burst_num = 0
urg_burst_sum = 0
for ptuple in processList:
burst_num += ptuple[3]
urg_burst_sum += ptuple[2] * ptuple[3]
outfile = open("simout.txt", "w")
for qtype in queueTypeList:
for mtype in memTypeList:
print "time 0ms: Simulator started for RR (t_slice 80) and ",
sys.stdout.write(mtype[:-3].capitalize()+"-"+mtype[-3:].capitalize())
print ""
cpu = CPU(queuetype=qtype, memtype = mtype)
for ptuple in processList:
cpu.addProcess(ProcessInfo(*ptuple))
cpu.run()
print ""
print ""
outfile.write("Algorithm %s with %s\n" %(qtype, mtype))
#outfile.write("-- average CPU burst time: %.2f ms\n" % (1.0 * cpu.burstTimeSum/burst_num))
outfile.write("-- average CPU burst time: %.2f ms\n" % (1.0 * urg_burst_sum/burst_num))
outfile.write("-- average wait time: %.2f ms\n" %(1.0 * cpu.waitTimeSum/ cpu.waitTimeNum))
outfile.write("-- average turnaround time: %.2f ms\n" %(1.0 * cpu.waitTimeSum/ cpu.waitTimeNum + urg_burst_sum/burst_num))
outfile.write("-- time spent on defragmentation : %.2f ms %.2f/100\n" %(cpu.defragtime, (100.0 * cpu.defragtime / urg_burst_sum) ))
outfile.write("-- total number of context switches: %d\n" % cpu.contentSwitchSum)
outfile.close()
