def f_run_test(self):
# start fire traffic
self.pidHistDict = f_generate_traffic(self.net, self.topo,
self.hostTraffic_dict_list[0],
self.server_list,
self.iperfPeriod,
self.pidHistDict)
self.dataCnt += 1
## f_send_pox_inform(msg=MSG_TRAFFIC_FIRED) # sock.send(MSG_TRAFFIC_FIRED)
#print self.pidHistDict
raw_input("Press enter to continue") #os.system("pause")
self.bwmParserObj = BwmCsvParser(NETBW_FILE)
#print self.bwmParserObj.pars_status , self.bwmParserObj.memDepth , self.bwmParserObj.start_intName
print self.bwmParserObj.f_getMapOut(self.resMeasKeys)
self.traffic_in = f_scaleTraffic(
self.bwmParserObj.f_getMapOut(self.hostMeasKeys), J1TRAFFIC_SCALE *
self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
print self.traffic_in
self.f_initSolver()
self.f_getRatioDict(self.m_solver.o_ratioList)
#print self.ratioDict
# f_send_pox_inform_mn(msg=str(TEM_ratio))
f_send_pox_inform_mn(msg=str(self.ratioDict))
# raw_input("FMIN slover") #os.system("pause")
#############################################
time.sleep(0.81)
self.bwmParserObj.f_readNew()
rawMeasureData = f_scaleTraffic(
self.bwmParserObj.f_getMapOut(self.resMeasKeys), J1TRAFFIC_SCALE *
self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
self.m_recorder.bwMeasure = [RECORD_ONCE, rawMeasureData]
for t in range(3):
time.sleep(0.8)
self.bwmParserObj.f_readNew()
rawMeasureData = f_scaleTraffic(
self.bwmParserObj.f_getMapOut(self.resMeasKeys),
J1TRAFFIC_SCALE *
self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
print rawMeasureData
self.m_recorder.bwMeasure = [RECORD_MULTI, rawMeasureData]
self.m_recorder.f_analyse()
#############################################
#print self.bwmParserObj.pars_status , self.bwmParserObj.memDepth , self.bwmParserObj.start_intName
print self.bwmParserObj.f_getMapOut(self.resMeasKeys)
print self.bwmParserObj.f_getMapOut(self.hostMeasKeys)
raw_input("Finish recorder") #os.system("pause")
self.bwmParserObj.f_readNew()
#print self.bwmParserObj.pars_status , self.bwmParserObj.memDepth , self.bwmParserObj.start_intName
print self.bwmParserObj.f_getMapOut(self.resMeasKeys)
print self.bwmParserObj.f_getMapOut(self.hostMeasKeys)
self.pidHistDict = f_generate_traffic(self.net, self.topo,
self.hostTraffic_dict_list[0],
self.server_list,
self.iperfPeriod,
self.pidHistDict)
#print self.pidHistDict.pars_status,
raw_input("Press enter to continue") #os.system("pause")
CLI(self.net)
def f_run_test(self):
# start fire traffic
self.pidHistDict = f_generate_traffic(self.net,self.topo,self.hostTraffic_dict_list[0],
self.server_list,self.iperfPeriod,self.pidHistDict)
self.dataCnt += 1
## f_send_pox_inform(msg=MSG_TRAFFIC_FIRED) # sock.send(MSG_TRAFFIC_FIRED)
#print self.pidHistDict
raw_input("Press enter to continue") #os.system("pause")
self.bwmParserObj = BwmCsvParser(NETBW_FILE)
#print self.bwmParserObj.pars_status , self.bwmParserObj.memDepth , self.bwmParserObj.start_intName
print self.bwmParserObj.f_getMapOut(self.resMeasKeys)
self.traffic_in = f_scaleTraffic(self.bwmParserObj.f_getMapOut(self.hostMeasKeys),
J1TRAFFIC_SCALE*self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
print self.traffic_in
self.f_initSolver()
self.f_getRatioDict(self.m_solver.o_ratioList)
#print self.ratioDict
# f_send_pox_inform_mn(msg=str(TEM_ratio))
f_send_pox_inform_mn(msg=str(self.ratioDict))
# raw_input("FMIN slover") #os.system("pause")
#############################################
time.sleep(0.81)
self.bwmParserObj.f_readNew()
rawMeasureData = f_scaleTraffic(self.bwmParserObj.f_getMapOut(self.resMeasKeys),
J1TRAFFIC_SCALE*self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
self.m_recorder.bwMeasure = [RECORD_ONCE,rawMeasureData]
for t in range(3):
time.sleep(0.8)
self.bwmParserObj.f_readNew()
rawMeasureData = f_scaleTraffic(self.bwmParserObj.f_getMapOut(self.resMeasKeys),
J1TRAFFIC_SCALE*self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
print rawMeasureData
self.m_recorder.bwMeasure = [RECORD_MULTI,rawMeasureData]
self.m_recorder.f_analyse()
#############################################
#print self.bwmParserObj.pars_status , self.bwmParserObj.memDepth , self.bwmParserObj.start_intName
print self.bwmParserObj.f_getMapOut(self.resMeasKeys)
print self.bwmParserObj.f_getMapOut(self.hostMeasKeys)
raw_input("Finish recorder") #os.system("pause")
self.bwmParserObj.f_readNew()
#print self.bwmParserObj.pars_status , self.bwmParserObj.memDepth , self.bwmParserObj.start_intName
print self.bwmParserObj.f_getMapOut(self.resMeasKeys)
print self.bwmParserObj.f_getMapOut(self.hostMeasKeys)
self.pidHistDict = f_generate_traffic(self.net,self.topo,self.hostTraffic_dict_list[0],
self.server_list,self.iperfPeriod,self.pidHistDict)
#print self.pidHistDict.pars_status,
raw_input("Press enter to continue") #os.system("pause")
CLI( self.net )
def f_postAveTrafficMeasure(self):
for captureIdx in range(10):
# read bwg-ng output
self.bwmParserObj.f_readNew()
# parse res bandwidth
rawMeasureData = f_scaleTraffic(self.bwmParserObj.f_getMapOut(self.resMeasKeys),
J1TRAFFIC_SCALE*self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
traffic_in = f_scaleTraffic(self.bwmParserObj.f_getMapOut(self.hostMeasKeys),
J1TRAFFIC_SCALE*self.m_inTrafficScaleInv)
print captureIdx
#print rawMeasureData
#print traffic_in
if captureIdx == 0: # first time
self.m_recorder.bwMeasure = [RECORD_ONCE,rawMeasureData]
else: # append results
self.m_recorder.bwMeasure = [RECORD_MULTI,rawMeasureData]
# wait for another results
time.sleep(0.81)
def f_preTrafficCapture(self,trafficIdx):
# initial bwg-ng parser
if trafficIdx==0:
self.bwmParserObj = BwmCsvParser(NETBW_FILE)
self.f_read_multiInput()
else:
self.bwmParserObj.f_readNew()
self.f_read_multiInput()
# raw_input("Press enter to continue")
self.traffic_in = f_scaleTraffic(self.bwmParserObj.f_getMapOut(self.hostMeasKeys),
J1TRAFFIC_SCALE*self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
def f_postAveTrafficMeasure(self):
for captureIdx in range(10):
# read bwg-ng output
self.bwmParserObj.f_readNew()
# parse res bandwidth
rawMeasureData = f_scaleTraffic(
self.bwmParserObj.f_getMapOut(self.resMeasKeys),
J1TRAFFIC_SCALE *
self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
traffic_in = f_scaleTraffic(
self.bwmParserObj.f_getMapOut(self.hostMeasKeys),
J1TRAFFIC_SCALE * self.m_inTrafficScaleInv)
print captureIdx
#print rawMeasureData
#print traffic_in
if captureIdx == 0: # first time
self.m_recorder.bwMeasure = [RECORD_ONCE, rawMeasureData]
else: # append results
self.m_recorder.bwMeasure = [RECORD_MULTI, rawMeasureData]
# wait for another results
time.sleep(0.81)
def f_preTrafficCapture(self, trafficIdx):
# initial bwg-ng parser
if trafficIdx == 0:
self.bwmParserObj = BwmCsvParser(NETBW_FILE)
self.f_read_multiInput()
else:
self.bwmParserObj.f_readNew()
self.f_read_multiInput()
# raw_input("Press enter to continue")
self.traffic_in = f_scaleTraffic(
self.bwmParserObj.f_getMapOut(self.hostMeasKeys), J1TRAFFIC_SCALE *
self.m_inTrafficScaleInv) # D in solver, scale down 1e-7
