def setUp(self):
gameState = ServerGameState()
class StubListeningThread():
def queueMessageToAll(self, msg):
pass
listeningThread = StubListeningThread()
gameState.setListeningThread(listeningThread)
gameState.setGameTime(120)
gameState.startGame()
self.serverMsgHandler = ServerMsgHandler(listeningThread, gameState)
def setUp(self):
gameState = ServerGameState()
class StubListeningThread:
def queueMessageToAll(self, msg):
pass
listeningThread = StubListeningThread()
gameState.setListeningThread(listeningThread)
gameState.setGameTime(120)
gameState.startGame()
self.serverMsgHandler = ServerMsgHandler(listeningThread, gameState)
def msg_handler(mocker, game_state):
"Fixture for a message handler being tested"
return ServerMsgHandler(game_state.listeningThread, game_state)
class TestEventReordering(unittest.TestCase):
"""Some very tightly integrated tests of the event queueing and re-oredering."""
def setUp(self):
gameState = ServerGameState()
class StubListeningThread():
def queueMessageToAll(self, msg):
pass
listeningThread = StubListeningThread()
gameState.setListeningThread(listeningThread)
gameState.setGameTime(120)
gameState.startGame()
self.serverMsgHandler = ServerMsgHandler(listeningThread, gameState)
def test_singleEvent(self):
self.serverMsgHandler.handleMsg("E(1,1000,Recv(1,1,H2,1,3))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(
2,
player.health) # This depends on the player starting with 5 health
def test_twoIndependantEventsCorrectOrder(self):
self.serverMsgHandler.handleMsg("E(1,2000,Recv(1,1,H2,1,1))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(
4,
player.health) # This depends on the player starting with 5 health
self.serverMsgHandler.handleMsg("E(1,2001,Recv(1,1,H2,1,1))")
self.assertEqual(
3,
player.health) # This depends on the player starting with 5 health
def test_twoIndependantEventsCorrectOrder2(self):
self.serverMsgHandler.handleMsg("E(1,3000,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,3001,Recv(1,1,t))")
self.serverMsgHandler.handleMsg("E(1,3002,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,3003,Recv(1,1,t))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(
98,
player.ammo) # This depends on the player starting with 100 ammo
self.serverMsgHandler.handleMsg("E(1,3004,Recv(1,1,FA))")
self.assertEqual(
100, player.ammo
) # This depends on the player starting with max 100 ammo
def test_twoIndependantEventsIncorrectOrder(self):
self.serverMsgHandler.handleMsg("E(1,4001,Recv(1,1,H2,1,1))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(
4,
player.health) # This depends on the player starting with 5 health
self.serverMsgHandler.handleMsg("E(1,4000,Recv(1,1,H2,1,1))")
self.assertEqual(
3,
player.health) # This depends on the player starting with 5 health
def test_twoIndependantEventsIncorrectOrder2(self):
"""Even though the trigger is recieved last by the server, it was recieved first by the client so the FA should be the most recent thing processed whenever we check. That means there should always be 100 ammo."""
#NB. we have to have the first Tt as otherwise, the point immediatesly-after the FA becomes the confidence point as we assume messages from a single client are ordered correctly. This then means it isn't last as we would expect!
self.serverMsgHandler.handleMsg("E(1,5000,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,5001,Recv(1,1,t))")
self.serverMsgHandler.handleMsg("E(1,5004,Recv(1,1,FA))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(
100,
player.ammo) # This depends on the player starting with 100 ammo
self.serverMsgHandler.handleMsg("E(1,5002,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,5003,Recv(1,1,t))")
self.assertEqual(
100, player.ammo
) # This depends on the player starting with max 100 ammo
class TestEventReordering(unittest.TestCase):
"""Some very tightly integrated tests of the event queueing and re-oredering."""
def setUp(self):
gameState = ServerGameState()
class StubListeningThread:
def queueMessageToAll(self, msg):
pass
listeningThread = StubListeningThread()
gameState.setListeningThread(listeningThread)
gameState.setGameTime(120)
gameState.startGame()
self.serverMsgHandler = ServerMsgHandler(listeningThread, gameState)
def test_singleEvent(self):
self.serverMsgHandler.handleMsg("E(1,1000,Recv(1,1,H2,1,3))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(2, player.health) # This depends on the player starting with 5 health
def test_twoIndependantEventsCorrectOrder(self):
self.serverMsgHandler.handleMsg("E(1,2000,Recv(1,1,H2,1,1))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(4, player.health) # This depends on the player starting with 5 health
self.serverMsgHandler.handleMsg("E(1,2001,Recv(1,1,H2,1,1))")
self.assertEqual(3, player.health) # This depends on the player starting with 5 health
def test_twoIndependantEventsCorrectOrder2(self):
self.serverMsgHandler.handleMsg("E(1,3000,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,3001,Recv(1,1,t))")
self.serverMsgHandler.handleMsg("E(1,3002,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,3003,Recv(1,1,t))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(98, player.ammo) # This depends on the player starting with 100 ammo
self.serverMsgHandler.handleMsg("E(1,3004,Recv(1,1,FA))")
self.assertEqual(100, player.ammo) # This depends on the player starting with max 100 ammo
def test_twoIndependantEventsIncorrectOrder(self):
self.serverMsgHandler.handleMsg("E(1,4001,Recv(1,1,H2,1,1))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(4, player.health) # This depends on the player starting with 5 health
self.serverMsgHandler.handleMsg("E(1,4000,Recv(1,1,H2,1,1))")
self.assertEqual(3, player.health) # This depends on the player starting with 5 health
def test_twoIndependantEventsIncorrectOrder2(self):
"""Even though the trigger is recieved last by the server, it was recieved first by the client so the FA should be the most recent thing processed whenever we check. That means there should always be 100 ammo."""
# NB. we have to have the first Tt as otherwise, the point immediatesly-after the FA becomes the confidence point as we assume messages from a single client are ordered correctly. This then means it isn't last as we would expect!
self.serverMsgHandler.handleMsg("E(1,5000,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,5001,Recv(1,1,t))")
self.serverMsgHandler.handleMsg("E(1,5004,Recv(1,1,FA))")
player = self.serverMsgHandler.gameState.players[(1, 1)]
self.assertEqual(100, player.ammo) # This depends on the player starting with 100 ammo
self.serverMsgHandler.handleMsg("E(1,5002,Recv(1,1,T))")
self.serverMsgHandler.handleMsg("E(1,5003,Recv(1,1,t))")
self.assertEqual(100, player.ammo) # This depends on the player starting with max 100 ammo
