# Get status (but wait first)
time.sleep(0.3)
print(sub2.recv())
# Ask status again (simply gives last message)
print(sub2.recv())
## Using received signals
def on_new_state(channel):
state = channel.recv()
print("%i received state %s" % (id(channel), state))
if state == "stop":
yoton.stop_event_loop()
# Bind
sub1.received.bind(on_new_state)
sub2.received.bind(on_new_state)
# Have some calls made
yoton.call_later(pub1.send, 1.0, "hello")
yoton.call_later(pub1.send, 1.5, "there")
yoton.call_later(pub1.send, 2.0, "now")
yoton.call_later(pub1.send, 2.5, "stop")
# Go!
yoton.start_event_loop()
def test_req_rep2(self):
# Test multiple requesters and multiple repliers
# Connect
if True:
self._context1.bind("localhost:test1")
self._context3.connect("localhost:test1")
#
self._context1.bind("localhost:test2")
self._context2.connect("localhost:test2")
else:
freeNode = yoton.Context()
#
self._context1.bind("localhost:test1")
freeNode.connect("localhost:test1")
freeNode.bind("localhost:test1f")
self._context3.connect("localhost:test1f")
#
self._context1.bind("localhost:test2")
self._context2.connect("localhost:test2")
time.sleep(0.1)
# Turn on 2 requesters and 3 repliers
self._channel_rep1.set_mode("thread") # threaded because simulating
self._channel_rep2.set_mode("thread") # different processes
self._channel_rep3.set_mode("thread")
# Define and register reply handler
def reply_handler(future):
reply = future.result()
reqnr = future.reqnr
echo, id = reply
if echo.lower() == "stop":
yoton.stop_event_loop()
else:
self.assertEqual(echo[:3], "msg")
contextnr = {
self._context1.id: 1,
self._context2.id: 2,
self._context3.id: 3,
}[long(id, 16)]
print("request %s from %i handled by context %i." %
(echo, reqnr, contextnr))
# Get echo functions
echoFun1 = self._channel_req1.echo
echoFun2 = self._channel_req2.echo
# Send requests on req 1
sleepTimes = [1, 0.1, 1, 0.6, 0.6, 0.6, 0.6, 0.6]
for i in range(len(sleepTimes)):
f = echoFun1("msg%i" % i, sleepTimes[i])
f.add_done_callback(reply_handler)
f.reqnr = 1
# Send requests on req 2
sleepTimes = [0.4, 0.4, 0.4, 0.4, 0.4]
for i in range(len(sleepTimes)):
f = echoFun2("msg%i" % i, sleepTimes[i])
f.add_done_callback(reply_handler)
f.reqnr = 2
# Stop
f = echoFun1("stop")
f.add_done_callback(reply_handler)
f.reqnr = 1
# Enter event loop
yoton.start_event_loop()
def test_req_rep2(self):
# Test multiple requesters and multiple repliers
# Connect
if True:
self._context1.bind('localhost:test1')
self._context3.connect('localhost:test1')
#
self._context1.bind('localhost:test2')
self._context2.connect('localhost:test2')
else:
freeNode = yoton.Context()
#
self._context1.bind('localhost:test1')
freeNode.connect('localhost:test1')
freeNode.bind('localhost:test1f')
self._context3.connect('localhost:test1f')
#
self._context1.bind('localhost:test2')
self._context2.connect('localhost:test2')
time.sleep(0.1)
# Turn on 2 requesters and 3 repliers
self._channel_rep1.set_mode('thread') # threaded because simulating
self._channel_rep2.set_mode('thread') # different processes
self._channel_rep3.set_mode('thread')
# Define and register reply handler
def reply_handler(future):
reply = future.result()
reqnr = future.reqnr
echo, id = reply
if echo.lower() == 'stop':
yoton.stop_event_loop()
else:
self.assertEqual(echo[:3], 'msg')
contextnr = { self._context1.id:1,
self._context2.id:2,
self._context3.id:3}[long(id,16)]
print('request %s from %i handled by context %i.' %
(echo, reqnr, contextnr))
# Get echo functions
echoFun1 = self._channel_req1.echo
echoFun2 = self._channel_req2.echo
# Send requests on req 1
sleepTimes = [1, 0.1, 1, 0.6, 0.6, 0.6, 0.6, 0.6]
for i in range(len(sleepTimes)):
f = echoFun1('msg%i'%i, sleepTimes[i])
f.add_done_callback(reply_handler)
f.reqnr = 1
# Send requests on req 2
sleepTimes = [0.4, 0.4, 0.4, 0.4, 0.4]
for i in range(len(sleepTimes)):
f = echoFun2('msg%i'%i, sleepTimes[i])
f.add_done_callback(reply_handler)
f.reqnr = 2
# Stop
f = echoFun1('stop')
f.add_done_callback(reply_handler)
f.reqnr = 1
# Enter event loop
yoton.start_event_loop()
