Esempi in Python per TossimLib.usage

Esempio n. 1

File: mqe-exp.py Progetto: riccardotommasini/qosa-snee

def usage():
    print 'Usage: exp-rt-score.py [-options]'
    print '\t\tto run the experiment.\n'
    print 'where options include:'
    print '-h, --help\tdisplay this message'
    print '--short\tdo a short run of the regTests'

    print '\nFor all tests:'
    print '--sneeql-root=<dir> \n\tdefault: ' + optSneeqlRoot
    print '--num-epochs=<sec> \n\tdefault: ' + str(optNumEpochs)
    print '--ouput-root=<dir> \n\tdefault: ' + str(optOutputRoot)
    print '--timestamp-output \n\tdefault: ' + str(optTimeStampOutput)
    print '--do-tossim \n\tdefault: ' + str(optDoTossim)
    print '--do-avrora \n\tdefault: ' + str(optDoAvrora)
    print '--num-avrora-runs \n\tdefault: ' + str(optNumAvroraRuns)
    print '--tossim-sync-time \n\tdefault: ' + str(optTossimSyncTime)
    print '--do-avrora-individual-queries \n\tdefault: ' + str(
        optDoAvroraIndividualQueries)
    print '--do-tossim-individual-queries \n\tdefault: ' + str(
        optDoTossimIndividualQueries)

    print '--generate-random-network=[True|False] \n\tdefault: ' + str(
        optGenerateRandomNet)
    print '\nIf a pre-existing network is to be used:'
    print '--sneeql-network-file=<file> \n\tdefault: ' + str(optSneeqlNetFile)
    print '--avrora-network-file=<file> \n\tdefault: ' + str(
        optAvroraNetFile
    ) + '\n\tif not provided freespace radio model won\'t be used by Avrora'
    print '\nIf a network is to be generated	:'
    print '--net-num-nodes=<n> \n\tdefault: ' + str(optNetNumNodes)
    print '--net-x-dim=<n> \n\tdefault: ' + str(optNetXDim)
    print '--net-y-dim=<n> \n\tdefault: ' + str(optNetYDim)

    print '\nPhysical schema options:'
    print '--generate-random-schemas=[True|False] \n\tdefault: ' + str(
        optGenerateRandomSchemas)
    print '--num-schemas=<num> \n\tdefault: ' + str(
        optNumSchemas) + "\n\tonly applies if generate-random-schemas=True"
    print '--schema-file=<file> \n\tdefault: ' + str(
        optSchemaFile) + "\n\tonly applies if generate-random-schemas=False"

    print '\nScenarios to be tested:'
    print '--query-set=[Q1,Q2,..Qn] \n\tdefault: ' + str(optQuerySet)
    print '--sinks=[N1,N2,..Nn] \n\tdefault: ' + str(optSinks)
    print '--acq-rates=[a1,..,an] \n\t default: ' + str(optAcqRates)
    print '--max-buffering-factors=[b1..bn] \n\t default: ' + str(
        optMaxBufferingFactors)
    print '--max-delivery-time=[D1..Dn] \n\t default: ' + str(
        optMaxDeliveryTime)

    SneeqlLib.usage()
    TossimLib.usage()
    AvroraLib.usage()
    RandomSeeder.usage()

Esempio n. 2

File: exp-comp.py Progetto: riccardotommasini/qosa-snee

def usage():
	print 'Usage: regTests.py [-options]'
	print '\t\tto run the experiment.\n'
	print 'where options include:'
	print '-h, --help\tdisplay this message'
	print '--short\tdo a short run of the regTests'
	
	print '\nFor all tests:'
	print '--sneeql-root=<dir> \n\tdefault: '+ optSneeqlRoot
	print '--num-agenda-evals=<n> \n\tdefault: ' + str(optNumAgendaEvals)
	print '--query-duration=<secs>' + str(optQueryDuration)
	print '--ouput-root=<dir> \n\tdefault: ' + str(optOutputRoot)
	print '--timestamp-output \n\tdefault: ' + str(optTimeStampOutput)
	print '--do-tossim \n\tdefault: ' + str(optDoTossim)
	print '--do-avrora \n\tdefault: ' + str(optDoAvrora)
	print '--num-avrora-runs \n\tdefault: ' + str(optNumAvroraRuns)
	print '--tossim-sync-time \n\tdefault: ' + str(optTossimSyncTime)
	print '--do-avrora-candidates \n\tdefault: ' + str(optDoAvroraCandidates)
	print '--do-tossim-candidates \n\tdefault: ' + str(optDoTossimCandidates)
	print '--do-model: ' + str(optDoModel)

	print '--generate-random-network=[True|False] \n\tdefault: '+str(optGenerateRandomNet)
	print '\nIf a pre-existing network is to be used:'
	print '--sneeql-network-file=<file> \n\tdefault: '+ str(optSneeqlNetFile)
	print '--avrora-network-file=<file> \n\tdefault: '+ str(optAvroraNetFile) + '\n\tif not provided freespace radio model won\'t be used by Avrora'
	print '\nIf a network is to be generated	:'
	print '--net-num-nodes=<n> \n\tdefault: ' + str(optNetNumNodes)
	print '--net-x-dim=<n> \n\tdefault: ' + str(optNetXDim)
	print '--net-y-dim=<n> \n\tdefault: ' + str(optNetYDim)
	
	print '\nPhysical schema options:'
	print '--generate-random-schemas=[True|False] \n\tdefault: '+ str(optGenerateRandomSchemas)
	print '--num-schemas=<num> \n\tdefault: ' + str(optNumSchemas) + "\n\tonly applies if generate-random-schemas=True"
	print '--schema-file=<file> \n\tdefault: ' + str(optSchemaFile) + "\n\tonly applies if generate-random-schemas=False"
	
	print '\nScenarios to be tested:'
	print '--queries=[Q1..Qn] \n\tdefault: '+ str(optQueries)
	print '--acq-rates=[a1,..,an] \n\t default: ' + str(optAcqRates)
	print '--max-buffering-factors=[b1..bn] \n\t default: ' + str(optMaxBufferingFactors)

	print '--qos-aware-routing=[True|False] \n\tdefault:' + str(optQoSAwareRouting) #Move to sneeqlLib
	print '--routing-trees-to-generate=<n> \n\tdefault: ' + str(optRoutingTreesToGenerate) #Move to sneeqlLib
	print '--routing-trees-to-keep=<n> \n\tdefault: ' + str(optRoutingTreesToKeep) #Move to sneeqlLib
	print '--qos-aware-where-scheduling=[True|False] \n\tdefault:' + str(optQoSAwareWhereScheduling) #Move to sneeqlLib
	print '--qos-aware-when-scheduling=[True|False] \n\tdefault:' + str(optQoSAwareWhenScheduling) #Move to sneeqlLib

	SneeqlLib.usage()
	TossimLib.usage()
	AvroraLib.usage()
	RandomSeeder.usage()

Esempio n. 3

File: regTests.py Progetto: riccardotommasini/qosa-snee

def usage():
	print 'Usage: regTests.py [-options]'
	print '\t\tto run the experiment.\n'
	print 'where options include:'
	print '-h, --help\tdisplay this message'
	print '--short\tdo a short run of the regTests'
	
	print '\nFor all tests:'
	print '--sneeql-root=<dir> \n\tdefault: '+ optSneeqlRoot
	print '--num-epochs=<sec> \n\tdefault: ' + str(optNumEpochs)
	print '--ouput-root=<dir> \n\tdefault: ' + str(optOutputRoot)
	print '--timestamp-output \n\tdefault: ' + str(optTimeStampOutput)
	print '--targets={avrora1,avrora2,tossim1,tossim2,insense} \n\tdefault: ' + str(optTargets)
	print '--num-avrora-runs \n\tdefault: ' + str(optNumAvroraRuns)
	print '--tossim-sync-time \n\tdefault: ' + str(optTossimSyncTime)
	print '--do-avrora-candidates \n\tdefault: ' + str(optDoAvroraCandidates)
	print '--do-tossim-candidates \n\tdefault: ' + str(optDoTossimCandidates)

	print '--generate-random-network=[True|False] \n\tdefault: '+str(optGenerateRandomNet)
	print '\nIf a pre-existing network is to be used:'
	print '--sneeql-network-file=<file> \n\tdefault: '+ str(optSneeqlNetFile)
	print '--avrora-network-file=<file> \n\tdefault: '+ str(optAvroraNetFile) + '\n\tif not provided freespace radio model won\'t be used by Avrora'
	print '\nIf a network is to be generated	:'
	print '--net-num-nodes=<n> \n\tdefault: ' + str(optNetNumNodes)
	print '--net-x-dim=<n> \n\tdefault: ' + str(optNetXDim)
	print '--net-y-dim=<n> \n\tdefault: ' + str(optNetYDim)
	
	print '\nPhysical schema options:'
	print '--generate-random-schemas=[True|False] \n\tdefault: '+ str(optGenerateRandomSchemas)
	print '--num-schemas=<num> \n\tdefault: ' + str(optNumSchemas) + "\n\tonly applies if generate-random-schemas=True"
	print '--schema-file=<file> \n\tdefault: ' + str(optSchemaFile) + "\n\tonly applies if generate-random-schemas=False"
	
	print '\nScenarios to be tested:'
	print '--queries=[Q1..Qn] \n\tdefault: '+ str(optQueries)
	print '--acq-rates=[a1,..,an] \n\t default: ' + str(optAcqRates)
	print '--max-buffering-factors=[b1..bn] \n\t default: ' + str(optMaxBufferingFactors)
	print '--test-all=[True|False] \n\tdefault: '+ str(optTestAll)

	print '\nExperiment Parameters:'
	print '--led-debug\n\tdefault: ' + str(optLedDebug)
	
	SneeqlLib.usage()
	TossimLib.usage()
	AvroraLib.usage()
	RandomSeeder.usage()
	checkTupleCount.usage()

Esempio n. 4

def usage():
    print 'Usage: regTests.py [-options]'
    print '\t\tto run the experiment.\n'
    print 'where options include:'
    print '-h, --help\tdisplay this message'
    print '--short\tdo a short run of the regTests'

    print '\nFor all tests:'
    print '--sneeql-root=<dir> \n\tdefault: ' + optSneeqlRoot
    print '--sim-duration=<sec> \n\tdefault: ' + str(optSimDuration)
    print '--ouput-root=<dir> \n\tdefault: ' + str(optOutputRoot)
    print '--timestamp-output \n\tdefault: ' + str(optTimeStampOutput)
    print '--do-tossim \n\tdefault: ' + str(optDoTossim)
    print '--do-avrora \n\tdefault: ' + str(optDoAvrora)
    print '--num-avrora-runs \n\tdefault: ' + str(optNumAvroraRuns)
    print '--tossim-sync-time \n\tdefault: ' + str(optTossimSyncTime)
    print '--do-avrora-candidates \n\tdefault: ' + str(optDoAvroraCandidates)
    print '--do-tossim-candidates \n\tdefault: ' + str(optDoTossimCandidates)

    print '--sneeql-network-file=<file> \n\tdefault: ' + str(optSneeqlNetFile)
    print '--net-num-nodes=<n> \n\tdefault: ' + str(optNetNumNodes)

    print '\nPhysical schema options:'
    print '--schema-file=<file> \n\tdefault: ' + str(
        optSchemaFile) + "\n\tonly applies if generate-random-schemas=False"

    print '\nScenarios to be tested:'
    print '--queries=[Q1..Qn] \n\tdefault: ' + str(optQueries)
    print '--acq-rates=[a1,..,an] \n\t default: ' + str(optAcqRates)
    print '--max-buffering-factors=[b1..bn] \n\t default: ' + str(
        optMaxBufferingFactors)
    print '--delivery-times=[D1..Dn] \n\t default: ' + str(optDeliveryTimes)
    print '--test-all=[True|False] \n\tdefault: ' + str(optTestAll)

    print '\nExperiment Parameters:'
    print '--x-val-type=[acq|del|bf]' + str(optXValType)
    print '--led-debug\n\tdefault: ' + str(optLedDebug)

    SneeqlLib.usage()
    TossimLib.usage()
    AvroraLib.usage()
    RandomSeeder.usage()
    checkTupleCount.usage()