//Since RunExe returns the results string, we run it and right after add it to the result list.
public void RunSubmittedProgram()
{
if (exeExists)
{
if (TestCases.testCases.Count != 0)
{
numberOfOverallResults = 0;
submittedProgramOutputs.Clear(); //Reset the output results upon a new Run so
compiledProgramOutputs.Clear(); //we can add fresh results.
foreach (SingleTestCase tc in TestCases.testCases)
{
if (File.Exists(exePath) && Submissions.checkExe) //If there's a submitted .exe and it needs to be checked.
{
string outputResults = CodeChecker.RunEXE(exePath, tc.input);
submittedProgramOutputs.Add(new OutputResult(outputResults));
}
if (File.Exists(compiledExePath) && Submissions.checkCode) //If there's just the compiled .exe and only it needs to be checked.
{
string outputResults = CodeChecker.RunEXE(compiledExePath, tc.input);
compiledProgramOutputs.Add(new OutputResult(outputResults));
}
}
numberOfOverallResults = Math.Max(submittedProgramOutputs.Count, compiledProgramOutputs.Count);
}
if (File.Exists(exePath) && File.Exists(compiledExePath))
{
possibleCheating = !CompareBothLists(); //If the 2 lists are different, there might be a possible cheating. Check manually.
}
}
}
public void RunEXE_ReturnsOutput()
{
//Arrange
var filePath = @"..\..\..\Assets\Test Required FIles\CodeCheckerTest\Source.exe";
var input = "2 3";
//Act
var results = CodeChecker.RunEXE(filePath, input);
Assert.IsNotNull(results);
}
