def _broadcast(v):
def _deliver(j):
buffers[j].put((i,v))
for j in range(N):
greenletPacker(Greenlet(_deliver, j),
'random_delay_acs._deliver', (N, t, inputs)).start_later(random.random()*maxdelay)
def _broadcast(v):
def _deliver(j):
buffers[j].put((i, v))
for j in range(N):
greenletPacker(
Greenlet(_deliver, j), 'random_delay_acs._deliver',
(N, t, inputs)).start_later(random.random() * maxdelay)
def random_delay_acs(N, t, inputs):
assert (isinstance(inputs, list))
maxdelay = 0.01
# Instantiate the "broadcast" instruction
def makeBroadcast(i):
def _broadcast(v):
def _deliver(j):
buffers[j].put((i, v))
for j in range(N):
greenletPacker(
Greenlet(_deliver, j), 'random_delay_acs._deliver',
(N, t, inputs)).start_later(random.random() * maxdelay)
return _broadcast
def modifyMonitoredInt(monitoredInt):
monitoredInt.data = 1
while True:
initBeforeBinaryConsensus()
buffers = map(lambda _: Queue(1), range(N))
ts = []
for i in range(N):
bc = makeBroadcast(i)
recv = buffers[i].get
input_clone = [MonitoredInt() for _ in range(N)]
for j in range(N):
greenletPacker(Greenlet(modifyMonitoredInt, input_clone[j]),
'random_delay_acs.modifyMonitoredInt',
(N, t, inputs)).start_later(maxdelay *
random.random())
th = greenletPacker(Greenlet(acs, i, N, t, input_clone, bc, recv),
'random_delay_acs.acs', (N, t, inputs))
th.start(
) # start_later(random.random() * maxdelay) is not necessary here
ts.append(th)
#if True:
try:
gevent.joinall(ts)
break
except gevent.hub.LoopExit: # Manual fix for early stop
print "End"
def random_delay_acs(N, t, inputs):
assert(isinstance(inputs, list))
maxdelay = 0.01
# Instantiate the "broadcast" instruction
def makeBroadcast(i):
def _broadcast(v):
def _deliver(j):
buffers[j].put((i,v))
for j in range(N):
greenletPacker(Greenlet(_deliver, j),
'random_delay_acs._deliver', (N, t, inputs)).start_later(random.random()*maxdelay)
return _broadcast
def modifyMonitoredInt(monitoredInt):
monitoredInt.data = 1
while True:
initBeforeBinaryConsensus()
buffers = map(lambda _: Queue(1), range(N))
ts = []
for i in range(N):
bc = makeBroadcast(i)
recv = buffers[i].get
input_clone = [MonitoredInt() for _ in range(N)]
for j in range(N):
greenletPacker(Greenlet(modifyMonitoredInt, input_clone[j]),
'random_delay_acs.modifyMonitoredInt', (N, t, inputs)).start_later(maxdelay * random.random())
th = greenletPacker(Greenlet(acs, i, N, t, input_clone, bc, recv), 'random_delay_acs.acs', (N, t, inputs))
th.start() # start_later(random.random() * maxdelay) is not necessary here
ts.append(th)
#if True:
try:
gevent.joinall(ts)
break
except gevent.hub.LoopExit: # Manual fix for early stop
print "End"
