ScenariosPool = []
for numberOfConsumers in numberOfConsumersVector:
for nodeSpeed in nodeSpeeds:
for size in dataSizes:
for rep in range(0, numberOfRepititions):
for strategy in strategies:
mobilityFileLocation = tempFileLocation + "/" + rand_str(20)
generateRandomWayPointMobilityTrace(output_direcctory=mobilityFileLocation,nodes=str(numberOfNode),width=str(simulationAreaWidht)
,height=str(simulationAreaHeight),speed=str(nodeSpeed), duration=str(simulationDuration))
contentCatalogLocation = tempFileLocation +"/" +rand_str(20)
generateCotnentCatalogFile(contentCatalogLocation,fileSize=fileSize,chunkSize=size,numberOfFiles=numberOfFiles)
s = Scenario()
s.command = command
s.bufferSize = bufferSize
s.contentCatalogPath = contentCatalogLocation
s.dataBaseLocation = dataBaseLocation
s.mobilityTraceFile = mobilityFileLocation + ".ns_movements"
s.numberOfConsumers = numberOfConsumers
s.numberOfProducers = numberOfProducers
s.numberOfRequestedFiles = numberOfRequestedFiles
s.strategy = strategy
s.zipfDistributionQParameter = zipfDistributionQParameter
s.zipfDistributionSParameter = zipfDistributionSParameter
s.wifiStandard = wifiStandard
s.wifiMode = wifiDataMode
ScenariosPool.append(s)
pool = ThreadPool(numberOfThreads)
