def silly_inner_generator(self):
while True:
direction = random.choice(list(SK.STEPS.keys()))
if direction == CM.TELEPORT:
continue
np = (self.p[0] + SK.STEPS[direction][0], self.p[1] + SK.STEPS[direction][1])
if cell_is_correct(np):
yield CM.pack_bot_step(self.run_number, self.time_frame, CM.CAT, direction)
def receive_from_bot(self):
# ans = input(prompt=sys.stdin) # todo
ans = next(self.silly_inner_gen)
ans = json.loads(ans)
if CM.BOT_STEP in ans.keys():
assert ans[CM.BOT_STEP][CM.RUN_NUMBER] == self.run_number
assert ans[CM.BOT_STEP][CM.TIME_FRAME] == self.time_frame
np = (self.p[0] + SK.STEPS[ans[CM.BOT_STEP][CM.DIRECTION]][0],
self.p[1] + SK.STEPS[ans[CM.BOT_STEP][CM.DIRECTION]][1])
if cell_is_correct(np):
self.p = np
return True
return False
def receive_from_bot(self):
try:
# ans = input(prompt=sys.stdin) # todo
ans = self.silly_gen()
ans = json.loads(ans)
assert CM.BOT_STEP in ans
assert ans[CM.BOT_STEP][CM.RUN_NUMBER] == self.game_run.run_number
assert ans[CM.BOT_STEP][CM.TIME_FRAME] == self.time_frame
np = (self.p[0] + SK.STEPS[ans[CM.BOT_STEP][CM.DIRECTION]][0],
self.p[1] + SK.STEPS[ans[CM.BOT_STEP][CM.DIRECTION]][1])
if cell_is_correct(np):
self.p = np
return True
return False
except TimedOutExc:
return False