def startClients(reactor, runTimeInfo, UrlList, targetClients, timeout, intervalTime=0, stepNums=0): global SummaryList global RequestPerConnection global IsRun global MaxRequests global RequestSleepTime global PipelineNum global Clients moreClients = targetClients - len(Clients) if stepNums != 0 and moreClients > stepNums: moreClients = stepNums; prevSize = len(Clients) for i in range(0, moreClients): MIN = "0107777%04d" % (i + prevSize) c = eh.eh(reactor, runTimeInfo, RequestPerConnection, UrlList, MaxRequests, HostIP, Port, RequestSleepTime, MIN, PipelineNum) c.start() Clients.append(c) print "%d Clients started" % moreClients return moreClients
def startRequest(reactor, runTimeInfo, UrlList, targetClients, timeout):
global SummaryList
global RequestPerConnection
global IsRun
global MaxRequests
global RequestSleepTime
global PipelineNum
IsRun = True
Clients = []
for i in range(0, targetClients):
MIN = "0100000%04d" % (i+1)
c = eh.eh(reactor, runTimeInfo, RequestPerConnection, UrlList, MaxRequests, HostIP, Port, RequestSleepTime, MIN, PipelineNum)
c.start()
Clients.append(c)
if RequestSleepTime > 0.0:
try:
time.sleep(RequestSleepTime/targetClients)
except:
pass
sys.stdout.write(".")
sys.stdout.flush()
print ""
programTimeout = time.time() + timeout
programStartTime = time.time()
# event loop
oldRequestNum = 0
while IsRun:
newRequestNum = len(runTimeInfo)
diffRequestNum = newRequestNum - oldRequestNum
oldRequestNum = newRequestNum
if log.getLogLevel() == 0:
d = time.localtime(time.time())
dstr = "%02d:%02d:%02d" % (d[3], d[4], d[5])
if timeout > 0:
leftTime = programTimeout - time.time()
print dstr, "Clients: %d/%d, Request: %d(+%3d), ConFail: %d, Timeout: %d, Recv: %.1fM, LeftTime: %dsec" % \
(getConnectionCount(Clients), len(Clients), newRequestNum, diffRequestNum, getConnectionFailCount(Clients), getSelectTimeoutCount(Clients), getRecvDataSize(Clients)/1024.0/1024.0, leftTime)
elif MaxRequests > 0:
print dstr, "Clients: %d/%d, Request: %d(+%3d)/%d, ConFail: %d, Timeout: %d, Recv: %.1fM" % \
(getConnectionCount(Clients), len(Clients), newRequestNum, diffRequestNum, MaxRequests, getConnectionFailCount(Clients), getSelectTimeoutCount(Clients), getRecvDataSize(Clients)/1024.0/1024.0)
else:
print dstr, "Clients: %d/%d, Request: %d(+%3d), ConFail: %d, Timeout: %d, Recv: %.1fM" % \
(getConnectionCount(Clients), len(Clients), newRequestNum, diffRequestNum, getConnectionFailCount(Clients), getSelectTimeoutCount(Clients), getRecvDataSize(Clients)/1024.0/1024.0)
# 종료 조건 확인
if MaxRequests > 0 and len(runTimeInfo) >= MaxRequests:
IsRun = False
break
if timeout > 0 and programTimeout < time.time():
break
try:
time.sleep(1)
except:
pass
for c in Clients:
c.isRun = False
programEndTime = time.time()
programRunTime = programEndTime - programStartTime
for c in Clients:
c.join()
c.close()
del c
strSummary = getSummary(runTimeInfo, programRunTime, getConnectionSuccessCount(Clients), targetClients, getConnectionFailCount(Clients), getSelectTimeoutCount(Clients), getActiveClose(Clients))
print "-----------------------------------------------------------------------"
print strSummary
#filename = "c%03d_sizeBasedTime.csv" % targetClients
#saveSizeBasedTime(filename, runTimeInfo, strSummary)
#filename = "c%03d_runTimeInfo.csv" % targetClients
#saveRunTimeInfo(filename, runTimeInfo)
stats = getSummaryStats(runTimeInfo, programRunTime, getConnectionSuccessCount(Clients), targetClients, getConnectionFailCount(Clients), getSelectTimeoutCount(Clients), getActiveClose(Clients))
return stats
