public Instructions()
{
instructions["ST"] = new ST();
instructions["LD"] = new LD();
instructions["ADD"] = new ADD();
instructions["SUB"] = new SUB();
instructions["JMP"] = new JMP();
instructions["JN"] = new JN();
instructions["JP"] = new JP();
instructions["JZ"] = new JZ();
instructions["JNZ"] = new JNZ();
instructions["HALT"] = new HALT();
//Second architecture functions.
instructions["LD2"] = new LD2();
instructions["LD3"] = new LD3();
instructions["ST2"] = new ST2();
instructions["ST3"] = new ST3();
instructions["POS"] = new POS();
instructions["PXL"] = new PXL();
instructions["RND"] = new RND();
instructions["CLR"] = new CLR();
instructions["COS"] = new COS();
instructions["SIN"] = new SIN();
instructions["IN"] = new IN();
}
public void FreeCommonLanguageRuntime()
{
this.ThrowIfDisposed();
if (this.Clr == null)
{
return;
}
if (this.Clr.ppClrHost != IntPtr.Zero &&
this.Clr.Stop != null &&
this.Clr.Release != null)
{
try
{
uint status = this.Clr.Stop(this.Clr.ppClrHost);
if (status != Win32.ERROR_SUCCESS)
{
throw new Win32Exception((int)status);
}
}
finally
{
this.Clr.Release(this.Clr.ppClrHost);
}
}
if (this.Clr.pMSCorEE != null)
{
this.Clr.pMSCorEE.Dispose();
}
this.Clr = null;
}
private static void InitializeArray(Array array, IField field)
{
var elemType = array.GetType().GetElementType();
var vals = CLR.ReadArrayValues(field, Type.GetTypeCode(elemType));
if (array.Rank == 1)
{
int n = vals.Count;
for (int i = 0; i < n; ++i)
{
array.SetValue(vals[i], i);
}
}
else
{
int i = 0;
var it = new ArrayIterator(array);
while (it.MoveNext())
{
array.SetValue(vals[i], it.Indices);
i++;
}
}
}
public void CLRExecuteAreEqual()
{
string constResult = "Выполнение приложения";
CLR component = new CLR();
string result;
result = component.Execute();
Assert.AreEqual(constResult, result);
}
public void CLRFinishAreEqual()
{
string constResult = "Завершение работы приложения";
CLR component = new CLR();
string result;
result = component.Finish();
Assert.AreEqual(constResult, result);
}
private void FacadeStart(object sender, RoutedEventArgs e)
{
TextEditor textEditor = new TextEditor();
Compiller compiller = new Compiller();
CLR clr = new CLR();
VisualStudioFacade ide = new VisualStudioFacade(textEditor, compiller, clr);
Facade.Programmer programmer = new Facade.Programmer();
MessageBox.Show(programmer.CreateApplication(ide));
}
//private Dictionary<MethodReference, MethodData> _methods;
public Module(ModuleDefinition cilModule, string target)
{
this._cilModule = cilModule;
this._target = target;
this._llModule = new LLVM.Module(cilModule.Name);
this._llModule.TargetTriple = target;
CLR.Initialize(this._llModule);
_types = new Dictionary <TypeReference, Type>();
//_methods = new Dictionary<MethodReference, MethodData>();
}
static void Main(string[] args)
{
TextEditor textEditor = new TextEditor();
Compiler compiller = new Compiler();
CLR clr = new CLR();
IDEFacade ide = new IDEFacade(textEditor, compiller, clr);
Programmer programmer = new Programmer();
programmer.CreateApplication(ide);
}
public async Task <DataContent> GetContentAsync()
{
if (VirtualAddress == 0 || Size == 0)
{
return(null);
}
switch (DirectoryType)
{
case DataDirectoryType.LoadConfigTable:
return(await LoadConfigurationDirectory.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.TLSTable:
return(await TLSDirectory.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.CertificateTable:
return(await Certificate.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.CLRRuntimeHeader:
return(await CLR.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.Debug:
return(await DebugDirectory.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.BaseRelocationTable:
return(await RelocationTable.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.ExportTable:
return(await ExportDirectory.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.ImportTable:
return(await ImportDirectory.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.DelayImportDescriptor:
return(await DelayedImportDirectory.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.ExceptionTable:
return(await ExceptionTable.GetAsync(_image).ConfigureAwait(false));
case DataDirectoryType.ResourceTable:
return(await ResourceDirectory.GetAsync(_image).ConfigureAwait(false));
default:
{
var calc = _image.GetCalculator();
var fileOffset = calc.RVAToOffset(VirtualAddress);
var va = _imageBase + VirtualAddress;
var location = new Location(_image, fileOffset, VirtualAddress, va, Size, Size);
return(new DataContent(_image, this, location));
}
}
}
public void Implementation()
{
var textEditor = new TextEditor();
var compiller = new Compiller();
var clr = new CLR();
var ide = new VisualStudioFacade(textEditor, compiller, clr);
var programmer = new Programmer();
programmer.CreateApplication(ide);
}
public static void Display()
{
TextEditor textEditor = new TextEditor();
Compiller compiller = new Compiller();
CLR clr = new CLR();
VisualStudioFacade ide = new VisualStudioFacade(textEditor, compiller, clr);
Programmer programmer = new Programmer();
programmer.CreateApplication(ide);
}
public void IDEFacadeFinishAreEqual()
{
TextEditor textEditor = new TextEditor();
Compilier compilier = new Compilier();
CLR clr = new CLR();
string constResult = clr.Finish();
IDEFacade component = new IDEFacade(textEditor, compilier, clr);
string result;
result = component.Finish();
Assert.AreEqual(constResult, result);
}
public override string ToString()
{
OperatingSystem os = System.Environment.OSVersion;
Version v = System.Environment.Version;
string wote = "dev: " + DEVICE.ToString() +
"\r\nos: " + OS.ToString() +
"\r\nclr: " + CLR.ToString() +
"\r\n" +
"\r\nplat: " + System.Environment.OSVersion.Platform.ToString() +
"\r\nos: " + System.Environment.OSVersion.ToString() +
"\r\nver:" + System.Environment.Version.ToString();
return(wote);
}
static void Main(string[] args)
{
TextEditor textEditor = new TextEditor();
Compiller compiller = new Compiller();
CLR clr = new CLR();
VisualStudioFacade ide = new VisualStudioFacade(textEditor, compiller, clr);
Programmer programmer = new Programmer();
programmer.CreateApplication(ide);
Console.Read();
}
public void IDEFacadeStartAreEqual()
{
TextEditor textEditor = new TextEditor();
Compilier compilier = new Compilier();
CLR clr = new CLR();
StringBuilder stringBuilder = new StringBuilder();
stringBuilder.Append(textEditor.CreateCode());
stringBuilder.Append(textEditor.SaveCode());
stringBuilder.Append(compilier.Compile());
stringBuilder.Append(clr.Execute());
string constResult = stringBuilder.ToString();
IDEFacade component = new IDEFacade(textEditor, compilier, clr);
string result;
result = component.Start();
Assert.AreEqual(constResult, result);
}
private NumericStackType StackTypeForTypeSpec(CLR.CLRTypeSpec typeSpec)
{
if (typeSpec is CLR.CLRTypeSpecClass)
{
CLR.CLRTypeSpecClass asClass = (CLR.CLRTypeSpecClass)typeSpec;
if (asClass.TypeDef.ContainerClass == null && asClass.TypeDef.TypeNamespace == "System")
{
string typeName = asClass.TypeDef.TypeName;
if (typeName == "Char" ||
typeName == "Boolean" ||
typeName == "Byte" ||
typeName == "SByte" ||
typeName == "Int16" ||
typeName == "UInt16" ||
typeName == "Int32" ||
typeName == "UInt32")
return NumericStackType.Int32;
if (typeName == "Int64" || typeName == "UInt64")
return NumericStackType.Int64;
if (typeName == "IntPtr" || typeName == "UIntPtr")
return NumericStackType.NativeInt;
if (typeName == "Single")
return NumericStackType.Float32;
if (typeName == "Double")
return NumericStackType.Float64;
}
CppClass typeClass = m_builder.GetCachedClass(typeSpec);
if (typeClass.IsEnum)
return StackTypeForTypeSpec(typeClass.GetEnumUnderlyingType());
}
throw new Exception("Unrecognized numeric type spec");
}
public AnonymousInstruction2(CLR parent)
{
this.parent = parent;
}
public RiderFacade(TextEditor textEditor, Compiler compiler, CLR clr)
{
_textEditor = textEditor;
_compiler = compiler;
_clr = clr;
}
public VisualStudioFacade(TextEditor te, Compiller compil, CLR clr)
{
this.textEditor = te;
this.compiller = compil;
this.clr = clr;
}
static void Main(string[] args)
{
#region Creational
//-Factory Method-
Developer dev = new PanelDeveloper("ООО КирпичСтрой");
House house2 = dev.Create();
dev = new WoodDeveloper("Частный застройщик");
House house = dev.Create();
//-Abstract Factory-
GofPatterns.Creational.Hero elf = new GofPatterns.Creational.Hero(new ElfFactory());
elf.Hit();
elf.Run();
GofPatterns.Creational.Hero voin = new GofPatterns.Creational.Hero(new VoinFactory());
voin.Hit();
voin.Run();
//-Singleton-
Computer comp = new Computer();
comp.Launch("Windows 8.1");
Console.WriteLine(comp.OS.Name);
// у нас не получится изменить ОС, так как объект уже создан
comp.OS = OS.getInstance("Windows 10");
//-Prototype-
IFigure figure = new Rectangle(30, 40);
IFigure clonedFigure = figure.Clone();
figure.GetInfo();
clonedFigure.GetInfo();
figure = new Circle(30);
clonedFigure = figure.Clone();
figure.GetInfo();
clonedFigure.GetInfo();
//-Builder-
// содаем объект пекаря
Baker baker = new Baker();
// создаем билдер для ржаного хлеба
BreadBuilder builder = new RyeBreadBuilder();
// выпекаем
Bread ryeBread = baker.Bake(builder);
Console.WriteLine(ryeBread.ToString());
// оздаем билдер для пшеничного хлеба
builder = new WheatBreadBuilder();
Bread wheatBread = baker.Bake(builder);
Console.WriteLine(wheatBread.ToString());
#endregion
#region Behavioral
//-Strategy-
Car auto = new Car(4, "Volvo", new PetrolMove());
auto.Move();
auto.Movable = new ElectricMove();
auto.Move();
//-Observer-
Stock stock = new Stock();
Bank bank = new Bank("ЮнитБанк", stock);
Broker broker = new Broker("Иван Иваныч", stock);
// имитация торгов
stock.Market();
// брокер прекращает наблюдать за торгами
broker.StopTrade();
// имитация торгов
stock.Market();
//-Strategy-
Pult pult = new Pult();
TV tv = new TV();
pult.SetCommand(new TVOnCommand(tv));
pult.PressButton();
pult.PressUndo();
Microwave microwave = new Microwave();
// 5000 - время нагрева пищи
pult.SetCommand(new MicrowaveCommand(microwave, 5000));
pult.PressButton();
//-Iterator-
Library library = new Library();
Reader reader = new Reader();
reader.SeeBooks(library);
//-State-
Water water = new Water(new LiquidWaterState());
water.Heat();
water.Frost();
water.Frost();
//-ChainOfResponsibility-
Handler h1 = new ConcreteHandler1();
Handler h2 = new ConcreteHandler2();
h1.Successor = h2;
h1.HandleRequest(2);
//-Interpreter-
Context context = new Context();
// определяем набор переменных
int x = 5;
int y = 8;
int z = 2;
// добавляем переменные в контекст
context.SetVariable("x", x);
context.SetVariable("y", y);
context.SetVariable("z", z);
// создаем объект для вычисления выражения x + y - z
IExpression expression = new SubtractExpression(
new AddExpression(
new NumberExpression("x"), new NumberExpression("y")
),
new NumberExpression("z")
);
int result = expression.Interpret(context);
Console.WriteLine("результат: {0}", result);
//-Mediator-
ManagerMediator mediator = new ManagerMediator();
Colleague customer = new CustomerColleague(mediator);
Colleague programmer = new ProgrammerColleague(mediator);
Colleague tester = new TesterColleague(mediator);
mediator.Customer = customer;
mediator.Programmer = programmer;
mediator.Tester = tester;
customer.Send("Есть заказ, надо сделать программу");
programmer.Send("Программа готова, надо протестировать");
tester.Send("Программа протестирована и готова к продаже");
//-Memento-
GofPatterns.Behavioral.Hero hero = new GofPatterns.Behavioral.Hero();
hero.Shoot(); // делаем выстрел, осталось 9 патронов
GameHistory game = new GameHistory();
game.History.Push(hero.SaveState()); // сохраняем игру
hero.Shoot(); //делаем выстрел, осталось 8 патронов
hero.RestoreState(game.History.Pop());
hero.Shoot(); //делаем выстрел, осталось 8 патронов
//-Visitor-
var structure = new Bank1();
structure.Add(new Person {
Name = "Иван Алексеев", Number = "82184931"
});
structure.Add(new Company {
Name = "Microsoft", RegNumber = "ewuir32141324", Number = "3424131445"
});
structure.Accept(new HtmlVisitor());
structure.Accept(new XmlVisitor());
#endregion
#region Structural
//-Decorator-
Pizza pizza1 = new ItalianPizza();
pizza1 = new TomatoPizza(pizza1); // итальянская пицца с томатами
Console.WriteLine("Название: {0}", pizza1.Name);
Console.WriteLine("Цена: {0}", pizza1.GetCost());
Pizza pizza2 = new ItalianPizza();
pizza2 = new CheesePizza(pizza2);// итальянская пиццы с сыром
Console.WriteLine("Название: {0}", pizza2.Name);
Console.WriteLine("Цена: {0}", pizza2.GetCost());
Pizza pizza3 = new BulgerianPizza();
pizza3 = new TomatoPizza(pizza3);
pizza3 = new CheesePizza(pizza3);// болгарская пиццы с томатами и сыром
Console.WriteLine("Название: {0}", pizza3.Name);
Console.WriteLine("Цена: {0}", pizza3.GetCost());
//-Adapter-
// путешественник
Driver driver = new Driver();
// машина
Auto auto1 = new Auto();
// отправляемся в путешествие
driver.Travel(auto1);
// встретились пески, надо использовать верблюда
Camel camel = new Camel();
// используем адаптер
ITransport camelTransport = new CamelToTransportAdapter(camel);
// продолжаем путь по пескам пустыни
driver.Travel(camelTransport);
//-Facade-
TextEditor textEditor = new TextEditor();
Compiller compiller = new Compiller();
CLR clr = new CLR();
VisualStudioFacade ide = new VisualStudioFacade(textEditor, compiller, clr);
Programmer programmer1 = new Programmer();
programmer1.CreateApplication(ide);
//-Composite-
Component fileSystem = new Directory("Файловая система");
// определяем новый диск
Component diskC = new Directory("Диск С");
// новые файлы
Component pngFile = new File("12345.png");
Component docxFile = new File("Document.docx");
// добавляем файлы на диск С
diskC.Add(pngFile);
diskC.Add(docxFile);
// добавляем диск С в файловую систему
fileSystem.Add(diskC);
// выводим все данные
fileSystem.Print();
Console.WriteLine();
// удаляем с диска С файл
diskC.Remove(pngFile);
// создаем новую папку
Component docsFolder = new Directory("Мои Документы");
// добавляем в нее файлы
Component txtFile = new File("readme.txt");
Component csFile = new File("Program.cs");
docsFolder.Add(txtFile);
docsFolder.Add(csFile);
diskC.Add(docsFolder);
fileSystem.Print();
//-Proxy-
using (IBook book = new BookStoreProxy())
{
// читаем первую страницу
Page page1 = book.GetPage(1);
Console.WriteLine(page1.Text);
// читаем вторую страницу
Page page2 = book.GetPage(2);
Console.WriteLine(page2.Text);
// возвращаемся на первую страницу
page1 = book.GetPage(1);
Console.WriteLine(page1.Text);
}
//-Bridge-
// создаем нового программиста, он работает с с++
Programmer1 freelancer = new FreelanceProgrammer(new CPPLanguage());
freelancer.DoWork();
freelancer.EarnMoney();
// пришел новый заказ, но теперь нужен c#
freelancer.Language = new CSharpLanguage();
freelancer.DoWork();
freelancer.EarnMoney();
//-Flyweight-
double longitude = 37.61;
double latitude = 55.74;
HouseFactory houseFactory = new HouseFactory();
for (int i = 0; i < 5; i++)
{
House1 panelHouse = houseFactory.GetHouse("Panel");
if (panelHouse != null)
{
panelHouse.Build(longitude, latitude);
}
longitude += 0.1;
latitude += 0.1;
}
for (int i = 0; i < 5; i++)
{
House1 brickHouse = houseFactory.GetHouse("Brick");
if (brickHouse != null)
{
brickHouse.Build(longitude, latitude);
}
longitude += 0.1;
latitude += 0.1;
}
#endregion
}
public void LoadCommonLanguageRuntime(string RuntimeVersion)
{
if (string.IsNullOrEmpty(RuntimeVersion))
{
throw new ArgumentNullException("RuntimeVersion");
}
this.ThrowIfDisposed();
this.ThrowIfNoHandle();
if (this.Clr != null)
{
return;
}
this.Clr = new CLR();
this.Clr.pMSCorEE = this.LoadLibrary("MSCorEE.dll");
this.Clr.pCorBindToRuntimeEx = this.GetProcAddress(this.Clr.pMSCorEE, "CorBindToRuntimeEx");
this.Clr.CorBindToRuntimeEx = this.GetFunction <CLR.CorBindToRuntimeExPrototype>(this.Clr.pCorBindToRuntimeEx);
uint status = this.Clr.CorBindToRuntimeEx(RuntimeVersion, "wks", 0, CLR.CLSID_CLRRuntimeHost, CLR.IID_ICLRRuntimeHost, out this.Clr.ppClrHost);
if (status != Win32.ERROR_SUCCESS)
{
throw new Win32Exception((int)status);
}
this.Clr.pClrHost = this.ReadIntPtr(this.Clr.ppClrHost);
if (this.Clr.pClrHost == IntPtr.Zero)
{
throw new Exception();
}
if (this.Is64BitProcess)
{
CLR.ICLRRuntimeHostVtblx64 ClrHost = this.ReadStruct <CLR.ICLRRuntimeHostVtblx64>(this.Clr.pClrHost);
this.Clr.pRelease = new IntPtr(ClrHost.Release);
this.Clr.pStart = new IntPtr(ClrHost.Start);
this.Clr.pStop = new IntPtr(ClrHost.Stop);
this.Clr.pExecuteInDefaultAppDomain = new IntPtr(ClrHost.ExecuteInDefaultAppDomain);
}
else
{
CLR.ICLRRuntimeHostVtblx86 ClrHost = this.ReadStruct <CLR.ICLRRuntimeHostVtblx86>(this.Clr.pClrHost);
this.Clr.pRelease = new IntPtr(ClrHost.Release);
this.Clr.pStart = new IntPtr(ClrHost.Start);
this.Clr.pStop = new IntPtr(ClrHost.Stop);
this.Clr.pExecuteInDefaultAppDomain = new IntPtr(ClrHost.ExecuteInDefaultAppDomain);
}
//this.Clr.Release = this.GetFunction<CLR.ICLRRuntimeHostReleasePrototype>(this.Clr.pRelease);
this.Clr.Release = (This) => this.CallFunctionThreadProc(this.Clr.pRelease, This);
//this.Clr.Start = this.GetFunction<CLR.ICLRRuntimeHostStartPrototype>(this.Clr.pStart);
this.Clr.Start = (This) => this.CallFunctionThreadProc(this.Clr.pStart, This);
//this.Clr.Stop = this.GetFunction<CLR.ICLRRuntimeHostStopPrototype>(this.Clr.pStop);
this.Clr.Stop = (This) => this.CallFunctionThreadProc(this.Clr.pStop, This);
this.Clr.ExecuteInDefaultAppDomain = this.GetFunction <CLR.ICLRRuntimeHostExecuteInDefaultAppDomainPrototype>(this.Clr.pExecuteInDefaultAppDomain);
status = this.Clr.Start(this.Clr.ppClrHost);
if (status != Win32.ERROR_SUCCESS)
{
throw new Win32Exception((int)status);
}
}
private CLR.CLRTypeSpec TypeSpecForArrayIndex(CLR.CLRTypeSpec indexBaseSpec)
{
NumericStackType indexNst = StackTypeForTypeSpec(indexBaseSpec);
CLR.CLRSigType.ElementType indexElementType;
if (indexNst == NumericStackType.Int32)
indexElementType = CLR.CLRSigType.ElementType.I4;
else if (indexNst == NumericStackType.NativeInt)
indexElementType = CLR.CLRSigType.ElementType.I; // CLARITYTODO: Test UIntPtr
else
throw new ArgumentException("Unusual array index type");
return m_builder.Assemblies.InternVagueType(new CLR.CLRSigTypeSimple(indexElementType));
}
public VisualStudioFacade(TextEditor txEditor, Compiler compiler, CLR clr)
{
_textEditor = txEditor;
_compiler = compiler;
_clr = clr;
}
public IDEFacade(TextEditor te, Compiler compil, CLR clr)
{
this.textEditor = te;
this.compiller = compil;
this.clr = clr;
}
private static MidInstruction.OpcodeEnum SimpleTranslateInstr(CLR.CIL.HLOpcode opcode)
{
switch (opcode)
{
case CLR.CIL.HLOpcode.bge:
return MidInstruction.OpcodeEnum.bge;
case CLR.CIL.HLOpcode.bgt:
return MidInstruction.OpcodeEnum.bgt;
case CLR.CIL.HLOpcode.ble:
return MidInstruction.OpcodeEnum.ble;
case CLR.CIL.HLOpcode.blt:
return MidInstruction.OpcodeEnum.blt;
case CLR.CIL.HLOpcode.clt:
return MidInstruction.OpcodeEnum.clt;
case CLR.CIL.HLOpcode.add:
return MidInstruction.OpcodeEnum.add;
case CLR.CIL.HLOpcode.sub:
return MidInstruction.OpcodeEnum.sub;
case CLR.CIL.HLOpcode.mul:
return MidInstruction.OpcodeEnum.mul;
case CLR.CIL.HLOpcode.div:
return MidInstruction.OpcodeEnum.div;
case CLR.CIL.HLOpcode.rem:
return MidInstruction.OpcodeEnum.rem;
case CLR.CIL.HLOpcode.and:
return MidInstruction.OpcodeEnum.and;
case CLR.CIL.HLOpcode.or:
return MidInstruction.OpcodeEnum.or;
case CLR.CIL.HLOpcode.xor:
return MidInstruction.OpcodeEnum.xor;
case CLR.CIL.HLOpcode.shl:
return MidInstruction.OpcodeEnum.shl;
case CLR.CIL.HLOpcode.shr:
return MidInstruction.OpcodeEnum.shr;
case CLR.CIL.HLOpcode.not:
return MidInstruction.OpcodeEnum.not;
case CLR.CIL.HLOpcode.neg:
return MidInstruction.OpcodeEnum.neg;
default:
throw new ArgumentException();
}
}