def GetProdU():
pdq.Init("")
pdq.streams = pdq.CreateClosed("Production", pdq.TERM, 20.0, 20.0)
pdq.nodes = pdq.CreateNode("CPU", pdq.CEN, pdq.FCFS)
pdq.nodes = pdq.CreateNode("DK1", pdq.CEN, pdq.FCFS)
pdq.nodes = pdq.CreateNode("DK2", pdq.CEN, pdq.FCFS)
pdq.SetDemand("CPU", "Production", 0.30)
pdq.SetDemand("DK1", "Production", 0.08)
pdq.SetDemand("DK2", "Production", 0.10)
pdq.Solve(pdq.APPROX)
return (pdq.GetUtilization("CPU", "Production", pdq.TERM))
ugw = 0.0
umf = 0.0
udsk = [0.0] * FS_DISKS
udasd = [0.0] * MF_DISKS
util = [0.0] * no_nodes # Reset array
for device_idx in range(no_nodes):
node = pdq.GetNode(device_idx)
devname = node["devname"]
# print "Devname ", devname
for work_idx in range(no_streams):
job = pdq.GetJob(work_idx)
trans_name = job["TransName"]
util[device_idx] += 100 * pdq.GetUtilization(devname, trans_name,
pdq.TRANS)
#----- Order of print out follows that in 1993 CMG paper -----------------------
print "Transaction \tLatency(Secs)"
print "----------- \t-----------"
for idx in range(no_streams):
job = pdq.GetJob(idx)
print "%s\t%7.4f" % (job["TransName"], job["TransSysResponse"])
print "\n"
for idx in range(no_nodes):
node = pdq.GetNode(idx)
# print idx, node["devname"]
pdq.SetDemand(cname, wname, gen) # gen + intervene
pdq.SetDemand(BUS, wname, 1.0)
#---------------------------------------------------------------------
pdq.Solve(pdq.APPROX)
#----- Bus utilizations ----------------------------------------------
(no, Wrdop) = intwt(Nrdop)
for i in range(no):
wname = "%s%d" % (RDOP, i)
Ubrd += pdq.GetUtilization(BUS, wname, pdq.TERM)
Ubrd *= Wrdop
if (WBACK):
(no, Wwbop) = intwt(Nwbop)
for i in range(no):
wname = "%s%d" % (WROP, i)
Ubwr += pdq.GetUtilization(BUS, wname, pdq.TERM)
Ubwr *= Wwbop
(no, Winvl) = intwt(Ninvl)