def main():
try:
opts, args = getopt.getopt(sys.argv[1:], "ho:", ["help",
"protocol=","claims=","run-max=","run-step=",
"output=","output-if","tools="])
except:
print "Could not parse arguments."
usage()
sys.exit(1)
if args != []:
print "Superflous arguments %s not recognized." % args
usage()
sys.exit(1)
# Init
Report.replog("Scanning main")
prots = gatherClaims()
Report.replog(repr(prots)+"\n")
# Parse options
(runmin,runmax,runstep) = TestConfig.getMaxProc()
filter = None
fclaim = None
TestConfig.setGlobalOptions() # Init global dict
for o,a in opts:
if o in ("-h","--help"):
usage()
sys.exit()
elif o == "--protocol":
filter = a
elif o == "--claims":
fclaim = a
elif o == "--tools":
go = TestConfig.setGlobalOption("tools",a.split(","))
elif o == "--run-max":
runmax = int(a)
if runmax < runmin:
runmin = runmax
elif o == "--run-step":
runstep = int(a)
if runstep <= 0:
assert False, "Run step number must be more than 0"
elif o in ["-o","--output"]:
Report.setFile(a)
elif o == "--output-if":
TestConfig.addGlobalOption(o)
else:
uo = "Unhandled option '%s'" % o
assert False, uo
proc = runmin
while proc <= runmax:
to = TestConfig.getTimeout(maxproc=proc)
Report.separator()
Report.replog("Testing performance for MaxProc(%i) from range (%i,%i,%i)" % (proc,runmin,runmax,runstep ))
Report.replog("Using timeout of %i seconds" % (to))
Report.replog("Current time and date: %s" % (time.asctime()))
Report.separator()
if filter in prots.keys():
doProtocol(prots,filter,fclaim,maxproc=proc)
else:
for pn in prots.keys():
doProtocol(prots,pn,maxproc=proc)
proc += runstep
