def setupSim():
global data, nodeState, minSeqNo, maxSeqNo, currentSeqNo
global numNodes, totalFinished, out, firstExecution, init_event
# only execute once for all input files
if (firstExecution):
# uart_event = interp.addEventHandler(printUART, UARTMsgSentEvent)
radio_event = interp.addEventHandler(printRadio, RadioMsgSentEvent)
dbg_event = interp.addEventHandler(printDBG, DebugMsgEvent)
adc_event = interp.addEventHandler(ADCread, ADCDataReadyEvent)
firstExecution = False
print("Preparing to simulate using " + filename)
dataList = parseInput.parseFile("xsm",filename)
data = dataList[0]
nodeState = dataList[1]
minSeqNo = dataList[2]
maxSeqNo = dataList[3]
currentSeqNo = {}
for i in nodeState.keys():
currentSeqNo[i] = 0
totalFinished = 0
numNodes = len(nodeState)
sleep(2) # wait for simulator to catch up and update 'motes'
# Check that we have more simulated motes than the largest moteID
# otherwise, the script will never end. (use 'motes' from simcore)
if (max(nodeState.keys()) > len(motes)):
batchOut.write("Skipping file %s.\n" %filename)
batchOut.write("\t File has largest mote ID = %d. The simulator is only simulating %d nodes.\n"
%(max(nodeState.keys()), len(motes)))
batchOut.write("\t The simulator needs to simulate 1 node more than the largest mote ID.\n")
print("Skipping file %s." %filename)
print("\t File has largest mote ID = %d. The simulator is only simulating %d nodes."
%(max(nodeState.keys()), len(motes)))
print("\t The simulator needs to simulate 1 node more than the largest mote ID.")
nextFile()
else:
out = open(outFilename,'w')
print("Outputting to %s" %outFilename)
init_event = interp.addEventHandler(handleInit, TossimInitEvent)
sim.resume() # in case the init event was signaled before scheduling the handler
print "Simulation with " + str(numNodes) + " nodes"
def setupSim():
global data, nodeState, minSeqNo, maxSeqNo, currentSeqNo
global numNodes, totalFinished, out
print("Preparing to simulate using " + filename)
dataList = parseInput.parseFile("xsm",filename)
data = dataList[0]
nodeState = dataList[1]
minSeqNo = dataList[2]
maxSeqNo = dataList[3]
currentSeqNo = {}
for i in nodeState.keys():
currentSeqNo[i] = 0
totalFinished = 0
numNodes = len(nodeState)
sleep(1) #make sure that the simulator has time to update 'motes'
# Check that we have more simulated motes than the largest moteID
# otherwise, the script will never end. (use 'motes' from simcore)
if (max(nodeState.keys()) >= len(motes)):
simLog.write("Skipping file %s.\n" %filename)
simLog.write("\t File has largest mote ID = %d. The simulator is only simulating %d nodes.\n"
%(max(nodeState.keys()), len(motes)))
simLog.write("\t The simulator needs to simulate 1 node more than the largest mote ID.\n")
print("Skipping file %s." %filename)
print("\t File has largest mote ID = %d. The simulator is only simulating %d nodes."
%(max(nodeState.keys()), len(motes)))
print("\t The simulator needs to simulate 1 node more than the largest mote ID.")
else:
out = open(outFilename,'w')
print("Outputting to %s" %outFilename)
print "Simulation with " + str(numNodes) + " nodes"
#uart_event = interp.addEventHandler(printUART, UARTMsgSentEvent)
radio_event = interp.addEventHandler(printRadio, RadioMsgSentEvent)
dbg_event = interp.addEventHandler(printDBG, DebugMsgEvent)
adc_event = interp.addEventHandler(ADCread, ADCDataReadyEvent)
init_event = interp.addEventHandler(handleInit, TossimInitEvent)
sim.resume() #in case we miss an init_event signaled earlier
