def __runTest2KP(self,test,repetitions,triple):
# connessione automatica
smartSpace=SmartSpaceData()
smartSpace.setSmartSpaceName("X")
smartSpace.setIPADDR("localhost")
smartSpace.setPort(10010)
if not smartSpace.joinSpace():
sys.exit('Could not join to Smart Space')
node=smartSpace.getNode()
ss_handle = smartSpace.getSmartSpace()
elapsedTime=[]
if test == "insert":
for index in range(repetitions):
qs=node.CreateInsertTransaction(ss_handle)
start=time.time()
qs.send(triple, confirm = True)
elapsedTime.append(time.time()-start)
node.CloseInsertTransaction(qs)
qs=node.CreateRemoveTransaction(ss_handle)
qs.remove(triple, confirm = True)
node.CloseRemoveTransaction(qs)
if test == "remove":
for index in range(repetitions):
qs=node.CreateInsertTransaction(ss_handle)
qs.send(triple, confirm = True)
node.CloseInsertTransaction(qs)
qs=node.CreateRemoveTransaction(ss_handle)
start=time.time()
qs.remove(triple, confirm = True)
elapsedTime.append(time.time()-start)
node.CloseRemoveTransaction(qs)
smartSpace.leaveSpace()
return sum(elapsedTime)/len(elapsedTime)
from M3Utility.SubscriptionPerformanceTest import *
from M3Utility.ProtectionPerformanceTest import *
from M3Utility.Utility import SmartSpaceData
from M3Utility.StringPerformanceTest import *
from time import sleep
import os
if __name__ == "__main__":
# connessione automatica
smartSpace=SmartSpaceData()
smartSpace.setSmartSpaceName("X")
smartSpace.setIPADDR("localhost")
smartSpace.setPort(10010)
if not smartSpace.joinSpace():
sys.exit('Could not join to Smart Space')
node=smartSpace.getNode()
ss_handle = smartSpace.getSmartSpace()
# creazione grafo
pieces=[]
pieces.append(PieceOfRDFGraph("ClasseA","IstanzaA","AttributoA"))
pieces.append(PieceOfRDFGraph("ClasseB","IstanzaB","AttributoB"))
pieces.append(PieceOfRDFGraph("ClasseC","IstanzaC","AttributoC"))
pieces.append(PieceOfRDFGraph("ClasseD","IstanzaD","AttributoD"))
pieces.append(PieceOfRDFGraph("ClasseE","IstanzaE","AttributoE"))
pieces.append(PieceOfRDFGraph("ClasseF","IstanzaF","AttributoF"))
pieces.append(PieceOfRDFGraph("ClasseG","IstanzaG","AttributoG"))
pieces.append(PieceOfRDFGraph("ClasseH","IstanzaH","AttributoH"))