public OrderedFiles ClasssifiesAndLoadsFiles()
{
/// <summary>method <c>draw</c> renders the point.</summary>
OrderedFiles myOrderedFiles = new OrderedFiles();
myOrderedFiles = LanguageRecognizion.classifierProgLang(FilesTool.filesToCheck);
// label4NumCfiles.Text = Convert.ToString(myOrderedFiles.cFiles.Count);
return(myOrderedFiles);
}
/// <summary>method <c>classifierProgLang</c> orders by extension.</summary>
public static OrderedFiles classifierProgLang(string[] myFilesToOrder)
{
OrderedFiles orderedFilesByLang = new OrderedFiles();
orderedFilesByLang.cFiles = new List <string>();
foreach (string item in myFilesToOrder)
{
if (Path.GetExtension(item).Equals(".c"))
{
orderedFilesByLang.cFiles.Add(item);
}
if (Path.GetExtension(item).Equals(".py"))
{
orderedFilesByLang.pythonFiles.Add(item);
}
if (Path.GetExtension(item).Equals(".java"))
{
orderedFilesByLang.javaFiles.Add(item);
}
}
return(orderedFilesByLang);
}
public void NextPanelBehav()
{
switch (PanelIndex)
{
//Login Panel
case 0:
NextPanel();
buttonExitProgramEND.Visible = false;
buttonNextPanel.Visible = true;
break;
//Drag Files panel
case 1:
if (listBox1DragFiles.Items.Count == 0)
{
MessageBox.Show("Please Drag files before continuing.", "Alert",
MessageBoxButtons.OK,
MessageBoxIcon.Warning);
}
else
{
NextPanel();
buttonExitPro.Visible = false;
buttonBackSFW.Visible = true;
MyOF = ClasssifiesAndLoadsFiles();
checkBoxCfiles.Text = $" {Convert.ToString(MyOF.cFiles.Count)} C-Files";
checkBoxPythonFiles.Text = $" {Convert.ToString(MyOF.pythonFiles.Count)} Python Files";
checkBoxJavaFiles.Text = $" {Convert.ToString(MyOF.javaFiles.Count)} Java Files";
// checkBoxCMakeFiles.Text = $" {Convert.ToString(MyOF.javaFiles.Count)} Java Files";
}
break;
//Select files to be Checked panel.
case 2:
if (checkBoxCfiles.Checked == false && checkBoxJavaFiles.Checked == false && checkBoxPythonFiles.Checked == false)
{
MessageBox.Show("Please select files before continuing.", "Alert",
MessageBoxButtons.OK,
MessageBoxIcon.Warning);
}
else
{
NextPanel();
//PopulateResultsPreview();
buttonNextPanel.Visible = false;
}
break;
//Select HEST1 OR HEST2
case 3:
NextPanel();
PopulateResultsPreview();
buttonExitProgramEND.Visible = true;
break;
//Generate report to excel.
case 4:
break;
default:
break;
}
}
private void executeGivenFiles(int caseSwitch)
{
/// <summary>method <c>draw</c> renders the point.</summary>
OrderedFiles myOrderedFiles = new OrderedFiles();
myOrderedFiles = LanguageRecognizion.classifierProgLang(FilesTool.filesToCheck);
int counterIDSstudensHest1 = 0;
switch (caseSwitch)
{
case 1:
foreach (string item in myOrderedFiles.cFiles)
{
string lastFolderNameStudenID = Path.GetFileName(Path.GetDirectoryName(item.ToString()));
string IdNumberStuden = Path.GetFileNameWithoutExtension(item);
if (isHest1)
{
(string compilerOutPutComp, bool compiledOk, string compiledFileToCheck) = FilesExecuterHest1.compileFile(item);
if (compiledOk)
{
(string compilerOutPutExec, string execFileOutput, bool compiledSuccsesfully) = FilesExecuterHest1.executeFile(compiledFileToCheck);
RevisionResultCfilesHest1.Add(new FileResultHest1(execFileOutput, compiledSuccsesfully, compilerOutPutExec, item, FilesTool.studentIDS[counterIDSstudensHest1], "Kinneret Computer Science"));
counterIDSstudensHest1++;
}
else
{
RevisionResultCfilesHest1.Add(new FileResultHest1("None", compiledOk, compilerOutPutComp, item, FilesTool.studentIDS[counterIDSstudensHest1], "CS Kinneret"));
counterIDSstudensHest1++;
}
}
else //HEST2
{
//(string compilerOutPut, string execFileOutput) = FilesExecuterHest2.executeFile(item, textBox1InputParameters.Text);
//.executeFile(item);
// MessageBox.Show($"Compiler out put:{compilerOutPut} \n\n exeFileOutPut:{execFileOutput}");
//RevisionResultCfilesHest1.Add(new FileResultHest1(compilerOutPut, execFileOutput, textBoxHEST2ExpectedOutPut.Text));
(string OutputFromFile, bool wasSuccessfull, string CompiledFilePath) = FilesExecuterHest2.compileFile(item);
if (wasSuccessfull)
{
foreach (string inputCheck in FilesTool.inputToBeCheckedHest2)
{
//string s = FilesTool.processFileOutPut(inputCheck);
(string execOutput, bool hasErrors, string ErrorsOnExec) = FilesExecuterHest2.executeFile(CompiledFilePath, inputCheck);
(bool PassedTEstHest2, string ExpectedTestOutPut) = FilesTool.PassedHest2Test(execOutput, inputCheck);
//bool PassedTEstHest2
RevisionResultCfilesHest2.Add(new FileResultHest2(execOutput, hasErrors, ErrorsOnExec, PassedTEstHest2, Path.GetFileName(inputCheck), item, FilesTool.studentIDS[counterIDSstudensHest1], ExpectedTestOutPut, "Computer Science"));
counterIDSstudensHest1++;
}
}
else
{
RevisionResultCfilesHest2.Add(new FileResultHest2("none", wasSuccessfull, OutputFromFile, false, "none", item, FilesTool.studentIDS[counterIDSstudensHest1], "None", "Computer Science"));
counterIDSstudensHest1++;
}
}
}
break;
case 2:
foreach (string item in myOrderedFiles.javaFiles)
{
string lastFolderNameStudenID = Path.GetFileName(Path.GetDirectoryName(item.ToString()));
string IdNumberStuden = Path.GetFileNameWithoutExtension(item);
if (isHest1)
{
(string compilerOutPutComp, bool compiledOk, string compiledFileToCheck) = FilesExecuterHest1.compileFile(item);
if (compiledOk)
{
(string compilerOutPutExec, string execFileOutput, bool compiledSuccsesfully) = FilesExecuterHest1.executeFile(compiledFileToCheck);
RevisionResultJavaFilesHest1.Add(new FileResultHest1(execFileOutput, compiledSuccsesfully, compilerOutPutExec, item, FilesTool.studentIDS[counterIDSstudensHest1], "Kinneret Computer Science"));
counterIDSstudensHest1++;
}
else
{
RevisionResultJavaFilesHest1.Add(new FileResultHest1("None", compiledOk, compilerOutPutComp, item, FilesTool.studentIDS[counterIDSstudensHest1], "CS Kinneret"));
counterIDSstudensHest1++;
}
}
else
{
//(string compilerOutPut, string execFileOutput) = FilesExecuterHest2.executeFile(item, textBox1InputParameters.Text);
//.executeFile(item);
// MessageBox.Show($"Compiler out put:{compilerOutPut} \n\n exeFileOutPut:{execFileOutput}");
//RevisionResultCfilesHest1.Add(new FileResultHest1(compilerOutPut, execFileOutput, textBoxHEST2ExpectedOutPut.Text));
(string OutputFromFile, bool wasSuccessfull, string CompiledFilePath) = FilesExecuterHest2.compileFile(item);
//(string OutputFromFile, bool wasSuccessfull, string CompiledFilePath) = FilesExecuterHest2.compileFile(itemToComp);
if (wasSuccessfull)
{
foreach (string inputCheck in FilesTool.inputToBeCheckedHest2)
{
//string s = FilesTool.processFileOutPut(inputCheck);
(string execOutput, bool HasNoErrors, string ErrorsOnExec) = FilesExecuterHest2.executeFile(CompiledFilePath, inputCheck);
(bool PassedTEstHest2, string ExpectedTestOutPut) = FilesTool.PassedHest2Test(execOutput, inputCheck);
RevisionResultJavaFilesHest2.Add(new FileResultHest2(execOutput, HasNoErrors, ErrorsOnExec, PassedTEstHest2, Path.GetFileName(inputCheck), item, FilesTool.studentIDS[counterIDSstudensHest1], ExpectedTestOutPut, "Computer Science"));
}
counterIDSstudensHest1++;
}
else
{
RevisionResultJavaFilesHest2.Add(new FileResultHest2("none", wasSuccessfull, OutputFromFile, false, "none", item, FilesTool.studentIDS[counterIDSstudensHest1], "None", "Computer Science"));
counterIDSstudensHest1++;
}
}
}
break;
case 3:
foreach (string item in myOrderedFiles.pythonFiles)
{
string lastFolderNameStudenID = Path.GetFileName(Path.GetDirectoryName(item.ToString()));
string IdNumberStuden = Path.GetFileNameWithoutExtension(item);
if (isHest1)
{
//(string compilerOutPutExec, string execFileOutput, bool compiledSuccsesfully) = FilesExecuterHest1.executeFile(item);
//RevisionResultPythonFilesHest1.Add(new FileResultHest1(execFileOutput, compiledSuccsesfully, compilerOutPutExec, item, FilesTool.studentIDS[counterIDSstudensHest1], "Cs Kinneret"));
//counterIDSstudensHest1++;
(string compilerOutPutComp, bool compiledOk, string compiledFileToCheck) = FilesExecuterHest1.compileFile(item);
if (compiledOk)
{
(string compilerOutPutExec, string execFileOutput, bool compiledSuccsesfully) = FilesExecuterHest1.executeFile(compiledFileToCheck);
RevisionResultPythonFilesHest1.Add(new FileResultHest1(execFileOutput, compiledSuccsesfully, compilerOutPutExec, item, FilesTool.studentIDS[counterIDSstudensHest1], "Cs Kinneret"));
counterIDSstudensHest1++;
}
else
{
RevisionResultPythonFilesHest1.Add(new FileResultHest1("None", compiledOk, compilerOutPutComp, item, FilesTool.studentIDS[counterIDSstudensHest1], "CS kinneret"));
counterIDSstudensHest1++;
}
}
else
{
(string OutputFromFile, bool wasSuccessfull, string CompiledFilePath) = FilesExecuterHest2.compileFile(item);
if (wasSuccessfull)
{
foreach (string inputCheck in FilesTool.inputToBeCheckedHest2)
{
(string execOutput, bool hasErrors, string ErrorsOnExec) = FilesExecuterHest2.executeFile(CompiledFilePath, inputCheck);
(bool PassedTEstHest2, string ExpectedTestOutPut) = FilesTool.PassedHest2Test(execOutput, inputCheck);
RevisionResultPythonFilesHest2.Add(new FileResultHest2(execOutput, hasErrors, ErrorsOnExec, PassedTEstHest2, Path.GetFileName(inputCheck), item, FilesTool.studentIDS[counterIDSstudensHest1], ExpectedTestOutPut, "Computer Science"));
counterIDSstudensHest1++;
}
}
else
{
RevisionResultPythonFilesHest2.Add(new FileResultHest2("none", wasSuccessfull, OutputFromFile, false, "none", item, FilesTool.studentIDS[counterIDSstudensHest1], "None", "Computer Science"));
counterIDSstudensHest1++;
}
}
}
break;
default:
Console.WriteLine("Error, contact support");
break;
}
}