def received_message(self, json):
rmsmsg = Message().restore(json)
print "--------->Response from rms: %s" %rmsmsg.getRes()
if rmsmsg.getStatus() == Message.STATUS_Y:
self.handler.wsEngine.send('Y')
message = self.queue.remove(rmsmsg.getId())
self.handler.runningQueue.append(message)
elif rmsmsg.getStatus() == Message.STATUS_N:
self.handler.wsEngine.send('N')
self.queue.remove(rmsmsg.getId())
elif rmsmsg.getStatus() == Message.STATUS_BUSY:
message = self.queue.remove(rmsmsg.getId())
self.handler.waitingQueue.append(message)
def process(self):
"""
TODO, Handle request
1] open to RMS websocket
2] New waitingQueue and runningQueue and defines maximum size
3] Launch comsumer thread, then monitor runningQueue
4] Two thread do their work
How to use Queue?
MainThread
1] new a waitingQueue, like a proceduer, everytime, main thread receives client request, then put it into waitintQueue
2] Everytime, main thread receives client release, call RMS release resources, then remove resource from runningQueue,
How to remove resources from runningQueue, need to talk with RMSs
CosumerThread
2] new a runningQuueu, like a consumer, its has maximum size,
when runningQueue reaches its maximun size, consumer thread sleep 1 second, then poll again
when runningQueue resources -1, consumer thread get a new resource from waiting queue,
if this unit is BUSY by RMS, put it to the end of the waiting queue, then loop get next
if this unit is Y/N by RMS, put it to the runningQueue + 1, then return it to client
Need to talk RMS
"""
self.wsRms.connect()
self.scheduler = Scheduler(self)
self.scheduler.setDaemon(True)
self.scheduler.start()
while not self.stop:
json = self.wsEngine.receive()
if json == None:
time.sleep(1)
continue
print "------->Receive from lib: %s" %json
message = Message().restore(json)
if message.getCmd() == Message.CMD_REGISTER:
self.waitingQueue.append(message)
elif message.getCmd() == Message.CMD_RELEASE:
self.wsRms.release(message.getRes())
self.runningQueue.remove(message)
self.scheduler.stop()