def test_speed():
try:
process_client = RemoteProcessClient('wgforge-srv.wargaming.net', 443)
player = process_client.login("Test12345")
map_graph = process_client.read_map()
map_graph.pos = dict(
[(cord['idx'], (cord['x'] / 200, cord['y'] / 200))
for cord in process_client.read_position()["coordinate"]])
objects = process_client.read_objects()
process_client.update_objects(objects, map_graph, player)
process_client.move(Move(1, 1, 1))
process_client.turn()
process_client.turn()
process_client.update_objects(objects, map_graph, player)
train = objects.trains[1]
print(" pos - ", train.position, " speed - ", train.speed)
process_client.move(Move(1, 0, 1))
process_client.move(Move(1, -1, 1))
process_client.turn()
process_client.update_objects(objects, map_graph, player)
print(" pos - ", train.position, " speed - ", train.speed)
finally:
process_client.logout()
process_client.close()
def testGameStatus(self):
self.assertEqual(self.controller.gameStatus(), 0)
self.repository.addMove(Move("X", 1, 1))
self.repository.addMove(Move("X", 2, 2))
self.repository.addMove(Move("X", 3, 3))
self.repository.addMove(Move("X", 4, 4))
self.assertEqual(self.controller.gameStatus(), 1)
def run(self):
try:
self.remote_process_client.write_token_message(self.token)
team_size = self.remote_process_client.read_team_size_message()
self.remote_process_client.write_protocol_version_message()
game = self.remote_process_client.read_game_context_message()
strategies = []
for _ in xrange(team_size):
strategies.append(MyStrategy())
while True:
player_context = self.remote_process_client.read_player_context_message(
)
if player_context is None:
break
player_cars = player_context.cars
if player_cars is None or player_cars.__len__() != team_size:
break
moves = []
for car_index in xrange(team_size):
player_car = player_cars[car_index]
move = Move()
moves.append(move)
strategies[player_car.teammate_index].move(
player_car, player_context.world, game, move)
self.remote_process_client.write_moves_message(moves)
finally:
self.remote_process_client.close()
def testAddMove(self):
move = Move("X", 0, 0)
self.moveRepository.addMove(move)
self.assertEqual(self.moveRepository.getMove(0, 0), move)
self.assertEqual(self.moveRepository.getMove(1, 1), None)
with self.assertRaises(DuplicateMoveError):
self.moveRepository.addMove(move)
def run(self):
try:
self.remote_process_client.write_token_message(self.token)
self.remote_process_client.write_protocol_version_message()
self.remote_process_client.read_team_size_message()
game = self.remote_process_client.read_game_context_message()
strategy = MyStrategy()
while True:
player_context = self.remote_process_client.read_player_context_message(
)
if player_context is None:
break
player = player_context.player
if player is None:
break
move = Move()
strategy.move(player, player_context.world, game, move)
self.remote_process_client.write_move_message(move)
finally:
self.remote_process_client.close()
def run(self, pid=None):
try:
self.remote_process_client.write_token_message(self.token)
self.remote_process_client.write_protocol_version_message()
team_size = self.remote_process_client.read_team_size_message()
game = self.remote_process_client.read_game_context_message()
strategies = []
for _ in range(team_size):
strategies.append(MyStrategy())
while True:
player_context = self.remote_process_client.read_player_context_message()
if player_context is None:
break
player_wizards = player_context.wizards
if player_wizards is None or player_wizards.__len__() != team_size:
break
moves = []
for wizard_index in range(team_size):
player_wizard = player_wizards[wizard_index]
move = Move()
moves.append(move)
strategies[wizard_index].move(player_wizard, player_context.world, game, move)
self.remote_process_client.write_moves_message(moves)
finally:
self.remote_process_client.close()
if pid:
os.kill(pid, signal.SIGTERM)
def get_moves(self):
self.update_targets()
moves = []
trains_targets = dict()
for train_id in self.trains_points:
train = self.objects.trains[train_id]
if train.point:
trains_targets[train.idx] = (train.point, self.trains_points[train.idx][0])
print(trains_targets)
self.solver = TrafficController()
paths = self.solver.find_paths(self.map, self.objects.trains, trains_targets)
for train_id in paths:
path = paths[train_id]
if path:
next_step = path[1]
print("move {}, {}".format(self.objects.trains[train_id].point, next_step))
move_obj = self._move_to_point(self.objects.trains[train_id], next_step)
moves.append(move_obj)
else:
train = self.objects.trains[train_id]
moves.append(Move(train.line_idx, 0, train.idx))
# moves = self.step()
# print(move_obj)
if moves:
return moves
def new_move(self,
action=None,
group=0,
x_range=(0.0, WORLD_WIDTH),
y_range=(0.0, WORLD_HEIGHT),
vector=(0.0, 0.0),
angle=0.0,
factor=0.0,
max_speed=0.0,
max_angular_speed=0.0,
vehicle_type=None,
facility_id=-1,
vehicle_id=-1):
m = Move()
m.action = action
m.group = group
m.left, m.right = x_range
m.top, m.bottom = y_range
m.x, m.y = vector
m.angle = angle
m.factor = factor
m.max_speed = max_speed
m.max_angular_speed = max_angular_speed
m.vehicle_type = vehicle_type
m.facility_id = facility_id
m.vehicle_id = vehicle_id
return m
def run(self):
try:
self.remote_process_client.write_token(self.token)
team_size = self.remote_process_client.read_team_size()
strategies = []
tank_types = []
for strategy_index in range(team_size):
strategy = MyStrategy()
strategies.append(strategy)
tank_types.append(strategy.select_tank(strategy_index, team_size))
self.remote_process_client.write_selected_tanks(tank_types)
while True:
player_context = self.remote_process_client.read_player_context()
if player_context is None:
break
player_tanks = player_context.tanks
if player_tanks.__len__() != team_size:
break
moves = []
for strategy_index in range(team_size):
move = Move()
moves.append(move)
strategies[strategy_index].move(player_tanks[strategy_index], player_context.world, move)
self.remote_process_client.write_moves(moves)
finally:
self.remote_process_client.close()
def get_move(self, train: Train, map_graph: Map):
if train.speed == 0:
train.arrival()
if train.position is None: # Если поезд ещё не начинал путь
train.departure(self.home,
map_graph.get_first_neighbor(self.home)
) # Отправляем его к первому соседнему городу
line = map_graph.get_line(train.departure_point,
train.arrival_point)
return Move(line, 1, train.idx)
if train.current_point != self.home: # Если поезд прибыл не домой
train.departure(train.current_point,
self.home) # Отправляем поезд домой
line = map_graph.get_line(train.departure_point,
train.arrival_point)
return Move(line, 1, train.idx)
self.in_progress = False
def test_wrong_move_from_node(self):
self.train.position = 10
self.train.line_idx = 1
self.process_client.turn_trains()
move = Move(3, 1, self.train.idx)
self.process_client.move(move)
assert self.train.speed == 0
assert self.train.line_idx == 1
def test_right_move_from_line(self):
self.train.position = 5
self.train.line_idx = 1
self.process_client.turn_trains()
move = Move(1, 1, self.train.idx)
self.process_client.move(move)
assert self.train.speed == 1
assert self.train.line_idx == 1
def test_defult_example():
remote_process_client = RemoteProcessClient('wgforge-srv.wargaming.net',
443)
assert remote_process_client.login("Test12345")[0] == 0
assert remote_process_client.move(Move(1, 1, 0))[0] == 0
assert remote_process_client.map(1)[0] == 0
assert remote_process_client.turn()[0] == 0
remote_process_client.logout()
remote_process_client.close()
def test_defult():
strategy = Strategy(start_data)
next_move = strategy.move(world, game)
print(next_move)
test_move = Move(12, 1, 0)
assert next_move.line_idx == test_move.line_idx
assert next_move.speed == test_move.speed
assert next_move.train_idx == test_move.train_idx
def test_run_example():
runner = Runner()
runner.remote_process_client.login("Test_Conway")
runner.remote_process_client.map(0)
runner.remote_process_client.turn() # reset timer on server
runner.remote_process_client.move(Move(1, 1, 0))
for i in range(11):
response = runner.remote_process_client.map(1)
print("Position - ", response[1]["train"][0]["position"])
runner.remote_process_client.turn()
assert response[1]["train"][0]["position"] == 10
runner.remote_process_client.move(Move(1, 1, 0))
for i in range(11):
response = runner.remote_process_client.map(1)
print("Position - ", response[1]["train"][0]["position"])
runner.remote_process_client.turn()
assert response[1]["train"][0]["position"] == 10
runner.remote_process_client.logout()
runner.remote_process_client.close()
def run(self):
try:
self.remote_process_client.write_token_message(self.token)
self.remote_process_client.write_protocol_version_message()
team_size = self.remote_process_client.read_team_size_message()
game = self.remote_process_client.read_game_context_message()
self.strategies = []
self.start_input()
world_time = 0
while True:
while self.freeze:
time.sleep(0.5)
if self.reload:
print(f'actually reloading at {world_time}')
for module in [
x for x in sys.modules if x.startswith('aicup2016')
]:
del sys.modules[module]
from aicup2016.strategy import Strategy
self.strategies = []
for _ in range(team_size):
self.strategies.append(
Strategy(debug_client=self.debug_client,
input_event=self.input_event))
self.reload = False
player_context = self.remote_process_client.read_player_context_message(
)
if player_context is None:
break
world_time = player_context.world.tick_index
player_wizards = player_context.wizards
if player_wizards is None or player_wizards.__len__(
) != team_size:
break
moves = []
for wizard_index in range(team_size):
player_wizard = player_wizards[wizard_index]
move = Move()
moves.append(move)
self.strategies[wizard_index].move(player_wizard,
player_context.world,
game, move)
self.remote_process_client.write_moves_message(moves)
finally:
self.remote_process_client.close()
def step(self):
moves = []
trains = dict()
trains_order = []
self.update_targets()
for train in self.objects.get_my_trains(self.player.idx):
pos = Position(train.point, train.line_idx, train.position)
trains.update({train.idx: pos})
trains_order.append(train.idx)
shuffle(trains_order)
while len(trains_order):
train_id = trains_order.pop(0)
train = self.objects.trains[train_id]
maybe_next = self.next_step(train_id)
pos = trains[train_id]
if not maybe_next:
print("No Path")
for t in trains_order:
self.unreserve(t)
self.paths[t] = []
if not self.valid(train, pos, maybe_next):
print("Path Invalid")
self.paths[train_id] = []
maybe_next = self.next_step(train_id)
if not maybe_next:
maybe_next = pos
line_speed = self.pos_to_line_speed(pos, maybe_next)
if line_speed[0] == train.line_idx and line_speed[1] == train.speed:
continue
if train.speed == -line_speed[1]:
moves.append(Move(line_speed[0], 0, train_id))
moves.append(Move(line_speed[0], line_speed[1], train_id))
logger.info("reservation on tick - %d \n %s", self.objects.tick,
pformat(self.trains_reservations, indent=4))
pprint(self.trains_roles)
return moves
def makeMove(self, xCoordinate, yCoordinate):
"""
Makes a move for the player
:param xCoordinate: The x coordinate of the move
:param yCoordinate: The y coordinate of the move
"""
move = Move(self.sign, xCoordinate, yCoordinate)
Validator.validateMove(
move, self.__moveRepository.lastMove.sign
if self.__moveRepository.lastMove is not None else "")
self.__moveRepository.addMove(move)
def enterMove(self, ctx: dgdlParser.MoveContext):
move = Move()
data = str(ctx.getText())
if str(ctx.IDENT()) in data:
move.name = StringParser.before(data, OPEN_BRACE)
if ctx.content():
move.content = self.visit(ctx.content())
if ctx.conditions():
move.conditions = self.visit(ctx.conditions())
if ctx.effects():
move.effects = self.visit(ctx.effects())
self.game.moves.append(move)
def read_move(self):
if not self.read_boolean():
return None
move = Move()
move.engine_power = self.read_double()
move.brake = self.read_boolean()
move.wheel_turn = self.read_double()
move.throw_projectile = self.read_boolean()
move.use_nitro = self.read_boolean()
move.spill_oil = self.read_boolean()
return move
def _move_to_point(self, train, arrival_point):
if train.point == arrival_point:
return None
if train.point is None:
line = self.map.lines[train.line_idx]
else:
line = self.map.Graph.get_edge_data(train.point, arrival_point)['line']
if line is None:
return None
speed = -1 if line.start_point == arrival_point else 1
if line == train.line_idx and speed == train.speed:
return None
return Move(line.idx, speed, train.idx)
def read_move(self):
if not self.read_boolean():
return None
move = Move()
move.speed_up = self.read_double()
move.turn = self.read_double()
move.action = self.read_enum(ActionType)
if move.action == ActionType.PASS:
move.pass_power = self.read_double()
move.pass_angle = self.read_double()
elif move.action == ActionType.SUBSTITUTE:
move.teammate_index = self.read_int()
return move
def get_moves(self):
moves = []
self.update_targets()
trains_targets = {}
for train_id, points in self.trains_points.items():
train = self.objects.trains[train_id]
if train.point is None:
print("train %d at line, no find_path" % train_id)
line = self.map.lines[train.line_idx]
# if train.speed == -1:
# moving_trains.append((train.position, line.start_point, line.end_point))
# else:
# moving_trains.append((line.length - train.position, line.end_point, line.start_point))
# continue
next_target = self.trains_points[train_id][0]
if next_target == self.objects.trains[train_id].point:
self.trains_points[train_id].pop(0)
if not self.trains_points[train_id]:
self._get_target_points(self.objects.trains[train_id])
next_target = self.trains_points[train_id][0]
trains_targets[train_id] = (self.objects.trains[train_id].point, next_target)
self.solver = TrafficController()
paths = self.solver.find_paths(self.map, self.objects.trains, trains_targets)
for train_id in paths:
path = paths[train_id]
if path:
next_step = path[1]
print("move {}, {}".format(self.objects.trains[train_id].point, next_step))
move_obj = self._move_to_point(self.objects.trains[train_id], next_step)
moves.append(move_obj)
else:
train = self.objects.trains[train_id]
moves.append(Move(train.line_idx, 0, train.idx))
return moves
def searchBestMove(self, possibleMoves):
"""
Searches for a move that wins or blocks the winning of the opponent
:param possibleMoves: The moves that are possible
:return: The winning/blocking move, or None if it does not exists
"""
for move in possibleMoves:
lastMove = self.gameController.getLastMove()
self.player.makeMove(move[0], move[1])
gameStatus = self.gameController.gameStatus()
self.gameController.moveRepository.undoMove(
move[0], move[1], lastMove)
if gameStatus == 1:
return move
for move in possibleMoves:
lastMove = self.gameController.getLastMove()
self.gameController.moveRepository.addMove(
Move(self.player.otherSign(), move[0], move[1]))
gameStatus = self.gameController.gameStatus()
self.gameController.moveRepository.undoMove(
move[0], move[1], lastMove)
if gameStatus == 1:
return move
def get_move(self, train):
if train.position == 0 or train.position == None:
return Move(1, 1, 0) # Just test
elif train.position == self.map.lines[train.line_idx].length:
return Move(1, -1, 0) # Just test
def setUp(self):
self.move1 = Move("X", 0, 0)
self.move2 = Move("O", -1, 0)
def get_move(self):
return Move(1, 1, 0) # Just test
def setUp(self):
self.repository = MoveRepository()
self.move = Move("X", 0, 0)
self.repository.addMove(self.move)
self.controller = GameController(self.repository)
def test_move(self):
me, world, game = load_objects()
strategy = MyStrategy()
move = Move()
strategy.move(me, world, game, move)
def testMoveNumber(self):
move = Move("X", 0, 0)
self.moveRepository.addMove(move)
self.assertEqual(self.moveRepository.moveNumber, 1)
