def getConfigurations(self):
'''
Creates the near and far side configurations, returns near,far
'''
configNear = AutoPerformanceConfig()
configNear.time = self.config.duration
configNear.frameSize = self.config.frameSize
configNear.dscp = self.config.dscp
configNear.numStreams = self.config.numStreams
configNear.udpRateString = self.config.udpRateString
configNear.host = self.config.host
configNear.port = self.config.port+1
configNear.serverPort = self.config.port+2
configFar = AutoPerformanceConfig()
configFar.time = self.config.duration
configFar.frameSize = self.config.frameSize
configFar.dscp = self.config.dscp
configFar.numStreams = self.config.numStreams
configFar.udpRateString = self.config.udpRateString
configFar.host = 'lookMeUp' #Get the local IP address on far side
configFar.port = self.config.port+2 #Get the local port +1
configFar.serverPort = self.config.port+1
return configNear,configFar
def handle(self):
'''
Handle the incoming connection
'''
configStr = self.request.recv(1024)
config = AutoPerformanceConfig()
config.fromString(configStr)
config.host = self.request.getpeername()[0]
print "Server is using peer name of: ", config.host
engine = AutoPerformanceEngine(config)
#Start our server
try:
engine.startServer()
runCmd = self.request.recv(10)
if(str(runCmd) != 'tcp'):
print "Error: unexpected request. Aborting: recv:", runCmd
return
data, summaryTcp = engine.runTcp()
self.sendTcpResults(data, summaryTcp)
runCmd = self.request.recv(10)
if(str(runCmd) != 'udp'):
print "Error: unexpected request. Aborting recv:", runCmd
return
summaryUdp = engine.runUdp()
self.sendUdpResults(summaryUdp)
finally:
#stop server
print "Done on server side."
self.request.close()
engine.stopServer()
self.finish()