proceedingsXMLFile.write(proceedingsXMLWriter.createXMLFromProceedings(proceedings).toprettyxml())
proceedingsHTMLFile.write(proceedingsHTMLWriter.createHTMLFromProceedings(proceedings))
rtXMLFile.write(rttoXMLWriter.createXMLFromResultedTimings(rt).toprettyxml())
rtHTMLFile.write(rttoHTMLWriter.createHTMLFromResultedTimings(rt))
proceedingsXMLFile.close()
proceedingsHTMLFile.close()
rtXMLFile.close()
rtHTMLFile.close()
update()
rfBuilder = ResultingFileFromOutputBuilder()
availProc = runTaskOpts.getMaxJobs()
runningDict = {}
while proceedings.getWAITING() != [] or proceedings.getRUNNING() != []:
while (proceedings.getWAITING() !=[]) and (availProc >0):
availProc -= 1
curCalc = rt.getWAITING()[0]
rt.setRUNNING(curCalc)
update()
pid = os.fork()
if (pid == 0): #Process, which starts the computeralgebra system (Child)
if (runTaskOpts.getMaxCPU() != None):
resource.setrlimit(resource.RLIMIT_CPU,(runTaskOpts.getMaxCPU(),runTaskOpts.getMaxCPU()))
if (runTaskOpts.getMaxMem() != None):
resource.setrlimit(resource.RLIMIT_DATA,(runTaskOpts.getMaxMem(),runTaskOpts.getMaxMem()))
filename = os.path.join(tfPath,"casSources",curCalc[0],curCalc[1],"executablefile.sdc")
result = commands.getoutput(ms.getTimeCommand()+ " -p "+ms.getCASCommand(curCalc[1])+"< "+filename)
file = open(os.path.join(resultsFolder,"resultFiles",curCalc[0],curCalc[1],"outputFile.res"),"w")
file.write(result)
rtXMLFile = open(os.path.join(resultsFolder,"resultedTimings.xml"),"w")
rtHTMLFile = open(os.path.join(resultsFolder,"resultedTimings.html"),"w")
proceedingsXMLFile.write(proceedingsXMLWriter.createXMLFromProceedings(proceedings).toprettyxml())
proceedingsHTMLFile.write(proceedingsHTMLWriter.createHTMLFromProceedings(proceedings))
rtXMLFile.write(rttoXMLWriter.createXMLFromResultedTimings(rt).toprettyxml())
rtHTMLFile.write(rttoHTMLWriter.createHTMLFromResultedTimings(rt))
proceedingsXMLFile.close()
proceedingsHTMLFile.close()
rtXMLFile.close()
rtHTMLFile.close()
update()
rfBuilder = ResultingFileFromOutputBuilder()
while proceedings.getWAITING() != []:
curCalc = rt.getWAITING()[0]
rt.setRUNNING(curCalc)
update()
pid = os.fork()
if (pid == 0): #Process, which starts the computeralgebra system (Child)
if (maxCPU != None):
resource.setrlimit(resource.RLIMIT_CPU,(maxCPU,maxCPU))
if (maxMem != None):
resource.setrlimit(resource.RLIMIT_DATA,(maxMem,maxMem))
filename = os.path.join(tfPath,"casSources",curCalc[0],curCalc[1],"executablefile.sdc")
result = commands.getoutput(ms.getTimeCommand()+ " -p "+ms.getCASCommand(curCalc[1])+"< "+filename)
file = open(os.path.join(resultsFolder,"resultFiles",curCalc[0],curCalc[1],"outputFile.res"),"w")
file.write(result)
file.close()
os._exit(0)
proceedingsHTMLFile.write(
proceedingsHTMLWriter.createHTMLFromProceedings(proceedings))
rtXMLFile.write(
rttoXMLWriter.createXMLFromResultedTimings(rt).toprettyxml())
rtHTMLFile.write(rttoHTMLWriter.createHTMLFromResultedTimings(rt))
proceedingsXMLFile.close()
proceedingsHTMLFile.close()
rtXMLFile.close()
rtHTMLFile.close()
update()
rfBuilder = ResultingFileFromOutputBuilder()
while proceedings.getWAITING() != []:
curCalc = rt.getWAITING()[0]
rt.setRUNNING(curCalc)
update()
pid = os.fork()
if (pid == 0): #Process, which starts the computeralgebra system (Child)
if (maxCPU != None):
resource.setrlimit(resource.RLIMIT_CPU, (maxCPU, maxCPU))
if (maxMem != None):
resource.setrlimit(resource.RLIMIT_DATA, (maxMem, maxMem))
filename = os.path.join(tfPath, "casSources", curCalc[0], curCalc[1],
"executablefile.sdc")
result = commands.getoutput(ms.getTimeCommand() + " -p " +
ms.getCASCommand(curCalc[1]) + "< " +
filename)
file = open(
rtXMLFile.write(rttoXMLWriter.createXMLFromResultedTimings(rt).toprettyxml())
rtHTMLFile.write(rttoHTMLWriter.createHTMLFromResultedTimings(rt))
resultsHTMLFile.write(resultsToHTMLWriter.createHTMLFromResultFiles(resultsFolder, t.getComputerAlgebraSystems()))
proceedingsXMLFile.close()
proceedingsHTMLFile.close()
resultsHTMLFile.close()
rtXMLFile.close()
rtHTMLFile.close()
update()
rfBuilder = ResultingFileFromOutputBuilder()
availProc = runTaskOpts.getMaxJobs()
runningDict = {}
while proceedings.getWAITING() != [] or proceedings.getRUNNING() != []:
while (proceedings.getWAITING() !=[]) and (availProc >0):
availProc -= 1
curCalc = rt.getWAITING()[0]
rt.setRUNNING(curCalc)
update()
pid = os.fork()
if (pid == 0): #Process, which starts the computeralgebra system (Child)
if (runTaskOpts.getMaxCPU() != None):
resource.setrlimit(resource.RLIMIT_CPU,(runTaskOpts.getMaxCPU(),runTaskOpts.getMaxCPU()))
if (runTaskOpts.getMaxMem() != None):
resource.setrlimit(resource.RLIMIT_DATA,(runTaskOpts.getMaxMem(),runTaskOpts.getMaxMem()))
inputfile = open(os.path.join(tfPath,"casSources",curCalc[0],curCalc[1],"executablefile.sdc"))
result = subprocess.Popen([ms.getTimeCommand(), "--format=real %e\nuser %U\nsys %S\nmax_rss_kbytes %M", ms.getCASCommand(curCalc[1])], stdout=subprocess.PIPE, stderr=subprocess.STDOUT, stdin=inputfile).communicate()[0]
inputfile.close()
