def get_move(self,move):
self.communicator.send(str(move).encode())
ai_move,err = self.communicator.recv(return_stderr=True)
if len(err) > 1:
print("exception")
raise Exception(err.decode())
ai_move = ai_move.decode().split("\n")[-1].rstrip()
return Move.from_str(ai_move)
def get_move(self,move):
"""
get_move function for NetworkAI called from the gameloop in the main module.
@param move: A Move object describing the move.
@return res_move: A Move object describing the move manualAI wants to make. This move is a random move from the set of valid moves.
@raise :
"""
sleep(0.3)
#TODO: Combine two branches
if self.mode == 'host':
if move.seq:
print('SENT:', str(move))
sentence = str(move).encode()
self.connectionSocket.send(sentence)
response = self.connectionSocket.recv(1024).decode().rstrip()
try:
res_move = Move.from_str(response)
if not res_move.seq:
raise Exception
except:
print("You win. Your peer crashed.")
raise Exception
print('GET:', res_move)
return res_move
else:
sleep(0.1)
if move.seq:
print('SENT:', str(move))
sentence = str(move).encode()
self.topSocket.send(sentence)
response = self.topSocket.recv(1024).decode().rstrip()
try:
res_move = Move.from_str(response)
print(res_move.seq)
if not res_move.seq:
raise Exception
except:
print("You win. Your peer crashed.")
raise Exception
print('GET:', res_move)
return res_move