def request_benchmark(cmds):
#This is the function with which the server listens on the given port
#cmds is a list of dictionaries: each dictionary is a set of cmsPerfSuite commands to run.
#Most common use will be only 1 dictionary, but for testing with reproducibility and statistical errors
#one can easily think of sending the same command 10 times for example and then compare the outputs
global _outputdir, _reqnumber
print "Commands received running perfsuite for these jobs:"
print cmds
sys.stdout.flush()
try:
# input is a list of dictionaries each defining the
# keywords to cmsperfsuite
outs = []
cmd_num = 0
exists = True
#Funky way to make sure we create a directory request_n with n = serial request number (if the server is running for a while
#and the client submits more than one request
#This should never happen since _reqnumber is a global variable on the server side...
while exists:
topdir = os.path.join(_outputdir,"request_" + str(_reqnumber))
exists = os.path.exists(topdir)
_reqnumber += 1
os.mkdir(topdir)
#Going through each command dictionary in the cmds list (usually only 1 such dictionary):
for cmd in cmds:
curperfdir = os.path.abspath(os.path.join(topdir,str(cmd_num)))
if not os.path.exists(curperfdir):
os.mkdir(curperfdir)
logfile = os.path.join(curperfdir, "cmsPerfSuite.log")
if os.path.exists(logfile):
logfile = logfile + str(cmd_num)
print cmd
if 'cpus' in cmd:
if cmd['cpus'] == "All":
print "Running performance suite on all CPUS!\n"
cmd['cpus']=""
for cpu in range(cmsCpuInfo.get_NumOfCores()):
cmd["cpus"]=cmd["cpus"]+str(cpu)+","
cmd["cpus"]=cmd["cpus"][:-1] #eliminate the last comma for cleanliness
print "I.e. on cpus %s\n"%cmd["cpus"]
#Not sure this is the most elegant solution... we keep cloning dictionaries...
cmdwdefs = {}
cmdwdefs["castordir" ] = getCPSkeyword("castordir" , cmd)
cmdwdefs["perfsuitedir" ] = curperfdir
cmdwdefs["TimeSizeEvents" ] = getCPSkeyword("TimeSizeEvents" , cmd)
cmdwdefs["TimeSizeCandles" ] = getCPSkeyword("TimeSizeCandles" , cmd)
cmdwdefs["TimeSizePUCandles" ] = getCPSkeyword("TimeSizePUCandles" , cmd)
cmdwdefs["IgProfEvents" ] = getCPSkeyword("IgProfEvents" , cmd)
cmdwdefs["IgProfCandles" ] = getCPSkeyword("IgProfCandles" , cmd)
cmdwdefs["IgProfPUCandles" ] = getCPSkeyword("IgProfPUCandles" , cmd)
cmdwdefs["CallgrindEvents" ] = getCPSkeyword("CallgrindEvents" , cmd)
cmdwdefs["CallgrindCandles"] = getCPSkeyword("CallgrindCandles" , cmd)
cmdwdefs["CallgrindPUCandles"] = getCPSkeyword("CallgrindPUCandles" , cmd)
cmdwdefs["MemcheckEvents" ] = getCPSkeyword("MemcheckEvents" , cmd)
cmdwdefs["MemcheckCandles" ] = getCPSkeyword("MemcheckCandles" , cmd)
cmdwdefs["MemcheckPUCandles" ] = getCPSkeyword("MemcheckPUCandles" , cmd)
cmdwdefs["cmsScimark" ] = getCPSkeyword("cmsScimark" , cmd)
cmdwdefs["cmsScimarkLarge" ] = getCPSkeyword("cmsScimarkLarge" , cmd)
cmdwdefs["cmsdriverOptions"] = getCPSkeyword("cmsdriverOptions", cmd)
cmdwdefs["stepOptions" ] = getCPSkeyword("stepOptions" , cmd)
cmdwdefs["quicktest" ] = getCPSkeyword("quicktest" , cmd)
cmdwdefs["profilers" ] = getCPSkeyword("profilers" , cmd)
cmdwdefs["cpus" ] = getCPSkeyword("cpus" , cmd)
cmdwdefs["cores" ] = getCPSkeyword("cores" , cmd)
cmdwdefs["prevrel" ] = getCPSkeyword("prevrel" , cmd)
# cmdwdefs["candles" ] = getCPSkeyword("candles" , cmd)
# cmdwdefs["isAllCandles" ] = len(Candles) == len(cmdwdefs["candles"]) #Dangerous: in the _DEFAULTS version this is a boolean!
cmdwdefs["bypasshlt" ] = getCPSkeyword("bypasshlt" , cmd)
cmdwdefs["runonspare" ] = getCPSkeyword("runonspare" , cmd)
cmdwdefs["logfile" ] = logfile
logh = open(logfile,"w")
logh.write("This perfsuite run was configured with the following options:\n")
#logh.write(str(cmdwdefs) + "\n")
for key in cmdwdefs.keys():
logh.write(key + "\t" +str(cmdwdefs[key])+"\n")
logh.close()
print "Calling cmsPerfSuite.main() function\n"
cpsInputArgs=[
#"-a",cmdwdefs["castordir"],
"-t",cmdwdefs["TimeSizeEvents" ],
"--RunTimeSize",cmdwdefs["TimeSizeCandles"],
"-o",cmdwdefs["perfsuitedir" ],
#"-i",cmdwdefs["IgProfEvents" ],
#"--RunIgProf",cmdwdefs["RunIgProf" ],
#"-c",cmdwdefs["CallgrindEvents" ],
#"--RunCallgrind",cmdwdefs["RunCallgrind" ],
#"-m",cmdwdefs["MemcheckEvents"],
#"--RunMemcheck",cmdwdefs["RunMemcheck"],
"--cmsScimark",cmdwdefs["cmsScimark" ],
"--cmsScimarkLarge",cmdwdefs["cmsScimarkLarge" ],
"--cmsdriver",cmdwdefs["cmsdriverOptions"],
"--step",cmdwdefs["stepOptions" ],
#"--quicktest",cmdwdefs["quicktest" ],
#"--profile",cmdwdefs["profilers" ],
"--cpu",cmdwdefs["cpus" ],
"--cores",cmdwdefs["cores" ],
#"--prevrel",cmdwdefs["prevrel" ],
# "--candle",cmdwdefs["candles" ],
#"--bypass-hlt",cmdwdefs["bypasshlt" ],
"--notrunspare"#,cmdwdefs["runonspare" ]#,
#"--logfile",cmdwdefs["logfile" ]
]
print cpsInputArgs
cps.main(cpsInputArgs)
print "Running of the Performance Suite is done!"
#logreturn is false... so this does not get executed
#Maybe we can replace this so that we can have more verbose logging of the server activity
if _logreturn:
outs.append(readlog(logfile))
else:
outs.append((cmdwdefs,cph.harvest(curperfdir)))
#incrementing the variable for the command number:
cmd_num += 1
return outs #Not sure what James intended to return here... the contents of all logfiles in a list of logfiles?
except exceptions.Exception, detail:
# wrap the entire function in try except so we can log the error at client and server
logh = open(os.path.join(os.getcwd(),"error.log"),"a")
logh.write(str(detail) + "\n")
logh.flush()
logh.close()
print detail
sys.stdout.flush()
raise
def request_benchmark(cmds):
#This is the function with which the server listens on the given port
#cmds is a list of dictionaries: each dictionary is a set of cmsPerfSuite commands to run.
#Most common use will be only 1 dictionary, but for testing with reproducibility and statistical errors
#one can easily think of sending the same command 10 times for example and then compare the outputs
global _outputdir, _reqnumber
print("Commands received running perfsuite for these jobs:")
print(cmds)
sys.stdout.flush()
try:
# input is a list of dictionaries each defining the
# keywords to cmsperfsuite
outs = []
cmd_num = 0
exists = True
#Funky way to make sure we create a directory request_n with n = serial request number (if the server is running for a while
#and the client submits more than one request
#This should never happen since _reqnumber is a global variable on the server side...
while exists:
topdir = os.path.join(_outputdir,"request_" + str(_reqnumber))
exists = os.path.exists(topdir)
_reqnumber += 1
os.mkdir(topdir)
#Going through each command dictionary in the cmds list (usually only 1 such dictionary):
for cmd in cmds:
curperfdir = os.path.abspath(os.path.join(topdir,str(cmd_num)))
if not os.path.exists(curperfdir):
os.mkdir(curperfdir)
logfile = os.path.join(curperfdir, "cmsPerfSuite.log")
if os.path.exists(logfile):
logfile = logfile + str(cmd_num)
print(cmd)
if 'cpus' in cmd:
if cmd['cpus'] == "All":
print("Running performance suite on all CPUS!\n")
cmd['cpus']=""
for cpu in range(cmsCpuInfo.get_NumOfCores()):
cmd["cpus"]=cmd["cpus"]+str(cpu)+","
cmd["cpus"]=cmd["cpus"][:-1] #eliminate the last comma for cleanliness
print("I.e. on cpus %s\n"%cmd["cpus"])
#Not sure this is the most elegant solution... we keep cloning dictionaries...
cmdwdefs = {}
cmdwdefs["castordir" ] = getCPSkeyword("castordir" , cmd)
cmdwdefs["perfsuitedir" ] = curperfdir
cmdwdefs["TimeSizeEvents" ] = getCPSkeyword("TimeSizeEvents" , cmd)
cmdwdefs["TimeSizeCandles" ] = getCPSkeyword("TimeSizeCandles" , cmd)
cmdwdefs["TimeSizePUCandles" ] = getCPSkeyword("TimeSizePUCandles" , cmd)
cmdwdefs["IgProfEvents" ] = getCPSkeyword("IgProfEvents" , cmd)
cmdwdefs["IgProfCandles" ] = getCPSkeyword("IgProfCandles" , cmd)
cmdwdefs["IgProfPUCandles" ] = getCPSkeyword("IgProfPUCandles" , cmd)
cmdwdefs["CallgrindEvents" ] = getCPSkeyword("CallgrindEvents" , cmd)
cmdwdefs["CallgrindCandles"] = getCPSkeyword("CallgrindCandles" , cmd)
cmdwdefs["CallgrindPUCandles"] = getCPSkeyword("CallgrindPUCandles" , cmd)
cmdwdefs["MemcheckEvents" ] = getCPSkeyword("MemcheckEvents" , cmd)
cmdwdefs["MemcheckCandles" ] = getCPSkeyword("MemcheckCandles" , cmd)
cmdwdefs["MemcheckPUCandles" ] = getCPSkeyword("MemcheckPUCandles" , cmd)
cmdwdefs["cmsScimark" ] = getCPSkeyword("cmsScimark" , cmd)
cmdwdefs["cmsScimarkLarge" ] = getCPSkeyword("cmsScimarkLarge" , cmd)
cmdwdefs["cmsdriverOptions"] = getCPSkeyword("cmsdriverOptions", cmd)
cmdwdefs["stepOptions" ] = getCPSkeyword("stepOptions" , cmd)
cmdwdefs["quicktest" ] = getCPSkeyword("quicktest" , cmd)
cmdwdefs["profilers" ] = getCPSkeyword("profilers" , cmd)
cmdwdefs["cpus" ] = getCPSkeyword("cpus" , cmd)
cmdwdefs["cores" ] = getCPSkeyword("cores" , cmd)
cmdwdefs["prevrel" ] = getCPSkeyword("prevrel" , cmd)
# cmdwdefs["candles" ] = getCPSkeyword("candles" , cmd)
# cmdwdefs["isAllCandles" ] = len(Candles) == len(cmdwdefs["candles"]) #Dangerous: in the _DEFAULTS version this is a boolean!
cmdwdefs["bypasshlt" ] = getCPSkeyword("bypasshlt" , cmd)
cmdwdefs["runonspare" ] = getCPSkeyword("runonspare" , cmd)
cmdwdefs["logfile" ] = logfile
logh = open(logfile,"w")
logh.write("This perfsuite run was configured with the following options:\n")
#logh.write(str(cmdwdefs) + "\n")
for key in cmdwdefs.keys():
logh.write(key + "\t" +str(cmdwdefs[key])+"\n")
logh.close()
print("Calling cmsPerfSuite.main() function\n")
cpsInputArgs=[
#"-a",cmdwdefs["castordir"],
"-t",cmdwdefs["TimeSizeEvents" ],
"--RunTimeSize",cmdwdefs["TimeSizeCandles"],
"-o",cmdwdefs["perfsuitedir" ],
#"-i",cmdwdefs["IgProfEvents" ],
#"--RunIgProf",cmdwdefs["RunIgProf" ],
#"-c",cmdwdefs["CallgrindEvents" ],
#"--RunCallgrind",cmdwdefs["RunCallgrind" ],
#"-m",cmdwdefs["MemcheckEvents"],
#"--RunMemcheck",cmdwdefs["RunMemcheck"],
"--cmsScimark",cmdwdefs["cmsScimark" ],
"--cmsScimarkLarge",cmdwdefs["cmsScimarkLarge" ],
"--cmsdriver",cmdwdefs["cmsdriverOptions"],
"--step",cmdwdefs["stepOptions" ],
#"--quicktest",cmdwdefs["quicktest" ],
#"--profile",cmdwdefs["profilers" ],
"--cpu",cmdwdefs["cpus" ],
"--cores",cmdwdefs["cores" ],
#"--prevrel",cmdwdefs["prevrel" ],
# "--candle",cmdwdefs["candles" ],
#"--bypass-hlt",cmdwdefs["bypasshlt" ],
"--notrunspare"#,cmdwdefs["runonspare" ]#,
#"--logfile",cmdwdefs["logfile" ]
]
print(cpsInputArgs)
cps.main(cpsInputArgs)
print("Running of the Performance Suite is done!")
#logreturn is false... so this does not get executed
#Maybe we can replace this so that we can have more verbose logging of the server activity
if _logreturn:
outs.append(readlog(logfile))
else:
outs.append((cmdwdefs,cph.harvest(curperfdir)))
#incrementing the variable for the command number:
cmd_num += 1
return outs #Not sure what James intended to return here... the contents of all logfiles in a list of logfiles?
except exceptions.Exception as detail:
# wrap the entire function in try except so we can log the error at client and server
logh = open(os.path.join(os.getcwd(),"error.log"),"a")
logh.write(str(detail) + "\n")
logh.flush()
logh.close()
print(detail)
sys.stdout.flush()
raise
"IgProfCandles" : "" ,
"IgProfPUCandles" : "" ,
"CallgrindEvents" : 0 ,
"CallgrindCandles" : "" ,
"CallgrindPUCandles" : "" ,
"MemcheckEvents" : 0 ,
"MemcheckCandles" : "" ,
"MemcheckPUCandles" : "" ,
"cmsScimark" : 10 ,
"cmsScimarkLarge" : 10 ,
"cmsdriverOptions" : cmsRelValCmd.get_cmsDriverOptions(), #Get these options automatically now!
"stepOptions" : "" ,
"quicktest" : False ,
"profilers" : "" ,
"cpus" : "1" ,
"cores" : cmsCpuInfo.get_NumOfCores(), #Get this option automatically
"prevrel" : "" ,
"isAllCandles" : True ,
#"candles" : CandlesString[1:] ,
"bypasshlt" : False ,
"runonspare" : True ,
"logfile" : os.path.join(os.getcwd(),"cmsPerfSuite.log")}
def optionparse():
global _outputdir
parser = opt.OptionParser(usage=("""%s [Options]""" % _PROG_NAME))
parser.add_option('-p',
'--port',
type="int",
dest='port',
"IgProfCandles" : "" ,
"IgProfPUCandles" : "" ,
"CallgrindEvents" : 0 ,
"CallgrindCandles" : "" ,
"CallgrindPUCandles" : "" ,
"MemcheckEvents" : 0 ,
"MemcheckCandles" : "" ,
"MemcheckPUCandles" : "" ,
"cmsScimark" : 10 ,
"cmsScimarkLarge" : 10 ,
"cmsdriverOptions" : cmsRelValCmd.get_cmsDriverOptions(), #Get these options automatically now!
"stepOptions" : "" ,
"quicktest" : False ,
"profilers" : "" ,
"cpus" : "1" ,
"cores" : cmsCpuInfo.get_NumOfCores(), #Get this option automatically
"prevrel" : "" ,
"isAllCandles" : True ,
#"candles" : CandlesString[1:] ,
"bypasshlt" : False ,
"runonspare" : True ,
"logfile" : os.path.join(os.getcwd(),"cmsPerfSuite.log")}
def optionparse():
global _outputdir
parser = opt.OptionParser(usage=("""%s [Options]""" % _PROG_NAME))
parser.add_option('-p',
'--port',
type="int",
dest='port',