def __init__(self, mapname, port=12800):
self.__logger = logging.getLogger('Server')
self.__mapName = mapname # Nom du labyrinthe
self.__port = port # Port de jeu
#Calcul l'adresse Ip du serveur ainsi que le broadcast local
ipAddr = ip.getLanIp()
broadcastAddr = '{}.255'.format(".".join(ipAddr.split('.')[0:3]))
self.__address = (ipAddr, self.__port) # (Adresse,Port) du serveur
self.__broadcast = (broadcastAddr, self.__port
) # (Adresse,Port) du broadcast
self.__logger.debug('Create Server on {} with game {}'.format(
self.__address, self.__mapName))
self.__cnxServer = None # socket de connection du serveur
self.__cnxClient = {} # Elements de connection de chaque client
self.__clientNames = [
] # Liste des noms des client (Le dict precedent n'etant pas ordonné)
self.__Q_receive = queue.Queue(
) # Queue de reception des message issue des clients
self.__token = -1 # Jeton = index dans self.__clientNames, le client tributaire du jeton peut jouer
self.__currentMap = cartes.GameMap(
self.__mapName) # instance de la carte lue et chargée
signal.signal(signal.SIGINT,
self.close) # control du signal d'interruption CTRL+C
def test_1004_add_one_player(self):
from elements import robot
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map1.txt'))
identity = 'player1_fab'
coord = c.addPlayer(identity)
self.assertEqual((0, 1, 1), coord)
self.assertEqual(len(c.getPlayerRobot()), 1)
self.assertTrue(isinstance(c.getPlayerRobot()[0], robot.Robot))
self.assertTrue(isinstance(c.getPlayerRobot()[0], robot.Player))
self.assertFalse(isinstance(c.getPlayerRobot()[0], robot.Ia))
robot = c.getPlayerRobot(identity)
self.assertEqual('1', c.getPlayerSymbol(identity))
self.assertEqual("layer_0\nOOO\r\nO1O\r\nOEO\r\n", c.strMap())
self.assertEqual((0, 1, 1), robot.coordinate)
self.assertEqual((False, 'La distance doit etre un entier'),
c.movePlayer(identity, 'B', 'Y'))
self.assertEqual((False, 'La distance doit etre un entier'),
c.movePlayer(identity, 'S', 'Y'))
self.assertEqual((False, "Impossible, il y a un mur"),
c.movePlayer(identity, 'N', '1'))
self.assertEqual((False, "Impossible, il y a un mur"),
c.movePlayer(identity, 'E', '2'))
self.assertFalse(c.isPlayerOn(identity, decors.Exit))
self.assertTrue(c.movePlayer(identity, 'S', '1'))
self.assertTrue(c.isPlayerOn(identity, decors.Exit))
def test_1008_add_player_predef_sector(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map4.txt'))
coord = (0, 0, 0)
i = 1
while coord != None:
identity = 'player{}_fab'.format(i)
coord = c.addPlayer(identity)
i += 1
robots = c.getPlayerRobot()
self.assertTrue(isinstance(robots, list))
self.assertEqual(4, len(robots))
def test_1005_add_two_player_one_space(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map1.txt'))
identity1 = 'player1_fab'
identity2 = 'player2_fab'
coord1 = c.addPlayer(identity1)
coord2 = c.addPlayer(identity2)
self.assertEqual(coord1, (0, 1, 1))
self.assertIsNone(coord2)
self.assertEqual((False, "Pas d'action sur cet Element"),
c.actionDirPlayer(identity1, 'P', 'E'))
self.assertEqual((False, "Pas d'action sur cet Element"),
c.actionDirPlayer(identity1, 'M', 'E'))
def test_1006_add_two_player_two_spaces(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map2.txt'))
name1 = 'player1_fab'
name2 = 'player2_fab'
coord1 = c.addPlayer(name1)
coord2 = c.addPlayer(name2)
self.assertIn(coord1, [(0, 1, 1), (0, 3, 1)])
self.assertIn(coord2, [(0, 1, 1), (0, 3, 1)])
if coord1 == (0, 1, 1):
haut = (name1, '1')
bas = (name2, '2')
else:
haut = (name2, '2')
bas = (name1, '1')
self.assertEqual(
"layer_0\nOOO\r\nO{}O\r\nOOO\r\nO{}O\r\nOEO\r\n".format(
haut[1], bas[1]), c.strMap())
self.assertTrue(c.actionDirPlayer(bas[0], 'P', 'N'))
self.assertEqual(
"layer_0\nOOO\r\nO{}O\r\nO.O\r\nO{}O\r\nOEO\r\n".format(
haut[1], bas[1]), c.strMap())
self.assertTrue(c.movePlayer(haut[0], 'S', '1'))
self.assertEqual(
"layer_0\nOOO\r\nO O\r\nO{}O\r\nO{}O\r\nOEO\r\n".format(
haut[1], bas[1]), c.strMap())
self.assertEqual((False, "Impossible, il y a un autre joueur"),
c.movePlayer(haut[0], 'S', '1'))
self.assertTrue(c.movePlayer(haut[0], 'N', '1'))
self.assertEqual(
"layer_0\nOOO\r\nO{}O\r\nO.O\r\nO{}O\r\nOEO\r\n".format(
haut[1], bas[1]), c.strMap())
self.assertTrue(c.actionDirPlayer(haut[0], 'M', 'S'))
self.assertEqual(
"layer_0\nOOO\r\nO{}O\r\nOOO\r\nO{}O\r\nOEO\r\n".format(
haut[1], bas[1]), c.strMap())
def test_1010_escalier_teleport(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map6.txt'))
coord = c.addPlayer('player1_fab')
coord = c.addPlayer('player2_fab')
player1 = c.getPlayerRobot('player1_fab')
player2 = c.getPlayerRobot('player2_fab')
if player1.coordinate == (0, 4, 2):
index1 = '1'
index2 = '2'
else:
index1 = '2'
index2 = '1'
self.assertEqual('_____________OOOO\r\n_____________E SO\r\n_____________OOOO\r\n__OOOOOOOO\r\n_O{} O__O {}O\r\nOOTO____OTOO\r\n'.format(index1,index2), \
c.strMap('player1_fab'))
self.assertEqual(c.strMap('player1_fab'), c.strMap('player2_fab'))
self.assertTrue(c.movePlayer('player1_fab', 'S', '1'))
while not player1.coordinate == (1, 1, 14):
self.assertTrue(c.movePlayer('player1_fab', 'I', '0'))
self.assertTrue(c.movePlayer('player2_fab', 'S', '1'))
self.assertIn(player2.coordinate, [(0, 5, 9), (0, 5, 2)])
self.assertTrue(c.movePlayer('player1_fab', 'E', '1'))
while not player2.coordinate == (1, 1, 14):
self.assertTrue(c.movePlayer('player2_fab', 'I', '0'))
self.assertEqual((False, "Impossible, cet etage n'existe pas"),
c.movePlayer('player1_fab', 'H', '1'))
self.assertTrue(c.movePlayer('player1_fab', 'B', '1'))
self.assertEqual((0, 1, 15), player1.coordinate)
self.assertTrue(c.movePlayer('player2_fab', 'E', '1'))
self.assertEqual((1, 1, 15), player2.coordinate)
self.assertEqual((False, "Impossible, cet etage n'existe pas"),
c.movePlayer('player1_fab', 'B', '1'))
self.assertTrue(c.movePlayer('player1_fab', 'O', '1'))
self.assertTrue(c.movePlayer('player2_fab', 'B', '1'))
self.assertTrue(c.movePlayer('player1_fab', 'O', '1'))
self.assertTrue(c.isPlayerOn('player1_fab', decors.Exit))
def test_1009_objet(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map5.txt'))
coord = c.addPlayer('player1_fab')
self.assertEqual(
'_\r\n_OOOOOO_\r\n_OK + O_\r\n_O1OO E_\r\n_OOOOOO_\r\n_\r\n',
c.strMap('player1_fab'))
self.assertTrue(c.movePlayer('player1_fab', 'N', '1'))
self.assertTrue(c.movePlayer('player1_fab', 'E', '1'))
self.assertEqual((False, "Impossible, la porte est fermee"),
c.movePlayer('player1_fab', 'E', '1'))
self.assertEqual((False, "Action impossible"),
c.actionDirPlayer('player1_fab', 'O', 'E'))
self.assertEqual((False, "Necessite l'objet key pour cette action"),
c.actionDirPlayer('player1_fab', 'U', 'E'))
self.assertEqual(
'_\r\n_OOOOOO_\r\n_OK1+ O_\r\n_O OO E_\r\n_OOOOOO_\r\n_\r\n',
c.strMap('player1_fab'))
self.assertTrue(c.movePlayer('player1_fab', 'O', '1'))
self.assertTrue(c.actionObjPlayer('player1_fab', 'A', 'K'))
self.assertTrue(c.movePlayer('player1_fab', 'E', '1'))
self.assertEqual((False, "Action impossible"),
c.actionDirPlayer('player1_fab', 'O', 'E'))
self.assertTrue(c.actionDirPlayer('player1_fab', 'U', 'E'))
self.assertTrue(c.movePlayer('player1_fab', 'E', '2'))
self.assertEqual(
'_\r\n_OOOOOO_\r\n_O .1O_\r\n_O OO E_\r\n_OOOOOO_\r\n_\r\n',
c.strMap('player1_fab'))
self.assertTrue(c.actionDirPlayer('player1_fab', 'L', 'O'))
self.assertEqual(
'_\r\n_OOOOOO_\r\n_O +1O_\r\n_O OO E_\r\n_OOOOOO_\r\n_\r\n',
c.strMap('player1_fab'))
self.assertTrue(c.actionObjPlayer('player1_fab', 'R', 'K'))
self.assertEqual((False, "Necessite l'objet key pour cette action"),
c.actionDirPlayer('player1_fab', 'U', 'O'))
self.assertTrue(c.movePlayer('player1_fab', 'S', '1'))
self.assertEqual(
'_\r\n_OOOOOO_\r\n_O +KO_\r\n_O OO1E_\r\n_OOOOOO_\r\n_\r\n',
c.strMap('player1_fab'))
def test_1007_add_player_predef_base(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map3.txt'))
coord = (0, 0, 0)
i = 1
while coord != None:
identity = 'player{}_fab'.format(i)
coord = c.addPlayer(identity)
i += 1
robots = c.getPlayerRobot()
self.assertTrue(isinstance(robots, list))
self.assertEqual(1, len(robots))
self.assertEqual((0, 2, 1), robots[0].coordinate)
self.assertEqual((False, "Impossible, il y a un mur"),
c.movePlayer('player1_fab', 'E', '1'))
self.assertTrue(c.actionDirPlayer('player1_fab', 'P', 'E'))
self.assertTrue(c.movePlayer('player1_fab', 'E', '3'))
c.addPlayer('player2_fab')
robots = c.getPlayerRobot()
self.assertEqual(2, len(robots))
self.assertTrue(c.movePlayer('player2_fab', 'N', '1'))
self.assertTrue(c.movePlayer('player2_fab', 'E', '1'))
self.assertEqual((False, "Impossible, la porte est fermee"),
c.movePlayer('player2_fab', 'E', '1'))
self.assertTrue(c.actionDirPlayer('player2_fab', 'P', 'E'))
self.assertTrue(c.movePlayer('player1_fab', 'N', '1'))
self.assertEqual((True, "Impossible, il y a un autre joueur"),
c.movePlayer('player2_fab', 'E', '2'))
self.assertEqual((0, 1, 3), c.getPlayerRobot('player2_fab').coordinate)
self.assertEqual((0, 1, 4), c.getPlayerRobot('player1_fab').coordinate)
self.assertTrue(c.movePlayer('player1_fab', 'E', '1'))
self.assertTrue(c.isPlayerOn('player1_fab', decors.Exit))
def test_1003_init(self):
c = cartes.GameMap(os.path.join(self.cartesTestPath, 'map1.txt'))
self.assertEqual([], c.getPlayerRobot())
self.assertEqual(None, c.getPlayerSymbol())
self.assertEqual("layer_0\nOOO\r\nO O\r\nOEO\r\n", c.strMap())
self.assertEqual([(0, 1, 1)], c.getElemPositions(decors.Empty))
self.assertEqual([], c.getElemPositions(decors.Door))
self.assertEqual([(0, 2, 1)], c.getElemPositions(decors.Exit))
self.assertEqual([], c.getElemPositions(robot.PlayerTags))
self.assertEqual([(0, 0, 0), (0, 0, 1), (0, 0, 2), (0, 1, 0),
(0, 1, 2), (0, 2, 0), (0, 2, 2)],
c.getElemPositions(decors.Wall))
self.assertIsNone(c.initRobotPosition('toto'))
self.assertEqual((0, 1, 1), c.initRobotPosition('player'))
self.assertFalse(c.actionDirPlayer('toto', 'B', 'Y'))
self.assertFalse(c.actionObjPlayer('toto', 'B', 'Y'))
self.assertFalse(c.movePlayer('toto', 'B', 'Y'))
self.assertFalse(c.isPlayerOn('toto', decors.Exit))