def sendHeartbeat(self):
while True:
time.sleep(2) #sends heartbeat every 2 secs
#print 'sending heartbeat'
host,port = self.monitors[getMonitor()].partition(":")[::2]
mon = Monitor(host,int(port),'False')
mon.senddata('Heartbeat')
def listen(self):
print 'listening....' #TODO : log this
while True:
request, addr = self.sock.recvfrom(1024)
self.pool.apply_async(ServeRequest, args=(request,self.masters,keylocation1,keylocation2))
global num_of_requests
num_of_requests=num_of_requests+1
if num_of_requests > threshold:
host,port = self.monitors[getMonitor()].partition(":")[::2]
mon = Monitor(host,int(port),'False')
mon.senddata('threshold')
mon.closeconnection
def listen(self):
print 'listening....' #TODO : log this
#self.pool.apply_async(savekeymap,args=(self.keylocation,))
thread = Thread(target = self.sendHeartbeat, args = ())
thread.start()
while True:
request, addr = self.sock.recvfrom(1024)
req = json.loads(request)
if req['request'] == "New":
with open("config/masters.txt",'a') as fin:
fin.write(req['data'])
fin.write("\n")
self.masters[data.split("=")[0]] = data.split("=")[1]
else:
self.pool.apply_async(ServeRequest, args=(request,self.masters,keylocation))
global num_of_requests
num_of_requests=num_of_requests+1
if num_of_requests > threshold:
host,port = self.monitors[getMonitor()].partition(":")[::2]
mon = Monitor(host,int(port),'False')
mon.senddata('threshold')
mon.closeconnection
