def __runFile(self):
PythonLib.ensureDirectoryExists(self.USER_FILE_PATH)
outputFromDebugger = open(self.USER_FILE_PATH + self.userID + 'ResultFile.txt', 'w+')
inputForDebugger = io.StringIO(unicode(self.pythonFileBuilder.getPdcInstructions(self.stepNumber)))
debugger = pdb.Pdb(completekey='tab', stdin=inputForDebugger, stdout=outputFromDebugger)
self.userCodeException = ''
try:
debugger.run('import ' + self.userCodeFilePath, {}, {})
fileParser = FileParser.FileParser(self.USER_FILE_PATH + self.userID + 'ResultFile.txt')
self.currentLineInUserCode = fileParser.get_current_line()
except Exception, e:
print "\n\n__runFile = " + str(e) + "\n\n"
self.userCodeException = PythonLib.parseExceptionMessage(e)
# Exception line number is off by eight
self.currentLineInUserCode = PythonLib.parseExceptionLineNumber(e)-8
def __check_For_Function_Name_And_Local_Vars(self, line):
if PythonLib.startsWith(line, 'FunctionName==='):
function_Name = line.split('===')[1];
local_vars = line.split('===')[2];
if self.__is_user_code_function(function_Name):
depth = str(self.frame_depth).zfill(3) + ") "
self.frame_depth += 1
self.functions_including_their_vars[depth + function_Name] = self.__format_local_vars(local_vars)
def getResults(self):
tests = self.unitTests.split('\n')
testResults = {}
for test in tests:
if len(str(test)) > 0:
try:
testResults[test] = self.__runTest(self.methodBody, test)
except Exception, e:
testResults[test] = PythonLib.parseExceptionMessage(e)
