private static void ConcatErrorsOutputs(HomeExercise homeExercise)
{
foreach (var error in homeExercise.RunTestErrorsList)
{
homeExercise.RunTestErrorOutput += $"{error}\n";
}
}
public async void StartRunTestOverAllSuccessTest(string homeExercisePath1)
{
//Arrange
HomeExercise homeExercise1 = new HomeExercise()
{
HomeExercisePath = homeExercisePath1
};
List <HomeExercise> homeExercises = new List <HomeExercise>();
homeExercises.Add(homeExercise1);
string inputFilePath = @"C:\Users\anton\Desktop\HETS.Project\Matala3\JavaExercises\Exc1\HW1-inout\in1.txt";
string outputFilePath = @"C:\Users\anton\Desktop\HETS.Project\Matala3\JavaExercises\Exc1\HW1-inout\out1.txt";
string input = InputOutputParser.Parser(inputFilePath);
string output = InputOutputParser.Parser(outputFilePath);
InputOutputModel inputOutputModel = new InputOutputModel()
{
InputText = input, OutputText = output
};
List <InputOutputModel> inputOutputModels = new List <InputOutputModel>();
inputOutputModels.Add(inputOutputModel);
int secondsToWait = 5;
//Act
await RunTest.StartRunTest(homeExercises, inputOutputModels, secondsToWait);
//Assert
Assert.NotNull(homeExercise1.IsRunTestOk);
}
public void ToCsvSuccessTests()
{
//Arrange
string AppPath = Path.GetDirectoryName(AppDomain.CurrentDomain.BaseDirectory);
DirectoryInfo myDir = new DirectoryInfo(AppPath);
string dataDir = myDir.Parent.Parent.FullName.ToString();
HomeExercise homeExercise = new HomeExercise();
var homeExercises = new ObservableCollection <HomeExercise>();
homeExercises.Add(homeExercise);
//Act
ExportToExcel.ToCsv(homeExercises);
//Assert
Assert.True(File.Exists(dataDir + "\\HomeExerciseReport.csv"));
}
private static void ErrorsChecker(HomeExercise homeExercise)
{
foreach (var error in homeExercise.RunTestErrorsList)
{
if (error != "")
{
homeExercise.IsRunTestOk = "Has Errors";
ConcatErrorsOutputs(homeExercise);
}
else
{
homeExercise.IsRunTestOk = "Fine";
}
}
}
private static void CompatibleChecker(HomeExercise homeExercise)
{
foreach (var compatibleRunTest in homeExercise.CompatibleRunTestList)
{
if (compatibleRunTest == "not compatible")
{
homeExercise.IsCompatibleRunTest = "Not compatible";
break;
}
else
{
homeExercise.IsCompatibleRunTest = "Compatible";
}
}
}
public async void StartCompilationTestOverallSuccessTest()
{
//Arrange
HomeExercise homeExercise1 = new HomeExercise()
{
HomeExercisePath = @"C:\Users\anton\Desktop\HETS.Project\Matala3\JavaExercises\Exc1\excercise1\_495418_assignsubmission_file_\ArithmeticApp.java"
};
List <HomeExercise> homeExercises = new List <HomeExercise>();
homeExercises.Add(homeExercise1);
//Act
await CompilationTest.StartCompilationTest(homeExercises);
//Assert
Assert.True(File.Exists(@"C:\Users\anton\Desktop\HETS.Project\Matala3\JavaExercises\Exc1\excercise1\_495401_assignsubmission_file_\ArithmeticApp.class"));
}
private static void CompareOutputs(InputOutputModel inputOutputModel, HomeExercise homeExercise)
{
//equal and ignore from symbols (white space etc...)
if (String.Compare(inputOutputModel.OutputText, homeExercise.RunTestOutput,
CultureInfo.CurrentCulture, CompareOptions.IgnoreSymbols) == 0)
{
//do something when the output's compatible
homeExercise.CompatibleRunTestList.Add("compatible");
}
else
{
//do something when the output's not compatible
homeExercise.CompatibleRunTestList.Add("not compatible");
}
homeExercise.RunTestOutputs += $"{homeExercise.RunTestOutput}\n";
}
private void CreateHomeExercise(string fileName)
{
bool isMain = false;
if (fileName.EndsWith(".java"))
{
isMain = IsMainFile(fileName);
}
if (isMain || fileName.EndsWith(".jar"))
{
string fileID = new DirectoryInfo(Path.GetDirectoryName(fileName)).Name;
string folderPath = Path.GetDirectoryName(fileName) + "\\";
string name = Path.GetFileName(fileName);
var homeExercise = new HomeExercise()
{
HomeExercisePath = folderPath, HomeExerciseFolderName = fileID, HomeExerciseName = name
};
HomeExercises.Add(homeExercise);
}
}
