import os sys.path += [os.getcwd(), os.path.join(os.getcwd(), 'protocols')] import unittest import time import inspircd import classes import utils class TestProtoInspIRCd(unittest.TestCase): def setUp(self): self.irc = classes.FakeIRC(inspircd, classes.testconf) self.proto = self.irc.proto self.sdata = self.irc.serverdata # This is to initialize ourself as an internal PseudoServer, so we can spawn clients self.proto.connect(self.irc) self.u = self.irc.pseudoclient.uid def test_connect(self): initial_messages = self.irc.takeMsgs() commands = self.irc.takeCommands(initial_messages) # SERVER pylink.unittest abcd 0 9PY :PyLink Service serverline = 'SERVER %s %s 0 %s :PyLink Service' % ( self.sdata['hostname'], self.sdata['sendpass'], self.sdata['sid']) self.assertIn(serverline, initial_messages) self.assertIn('BURST', commands) self.assertIn('ENDBURST', commands) # Is it creating our lovely PyLink PseudoClient? self.assertIn('UID', commands) self.assertIn('FJOIN', commands) def testCheckRecvpass(self): # Correct recvpass here. self.irc.run('SERVER somehow.someday abcd 0 0AL :Somehow Server - McMurdo Station, Antarctica') # Incorrect recvpass here; should raise ProtocolError. self.assertRaises(classes.ProtocolError, self.irc.run, 'SERVER somehow.someday BADPASS 0 0AL :Somehow Server - McMurdo Station, Antarctica') def testSpawnClient(self): u = self.proto.spawnClient(self.irc, 'testuser3', 'moo', 'hello.world').uid # Check the server index and the user index self.assertIn(u, self.irc.servers[self.irc.sid].users) self.assertIn(u, self.irc.users) # Raise ValueError when trying to spawn a client on a server that's not ours self.assertRaises(ValueError, self.proto.spawnClient, self.irc, 'abcd', 'user', 'dummy.user.net', server='44A') # Unfilled args should get placeholder fields and not error. self.proto.spawnClient(self.irc, 'testuser4') def testJoinClient(self): u = self.u self.proto.joinClient(self.irc, u, '#Channel') self.assertIn(u, self.irc.channels['#channel'].users) # Non-existant user. self.assertRaises(LookupError, self.proto.joinClient, self.irc, '9PYZZZZZZ', '#test') # Invalid channel. self.assertRaises(ValueError, self.proto.joinClient, self.irc, u, 'aaaa') def testPartClient(self): u = self.u self.proto.joinClient(self.irc, u, '#channel') self.proto.partClient(self.irc, u, '#channel') self.assertNotIn(u, self.irc.channels['#channel'].users) def testQuitClient(self): u = self.proto.spawnClient(self.irc, 'testuser3', 'moo', 'hello.world').uid self.proto.joinClient(self.irc, u, '#channel') self.assertRaises(LookupError, self.proto.quitClient, self.irc, '9PYZZZZZZ', 'quit reason') self.proto.quitClient(self.irc, u, 'quit reason') self.assertNotIn(u, self.irc.channels['#channel'].users) self.assertNotIn(u, self.irc.users) self.assertNotIn(u, self.irc.servers[self.irc.sid].users) pass def testKickClient(self): target = self.proto.spawnClient(self.irc, 'soccerball', 'soccerball', 'abcd').uid self.proto.joinClient(self.irc, target, '#pylink') self.assertIn(self.u, self.irc.channels['#pylink'].users) self.assertIn(target, self.irc.channels['#pylink'].users) self.proto.kickClient(self.irc, self.u, '#pylink', target, 'Pow!') self.assertNotIn(target, self.irc.channels['#pylink'].users) def testNickClient(self): self.proto.nickClient(self.irc, self.u, 'NotPyLink') self.assertEqual('NotPyLink', self.irc.users[self.u].nick) def testSpawnServer(self): # Incorrect SID length self.assertRaises(Exception, self.proto.spawnServer, self.irc, 'subserver.pylink', '34Q0') self.proto.spawnServer(self.irc, 'subserver.pylink', '34Q') # Duplicate server name self.assertRaises(Exception, self.proto.spawnServer, self.irc, 'Subserver.PyLink', '34Z') # Duplicate SID self.assertRaises(Exception, self.proto.spawnServer, self.irc, 'another.Subserver.PyLink', '34Q') self.assertIn('34Q', self.irc.servers) # Are we bursting properly? self.assertIn(':34Q ENDBURST', self.irc.takeMsgs()) def testSpawnClientOnServer(self): self.proto.spawnServer(self.irc, 'subserver.pylink', '34Q') u = self.proto.spawnClient(self.irc, 'person1', 'person', 'users.overdrive.pw', server='34Q') # We're spawning clients on the right server, hopefully... self.assertIn(u.uid, self.irc.servers['34Q'].users) self.assertNotIn(u.uid, self.irc.servers[self.irc.sid].users) def testSquit(self): # Spawn a messy network map, just because! self.proto.spawnServer(self.irc, 'level1.pylink', '34P') self.proto.spawnServer(self.irc, 'level2.pylink', '34Q', uplink='34P') self.proto.spawnServer(self.irc, 'level3.pylink', '34Z', uplink='34Q') self.proto.spawnServer(self.irc, 'level4.pylink', '34Y', uplink='34Z') self.assertEqual(self.irc.servers['34Y'].uplink, '34Z') s4u = self.proto.spawnClient(self.irc, 'person1', 'person', 'users.overdrive.pw', server='34Y').uid s3u = self.proto.spawnClient(self.irc, 'person2', 'person', 'users.overdrive.pw', server='34Z').uid self.proto.joinClient(self.irc, s3u, '#pylink') self.proto.joinClient(self.irc, s4u, '#pylink') self.irc.run(':34Z SQUIT 34Y :random squit messsage') self.assertNotIn(s4u, self.irc.users) self.assertNotIn('34Y', self.irc.servers) # Netsplits are obviously recursive, so all these should be removed. self.proto.handle_squit(self.irc, '9PY', 'SQUIT', ['34P']) self.assertNotIn(s3u, self.irc.users) self.assertNotIn('34P', self.irc.servers) self.assertNotIn('34Q', self.irc.servers) self.assertNotIn('34Z', self.irc.servers) def testRSquit(self): u = self.proto.spawnClient(self.irc, 'person1', 'person', 'users.overdrive.pw') u.identified = 'admin' self.proto.spawnServer(self.irc, 'level1.pylink', '34P') self.irc.run(':%s RSQUIT level1.pylink :some reason' % self.u) # No SQUIT yet, since the 'PyLink' client isn't identified self.assertNotIn('SQUIT', self.irc.takeCommands(self.irc.takeMsgs())) # The one we just spawned however, is. self.irc.run(':%s RSQUIT level1.pylink :some reason' % u.uid) self.assertIn('SQUIT', self.irc.takeCommands(self.irc.takeMsgs())) self.assertNotIn('34P', self.irc.servers) def testHandleServer(self): self.irc.run('SERVER whatever.net abcd 0 10X :something') self.assertIn('10X', self.irc.servers) self.assertEqual('whatever.net', self.irc.servers['10X'].name) self.irc.run(':10X SERVER test.server * 1 0AL :testing raw message syntax') self.assertIn('0AL', self.irc.servers) self.assertEqual('test.server', self.irc.servers['0AL'].name) def testHandleUID(self): self.irc.run('SERVER whatever.net abcd 0 10X :something') self.irc.run(':10X UID 10XAAAAAB 1429934638 GL 0::1 hidden-7j810p.9mdf.lrek.0000.0000.IP gl 0::1 1429934638 +Wioswx +ACGKNOQXacfgklnoqvx :realname') self.assertIn('10XAAAAAB', self.irc.servers['10X'].users) self.assertIn('10XAAAAAB', self.irc.users) u = self.irc.users['10XAAAAAB'] self.assertEqual('GL', u.nick) def testHandleKill(self): self.irc.takeMsgs() # Ignore the initial connect messages olduid = self.irc.pseudoclient.uid self.irc.run(':{u} KILL {u} :killed'.format(u=olduid)) msgs = self.irc.takeMsgs() commands = self.irc.takeCommands(msgs) # Make sure we're respawning our PseudoClient when its killed self.assertIn('UID', commands) self.assertIn('FJOIN', commands) # Also make sure that we're updating the irc.pseudoclient field self.assertNotEqual(self.irc.pseudoclient.uid, olduid) def testHandleKick(self): self.irc.takeMsgs() # Ignore the initial connect messages self.irc.run(':{u} KICK #pylink {u} :kicked'.format(u=self.irc.pseudoclient.uid)) # Ditto above msgs = self.irc.takeMsgs() commands = self.irc.takeCommands(msgs) self.assertIn('FJOIN', commands) def testHandleFjoinUsers(self): self.irc.run(':70M FJOIN #Chat 1423790411 + :,10XAAAAAA ,10XAAAAAB') self.assertEqual({'10XAAAAAA', '10XAAAAAB'}, self.irc.channels['#chat'].users) # self.assertIn('10XAAAAAB', self.irc.channels['#chat'].users) # Sequential FJOINs must NOT remove existing users self.irc.run(':70M FJOIN #Chat 1423790412 + :,10XAAAAAC') # Join list can be empty too, in the case of permanent channels with 0 users. self.irc.run(':70M FJOIN #Chat 1423790413 +nt :') def testHandleFjoinModes(self): self.irc.run(':70M FJOIN #Chat 1423790411 +nt :,10XAAAAAA ,10XAAAAAB') self.assertEqual({('n', None), ('t', None)}, self.irc.channels['#chat'].modes) # Sequential FJOINs must NOT remove existing modes self.irc.run(':70M FJOIN #Chat 1423790412 + :,10XAAAAAC') self.assertEqual({('n', None), ('t', None)}, self.irc.channels['#chat'].modes) def testHandleFjoinModesWithArgs(self): self.irc.run(':70M FJOIN #Chat 1423790414 +nlks 10 t0psekrit :,10XAAAAAA ,10XAAAAAB') self.assertEqual({('n', None), ('s', None), ('l', '10'), ('k', 't0psekrit')}, self.irc.channels['#chat'].modes) def testHandleFjoinPrefixes(self): self.irc.run(':70M FJOIN #Chat 1423790418 +nt :ov,10XAAAAAA v,10XAAAAAB ,10XAAAAAC') self.assertEqual({('n', None), ('t', None)}, self.irc.channels['#chat'].modes) self.assertEqual({'10XAAAAAA', '10XAAAAAB', '10XAAAAAC'}, self.irc.channels['#chat'].users) self.assertIn('10XAAAAAA', self.irc.channels['#chat'].prefixmodes['ops']) self.assertEqual({'10XAAAAAA', '10XAAAAAB'}, self.irc.channels['#chat'].prefixmodes['voices']) def testHandleFmode(self): self.irc.run(':70M FJOIN #pylink 1423790411 +n :o,10XAAAAAA ,10XAAAAAB') self.irc.run(':70M FMODE #pylink 1423790412 +ikl herebedragons 100') self.assertEqual({('i', None), ('k', 'herebedragons'), ('l', '100'), ('n', None)}, self.irc.channels['#pylink'].modes) self.irc.run(':70M FMODE #pylink 1423790413 -ilk+m herebedragons') self.assertEqual({('m', None), ('n', None)}, self.irc.channels['#pylink'].modes) def testHandleFmodeWithPrefixes(self): self.irc.run(':70M FJOIN #pylink 1423790411 +n :o,10XAAAAAA ,10XAAAAAB') # Prefix modes are stored separately, so they should never show up in .modes self.assertNotIn(('o', '10XAAAAAA'), self.irc.channels['#pylink'].modes) self.assertEqual({'10XAAAAAA'}, self.irc.channels['#pylink'].prefixmodes['ops']) self.irc.run(':70M FMODE #pylink 1423790412 +lot 50 %s' % self.u) self.assertIn(self.u, self.irc.channels['#pylink'].prefixmodes['ops']) modes = {('l', '50'), ('n', None), ('t', None)} self.assertEqual(modes, self.irc.channels['#pylink'].modes) self.irc.run(':70M FMODE #pylink 1423790413 -o %s' % self.u) self.assertEqual(modes, self.irc.channels['#pylink'].modes) self.assertNotIn(self.u, self.irc.channels['#pylink'].prefixmodes['ops']) def testFmodeRemovesOldParams(self): self.irc.run(':70M FMODE #pylink 1423790412 +l 50') self.assertEqual({('l', '50')}, self.irc.channels['#pylink'].modes) self.irc.run(':70M FMODE #pylink 1423790412 +l 30') self.assertEqual({('l', '30')}, self.irc.channels['#pylink'].modes) def testFjoinResetsTS(self): curr_ts = self.irc.channels['#pylink'].ts self.irc.run(':70M FJOIN #pylink 5 + :') self.assertEqual(self.irc.channels['#pylink'].ts, 5) def testHandleFTopic(self): self.irc.run(':70M FTOPIC #pylink 1434510754 GLo|o|!GLolol@escape.the.dreamland.ca :Some channel topic') self.assertEqual(self.irc.channels['#pylink'].topic, 'Some channel topic') def testHandleTopic(self): self.irc.connect() utils.add_hook(self.irc.dummyhook, 'TOPIC') self.irc.run(':9PYAAAAAA TOPIC #PyLink :test') self.assertEqual(self.irc.channels['#pylink'].topic, 'test') hookdata = self.irc.takeHooks()[0] # Setter is a nick here, not an UID - this is to be consistent # with FTOPIC above, which sends the nick/prefix of the topic setter. self.assertTrue(utils.isNick(hookdata.get('setter'))) self.assertEqual(type(hookdata['ts']), int) self.assertEqual(hookdata['topic'], 'test') self.assertEqual(hookdata['channel'], '#pylink') if __name__ == '__main__': unittest.main()