def offline_call(args, inp):
#print 'calling', args, 'with', inp
x = subprocess.Popen(args, stdin=subprocess.PIPE, stdout=subprocess.PIPE)
data = rwjson.readMessage(x.stdout)
#print 'got offline handshake response', data
x.stdin.write(rwjson.writeMessage({'you': data['me']}))
x.stdin.write(rwjson.writeMessage(inp))
#print 'have written back to offline'
return rwjson.readMessage(x.stdout)
def offline_call(args, inp):
print 'calling', args, 'with', inp
x = subprocess.Popen(args, stdin=subprocess.PIPE, stdout=subprocess.PIPE)
data = rwjson.readMessage(x.stdout)
print 'got offline handshake response', data
x.stdin.write(rwjson.writeMessage({'you': data['me']}))
x.stdin.write(rwjson.writeMessage(inp))
print 'have written back to offline'
return rwjson.readMessage(x.stdout)
s = socket.create_connection(('punter.inf.ed.ac.uk', 9002))
print "writing a handshake message"
s.send(rwjson.writeMessage({"me": "Xiphon"}))
print "sent handshake"
data = rwjson.recvMessage(s)
print "got handshake", data
setup = rwjson.recvMessage(s)
print 'setup is', setup
x = offline_call(punter_args, setup)
print 'state is', x
s.send(rwjson.writeMessage(x))
print 'have sent state back!'
while True:
data = rwjson.recvMessage(s)
setup = readJson(f)
info = pt.map_to_nice(setup)
R = len(info['riverdata'])
playerNum = 2
for turn in range(0, R):
playerPunting = turn % playerNum
with open(gameState[0]) as f:
handshake = readMessage(f)
randRiver = randint(0, R - 1)
source, target = info['riverdata'][randRiver]['sites']
state = {"map": setup, "punter": playerPunting, "punters": playerNum}
claim = {
"claim": {
"punter": playerPunting,
"source": source,
"target": target
}
}
moves = [claim]
move = {"move": {"state": state, "moves": moves}}
with open('examples/gameplay' + str(turn) + '.txt', 'w') as f:
nh = writeMessage(handshake)
message = writeMessage(move)
f.write(nh)
f.write(message)