def statit():
print "~%d / %d"%(queue.qsize(), len(totalFiles))
if running: threading.Timer(poll, statit).start()
for k in pDict.keys():
c = graphData.setdefault(k, {
'gMax':[], 'gAvg':[], 'cMin':[], 'cMax':[]
})
c['gMax'].append(smax(pDict[k])) #graph max
c['gAvg'].append(savg(pDict[k])) #graph average
c['cMin'].append(smin(cycleDict[k])) #cycle minimum
c['cMax'].append(smax(cycleDict[k])) #cycle max
#clear cycle statistics
for k in cycleDict.keys():
pDict[k] = pDict[k]+cycleDict[k]
cycleDict[k] = []
def getTextReport(tresults):
rtn = ""
rtn += "%s, FINISHED with %s users on %s items in %0.2fs\nFinished @ %s\n"%(
tresults['TNAME'], tresults['USERS'], len(tresults['ITEMS']), tresults['TIME'], time.asctime())
for step in serverDict.keys():
rtn += "\n%s used %d times.\n"%(step, serverDict[step])
rtn += "-"*70
averages = {
'min':0, 'max':0, 'avg':0
}
for step in sorted(pDict.keys()):
c = pDict[step]
rtn += "\n%s \n\tmin:%0.3fs \tavg:%0.3fs \tmax:%0.3fs"%(step, smin(c), savg(c), smax(c))
averages['min'] += smin(c)
averages['avg'] += savg(c)
averages['max'] += smax(c)
a = len(pDict.keys())
rtn += "\n\n\n\tmin:%0.3fs \tavg:%0.3fs \tmax:%0.3fs\n"%(averages['min']/a, averages['avg']/a, averages['max']/a)
rtn += "\n\nBandwidth accumulated\n"
rtn += "-"*70
averages = {
'up':0, 'down':0
}
for step in sorted(trafficDict.keys()):
rtn += "\n%s \n\tdownload:%9s \tupload:%9s"%(step, conversions.convert_bytes(trafficDict[step]['download']), conversions.convert_bytes(trafficDict[step]['upload']))
averages['up'] += trafficDict[step]['upload']
averages['down'] += trafficDict[step]['download']
rtn += '\n\n\n\tdownload:%9s \tupload:%9s\n'%(conversions.convert_bytes(averages['down']), conversions.convert_bytes(averages['up']))
rtn += "\n\nKnown errors\n"
rtn += "-"*70
total = 0
for step in sorted(errorDict.keys()):
rtn += "\n%25s count: %d"%(step, errorDict[step])
total += errorDict[step]
rtn += "\nTotal:%d"%(total)
rtn += "\n\nItems used: \n"
rtn += "-"*70
for step in tresults['ITEMS']:
rtn += "\n" + str(step)
return rtn
def getTextReport(tresults):
rtn = ""
rtn += "Test:%s, FINISHED with %s users on %s items in %0.2fs\n Finished@%s\n"%(
tresults['TNAME'], tresults['USERS'], len(tresults['ITEMS']), tresults['TIME'], time.asctime())
for step in serverDict.keys():
rtn += "\n%25s, %d users."%(step, serverDict[step])
rtn += "\n"
for step in pDict.keys():
c = pDict[step]
rtn += "\n%25s, \tmin:%0.3fs \tavg:%0.3fs \tmax:%0.3fs"%(step, smin(c), savg(c), smax(c))
rtn += "\n\nBandwidth accumulated\n"
for step in trafficDict.keys():
rtn += "\n%25s, \tdownload:%20s \tupload:%20s"%(step, conversions.convert_bytes(trafficDict[step]['download']), conversions.convert_bytes(trafficDict[step]['upload']))
rtn += "\n\nKnown errors\n"
for step in errorDict.keys():
rtn += "\n%25s, count: %d"%(step, errorDict[step])
return rtn
