public void AreContainerNotCorrectMoreChilds()
{
var clone = root.CloneWithChilds;
clone.AddChild(FunctionContainer.CreateFunctionContainer_ConstArg(2));
Assert.IsFalse(clone.IsCorrect());
}
public void CreateProgramTest()
{
string source = CompileServiceLanguageSourceCode.CPPCorrectSourceCode;
int timelimit = 1;
int memorylimit = 1;
Program program = FunctionContainer.CreateProgram(source, memorylimit, timelimit);
Assert.AreEqual(program.Source, source);
Assert.AreEqual(program.TimeLimit, timelimit);
Assert.AreEqual(program.MemoryLimit, memorylimit);
timelimit = -1;
try
{
program = FunctionContainer.CreateProgram(source, memorylimit, timelimit);
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
timelimit = 1;
memorylimit = -1;
try
{
program = FunctionContainer.CreateProgram(source, memorylimit, timelimit);
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
}
static void TestHashSet()
{
ICrossedTree root = FunctionContainer.CreateFunctionContainer_TwoArgs("Сложение");
ICrossedTree sin = FunctionContainer.CreateFunctionContainer_OneArg("Синус");
ICrossedTree cos = FunctionContainer.CreateFunctionContainer_OneArg("Косинус");
ICrossedTree arg1 = FunctionContainer.CreateFunctionContainer_SameArgs(1);
ICrossedTree arg2 = FunctionContainer.CreateFunctionContainer_SameArgs(2);
root.AddChild(sin);
root.AddChild(cos);
sin.AddChild(arg1);
cos.AddChild(arg2);
HashSet <ICrossedTree> crossedTrees = new HashSet <ICrossedTree>();
crossedTrees.Add(root);
crossedTrees.Add(root);
crossedTrees.Add(root);
crossedTrees.Add(root);
Console.WriteLine(crossedTrees.Count);
crossedTrees.Add(root.Clone);
crossedTrees.Add(root.Clone);
crossedTrees.Add(root.Clone);
Console.WriteLine(crossedTrees.Count);
}
public void CreateCompilationTesterTest()
{
Settings settings = FunctionContainer.CreateDefaultSetting();
CompilationTester tester;
try
{
tester = FunctionContainer.CreateCompilationTester(settings);
Assert.AreEqual(tester.Settings, settings);
}
catch (Exception)
{
Assert.AreEqual(false, true);
}
try
{
tester = FunctionContainer.CreateCompilationTester(null);
Assert.AreEqual(false, true);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
}
public void CreateDefaultSettingTest()
{
Settings defaultSettings = FunctionContainer.CreateDefaultSetting();
Assert.AreEqual(defaultSettings.TestingDirectory.Length > 0, true);
Assert.AreNotEqual(defaultSettings.Compilers, null);
}
public void AssignLanguageForProgramTest()
{
string languageString = "CPP";
string result;
Program program = new Program();
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, String.Empty);
Assert.AreEqual(program.Language, Language.VC8);
languageString = "CS";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, String.Empty);
Assert.AreEqual(program.Language, Language.CSharp3);
languageString = "Java";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, String.Empty);
Assert.AreEqual(program.Language, Language.Java6);
languageString = "Delphi";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, String.Empty);
Assert.AreEqual(program.Language, Language.Delphi7);
languageString = "cpp";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, "Unsupported language");
languageString = "unknown";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, "Unsupported language");
}
public void AreContainerNotCorrectLessChilds()
{
var clone = root.CloneWithChilds;
clone.ChangeChild(clone.Childs.First(), FunctionContainer.CreateFunctionContainer_TwoArgs("Сложение"));
Assert.IsFalse(clone.IsCorrect());
}
static void Test2()
{
List <double> args = new List <double>();
List <double> etalon = new List <double>();
foreach (var str in Resources.Example_Sin_Exp_.Split('\n'))
{
args.Add(double.Parse(str.Split(';')[0]));
etalon.Add(double.Parse(str.Split(';')[1]));
}
var gen = new Generator(1, 2);
while (true)
{
int counter = 50, error = 5, step = 0;
FunctionContainer funcC = null;
EvolutionaryAlgorithm.Errors errors = null;
for (int i = 0; i < counter; i++)
{
do
{
funcC = gen.GenerateFunctionContainer(null);
} while (!funcC.CorrectWorkByArguments(args.Select(a => new double[] { a }).ToList()));
var calculated = args.Select(a => funcC.Calc(new double[] { a })).ToList();
errors = new EvolutionaryAlgorithm.Errors(etalon, calculated);
step = i;
if (errors.DifferentialError <= error)
{
break;
}
}
Console.WriteLine($"\n\n\nstep = {step}");
Console.WriteLine("Example_Sin_Exp_\n");
Console.WriteLine(funcC.ToString() + "\n");
Console.WriteLine($"DifferentialError = {errors.DifferentialError}");
Console.WriteLine($"DifferentialExpError = {errors.DifferentialExpError}");
Console.WriteLine($"ExpError = {errors.ExpError}");
Console.WriteLine($"LogError = {errors.LogError}");
Console.WriteLine($"SimpleError = {errors.SimpleError}");
Console.ReadKey();
}
}
public void GenerateFileForCompilationTest()
{
Settings settings = FunctionContainer.CreateDefaultSetting();
CompilationTester compilationTester = new CompilationTester(settings);
string source, programPath;
Language language;
//language tests
source = CompileServiceLanguageSourceCode.CSCorrectSourceCode;
language = Language.CSharp3;
programPath = compilationTester.GenerateFileForCompilation(source, language);
Assert.AreEqual(true, CompileServiceHelper.ValidatePath(programPath));
source = CompileServiceLanguageSourceCode.CPPCorrectSourceCode;
language = Language.VC8;
programPath = compilationTester.GenerateFileForCompilation(source, language);
Assert.AreEqual(true, CompileServiceHelper.ValidatePath(programPath));
source = CompileServiceLanguageSourceCode.JavaCorrectSourceCode;
language = Language.Java6;
programPath = compilationTester.GenerateFileForCompilation(source, language);
Assert.AreEqual(true, CompileServiceHelper.ValidatePath(programPath));
source = CompileServiceLanguageSourceCode.DelphiCorrectSourceCode;
language = Language.Delphi7;
programPath = compilationTester.GenerateFileForCompilation(source, language);
Assert.AreEqual(true, CompileServiceHelper.ValidatePath(programPath));
//incorrect source
source = "";
language = Language.CSharp3;
try
{
programPath = compilationTester.GenerateFileForCompilation(source, language);
Assert.AreEqual(false, true);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
//incorrect compiler
settings.Compilers = new List <Compiler>();
compilationTester = new CompilationTester(settings);
source = "";
language = Language.CSharp3;
try
{
programPath = compilationTester.GenerateFileForCompilation(source, language);
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
}
public void ExecuteIncorrectParametersTest()
{
CompilationTester tester = new CompilationTester(FunctionContainer.CreateDefaultSetting());
string programPath;
string exeString;
Program program = FunctionContainer.CreateProgram("", 10000, 100000);
Result result;
try
{
//-----------CS-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CSCorrectSourceCode,
Language.CSharp3);
exeString = Path.ChangeExtension(programPath, "exe");
program.InputTest = "2";
program.OutputTest = "23";
program.Language = Language.CSharp3;
result = Runner.Execute(exeString, program);
Assert.AreNotEqual(result.ProgramStatus, Status.Accepted);
//-----------CPP-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CPPCorrectSourceCode,
Language.VC8);
exeString = Path.ChangeExtension(programPath, "exe");
program.InputTest = "2";
program.OutputTest = "23";
program.Language = Language.VC8;
result = Runner.Execute(exeString, program);
Assert.AreNotEqual(result.ProgramStatus, Status.Accepted);
//-----------Java-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.JavaCorrectSourceCode,
Language.Java6);
exeString = Path.ChangeExtension(programPath, "exe");
program.InputTest = "2";
program.OutputTest = "23";
program.Language = Language.Java6;
result = Runner.Execute(exeString, program);
Assert.AreNotEqual(result.ProgramStatus, Status.Accepted);
//-----------Delphi-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.DelphiCorrectSourceCode,
Language.Delphi7);
exeString = Path.ChangeExtension(programPath, "exe");
program.InputTest = "";
program.OutputTest = " world!";
program.Language = Language.Delphi7;
result = Runner.Execute(exeString, program);
Assert.AreNotEqual(result.ProgramStatus, Status.Accepted);
}
catch (Exception)
{
Assert.AreEqual(true, false);
}
}
public void NotCorrectFunc()
{
var fc = FunctionContainer.CreateFunctionContainer_OneArg("Арксинус");
fc.AddChild(FunctionContainer.CreateFunctionContainer_SameArgs(3));
Assert.IsFalse(fc.CorrectWorkByArguments(new System.Collections.Generic.List <double[]>()
{
args
}));
}
private void buttonResolve_Click(object sender, EventArgs e)
{
Cursor = Cursors.WaitCursor;
TreeListNode parentNode = treeListReferencedFiles.FocusedNode;
while (parentNode.ParentNode != null && (parentNode.Tag == null || parentNode.Tag.GetType() != typeof(FunctionContainer)))
{
parentNode = parentNode.ParentNode;
}
FunctionContainer funcContainer = FunctionContainerDisplayedInEditors;
syntaxEditorCurrent.SuspendPainting();
for (int i = syntaxEditorCurrent.Document.Lines.Count - 1; i >= 0; i--)
{
if (syntaxEditorCurrent.Document.Lines[i].BackColor == Color.LightGray)
{
syntaxEditorCurrent.Document.Lines.RemoveAt(i);
}
}
funcContainer.MyFunction.Body = funcContainer.TheirFunction.Body = syntaxEditorCurrent.Text;
if (FunctionsAreDifferent(funcContainer.MyFunction, funcContainer.TheirFunction))
{
// Don't delete node, just remove the 'code differences' text
parentNode.SetValue(1, "");
syntaxEditorCurrent.Visible = false;
syntaxEditorExternal.Visible = false;
ucHeading1.Text = string.Format("{0}: no code differences", funcContainer.MyFunction.Name);
}
else
{
TreeListNode topLevelNode = parentNode.ParentNode;
int nodeIndex = topLevelNode.Nodes.IndexOf(parentNode);
// Remove the node
if (topLevelNode.Nodes.Count > nodeIndex)
{
treeListReferencedFiles.FocusedNode = topLevelNode.Nodes[nodeIndex];
}
else if (topLevelNode.Nodes.Count > 1)
{
treeListReferencedFiles.FocusedNode = topLevelNode.Nodes[nodeIndex - 1];
}
else // This was the only node in the tree
{
treeListReferencedFiles.FocusedNode = topLevelNode;
}
topLevelNode.Nodes.Remove(parentNode);
}
syntaxEditorCurrent.ResumePainting();
Cursor = Cursors.Default;
}
public void DelphiIncorrectCodeCompileTest()
{
CompilationTester tester = new CompilationTester(FunctionContainer.CreateDefaultSetting());
string programPath;
CompileResult result;
try
{
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.DelphiIncorrectSourceCode,
Language.Delphi7);
result = Compiler.Delphi7Compiler.Compile(programPath);
CompileServiceHelper.ValidateIncorrectCompilationResult(result);
}
catch (Exception)
{
Assert.AreEqual(true, false);
}
}
public void AssignLanguageForProgramTest()
{
string languageString = "CPP";
string result;
Program program = new Program();
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, String.Empty);
languageString = "cpp";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, "Unsupported language");
languageString = "unknown";
result = FunctionContainer.AssignLanguageForProgram(languageString, ref program);
Assert.AreEqual(result, "Unsupported language");
}
public void Successfully_RegisterAllFunctions()
{
var registry = new FunctionRegistry();
var cont = new FunctionContainer(2);
registry.RegisterType(cont);
Assert.IsTrue(registry.Contains("a", FunctionScope.Basic));
Assert.IsTrue(registry.Contains("b", FunctionScope.Global));
Assert.IsFalse(registry.Contains("c", FunctionScope.Global));
var conf = new RollerConfig()
{
FunctionRegistry = registry, GetRandomBytes = GetRNG(Roll9())
};
EvaluateRoll("1d20.a()", conf, 1, "1d20.a() => 9 => 10");
EvaluateRoll("1d20.b()", conf, 1, "1d20.b() => 9 => 11");
EvaluateRoll("b()", conf, 0, "b() => 2 => 2");
}
public void LoadFunctions(Assembly assembly)
{
foreach (var item in assembly.DefinedTypes.SelectMany(x => x.GetMethods()).Where(x => x.IsStatic))
{
var con = new FunctionContainer(item);
this.log.Info("CSLoader loading function: " + item.Name);
if (!this.functions.ContainsKey(item.Name))
{
this.functions.Add(item.Name, con);
}
else
{
this.functions[item.Name] = con;
}
}
GC.Collect();
}
public FunctionContainerTest()
{
//2 + 2*2
root = FunctionContainer.CreateFunctionContainer_TwoArgs("Сложение");
var arg1 = FunctionContainer.CreateFunctionContainer_ConstArg(2);
var op1 = FunctionContainer.CreateFunctionContainer_TwoArgs("Умножение");
var arg2 = FunctionContainer.CreateFunctionContainer_ConstArg(2);
var arg3 = FunctionContainer.CreateFunctionContainer_ConstArg(2);
root.AddChild(arg1);
root.AddChild(op1);
op1.AddChild(arg2);
op1.AddChild(arg3);
args = new double[] { 1, 2, 3 };
}
public void GeneralCompileTest()
{
CompilationTester tester = new CompilationTester(FunctionContainer.CreateDefaultSetting());
string programPath;
CompileResult result;
try
{
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CSCorrectSourceCode,
Language.CSharp3);
result = Compiler.DotNet3Compiler.Compile(programPath);
CompileServiceHelper.ValidateCorrectCompilationResult(result);
}
catch (Exception)
{
Assert.AreEqual(true, false);
}
// bad input parameters
try
{
result = Compiler.DotNet3Compiler.Compile(null);
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
try
{
result = Compiler.DotNet3Compiler.Compile("");
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
}
void InitContainers()
{
var controllers_factoryset =
new FactorySet <ITrackController>(
SheetMusicEditor.CreateFactory()
);
var controllers_viewerset =
new ViewerSet <ITrackController>(
SheetMusicEditorView.Viewer.Instance
);
var tracks_factoryset =
new FactorySet <ITrack>(
MusicTrackFactory.Instance
);
var tracks_viewerset =
new ViewerSet <ITrack>();
containerfactoryset.Factories.Add(
TrackControllerContainer.CreateFactory(
tracks_factoryset,
tracks_viewerset,
controllers_factoryset,
controllers_viewerset
)
);
containerfactoryset.Factories.Add(
PolylineContainer.CreateFactory(
new FactorySet <PolylineData>(
PolylineData.FactoryInstance
),
new ViewerSet <PolylineData>(
)
)
);
containerfactoryset.Factories.Add(
FunctionContainer.CreateFactory(
new FunctionCodeTools(
SquareFunction.FactoryClass.Instance,
PolylineFunction.FactoryClass.Instance,
PolynomialFunction.FactoryClass.Instance,
PulseWidthModulatedFunction.FactoryClass.Instance,
LocalPerspectiveFunction.FactoryClass.Instance,
GlobalPerspectiveFunction.FactoryClass.Instance
),
new FactorySet <FunctionSource>(
FunctionSource.FactoryInstance
),
new ViewerSet <FunctionSource>(
)
)
);
containerfactoryset.Factories.Add(
ScreenContainer.CreateFactory(
new FactorySet <IScreen>(
TrackControllerScreen.FactoryInstance
),
new ViewerSet <IScreen>(
TrackControllerScreenView.Viewer.Instance
)
)
);
}
private void treeListReferencedFiles_FocusedNodeChanged(object sender, DevExpress.XtraTreeList.FocusedNodeChangedEventArgs e)
{
TreeListNode parentNode = e.Node;
while (parentNode.ParentNode != null && (parentNode.Tag == null || parentNode.Tag.GetType() != typeof(FunctionContainer)))
{
parentNode = parentNode.ParentNode;
}
if (parentNode.Tag != null && parentNode.Tag.GetType() == typeof(FunctionContainer))
{
var funcContainer = (FunctionContainer)parentNode.Tag;
if (funcContainer == FunctionContainerDisplayedInEditors)
{
// We are already displaying this function. Don't redisplay as we'll cause a flicker and loose the current line
return;
}
ClearApplyButtons();
ClearDeleteButtons();
FunctionContainerDisplayedInEditors = funcContainer;
if (funcContainer.MyFunction != null && funcContainer.TheirFunction != null)
{
if (funcContainer.MyFunction.Body == funcContainer.TheirFunction.Body)
{
syntaxEditorCurrent.Visible = false;
syntaxEditorExternal.Visible = false;
ucHeading1.Text = string.Format("{0}: no code differences", funcContainer.MyFunction.Name);
buttonResolve.Visible = false;
}
else
{
ucHeading1.Text = string.Format("{0}: code", funcContainer.MyFunction.Name);
string bodyExternal = funcContainer.TheirFunction.Body;
string bodyCurrent = funcContainer.MyFunction.Body;
BusyPopulatingEditors = true;
syntaxEditorCurrent.SuspendPainting();
syntaxEditorExternal.SuspendPainting();
Slyce.IntelliMerge.UI.Utility.Perform2WayDiffInTwoEditors(syntaxEditorExternal, syntaxEditorCurrent, ref bodyExternal, ref bodyCurrent);
BusyPopulatingEditors = false;
buttonResolve.Visible = true;
if (syntaxEditorCurrent.Document.Lines.Count > 0)
{
syntaxEditorCurrent.SelectedView.FirstVisibleDisplayLineIndex = 0;
}
if (syntaxEditorExternal.Document.Lines.Count > 0)
{
syntaxEditorExternal.SelectedView.FirstVisibleDisplayLineIndex = 0;
}
syntaxEditorCurrent.ResumePainting();
syntaxEditorExternal.ResumePainting();
AddApplyButtons();
AddDeleteButtons();
SetLineNumbers();
syntaxEditorCurrent.Visible = true;
syntaxEditorExternal.Visible = true;
}
}
else if (funcContainer.MyFunction == null && funcContainer.TheirFunction != null)
{
syntaxEditorExternal.Text = funcContainer.TheirFunction.Body;
syntaxEditorCurrent.Visible = false;
syntaxEditorExternal.Visible = true;
ucHeading1.Text = string.Format("{0}: no code differences", funcContainer.TheirFunction.Name);
buttonResolve.Visible = false;
}
else if (funcContainer.MyFunction != null && funcContainer.TheirFunction == null)
{
syntaxEditorCurrent.Text = funcContainer.MyFunction.Body;
syntaxEditorCurrent.Visible = true;
syntaxEditorExternal.Visible = false;
ucHeading1.Text = string.Format("{0}: no code differences", funcContainer.MyFunction.Name);
buttonResolve.Visible = false;
}
else
{
syntaxEditorCurrent.Visible = false;
syntaxEditorExternal.Visible = false;
ucHeading1.Text = "No function selected";
buttonResolve.Visible = false;
}
}
}
static void Test3()
{
var root1 = FunctionContainer.CreateFunctionContainer_TwoArgs("Сложение");
var sin = FunctionContainer.CreateFunctionContainer_OneArg("Синус");
var cos = FunctionContainer.CreateFunctionContainer_OneArg("Косинус");
var arg1 = FunctionContainer.CreateFunctionContainer_SameArgs(1);
var arg2 = FunctionContainer.CreateFunctionContainer_SameArgs(2);
root1.AddChild(sin);
root1.AddChild(cos);
sin.AddChild(arg1);
cos.AddChild(arg2);
var root2 = FunctionContainer.CreateFunctionContainer_TwoArgs("Умножение");
var exp = FunctionContainer.CreateFunctionContainer_OneArg("Экспонента");
var minus = FunctionContainer.CreateFunctionContainer_TwoArgs("Вычитание");
var log = FunctionContainer.CreateFunctionContainer_OneArg("Натуральный_логарифм");
var sqr = FunctionContainer.CreateFunctionContainer_OneArg("Корень_квадратный");
var arg3 = FunctionContainer.CreateFunctionContainer_SameArgs(3);
var arg4 = FunctionContainer.CreateFunctionContainer_SameArgs(4);
var arg5 = FunctionContainer.CreateFunctionContainer_SameArgs(5);
root2.AddChild(exp);
root2.AddChild(minus);
minus.AddChild(log);
minus.AddChild(sqr);
exp.AddChild(arg3);
log.AddChild(arg4);
sqr.AddChild(arg5);
root1.Rating = 50;
root2.Rating = 50;
//Console.WriteLine(root1);
//for (int i = 0; i < root1.SublevelsCount; i++)
//{
// Console.WriteLine($"\n{i}");
// foreach (var ch in root1.GetChilds(i))
// Console.WriteLine(ch);
//}
//Console.WriteLine(root1);
//Console.WriteLine(root2);
//Console.WriteLine("\n***************\n");
//for (int i = 0; i < 25; i++)
//{
// Console.WriteLine($"\n******* {i+1} *******\n");
// var cross = EvolutionaryAlgorithm.Crossing.CrossRouletteTrees(new Common.ICrossedTree[] { root1, root2 });
// Console.WriteLine(cross);
//}
Console.WriteLine(root1);
Console.WriteLine(root2);
Console.WriteLine("\n***************\n");
for (int i = 0; i < 25; i++)
{
Console.WriteLine($"\n******* {i + 1} *******\n");
var cross = EvolutionaryAlgorithm.Crossing.CrossOverTrees(root1, root2);
Console.WriteLine(cross);
}
}
public void CompileTest()
{
CompilationTester tester = new CompilationTester(FunctionContainer.CreateDefaultSetting());
string programPath;
CompileResult result;
#region CorrectLangugeSource
try
{
//-----------CS-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CSCorrectSourceCode,
Language.CSharp3);
result = Compiler.DotNet3Compiler.Compile(programPath);
CompileServiceHelper.ValidateCorrectCompilationResult(result);
//-----------CPP-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CPPCorrectSourceCode,
Language.VC8);
result = Compiler.VC8Compiler.Compile(programPath);
CompileServiceHelper.ValidateCorrectCompilationResult(result);
//-----------Java-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.JavaCorrectSourceCode,
Language.Java6);
result = Compiler.Java6Compiler.Compile(programPath);
CompileServiceHelper.ValidateCorrectCompilationResult(result);
//-----------Delphi-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.DelphiCorrectSourceCode,
Language.Delphi7);
result = Compiler.Delphi7Compiler.Compile(programPath);
CompileServiceHelper.ValidateCorrectCompilationResult(result);
}
catch (Exception)
{
Assert.AreEqual(true, false);
}
#endregion
#region IncorrectLangugeSource
try
{
//-----------CS-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CSIncorrectSourceCode,
Language.CSharp3);
result = Compiler.DotNet3Compiler.Compile(programPath);
CompileServiceHelper.ValidateIncorrectCompilationResult(result);
//-----------CPP-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.CPPIncorrectSourceCode,
Language.VC8);
result = Compiler.VC8Compiler.Compile(programPath);
CompileServiceHelper.ValidateIncorrectCompilationResult(result);
//-----------Java-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.JavaIncorrectSourceCode,
Language.Java6);
result = Compiler.Java6Compiler.Compile(programPath);
CompileServiceHelper.ValidateIncorrectCompilationResult(result);
//-----------Delphi-----------
programPath = tester.GenerateFileForCompilation(CompileServiceLanguageSourceCode.DelphiIncorrectSourceCode,
Language.Delphi7);
result = Compiler.Delphi7Compiler.Compile(programPath);
CompileServiceHelper.ValidateIncorrectCompilationResult(result);
}
catch (Exception)
{
Assert.AreEqual(true, false);
}
#endregion
// bad input parameters
try
{
result = Compiler.DotNet3Compiler.Compile(null);
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
try
{
result = Compiler.DotNet3Compiler.Compile("");
Assert.AreEqual(true, false);
}
catch (Exception)
{
Assert.AreEqual(true, true);
}
}