if o == '-n':
numberofresults = int(a)
if o == '-v' or o == '--verbose':
verbose = True
if o == '-j':
jobid = int(a)
if verbose:
print 'This script generates automatic suggestions for optimization'
config = sniper_lib.get_config(jobid=jobid, resultsdir=resultsdir)
if verbose:
print "parsing functions from sim.rtntrace"
for fn in ("sim.rtntrace", "rtntrace.out"):
rtntrace = sniper_lib.get_results_file(filename=fn,
jobid=jobid,
resultsdir=resultsdir)
if rtntrace:
break
functions, total = functionparser.parseFunctions(inputdata=rtntrace)
optimizationlist = runModules(functions, config)
totaltime = total["nonidle_elapsed_time"]
print
print "Overall best optimizations"
printResult(optimizationlist, totaltime, numberofresults, functions)
print
print "Overall best combined optimizations"
combinedlist = runCombinedModules(functions, config)
printResult(combinedlist, totaltime, numberofresults, functions)
if o == "-d":
resultsdir = a
if o == "-n":
numberofresults = int(a)
if o == "-v" or o == "--verbose":
verbose = True
if o == "-j":
jobid = int(a)
if verbose:
print "This script generates automatic suggestions for optimization"
config = sniper_lib.get_config(jobid=jobid, resultsdir=resultsdir)
if verbose:
print "parsing functions from sim.rtntrace"
for fn in ("sim.rtntrace", "rtntrace.out"):
rtntrace = sniper_lib.get_results_file(filename=fn, jobid=jobid, resultsdir=resultsdir)
if rtntrace:
break
functions, total = functionparser.parseFunctions(inputdata=rtntrace)
optimizationlist = runModules(functions, config)
totaltime = total["core_elapsed_time"]
print
print "Overall best optimizations"
printResult(optimizationlist, totaltime, numberofresults, functions)
print
print "Overall best combined optimizations"
combinedlist = runCombinedModules(functions, config)
printResult(combinedlist, totaltime, numberofresults, functions)
def readInputData(inputfile): global functiondata, total functiondata, total = functionparser.parseFunctions(inputfile)
def readInputData(inputfile): global functiondata, total functiondata, total = functionparser.parseFunctions(inputfile)
