def evaluateJava(sourcepath, testlist, timelimit, result):
if (not (os.path.exists('files/temp'))):
os.system('mkdir files/temp')
os.system('rm files/temp/*')
if (checkcodeJava(sourcepath) == 'true'):
result['status'] = 'Malicious code'
result['executiontime'] = -1
return
source = sourcepath.split("/")
filename = source[len(source) - 1]
classname = filename.split(".")[0]
os.system('chmod 777 files/temp/temp.java'
) #granting all permissions to the temp
os.system(
'javac -d files/temp files/temp/temp.java') # compiling the java code
testresult = list()
exectime = list()
#creating output file and comparing with the sample if a.out is generated
if (os.path.exists('files/temp/' + classname + '.class')):
for i in testlist:
inputpath = i['input']
outputpath = i['output']
runcmd = 'java -mx64m -classpath files/temp ' + classname + ' < ' + inputpath + ' > files/temp/output.out'
response = timechecker.execute(runcmd, timelimit)
# response={'status':'ok/runtime exceeded/runtime error','executiontime':'time/-1'}
if (response['run_status'] == "ok"):
checkOutput('files/temp/output.out', outputpath, testresult)
exectime.append(response['runtime'])
else:
testresult.append(response['run_status'])
exectime.append(response['runtime'])
result['status'] = testresult
result['executiontime'] = exectime
#status=error is a.out is not generated
else:
result['status'] = 'errors'
result['executiontime'] = -1
def evaluateJava(sourcepath,testlist,timelimit,result):
if(not(os.path.exists('files/temp'))):
os.system('mkdir files/temp')
os.system('rm files/temp/*')
if(checkcodeJava(sourcepath)=='true'):
result['status']='Malicious code'
result['executiontime']=-1
return
source=sourcepath.split("/")
filename=source[len(source)-1]
classname=filename.split(".")[0]
os.system('chmod 777 files/temp/temp.java') #granting all permissions to the temp
os.system('javac -d files/temp files/temp/temp.java') # compiling the java code
testresult=list()
exectime=list()
#creating output file and comparing with the sample if a.out is generated
if(os.path.exists('files/temp/'+classname+'.class')):
for i in testlist:
inputpath=i['input']
outputpath=i['output']
runcmd='java -mx64m -classpath files/temp '+classname+' < ' + inputpath + ' > files/temp/output.out'
response=timechecker.execute(runcmd,timelimit)
# response={'status':'ok/runtime exceeded/runtime error','executiontime':'time/-1'}
if (response['run_status']=="ok"):
checkOutput('files/temp/output.out',outputpath,testresult)
exectime.append(response['runtime'])
else:
testresult.append(response['run_status'])
exectime.append(response['runtime'])
result['status']=testresult
result['executiontime']=exectime
#status=error is a.out is not generated
else:
result['status']='errors'
result['executiontime']=-1
def evaluateCPP(sourcepath,testlist,timelimit,result):
if(not(os.path.exists('files/temp'))):
os.system('mkdir files/temp')
os.system('rm files/temp/*')
if(checkcodeCPP(sourcepath)=='true'):
result['status']='Malicious code'
result['executiontime']=-1
return
os.system('chmod 777 files/temp/temp.cpp') #granting all permissions to the temp
os.system('g++ -o files/temp/a.out files/temp/temp.cpp') # compiling the C++ code
#creating output file and comparing with the sample if a.out is generated
testresult=list()
exectime=list()
if(os.path.exists('files/temp/a.out')):
for i in testlist:
inputpath=i['input']
outputpath=i['output']
runcmd='./files/temp/./a.out <' + inputpath + '> files/temp/output.out'
response=timechecker.execute(runcmd,timelimit)
# response={'status':'ok/runtime exceeded/runtime error','executiontime':'time/-1'}
if (response['run_status']=="ok"):
checkOutput('files/temp/output.out',outputpath,testresult)
exectime.append(response['runtime'])
else:
testresult.append(response['run_status'])
exectime.append(response['runtime'])
result['status']=testresult
result['executiontime']=exectime
#status=error is a.out is not generated
else:
result['status']='errors'
result['executiontime']=-1
def evaluateCPP(sourcepath,testlist,timelimit,result):
if(not(os.path.exists('files/temp'))):
os.system('mkdir files/temp')
os.system('rm files/temp/*')
if(checkcodeCPP(sourcepath)=='true'):
result['status']='Malicious code'
result['executiontime']=-1
return
os.system('chmod 777 files/temp/temp.cpp') #granting all permissions to the temp
os.system('g++ -o files/temp/a.out files/temp/temp.cpp') # compiling the C++ code
#creating output file and comparing with the sample if a.out is generated
testresult=list()
exectime=list()
if(os.path.exists('files/temp/a.out')):
for i in testlist:
inputpath=i['input']
outputpath=i['output']
runcmd='./files/temp/./a.out <' + inputpath + '> files/temp/output.out'
response=timechecker.execute(runcmd,timelimit)
# response={'status':'ok/runtime exceeded/runtime error','executiontime':'time/-1'}
if (response['run_status']=="ok"):
checkOutput('files/temp/output.out',outputpath,testresult)
exectime.append(response['runtime'])
else:
testresult.append(response['run_status'])
exectime.append(response['runtime'])
result['status']=testresult
result['executiontime']=exectime
#status=error is a.out is not generated
else:
result['status']='errors'
result['executiontime']=-1
