Best Python code snippet using localstack_python
train.py
Source: train.py
1import numpy as np2import argparse3from cave import DQNCave4from dqn_agent import DQNAgent5from drqn_agent import DRQNAgent6import copy7from collections import deque8if __name__ == "__main__":9 parser = argparse.ArgumentParser()10 parser.add_argument("-m", "--model_path")11 parser.add_argument("-l", "--load", dest="load", action="store_true", default=False)12 parser.add_argument("-e", "--epoch-num", dest="n_epochs", default=200, type=int)13 parser.add_argument("-s", "--save-interval", dest="save_interval", default=1000, type=int)14 parser.add_argument("-g", "--graves", dest="graves", action="store_true", default=False, help='Use RmpropGraves (default: off)')15 parser.add_argument("-r", "--recurent", dest="drqn", action="store_true", default=False, help='Use DRQN (default: off)')16 parser.add_argument("-d", "--ddqn", dest="ddqn", action="store_true", default=False, help='Use Double DQN (default: off)')17 args = parser.parse_args()18 # parameters19 n_epochs = args.n_epochs20 state_num = 521 # environment, agent22 env = DQNCave()23 Agent = DRQNAgent if args.drqn else DQNAgent24 agent = Agent(env.enable_actions, env.name, env.size, state_num, graves=args.graves, ddqn=args.ddqn)25 agent.init_model()26 if args.load:27 agent.load_model(args.model_path)28 # variables29 e = 030 total_frame = 031 while e < n_epochs:32 # reset33 frame = 034 loss = 0.035 do_replay_count = 036 Q_max = 0.037 env.reset()38 state_t_1, reward_t, terminal, past_time = env.observe()39 S = deque(maxlen=state_num * 2)40 while not terminal:41 state_t = state_t_142 if len(S) == 0:43 [S.append([state_t] if args.drqn else state_t) for i in range(state_num * 2)]44 else:45 S.append([state_t] if args.drqn else state_t)46 # execute action in environment47 tmpS = [S[(s + 1) * 2 - 1] for s in range(state_num)]48 if frame % 3 == 0:49 action_t = agent.select_action(tmpS, agent.exploration)50 #action_t = agent.select_action([state_t], agent.exploration)51 env.execute_action(action_t)52 # observe environment53 state_t_1, reward_t, terminal, past_time = env.observe()54 # store experience55 start_replay = False56 if frame % 4 == 0 or reward_t == -1:57 new_S = copy.copy(S)58 new_S.append([state_t_1] if args.drqn else state_t_1)59 tmpnew_S = [new_S[(s + 1) * 2 - 1] for s in range(state_num)]60 score = past_time if e > 200 else None61 start_replay = agent.store_experience(tmpS, action_t, reward_t, tmpnew_S, terminal, score)62 #start_replay = agent.store_experience([state_t], action_t, reward_t, [state_t_1], terminal)63 # experience replay64 if start_replay:65 do_replay_count += 166 if do_replay_count % 3 == 0 or reward_t == -1:67 agent.update_exploration(e)68 agent.experience_replay()69 do_replay_count = 070 # update target network71 if total_frame % 5000 == 0 and start_replay:72 agent.update_target_model()73 # for log74 frame += 175 total_frame += 176 loss += agent.current_loss77 Q_max += np.max(agent.Q_values(tmpS))78 if start_replay:79 print("EPOCH: {:03d}/{:03d} | SCORE: {:03d} | LOSS: {:.4f} | Q_MAX: {:.4f}".format(80 e, n_epochs - 1, past_time, loss / frame, Q_max / frame))81 if e > 0 and e % args.save_interval == 0:82 agent.save_model(e)83 agent.save_model()84 if start_replay:85 e += 186 # save model...
patch_socket.py
Source: patch_socket.py
...9 def start_record(self):10 self.recording = True11 self.replaying = False12 self.records = []13 def start_replay(self):14 self.recording = False15 self.replaying = True16 self.replay_records = self.records[:]17 def settimeout(self, n):18 return self._ss.settimeout(n)19 def connect(self, *args, **kwargs):20 return self._ss.connect(*args, **kwargs)21 def setsockopt(self, *args):22 if not self.replaying:23 return self._ss.setsockopt(*args)24 def shutdown(self, *args):25 if not self.replaying:26 return self._ss.shutdown(*args)27 def send(self, buf):28 if self.replaying:29 return len(buf)30 else:31 return self._ss.send(buf)32 def sendall(self, buf):33 if self.replaying:34 return len(buf)35 else:36 return self._ss.sendall(buf)37 def recv(self, size):38 if self.replaying:39 return self.replay_records.pop(0)40 buf = self._ss.recv(size)41 if self.recording:42 self.records.append(buf)43 return buf44 def recv_into(self, buf):45 if self.replaying:46 s = self.replay_records.pop(0)47 buf[:len(s)] = s48 return len(s)49 ret = self._ss.recv_into(buf)50 if self.recording:51 self.records.append(buf[:ret])52 return ret53 def close(self):54 return self._ss.close()55import socket as socketmodule56socketmodule.socket = socket57def start_record(socks):58 for sock in socks:59 sock.start_record()60def start_replay(socks):61 for sock in socks:62 sock.start_replay()63def run_with_recording(socks, func):64 for sock in socks:65 sock.start_record()66 func()67def run_with_replay(socks, func):68 for sock in socks:69 sock.start_replay()...
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