def reset(self):
mpsched.persist_state(self.fd)
time.sleep(1)
self.last = mpsched.get_sub_info(self.fd)
for i in range(self.k):
subs = mpsched.get_sub_info(self.fd)
for j in range(len(subs)):
self.tp[j].append(subs[j][0] - self.last[j][0])
self.rtt[j].append(subs[j][1] - self.last[j][1])
self.cwnd[j].append(subs[j][2])
self.last = subs
time.sleep(self.time)
mate = mpsched.get_meta_info(self.fd)
self.recv_buff_size = mate[0]
self.rr = mate[1]
return [self.tp[0] + self.rtt[0] + self.cwnd[0] + [self.recv_buff_size, self.rr], self.tp[1] + self.rtt[1] + self.cwnd[1]+ [self.recv_buff_size, self.rr]]
def step(self, action):
A = [self.fd, action[0], action[1]]
mpsched.set_seg(A)
time.sleep(self.time)
state_nxt = mpsched.get_sub_info(self.fd)
done = False
if len(state_nxt) == 0:
done = True
return done
def step(self, action):
# A = [self.fd, action[0], action[1]]
# mpsched.set_seg(A)
time.sleep(self.time)
state_nxt = mpsched.get_sub_info(self.fd)
done = False
if len(state_nxt) == 0:
done = True
self.count = self.count + 1
return self.adjust(state_nxt), self.reward(), self.count, self.recv_buff_size, done
def reset(self):
mpsched.persist_state(self.fd)
"""time.sleep()"""
self.last = mpsched.get_sub_info(self.fd)
self.rr.append(self.last[0][3])
self.rr.append(self.last[1][3])
self.in_flight.append(self.last[0][4])
self.in_flight.append(self.last[1][4])
for i in range(self.k):
subs = mpsched.get_sub_info(self.fd)
for j in range(len(subs)):
self.tp[j].append(subs[j][0] - self.last[j][0])
self.rtt[j].append(subs[j][1])
self.dRtt[j].append(subs[j][1] - self.last[j][1])
self.cwnd[j].append(subs[j][2])
self.rr[j] = subs[j][3]
self.in_flight[j] = subs[j][4]
self.last = subs
time.sleep(self.time)
return [self.tp[0]+self.rtt[0]+self.cwnd[0]+[self.rr[0], self.in_flight[0]], self.tp[1]+self.rtt[1]+self.cwnd[1]+[self.rr[1], self.in_flight[1]]]