def HandleFile(Job, InputFileName, CorrectOutputFileName, ProblemDict): #FileNameToRun, SystemSuppliedFileList=None):
'''
Process one student's submission on one set of input data.
Parameters:
Job: The named tuple containing, among other things, the files submitted by the student and their contents.
InputFileName: The name (including path if needed) of the ONE file with sample input for this test.
CorrectOutputFileName: The name (including path if needed) of the ONE file with correct output for
the specified input.
FileNameToRun: The name (excluding path) of the ONE file that is to run
to test the student's code. This must be present in Job or
SystemSuppliedFileList.
SystemSuppliedFileList: The (possibly empty or missing) list of other
files (including paths) which are needed to run this problem's code
(class files, driver programs, etc)
Returns:
tuple of strings (Res, Err). Res is a brief description ('Correct',
'Runtime exceeded', etc), and Err is an error message (possibly empty
string).
'''
# set up some labels for later (exit codes)
ExitMsg = {1:'Translation Error', 2:'Time Limit Exceeded', 3:'Windows Error', \
4:'Excessive Output', 5:'Submission Error'}
# Make sure we've got everything we're expecting; if we don't, skip all this.
ExpectedFiles = [Filename for (Filename, contents) in Job.Files]
try:
ExpectedFiles += ProblemDict['Extras'] # SystemSuppliedFileList
except (TypeError, KeyError): # if there was no list of other needed files.
pass
Expected = [os.path.basename(name).lower().strip() for name in ExpectedFiles]
if os.path.basename(ProblemDict['Run']).lower().strip() not in Expected:
Res = "File " + ProblemDict['Run'] + " was expected, but not found."
Err = ExitMsg[5]
return Err, Res
# even if we're going ahead, we can free up some memory
del(ExpectedFiles)
del(Expected)
# Create working (temporary) directory, copy files into it
ProblemDict['WritePath'] = os.path.dirname(ProblemDict['FileToRun']) #FileNameToRun)
try:
for f in Job.Files:
Fname = f[0]
Code = f[1]
open(ProblemDict['WritePath']+'/'+os.path.basename(Fname),'w').write(Code)
if ProblemDict['Extras']: # SystemSuppliedFileList:
for f in ProblemDict['Extras']:
Code = open(f).read()
open(ProblemDict['WritePath']+'/'+os.path.basename(f),'w').write(Code)
except IOError:
return ('SystemError', 'Contact Administrator or Instructor')
# Setup I/O for program we're testing.
Input = open(InputFileName).read()
os.chdir(ProblemDict['WritePath'])
open(os.path.join(ProblemDict['WritePath'], 'input.txt'),'w').write(Input)
In = open('input.txt')
Out = open('output.txt', 'w')
Err = open('error.txt', 'w')
# Run that sucker!
try:
ExitCode = winprocess.run('python %s' % ProblemDict['Run'], stdin=In, \
stdout=Out, stderr=Err, mSec=5000, desktop='')
except WindowsError, msg:
if 'timeout exceeded' in str(msg):
ExitCode = 2 # time out
else:
ExitCode = 3 # some other Windows error
def HandleFile(CodeFileNameList, InputFileName, CorrectOutputFileName, FileNameToRun, SystemSuppliedFileList=None):
'''
Process one student's submission on one set of input data.
Parameters:
CodeFileNameList: The non-empty list of files submitted by the student.
InputFileName: The name (including path if needed) of the ONE file with sample input for this test.
CorrectOutputFileName: The name (including path if needed) of the ONE file with correct output for
the specified input.
FileNameToRun: The name (excluding path) of the ONE file that is to run to test the student's code.
This must be present in CodeFileNameList or SystemSuppliedFileList.
SystemSuppliedFileList: The (possibly empty or missing) list of other files (including paths) which
are needed to run this problem's code (class files, driver programs, etc)
Returns:
tuple of strings (Res, Err). Res is a brief description ('Correct', 'Runtime exceeded', etc), and
Err is an error message (possibly empty string).
'''
# set up some labels for later (exit codes)
ExitMsg = {1:'Translation Error', 2:'Time Limit Exceeded', 3:'Windows Error', \
4:'Excessive Output', 5:'Submission Error'}
# Make sure we've got everything we're expecting; if we don't, skip all this.
ExpectedFiles = CodeFileNameList[:]
try:
ExpectedFiles += SystemSuppliedFileList
except TypeError: # if there was no list of other needed files.
pass
Expected = [os.path.basename(name).lower() for name in ExpectedFiles]
if os.path.basename(FileNameToRun).lower().strip() not in Expected:
Res = "File " + FileNameToRun + " was expected, but not found."
Err = ExitMsg[5]
return Res, Err
# even if we're going ahead, we can free up some memory
del(ExpectedFiles)
del(Expected)
# Goose the random number generator just a bit, to be sure every process
# generates different temporary names.
#random.jumpahead(os.getpid())
# Create working (temporary) directory, copy files into it
StartPath = os.getcwd()
#TmpDir = autograde_utilities.TempName()
#os.mkdir(TmpDir)
ReadPath = StartPath
WritePath = os.path.dirname(FileNameToRun)
try:
for f in CodeFileNameList:
Code = open(f).read()
open(WritePath+'/'+os.path.basename(f),'w').write(Code)
if SystemSuppliedFileList:
for f in SystemSuppliedFileList:
Code = open(f).read()
open(WritePath+'/'+os.path.basename(f),'w').write(Code)
except IOError:
#print "System Error. Can't copy necessary file. Contact administrator"
# try to clean up
autograde_utilities.Cleanup(WritePath)
os.chdir(StartPath)
#os.rmdir(WritePath)
return ('SystemError', 'Contact Administrator or Instructor')
# Setup I/O for program we're testing.
Input = open(InputFileName).read()
os.chdir(WritePath)
open('input.txt','w').write(Input)
## TODO: Pipes are more efficient, as they spare the disk operations. Therefore pipes to
## connect to stdout and stderr of the child process would be more efficient. Given that we're
## waiting 5 seconds for the process to run, this isn't a huge deal, but may become a factor if
## we need to scale this up to higher capacity.
In = open('input.txt')
Out = open('output.txt', 'w')
Err = open('error.txt', 'w')
# Run that sucker!
try:
ExitCode = winprocess.run('notepad.exe',login='******', desktop='')
#ExitCode = winprocess.run('python %s' % FileNameToRun, stdin=In, stdout=Out, stderr=Err, mSec=5000,login='******', desktop='')
except WindowsError, msg:
if 'timeout exceeded' in str(msg):
ExitCode = 2 # time out
else:
ExitCode = 3 # some other Windows error