def run() -> None:
game_state = connectfour_console.new_game()
connectfour_UI.print_board(game_state)
while connectfour_console.winner(game_state) == 0:
game_state = read_move(game_state)
connectfour_UI.print_board(game_state)
connectfour_UI.print_game_over(game_state)
def play_AI(connection: ServerConnection, username: str):
''' Starts connect four game with server, creates a new game, and prints the winner '''
connectfour_network.send_message(connection, "I32CFSP_HELLO {}".format(username))
print(connectfour_network.receive_message(connection)) # WELCOME name
connectfour_network.send_message(connection, "AI_GAME")
game_mirror = connectfour_console.new_game()
connectfour_UI.print_board(game_mirror)
while connectfour_console.winner(game_mirror) == 0:
message = read_move()
if message == "!q":
break
else:
if connectfour_network.receive_message(connection) == "READY":
game_mirror = read_conversation(connection, message, game_mirror)
connectfour_UI.print_game_over(game_mirror)
def read_conversation(connection: ServerConnection, message: str, game_state: GameState) -> GameState:
''' Sends message to server and handles received messages '''
connectfour_network.send_message(connection, message)
AI_message = connectfour_network.receive_message(connection)
if AI_message == "OKAY":
# our move
game_state = handle_moves(game_state, message)
connectfour_UI.print_board(game_state)
# AI's move
AI_move = connectfour_network.receive_message(connection)
print("AI decided to {}!".format(str(AI_move)))
game_state = handle_moves(game_state, AI_move)
connectfour_UI.print_board(game_state)
elif AI_message == "INVALID":
print("\nInvalid move")
print()
pass
elif AI_message.startswith("WINNER"):
# our move
game_state = handle_moves(game_state, message)
connectfour_UI.print_board(game_state)
return game_state