public static void TheProblemAgain() { var stack = new ObjectStack(); stack.Push("Hello World"); stack.Push(100); Console.WriteLine(100 * (int)stack.Pop()); Console.WriteLine(100 * (int)stack.Pop()); }
public void StartObject(ISerializable obj) { bool isSameAsPreviousObject = IsObjectSameAsPreviousObject(obj); ObjectStack.Push(obj); if (!isSameAsPreviousObject) { JsonWriter.WriteStartObject(); SerializationManager.StartObjectSerialization(this, obj); } }
public override float EvaluateTestCase(GAIndividual inIndividual, object inInput, object inOutput) { int timeSteps = 1000; float timeDiscritized = 0.01f; float maxTime = timeSteps * timeDiscritized; float captureRadius = 0.01f; ObjectPair xv = (ObjectPair)inInput; float position = (float)xv._first; float velocity = (float)xv._second; for (int step = 1; step <= timeSteps; step++) { _interpreter.ClearStacks(); FloatStack fStack = _interpreter.FloatStack(); BooleanStack bStack = _interpreter.BoolStack(); ObjectStack iStack = _interpreter.InputStack(); // Position will be on the top of the stack, and velocity will be // second. fStack.Push(position); fStack.Push(velocity); // Must be included in order to use the input stack. Uses same order // as inputs on Float stack. iStack.Push(position); iStack.Push(velocity); _interpreter.Execute(((PushGPIndividual)inIndividual)._program, _executionLimit); // If there is no boolean on the stack, the program has failed to // return a reasonable output. So, return a penalty fitness of // twice the maximum time. if (bStack.Size() == 0) { return 2 * maxTime; } // If there is a boolean, use it to compute the next position and // velocity. Then, check for termination conditions. // NOTE: If result == True, we will apply the force in the positive // direction, and if result == False, we will apply the force in // the negative direction. bool positiveForce = bStack.Top(); float acceleration; if (positiveForce) { acceleration = 0.5f; } else { acceleration = -0.5f; } velocity = velocity + (timeDiscritized * acceleration); position = position + (timeDiscritized * velocity); // Check for termination conditions if (position <= captureRadius && position >= -captureRadius && velocity <= captureRadius && velocity >= -captureRadius) { //Cart is centered, so return time it took. return step * timeDiscritized; } } // If here, the cart failed to come to rest in the allotted time. So, // return the failed error of maxTime. return maxTime; }
public void InvalidCastExceptionTest() { // Now suppose we want a stack that stores just integers: var intStack = new ObjectStack(); // It's easy to make mistakes: intStack.Push("s"); // Wrong type, but no error! Assert.Throws <System.InvalidCastException>(() => { _ = (int)intStack.Pop(); // Downcast - runtime error! }); }
public override string ToString() { if (ObjectCardArray != null) { return(ObjectCardArray[0].CardSuit.ToString() + ObjectCardArray[0].CardNumber.ToString() + " to " + ObjectCardArray[ObjectCardArray.Count - 1].CardSuit.ToString() + ObjectCardArray[ObjectCardArray.Count - 1].CardNumber.ToString() + " → " + ObjectStack.ToString()); } else { return(SingleCard.CardSuit.ToString() + SingleCard.CardNumber.ToString() + " → " + ObjectStack.ToString()); } }
public ActionResult <FoodBag> CreateFoodBag(FoodBag foodBag) { using (var ctx = MyContext.New()) { foodBag.IsPersisted = 1; ctx.FoodBags.Add(foodBag); ctx.ObjectMetas.Add(new ObjectMeta { Id = Guid.NewGuid().ToString(), ObjectId = foodBag.Id, Name = "description", Value = foodBag.Description ?? "", }); foreach (var ingredientStack in foodBag.IngredientStacks) { var s = new ObjectStack { Id = Guid.NewGuid().ToString(), Type = StackTypes.Ingredient, ParentId = foodBag.Id, ItemId = ingredientStack.ItemId, TotalAmount = ingredientStack.TotalAmount, IsDeleted = 0, IsPersisted = 1, }; ctx.ObjectStacks.Add(s); } foreach (var recipeStack in foodBag.RecipeStacks) { var s = new ObjectStack { Id = Guid.NewGuid().ToString(), Type = StackTypes.Recipe, ParentId = foodBag.Id, ItemId = recipeStack.ItemId, TotalAmount = recipeStack.TotalAmount, IsDeleted = 0, IsPersisted = 1, }; ctx.ObjectStacks.Add(s); } ctx.SaveChanges(); return(foodBag); } }
public static ObjectStack CompleteRecipeStack(MyContext ctx, ObjectStack recipeStack) { var recipe = ctx.Recipes.First(i => i.Id == recipeStack.ItemId && i.IsDeleted == 0); recipe.IngredientStacks = ctx.ObjectStacks .Where(s => s.ParentId == recipe.Id && s.IsDeleted == 0 && s.Type == ObjectStack.StackTypes.Ingredient) .AsEnumerable() .Select(s => { s.Item = IngredientService.GetIngredientById(ctx, s.ItemId); return(s); }) .ToList(); recipeStack.Item = recipe; return(recipeStack); }
static void Main(string[] args) { // create a new IntStack ObjectStack stack = new ObjectStack(); stack.Push(2); stack.Push("apple"); stack.Push(8); for (int i = 0; i < 3; i++) { Console.WriteLine("Pop value: {0}", stack.Pop()); } // wait for input before exiting Console.WriteLine("Press enter to finish"); Console.ReadLine(); }
private static void OnExceptionRestoreStack() { foreach (var i in BackUpList) { ObjectStack.Push(i); } var initialCount = ObjectStack.Count; Console.WriteLine(Environment.NewLine); Console.ForegroundColor = ConsoleColor.Yellow; Console.WriteLine("Restored Stack Contents Count {0}", ObjectStack.Count); Console.WriteLine("Contents from Restored Stack"); for (var i = 0; i < initialCount; i++) { Console.WriteLine("Restored value {0} , at Position {1}", ObjectStack.Pop(), i); } Console.WriteLine("Restored Stack To Initial State"); }
public InterpreterState(Stack stack, FloatingPointStack floatingPointStack, ObjectStack objectStack, ReturnStack returnStack, ExceptionStack exceptionStack, InputSourceStack inputSourceStack, Heap heap, ObjectHeap objectHeap, IWordsList wordsList) { Stack = stack ?? throw new ArgumentNullException(nameof(stack)); FloatingPointStack = floatingPointStack ?? throw new ArgumentNullException(nameof(floatingPointStack)); ObjectStack = objectStack ?? throw new ArgumentNullException(nameof(objectStack)); ReturnStack = returnStack ?? throw new ArgumentNullException(nameof(returnStack)); ExceptionStack = exceptionStack ?? throw new ArgumentNullException(nameof(exceptionStack)); InputSourceStack = inputSourceStack ?? throw new ArgumentNullException(nameof(inputSourceStack)); Heap = heap ?? throw new ArgumentNullException(nameof(heap)); ObjectHeap = objectHeap ?? throw new ArgumentNullException(nameof(objectHeap)); Picture = string.Empty; WordsList = wordsList ?? throw new ArgumentNullException(nameof(wordsList)); _stacksRegistry = new Dictionary <string, IStack>(); RegisterDefaultStacks(); SetupDefaults(); }
public static void Main(string[] args) { var objects = new List<Object>(); for (var i = 0; i < NumOfObjects; i++) { objects.Add(new object()); } var tasks = new Task[NumOfThreads]; var objectStack = new ObjectStack(objects); for (var i = 0; i < NumOfThreads; i++) { var task = new Task(objectStack.ThreadUnsafeMultiPop); tasks[i] = task; } for (var i = 0; i < NumOfThreads; i++) { tasks[i].Start(); } //Using this seems to throw exceptions from unit test context //Parallel.For(0, NumOfThreads, x => objectStack.ThreadUnsafeMultiPop()); }
public static void Main() { string input; ObjectStack os = new ObjectStack(1); do { System.Console.WriteLine($"Length: {os.Size}"); System.Console.Write("Enter a string: "); input = Console.ReadLine(); if (input != "") { os.Push(input); } } while(input != ""); Console.WriteLine("\nPopping the stack!"); while (!os.Empty) { Console.WriteLine(os.Pop()); } }
public Sandbox(RantEngine engine, RantPattern pattern, RNG rng, int sizeLimit = 0, RantPatternArgs args = null) { _engine = engine; _format = engine.Format; _sizeLimit = new Limit(sizeLimit); _baseOutput = new OutputWriter(this); _outputs = new Stack <OutputWriter>(); _outputs.Push(_baseOutput); _rng = rng; _startingGen = rng.Generation; _pattern = pattern; _objects = new ObjectStack(engine.Objects); _blocks = new Stack <BlockState>(); _matches = new Stack <Match>(); _queryState = new QueryState(); _subroutineArgs = new Stack <Dictionary <string, RantAction> >(); _syncManager = new SyncManager(this); _blockManager = new BlockManager(); _scriptObjectStack = new Stack <object>(); _patternArgs = args; _stopwatch = new Stopwatch(); }
/// <summary> /// 回收对象 /// </summary> /// <param name="obj"></param> public void ReleaseObject(T obj) { if (ReleaseObjectRunTime != null) { obj = ReleaseObjectRunTime(obj, this); if (obj == null) { return; } } if (ObjectStack.Count >= MaxObjectCount) { if (obj is IDisposable) { ((IDisposable)obj).Dispose(); } } else { ObjectStack.Push(obj); } }
private bool IsObjectSameAsPreviousObject(ISerializable obj) { return(ObjectStack.Count != 0 && ReferenceEquals(obj, ObjectStack.Peek())); }
public void CheckTypesEx(int init_n, int init_level, IntegerStack init_class_stack) { ClassObject classObject; IntegerStack stack; FunctionObject obj9; int num52; if (this.scripter.IsError()) { return; } IntegerList a = new IntegerList(true); IntegerList list2 = new IntegerList(true); IntegerList pos = new IntegerList(true); IntegerList list4 = new IntegerList(false); IntegerList l = new IntegerList(false); ClassObject obj2 = null; if (init_class_stack == null) { stack = new IntegerStack(); } else { stack = init_class_stack.Clone(); } if (stack.Count == 0) { classObject = null; } else { classObject = this.GetClassObject(stack.Peek()); } this.n = init_n; int num = init_level; Label_0079: this.n++; if (this.n >= this.Card) { goto Label_22C6; } this.r = (ProgRec) this.prog[this.n]; int op = this.r.op; if ((op == this.OP_SEPARATOR) || (op == this.OP_LABEL)) { goto Label_0079; } if (op != this.OP_CREATE_INDEX_OBJECT) { if (op == this.OP_ADD_INDEX) { if (((this.symbol_table[this.r.res].TypeId != 12) || (this[this.n + 1].op != this.OP_ADD_INDEX)) || (this[this.n + 1].res != this.r.res)) { goto Label_04A6; } int num7 = 1; while ((this[this.n + num7].op == this.OP_ADD_INDEX) && (this[this.n + num7].res == this.r.res)) { num7++; } this.scripter.CreateErrorObjectEx("CS1501. No overload for method '{0}' takes '{1}' arguments.", new object[] { "this", num7 }); goto Label_22C6; } if (op == this.OP_SETUP_INDEX_OBJECT) { int n = this.n; int num9 = 0; do { n--; if ((this[n].op == this.OP_ADD_INDEX) && (this[n].arg1 == this.r.arg1)) { num9++; } } while ((this[n].op != this.OP_CREATE_INDEX_OBJECT) || (this[n].res != this.r.arg1)); int typeId = this.symbol_table[this[n].arg1].TypeId; int rank = CSLite_System.GetRank(this.symbol_table[typeId].Name); if ((rank > 0) && (rank != num9)) { this.scripter.CreateErrorObjectEx("CS0022. Wrong number of indices inside [], expected '{0}'.", new object[] { rank.ToString() }); goto Label_22C6; } } } else { int num3 = this.symbol_table[this.r.arg1].TypeId; string name = this.symbol_table[num3].Name; string elementTypeName = CSLite_System.GetElementTypeName(name); int num4 = 0; PropertyObject obj4 = null; if (elementTypeName == "") { ClassObject obj5 = this.GetClassObject(num3); if (obj5.IsPascalArray) { name = obj5.ImportedType.Name + "[]"; elementTypeName = this.symbol_table[obj5.IndexTypeId].Name; } } if (elementTypeName == "") { obj4 = this.GetClassObject(num3).FindIndexer(); if (obj4 == null) { this.scripter.CreateErrorObjectEx("CS0021. Cannot apply indexing with [] to an expression of type '{0}'.", new object[] { name }); goto Label_22C6; } num4 = this.symbol_table[obj4.Id].TypeId; } else { for (int k = num3; k >= 0; k--) { if ((this.symbol_table[k].Kind == MemberKind.Type) && (this.symbol_table[k].Name == elementTypeName)) { num4 = k; break; } } } if (num4 == 0) { elementTypeName = CSLite_System.GetElementTypeName(this.symbol_table[num3].FullName); bool upcase = this.GetUpcase(); MemberObject obj6 = this.FindType(this.RecreateLevelStack(this.n), elementTypeName, upcase); if (obj6 == null) { this.scripter.CreateErrorObjectEx("CS0246. The type or namespace name '{0}' could not be found (are you missing a using directive or an assembly reference?).", new object[] { elementTypeName }); goto Label_22C6; } num4 = obj6.Id; } this.symbol_table[this.r.res].TypeId = num4; } Label_04A6: if (((op == this.OP_CREATE_INDEX_OBJECT) || (op == this.OP_ADD_INDEX)) || (op == this.OP_SETUP_INDEX_OBJECT)) { goto Label_0079; } for (int i = 1; i <= 2; i++) { int num13; if (i == 1) { num13 = this.r.arg1; } else { num13 = this.r.arg2; } if (this.symbol_table[num13].Kind == MemberKind.Index) { l.Clear(); int avalue = this.n; while (true) { if ((this[avalue].op == this.OP_CREATE_INDEX_OBJECT) && (this[avalue].res == num13)) { break; } avalue--; } int num15 = this[avalue].arg1; l.Add(avalue); int num16 = this.symbol_table[num15].TypeId; PropertyObject obj8 = this.GetClassObject(num16).FindIndexer(); if (obj8 != null) { while (true) { if ((this[avalue].op == this.OP_SETUP_INDEX_OBJECT) && (this[avalue].arg1 == num13)) { break; } if ((this[avalue].op == this.OP_ADD_INDEX) && (this[avalue].arg1 == num13)) { l.Add(avalue); } avalue++; } l.Add(avalue); if ((this.r.op == this.OP_ASSIGN) && (i == 1)) { if (obj8.WriteId == 0) { this.scripter.CreateErrorObject("CS0154. The property or indexer '{0}' cannot be used in this context because it lacks the get accessor."); break; } int num17 = this.r.arg2; this.InsertOperators(this.n, obj8.ParamCount + 3); this.n--; this.n++; this[this.n].op = this.OP_BEGIN_CALL; this[this.n].arg1 = obj8.WriteId; this[this.n].arg2 = 0; this[this.n].res = 0; for (int m = 1; m < (l.Count - 1); m++) { this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = this[l[m]].arg2; this[this.n].arg2 = 0; this[this.n].res = obj8.WriteId; } this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = num17; this[this.n].arg2 = 0; this[this.n].res = obj8.WriteId; this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = num15; this[this.n].arg2 = 0; this[this.n].res = 0; this.n++; this[this.n].op = this.OP_CALL_BASE; this[this.n].arg1 = obj8.WriteId; this[this.n].arg2 = l.Count - 1; this[this.n].res = 0; this.r = (ProgRec) this.prog[this.n]; op = this.r.op; } else { if (obj8.ReadId == 0) { this.scripter.CreateErrorObject("CS0154. The property or indexer '{0}' cannot be used in this context because it lacks the get accessor."); break; } int num19 = this.AppVar(this.symbol_table[num13].Level, this.symbol_table[num13].TypeId); if (i == 1) { this.r.arg1 = num19; } else { this.r.arg2 = num19; } this.InsertOperators(this.n, obj8.ParamCount + 3); this.n--; this.n++; this[this.n].op = this.OP_BEGIN_CALL; this[this.n].arg1 = obj8.ReadId; this[this.n].arg2 = 0; this[this.n].res = 0; for (int num20 = 1; num20 < (l.Count - 1); num20++) { this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = this[l[num20]].arg2; this[this.n].arg2 = 0; this[this.n].res = obj8.ReadId; } this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = num15; this[this.n].arg2 = 0; this[this.n].res = 0; this.n++; this[this.n].op = this.OP_CALL_BASE; this[this.n].arg1 = obj8.ReadId; this[this.n].arg2 = l.Count - 2; this[this.n].res = num19; this.symbol_table[this[this.n].res].TypeId = this.symbol_table[obj8.ReadId].TypeId; this.r = (ProgRec) this.prog[this.n]; op = this.r.op; } list4.AddFrom(l); } } } if (op == this.OP_CREATE_METHOD) { num = this.r.arg1; goto Label_0079; } if (op != this.OP_CALL_SIMPLE) { if ((op == this.OP_CALL) || (op == this.OP_CALL_BASE)) { this.CheckOP_CALL(classObject, num, a, list2, pos); if (!this.scripter.IsError()) { goto Label_0079; } goto Label_22C6; } if (op == this.OP_CHECK_STRUCT_CONSTRUCTOR) { ClassObject obj12 = this.GetClassObject(this.r.arg1); if (obj12.IsStruct && !obj12.Imported) { FunctionObject obj13; this.r.op = this.OP_CREATE_OBJECT; int num35 = obj12.FindConstructorId(null, null, out obj13); if (num35 == 0) { this.scripter.CreateErrorObjectEx("CS0143. The type '{0}' has no constructors defined.", new object[] { obj12.Name }); } this.n++; this.InsertOperators(this.n, 2); this[this.n].op = this.OP_PUSH; this[this.n].arg1 = this.r.res; this[this.n].arg2 = 0; this[this.n].res = 0; this.n++; this[this.n].op = this.OP_CALL; this[this.n].arg1 = num35; this[this.n].arg2 = 0; this[this.n].res = 0; } else { this.r.op = this.OP_NOP; } } else if (op == this.OP_INSERT_STRUCT_CONSTRUCTORS) { ClassObject obj14 = this.GetClassObject(this.r.arg1); for (int num36 = 0; num36 < obj14.Members.Count; num36++) { MemberObject obj15 = obj14.Members[num36]; if (obj15.Kind == MemberKind.Field) { int num37 = this.symbol_table[obj15.Id].TypeId; ClassObject obj16 = this.GetClassObject(num37); if (obj16.IsStruct && !obj16.Imported) { if (obj16.IsPascalArray) { this.n++; this.InsertOperators(this.n, 1); this[this.n].op = this.OP_CREATE_OBJECT; this[this.n].arg1 = num37; this[this.n].arg2 = 0; this[this.n].res = obj15.Id; } else { FunctionObject obj17; int num38 = obj16.FindConstructorId(null, null, out obj17); if (num38 == 0) { this.scripter.CreateErrorObjectEx("CS0143. The type '{0}' has no constructors defined.", new object[] { obj16.Name }); } this.n++; this.InsertOperators(this.n, 3); this[this.n].op = this.OP_CREATE_OBJECT; this[this.n].arg1 = num37; this[this.n].arg2 = 0; this[this.n].res = obj15.Id; this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = obj15.Id; this[this.n].arg2 = 0; this[this.n].res = 0; this.n++; this[this.n].op = this.OP_CALL; this[this.n].arg1 = num38; this[this.n].arg2 = 0; this[this.n].res = 0; } } } } } else { if (op == this.OP_CAST) { this.CheckOP_CAST(); if (!this.scripter.IsError()) { goto Label_0079; } goto Label_22C6; } if (op == this.OP_TO_SBYTE) { this.symbol_table[this.r.res].TypeId = 10; } else if (op == this.OP_TO_BYTE) { this.symbol_table[this.r.res].TypeId = 3; } else if (op == this.OP_TO_USHORT) { this.symbol_table[this.r.res].TypeId = 15; } else if (op == this.OP_TO_SHORT) { this.symbol_table[this.r.res].TypeId = 11; } else if (op == this.OP_TO_UINT) { this.symbol_table[this.r.res].TypeId = 13; } else if (op == this.OP_TO_INT) { this.symbol_table[this.r.res].TypeId = 8; } else if (op == this.OP_TO_ULONG) { this.symbol_table[this.r.res].TypeId = 14; } else if (op == this.OP_TO_LONG) { this.symbol_table[this.r.res].TypeId = 9; } else if (op == this.OP_TO_CHAR) { this.symbol_table[this.r.res].TypeId = 4; } else if (op == this.OP_TO_FLOAT) { this.symbol_table[this.r.res].TypeId = 7; } else if (op == this.OP_TO_DOUBLE) { this.symbol_table[this.r.res].TypeId = 6; } else if (op == this.OP_TO_DECIMAL) { this.symbol_table[this.r.res].TypeId = 5; } else if (op == this.OP_TO_STRING) { this.symbol_table[this.r.res].TypeId = 12; } else if (op == this.OP_TO_BOOLEAN) { this.symbol_table[this.r.res].TypeId = 2; } else { if (op == this.OP_INC) { this.CheckOP_INC(); if (!this.scripter.IsError()) { goto Label_0079; } goto Label_22C6; } if (op == this.OP_DEC) { this.CheckOP_DEC(); if (!this.scripter.IsError()) { goto Label_0079; } goto Label_22C6; } if (op == this.OP_ASSIGN_COND_TYPE) { this.CheckOP_ASSIGN_COND_TYPE(); } else if (op == this.OP_ADD_EXPLICIT_INTERFACE) { this.OperAddExplicitInterface(); } else if (op == this.OP_END_CLASS) { stack.Pop(); if (stack.Count > 0) { int num39 = stack.Peek(); classObject = this.GetClassObject(num39); } else { classObject = null; } } else { if (op != this.OP_CREATE_CLASS) { if (op == this.OP_CREATE_OBJECT) { ClassObject obj27 = this.GetClassObject(this.r.arg1); if (!obj27.Abstract && !obj27.IsInterface) { goto Label_0079; } this.scripter.CreateErrorObjectEx("CS0144. Cannot create an instance of the abstract class or interface '{0}'.", new object[] { obj27.Name }); } else { if (op == this.OP_END_USING) { if ((obj2 != null) && (obj2.Id == this.r.arg1)) { obj2 = null; } goto Label_0079; } if (op == this.OP_ASSIGN) { this.CheckOP_ASSIGN(obj2); if (!this.scripter.IsError()) { goto Label_0079; } } else { if (op == this.OP_UNARY_MINUS) { if (!this.SetupDetailedUnaryOperator(op, "-", this.detailed_negation_operators)) { goto Label_22C6; } if (this[this.n].op != this.OP_CALL_SIMPLE) { this.r = this[this.n]; int num48 = this.GetTypeId(this.r.arg1); int num49 = this.GetTypeId(this.r.res); if ((num48 != num49) && IsNumericTypeId(num49)) { this.InsertNumericConversion(num49, 1); } } goto Label_0079; } if (op == this.OP_NOT) { if (this.SetupDetailedUnaryOperator(op, "!", this.detailed_logical_negation_operators)) { goto Label_0079; } } else { if (op == this.OP_COMPLEMENT) { if (!this.SetupDetailedUnaryOperator(op, "~", this.detailed_bitwise_complement_operators)) { goto Label_22C6; } if (this[this.n].op != this.OP_CALL_SIMPLE) { this.r = this[this.n]; int num50 = this.GetTypeId(this.r.arg1); int num51 = this.GetTypeId(this.r.res); if ((num50 != num51) && IsNumericTypeId(num51)) { this.InsertNumericConversion(num51, 1); } } goto Label_0079; } if (op == this.OP_PLUS) { this.CheckOP_PLUS(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_MINUS) { this.CheckOP_MINUS(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_MULT) { this.CheckOP_MULT(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_EXPONENT) { this.CheckOP_EXP(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_DIV) { this.CheckOP_DIV(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_MOD) { this.CheckOP_MOD(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_LEFT_SHIFT) { this.CheckOP_LEFT_SHIFT(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_RIGHT_SHIFT) { this.CheckOP_RIGHT_SHIFT(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_BITWISE_AND) { this.CheckOP_BITWISE_AND(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_BITWISE_OR) { this.CheckOP_BITWISE_OR(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_BITWISE_XOR) { this.CheckOP_BITWISE_XOR(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_LOGICAL_AND) { this.CheckOP_LOGICAL_AND(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_LOGICAL_OR) { this.CheckOP_LOGICAL_OR(); if (!this.scripter.IsError()) { goto Label_0079; } } else { if (op == this.OP_LT) { if (!this.SetupDetailedBinaryOperator(op, "<", this.detailed_lt_operators)) { goto Label_22C6; } this.symbol_table[this.r.res].TypeId = 2; goto Label_0079; } if (op == this.OP_LE) { if (!this.SetupDetailedBinaryOperator(op, "<=", this.detailed_le_operators)) { goto Label_22C6; } this.symbol_table[this.r.res].TypeId = 2; goto Label_0079; } if (op == this.OP_GT) { if (!this.SetupDetailedBinaryOperator(op, ">", this.detailed_gt_operators)) { goto Label_22C6; } this.symbol_table[this.r.res].TypeId = 2; goto Label_0079; } if (op == this.OP_GE) { if (!this.SetupDetailedBinaryOperator(op, ">=", this.detailed_ge_operators)) { goto Label_22C6; } this.symbol_table[this.r.res].TypeId = 2; goto Label_0079; } if (op == this.OP_EQ) { this.CheckOP_EQ(); if (!this.scripter.IsError()) { goto Label_0079; } } else if (op == this.OP_NE) { this.CheckOP_NE(); if (!this.scripter.IsError()) { goto Label_0079; } } else { if (op == this.OP_IS) { this.symbol_table[this.r.res].TypeId = 2; goto Label_0079; } if (op == this.OP_AS) { if (this.symbol_table[this.r.arg2].Kind != MemberKind.Type) { this.scripter.CreateErrorObject("CS1031. Type expected."); goto Label_22C6; } ClassObject obj28 = this.GetClassObject(this.symbol_table[this.r.arg1].TypeId); ClassObject obj29 = this.GetClassObject(this.r.arg2); if (obj29.IsValueType) { this.scripter.CreateErrorObjectEx("CS0077. The as operator must be used with a reference type ('{0}' is a value type).", new object[] { obj29.Name }); goto Label_22C6; } if (!this.scripter.conversion.ExistsImplicitReferenceConversion(obj29, obj28)) { this.scripter.CreateErrorObjectEx("CS0039. Cannot convert type '{0}' to '{1}'.", new object[] { obj29.Name, obj28.Name }); goto Label_22C6; } this.symbol_table[this.r.res].TypeId = this.r.arg2; goto Label_0079; } if (op == this.OP_CREATE_REFERENCE) { this.CheckOP_CREATE_REFERENCE(classObject); if (this.scripter.IsError()) { goto Label_22C6; } goto Label_0079; } if (op == this.OP_DECLARE_LOCAL_VARIABLE) { this.OperDeclareLocalVariable(); goto Label_0079; } if (op != this.OP_ADDRESS_OF) { goto Label_0079; } this.ProcessAddressOf(); if (!this.scripter.IsError()) { goto Label_0079; } } } } } } goto Label_22C6; } bool flag3 = this.GetUpcase(this.n); ClassObject obj18 = this.GetClassObject(this.r.arg1); if (obj18.Class_Kind == ClassKind.Enum) { obj2 = obj18; } classObject = obj18; stack.Push(classObject.Id); if (obj18.IsClass || obj18.IsStruct) { int num40 = 0; for (int num41 = 0; num41 < obj18.AncestorIds.Count; num41++) { int num42 = obj18.AncestorIds[num41]; ClassObject obj19 = this.GetClassObject(num42); if (!obj19.IsInterface) { num40++; if (num40 > 1) { this.scripter.CreateErrorObjectEx("CS0527. '{0}' : type in interface list is not an interface.", new object[] { obj19.Name }); break; } } } IntegerList supportedInterfaceListIds = obj18.GetSupportedInterfaceListIds(); if (obj18.AncestorClass.HasModifier(Modifier.Abstract)) { supportedInterfaceListIds.Add(obj18.AncestorClass.Id); } for (int num43 = 0; num43 < supportedInterfaceListIds.Count; num43++) { int num44 = supportedInterfaceListIds[num43]; ClassObject obj20 = this.GetClassObject(num44); for (int num45 = 0; num45 < obj20.Members.Count; num45++) { MemberObject obj21 = obj20.Members[num45]; if (obj21.HasModifier(Modifier.Abstract)) { if (((obj21.Kind == MemberKind.Method) || (obj21.Kind == MemberKind.Constructor)) || (obj21.Kind == MemberKind.Destructor)) { bool flag4 = false; FunctionObject fy = (FunctionObject) obj21; for (int num46 = 0; num46 < obj18.Members.Count; num46++) { MemberObject obj23 = obj18.Members[num46]; if (obj23.Public && (obj21.Kind == obj23.Kind)) { if (CSLite_System.CompareStrings(obj21.Name, obj23.Name, flag3)) { FunctionObject fx = (FunctionObject) obj23; if (FunctionObject.CompareHeaders(fx, fy)) { flag4 = true; break; } } if (obj23.ImplementsId != 0) { string str6 = this.symbol_table[obj23.ImplementsId].Name; if (CSLite_System.CompareStrings(obj21.Name, str6, flag3)) { flag4 = true; break; } } } } if (flag4) { continue; } if (obj20.IsInterface) { this.scripter.CreateErrorObjectEx("CS0535. '{0}' does not implement interface member '{1}'.", new object[] { obj18.FullName, obj20.FullName + "." + fy.Name }); } else if (obj20.IsClass) { this.scripter.CreateErrorObjectEx("CS0534. '{0}' does not implement inherited abstract member '{1}'.", new object[] { obj18.FullName, obj20.FullName + "." + fy.Name }); } break; } if (obj21.Kind == MemberKind.Property) { bool flag5 = false; PropertyObject obj25 = (PropertyObject) obj21; for (int num47 = 0; num47 < obj18.Members.Count; num47++) { MemberObject obj26 = obj18.Members[num47]; if (obj26.Public && (obj21.Kind == obj26.Kind)) { if (CSLite_System.CompareStrings(obj21.Name, obj26.Name, flag3)) { flag5 = true; break; } if (obj26.ImplementsId != 0) { string str7 = this.symbol_table[obj26.ImplementsId].Name; if (CSLite_System.CompareStrings(obj21.Name, str7, flag3)) { flag5 = true; break; } } } } if (!flag5) { if (obj20.IsInterface) { this.scripter.CreateErrorObjectEx("CS0535. '{0}' does not implement interface member '{1}'.", new object[] { obj18.FullName, obj20.FullName + "." + obj25.Name }); } else if (obj20.IsClass) { this.scripter.CreateErrorObjectEx("CS0534. '{0}' does not implement inherited abstract member '{1}'.", new object[] { obj18.FullName, obj20.FullName + "." + obj25.Name }); } break; } } } } } } } } } goto Label_0079; } this.r.op = this.OP_CALL; int id = this.r.arg1; if (this.symbol_table[id].Kind != MemberKind.Method) { goto Label_0079; } int num22 = this.r.arg2; a.Clear(); list2.Clear(); pos.Clear(); if (num22 > 0) { int num23 = this.n - 1; do { if ((this[num23].op == this.OP_PUSH) && (this[num23].res == id)) { pos.Add(num23); a.Add(this[num23].arg1); list2.Add(this[num23].arg2); if (a.Count == num22) { goto Label_0C8B; } } num23--; } while (num23 != 0); this.scripter.CreateErrorObject("CS0001. Internal compiler error."); return; } Label_0C8B: obj9 = this.GetFunctionObject(id); bool flag2 = true; for (int j = 0; j < num22; j++) { int paramId = obj9.GetParamId(j); int num26 = a[j]; if (!obj9.Imported) { flag2 = ((int)obj9.GetParamMod(j) == list2[j]); } else { flag2 = true; } if (!flag2) { this.n = pos[j]; ParamMod paramMod = obj9.GetParamMod(j); ParamMod mod2 = (ParamMod) list2[j]; int num27 = this.symbol_table[paramId].TypeId; int num28 = this.symbol_table[num26].TypeId; string str4 = this.symbol_table[num27].Name; string str5 = this.symbol_table[num28].Name; switch (paramMod) { case ParamMod.RetVal: str4 = "ref " + str4; break; case ParamMod.Out: str4 = "out " + str4; break; } if (mod2 == ParamMod.RetVal) { str5 = "ref " + str5; } else if (mod2 == ParamMod.Out) { str5 = "out " + str5; } this.scripter.CreateErrorObjectEx("CS0029. Cannot impllicitly convert type '{0}' to '{1}'.", new object[] { str4, str5 }); break; } flag2 = this.scripter.MatchAssignment(paramId, num26); if (!flag2) { this.n = pos[j]; int num29 = this.symbol_table[paramId].TypeId; int num30 = this.symbol_table[num26].TypeId; ClassObject obj10 = this.GetClassObject(num29); ClassObject obj11 = this.GetClassObject(num30); int num31 = obj10.FindOverloadableImplicitOperatorId(num26, paramId); if (num31 > 0) { int currMethodId = this.GetCurrMethodId(); int num33 = this.AppVar(currMethodId, num29); int res = this[this.n].res; this[this.n].arg1 = num33; this.InsertOperators(this.n, 3); this[this.n].op = this.OP_PUSH; this[this.n].arg1 = num26; this[this.n].arg2 = 0; this[this.n].res = num31; this.n++; this[this.n].op = this.OP_PUSH; this[this.n].arg1 = obj10.Id; this[this.n].arg2 = 0; this[this.n].res = 0; this.n++; this[this.n].op = this.OP_CALL_SIMPLE; this[this.n].arg1 = num31; this[this.n].arg2 = 1; this[this.n].res = num33; while (this[this.n].arg1 != res) { this.n++; } goto Label_0079; } this.scripter.CreateErrorObjectEx("CS0029. Cannot impllicitly convert type '{0}' to '{1}'.", new object[] { obj11.Name, obj10.Name }); break; } } if (flag2) { goto Label_0079; } Label_22C6: num52 = 0; while (num52 < list4.Count) { this.n = list4[num52]; this[this.n].op = this.OP_NOP; num52++; } }
/// <summary> /// 获取对象 /// </summary> /// <param name="cout"></param> /// <returns></returns> public T[] GetObject(int cout) { if (ObjectStack.Count == 0) { var p = new T[cout]; for (var i = 0; i < cout; i++) { p[i] = GetT(); if (GetObjectRunTime != null) { p[i] = GetObjectRunTime(p[i], this); } } return(p); } else { #if USEConcurrent var p = new T[cout]; var lpcout = ObjectStack.TryPopRange(p); if (lpcout < cout) { var x = cout - lpcout; var xp = new T[x]; for (var i = 0; i < x; i++) { xp[i] = GetT(); } Array.Copy(xp, 0, p, lpcout, x); } if (GetObjectRunTime != null) { for (var i = 0; i < p.Length; i++) { p[i] = GetObjectRunTime(p[i], this); } } return(p); #else #if lockStack == true lock (lockStack) { #endif T[] p = new T[cout]; for (int i = 0; i < cout; i++) { if (ObjectStack.Count > 0) { p[i] = ObjectStack.Pop(); if (p[i] == null) { p[i] = GetT(); } } else { p[i] = GetT(); } if (GetObjectRunTime != null) { p[i] = GetObjectRunTime(p[i], this); } } return(p); #if lockStack == true } #endif #endif } }
/// <summary> /// 获取对象 /// </summary> /// <returns></returns> public T GetObject() { if (ObjectStack.Count == 0) { var p = GetT(); if (GetObjectRunTime != null) { p = GetObjectRunTime(p, this); } I1++; return(p); } else { #if USEConcurrent T p; if (ObjectStack.TryPop(out p)) { if (GetObjectRunTime != null) { p = GetObjectRunTime(p, this); } I2++; return(p); } p = GetT(); if (GetObjectRunTime != null) { p = GetObjectRunTime(p, this); } return(p); #else T p; #if lockStack == true lock (lockStack) { #endif if (ObjectStack.Count > 0) { i2++; p = ObjectStack.Pop(); if (p == null) { p = GetT(); } if (GetObjectRunTime != null) { p = GetObjectRunTime(p, this); } return(p); } else { p = GetT(); if (GetObjectRunTime != null) { p = GetObjectRunTime(p, this); } return(p); } #if lockStack == true } #endif #endif } }
public void RemoveEvalOpEx(int init_n, IntegerStack init_l) { if (!this.scripter.IsError()) { IntegerStack stack; if (init_l == null) { stack = new IntegerStack(); } else { stack = init_l.Clone(); } for (int i = init_n + 1; i <= this.Card; i++) { bool flag; this.r = (ProgRec) this.prog[i]; int op = this.r.op; this.n = i; if (op == this.OP_CREATE_METHOD) { stack.Push(this.r.arg1); int id = this.r.arg1; int num4 = this.r.arg2; MemberObject memberObject = this.GetMemberObject(id); flag = memberObject.HasModifier(Modifier.New); bool upcase = this.GetUpcase(this.n); ClassObject classObject = this.GetClassObject(num4); for (int j = 0; j < classObject.AncestorIds.Count; j++) { ClassObject obj4 = this.GetClassObject(classObject.AncestorIds[j]); MemberObject memberByNameIndex = obj4.GetMemberByNameIndex(memberObject.NameIndex, upcase); if (memberByNameIndex != null) { if ((!flag && !obj4.IsInterface) && (((!memberObject.HasModifier(Modifier.Override) || !memberByNameIndex.HasModifier(Modifier.Virtual)) && !memberObject.HasModifier(Modifier.Override)) && !memberObject.HasModifier(Modifier.Shadows))) { this.scripter.CreateWarningObjectEx("CS0108. The keyword new is required on '{0}' because it hides inherited member '{1}'", new object[] { memberObject.FullName, obj4.FullName + "." + memberObject.Name }); } } else if (flag) { this.scripter.CreateWarningObjectEx("CS0109. The member '{0}' does not hide an inherited member. The new keyword is not required.", new object[] { memberObject.FullName }); } } } else if (op == this.OP_RET) { stack.Pop(); } else if (op == this.OP_BEGIN_USING) { int res = this.r.arg1; while (this.symbol_table[res].Kind == MemberKind.Alias) { MemberObject obj6 = this.GetMemberObject(res); res = this[obj6.PCodeLine].res; } string fullName = this.symbol_table[res].FullName; if (this.scripter.CheckForbiddenNamespace(fullName)) { this.scripter.CreateErrorObjectEx("CSLite0006. Use of forbidden namespace '{0}'.", new object[] { fullName }); } stack.Push(res); } else if (op == this.OP_END_USING) { stack.Pop(); } else if (op == this.OP_ADD_ANCESTOR) { this.ProcessAddAncestor(); if (this.scripter.IsError()) { break; } } else if (((op == this.OP_CREATE_FIELD) || (op == this.OP_CREATE_EVENT)) || (op == this.OP_CREATE_PROPERTY)) { int num7 = this.r.arg1; int num8 = this.r.arg2; MemberObject obj7 = this.GetMemberObject(num7); flag = obj7.HasModifier(Modifier.New); ClassObject obj8 = this.GetClassObject(num8); bool flag4 = this.GetUpcase(this.n); for (int k = 0; k < obj8.AncestorIds.Count; k++) { ClassObject obj9 = this.GetClassObject(obj8.AncestorIds[k]); if (obj9.GetMemberByNameIndex(obj7.NameIndex, flag4) != null) { if (!(((flag || obj9.IsInterface) || obj7.HasModifier(Modifier.Override)) || obj7.HasModifier(Modifier.Shadows))) { this.scripter.CreateWarningObjectEx("CS0108. The keyword new is required on '{0}' because it hides inherited member '{1}'", new object[] { obj7.FullName, obj9.FullName + "." + obj7.Name }); } } else if (flag) { this.scripter.CreateWarningObjectEx("CS0109. The member '{0}' does not hide an inherited member. The new keyword is not required.", new object[] { obj7.FullName }); } } } else if (op == this.OP_EVAL_TYPE) { this.ProcessEvalType(stack); if (this.scripter.IsError()) { break; } } else if (op == this.OP_ADD_UNDERLYING_TYPE) { int num10 = this.r.arg1; int num11 = this.r.arg2; ClassObject obj10 = this.GetClassObject(num10); ClassObject obj11 = this.GetClassObject(num11); obj10.UnderlyingType = obj11; } else if (op == this.OP_EVAL) { if ((this[this.n + 1].op == this.OP_EVAL_TYPE) && (this[this.n + 1].res == this.r.res)) { this.r.op = this.OP_NOP; } else { this.ProcessEvalOp(stack); if (this.scripter.IsError()) { break; } } } } if (!this.scripter.IsError()) { for (int m = init_n + 1; m <= this.Card; m++) { this.r = (ProgRec) this.prog[m]; int num13 = this.r.op; this.n = m; if (num13 == this.OP_EVAL_BASE_TYPE) { ClassObject obj12 = this.GetClassObject(this.r.arg1); ClassObject ancestorClass = obj12.AncestorClass; if (ancestorClass == null) { int num14 = 0x10; ancestorClass = this.GetClassObject(num14); obj12.AncestorIds.Add(num14); } this.ReplaceId(this.r.res, ancestorClass.Id); if (this.r.arg2 != 0) { FunctionObject obj14; int num15 = ancestorClass.FindConstructorId(null, null, out obj14); if (num15 != 0) { this.ReplaceId(this.r.arg2, num15); } } this.r.op = this.OP_NOP; } else if (num13 == this.OP_CAST) { this.symbol_table[this.r.res].TypeId = this.r.arg1; } else if (num13 == this.OP_ASSIGN_NAME) { this.symbol_table[this.r.res].NameIndex = this.symbol_table[this.r.arg2].NameIndex; } } } } }
public Code(BaseScripter scripter) { int num; this.goto_line = 0; this.Terminated = false; this.Paused = false; this.curr_stack_count = 0; this.debugging = true; this.scripter = scripter; this.symbol_table = scripter.symbol_table; this.Operators = new StringList(true); this.OP_DUMMY = -this.Operators.Add("DUMMY"); this.OP_UPCASE_ON = -this.Operators.Add("UPCASE ON"); this.OP_UPCASE_OFF = -this.Operators.Add("UPCASE OFF"); this.OP_EXPLICIT_ON = -this.Operators.Add("EXPLICIT ON"); this.OP_EXPLICIT_OFF = -this.Operators.Add("EXPLICIT OFF"); this.OP_STRICT_ON = -this.Operators.Add("STRICT ON"); this.OP_STRICT_OFF = -this.Operators.Add("STRICT OFF"); this.OP_HALT = -this.Operators.Add("HALT"); this.OP_PRINT = -this.Operators.Add("PRINT"); this.OP_SEPARATOR = -this.Operators.Add("SEP"); this.OP_DEFINE = -this.Operators.Add("DEFINE"); this.OP_UNDEF = -this.Operators.Add("UNDEF"); this.OP_START_REGION = -this.Operators.Add("START REGION"); this.OP_END_REGION = -this.Operators.Add("END REGION"); this.OP_BEGIN_MODULE = -this.Operators.Add("BEGIN MODULE"); this.OP_END_MODULE = -this.Operators.Add("END MODULE"); this.OP_ASSIGN_TYPE = -this.Operators.Add("ASSIGN TYPE"); this.OP_ASSIGN_COND_TYPE = -this.Operators.Add("ASSIGN COND TYPE"); this.OP_CREATE_REF_TYPE = -this.Operators.Add("CREATE REF TYPE"); this.OP_SET_REF_TYPE = -this.Operators.Add("SET REF TYPE"); this.OP_CREATE_NAMESPACE = -this.Operators.Add("CREATE NAMESPACE"); this.OP_CREATE_CLASS = -this.Operators.Add("CREATE CLASS"); this.OP_END_CLASS = -this.Operators.Add("END CLASS"); this.OP_CREATE_FIELD = -this.Operators.Add("CREATE FIELD"); this.OP_CREATE_PROPERTY = -this.Operators.Add("CREATE PROPERTY"); this.OP_CREATE_EVENT = -this.Operators.Add("CREATE EVENT"); this.OP_BEGIN_USING = -this.Operators.Add("BEGIN USING"); this.OP_END_USING = -this.Operators.Add("END USING"); this.OP_CREATE_USING_ALIAS = -this.Operators.Add("CREATE USING ALIAS"); this.OP_CREATE_TYPE_REFERENCE = -this.Operators.Add("CREATE TYPE REFERENCE"); this.OP_ADD_MODIFIER = -this.Operators.Add("ADD MODIFIER"); this.OP_ADD_ANCESTOR = -this.Operators.Add("ADD ANCESTOR"); this.OP_ADD_UNDERLYING_TYPE = -this.Operators.Add("ADD UNDERLYING TYPE"); this.OP_ADD_READ_ACCESSOR = -this.Operators.Add("ADD READ ACCESSOR"); this.OP_ADD_WRITE_ACCESSOR = -this.Operators.Add("ADD WRITE ACCESSOR"); this.OP_SET_DEFAULT = -this.Operators.Add("SET DEFAULT"); this.OP_ADD_ADD_ACCESSOR = -this.Operators.Add("ADD ADD ACCESSOR"); this.OP_ADD_REMOVE_ACCESSOR = -this.Operators.Add("ADD REMOVE ACCESSOR"); this.OP_ADD_PATTERN = -this.Operators.Add("ADD PATTERN"); this.OP_ADD_IMPLEMENTS = -this.Operators.Add("ADD IMPLEMENTS"); this.OP_ADD_HANDLES = -this.Operators.Add("ADD HANDLES"); this.OP_BEGIN_CALL = -this.Operators.Add("BEGIN CALL"); this.OP_EVAL = -this.Operators.Add("EVAL"); this.OP_EVAL_TYPE = -this.Operators.Add("EVAL TYPE"); this.OP_EVAL_BASE_TYPE = -this.Operators.Add("EVAL BASE TYPE"); this.OP_ASSIGN_NAME = -this.Operators.Add("ASSIGN NAME"); this.OP_ADD_MIN_VALUE = -this.Operators.Add("ADD MIN VALUE"); this.OP_ADD_MAX_VALUE = -this.Operators.Add("ADD MAX VALUE"); this.OP_ADD_ARRAY_RANGE = -this.Operators.Add("ADD ARRAY RANGE"); this.OP_ADD_ARRAY_INDEX = -this.Operators.Add("ADD ARRAY INDEX"); this.OP_CREATE_METHOD = -this.Operators.Add("CREATE METHOD"); this.OP_INIT_METHOD = -this.Operators.Add("INIT METHOD"); this.OP_END_METHOD = -this.Operators.Add("END METHOD"); this.OP_ADD_PARAM = -this.Operators.Add("ADD PARAM"); this.OP_ADD_PARAMS = -this.Operators.Add("ADD PARAMS"); this.OP_ADD_DEFAULT_VALUE = -this.Operators.Add("ADD DEFAULT VALUE"); this.OP_DECLARE_LOCAL_VARIABLE = -this.Operators.Add("DECLARE LOCAL VARIABLE"); this.OP_DECLARE_LOCAL_VARIABLE_RUNTIME = -this.Operators.Add("DECLARE LOCAL VARIABLE RUNTIME"); this.OP_DECLARE_LOCAL_SIMPLE = -this.Operators.Add("DECLARE LOCAL SIMPLE"); this.OP_ADD_EXPLICIT_INTERFACE = -this.Operators.Add("ADD EXPLICIT INTERFACE"); this.OP_ADD_EVENT_FIELD = -this.Operators.Add("ADD EVENT FIELD"); this.OP_CALL_BASE = -this.Operators.Add("CALL BASE"); this.OP_CALL_SIMPLE = -this.Operators.Add("CALL SIMPLE"); this.OP_CHECK_STRUCT_CONSTRUCTOR = -this.Operators.Add("CHECK STRUCT CONSTRUCTOR"); this.OP_INSERT_STRUCT_CONSTRUCTORS = -this.Operators.Add("INSERT STRUCT CONSTRUCTORS"); this.OP_NOP = -this.Operators.Add("NOP"); this.OP_INIT_STATIC_VAR = -this.Operators.Add("INIT STATIC VAR"); this.OP_LABEL = -this.Operators.Add("LABEL"); this.OP_ASSIGN = -this.Operators.Add("="); this.OP_ASSIGN_STRUCT = -this.Operators.Add("= (struct)"); this.OP_BITWISE_AND = -this.Operators.Add("&"); this.OP_BITWISE_XOR = -this.Operators.Add("^"); this.OP_BITWISE_OR = -this.Operators.Add("|"); this.OP_LOGICAL_OR = -this.Operators.Add("||"); this.OP_LOGICAL_AND = -this.Operators.Add("&&"); this.OP_PLUS = -this.Operators.Add("+"); this.OP_INC = -this.Operators.Add("++"); this.OP_MINUS = -this.Operators.Add("-"); this.OP_DEC = -this.Operators.Add("--"); this.OP_MULT = -this.Operators.Add("*"); this.OP_EXPONENT = -this.Operators.Add("EXP"); this.OP_MOD = -this.Operators.Add("%"); this.OP_DIV = -this.Operators.Add("-"); this.OP_EQ = -this.Operators.Add("=="); this.OP_NE = -this.Operators.Add("<>"); this.OP_GT = -this.Operators.Add(">"); this.OP_LT = -this.Operators.Add("<"); this.OP_GE = -this.Operators.Add(">="); this.OP_LE = -this.Operators.Add("<="); this.OP_IS = -this.Operators.Add("is"); this.OP_AS = -this.Operators.Add("as"); this.OP_LEFT_SHIFT = -this.Operators.Add("<<"); this.OP_RIGHT_SHIFT = -this.Operators.Add(">>"); this.OP_UNARY_PLUS = -this.Operators.Add("+ (unary)"); this.OP_UNARY_MINUS = -this.Operators.Add("- (unary)"); this.OP_NOT = -this.Operators.Add("not"); this.OP_COMPLEMENT = -this.Operators.Add("~"); this.OP_TRUE = -this.Operators.Add("true"); this.OP_FALSE = -this.Operators.Add("false"); this.OP_GO = -this.Operators.Add("GO"); this.OP_GO_FALSE = -this.Operators.Add("GO FALSE"); this.OP_GO_TRUE = -this.Operators.Add("GO TRUE"); this.OP_GO_NULL = -this.Operators.Add("GO NULL"); this.OP_GOTO_START = -this.Operators.Add("GOTO START"); this.OP_GOTO_CONTINUE = -this.Operators.Add("GOTO CONTINUE"); this.OP_TRY_ON = -this.Operators.Add("TRY ON"); this.OP_TRY_OFF = -this.Operators.Add("TRY OFF"); this.OP_THROW = -this.Operators.Add("THROW"); this.OP_CATCH = -this.Operators.Add("CATCH"); this.OP_FINALLY = -this.Operators.Add("FINALLY"); this.OP_DISCARD_ERROR = -this.Operators.Add("DISCARD ERROR"); this.OP_EXIT_ON_ERROR = -this.Operators.Add("EXIT ON ERROR"); this.OP_ONERROR = -this.Operators.Add("ON ERROR"); this.OP_RESUME = -this.Operators.Add("RESUME"); this.OP_RESUME_NEXT = -this.Operators.Add("RESUME NEXT"); this.OP_CREATE_ARRAY_INSTANCE = -this.Operators.Add("CREATE ARRAY INSTANCE"); this.OP_CREATE_OBJECT = -this.Operators.Add("CREATE OBJECT"); this.OP_CREATE_REFERENCE = -this.Operators.Add("CREATE REFERENCE"); this.OP_SETUP_DELEGATE = -this.Operators.Add("SETUP DELEGATE"); this.OP_ADD_DELEGATES = -this.Operators.Add("ADD DELEGATES"); this.OP_SUB_DELEGATES = -this.Operators.Add("SUB DELEGATES"); this.OP_EQ_DELEGATES = -this.Operators.Add("EQ DELEGATES"); this.OP_NE_DELEGATES = -this.Operators.Add("NE DELEGATES"); this.OP_ADDRESS_OF = -this.Operators.Add("ADDRESS OF"); this.OP_CREATE_INDEX_OBJECT = -this.Operators.Add("CREATE INDEX OBJECT"); this.OP_ADD_INDEX = -this.Operators.Add("ADD INDEX"); this.OP_SETUP_INDEX_OBJECT = -this.Operators.Add("SETUP INDEX OBJECT"); this.OP_PUSH = -this.Operators.Add("PUSH"); this.OP_CALL = -this.Operators.Add("CALL"); this.OP_CALL_VIRT = -this.Operators.Add("CALL VIRT"); this.OP_DYNAMIC_INVOKE = -this.Operators.Add("DYNAMIC INVOKE"); this.OP_CALL_ADD_EVENT = -this.Operators.Add("CALL ADD EVENT"); this.OP_RAISE_EVENT = -this.Operators.Add("RAISE EVENT"); this.OP_FIND_FIRST_DELEGATE = -this.Operators.Add("FIND FIRST DELEGATE"); this.OP_FIND_NEXT_DELEGATE = -this.Operators.Add("FIND NEXT DELEGATE"); this.OP_RET = -this.Operators.Add("RET"); this.OP_EXIT_SUB = -this.Operators.Add("EXIT SUB"); this.OP_GET_PARAM_VALUE = -this.Operators.Add("GET PARAM VALUE"); this.OP_CHECKED = -this.Operators.Add("CHECKED"); this.OP_RESTORE_CHECKED_STATE = -this.Operators.Add("RESTORE CHECKED STATE"); this.OP_DISPOSE = -this.Operators.Add("DISPOSE"); this.OP_TYPEOF = -this.Operators.Add("TYPEOF"); this.OP_LOCK = -this.Operators.Add("LOCK"); this.OP_UNLOCK = -this.Operators.Add("UNLOCK"); this.OP_CAST = -this.Operators.Add("CAST"); this.OP_TO_SBYTE = -this.Operators.Add("TO SBYTE"); this.OP_TO_BYTE = -this.Operators.Add("TO BYTE"); this.OP_TO_USHORT = -this.Operators.Add("TO USHORT"); this.OP_TO_SHORT = -this.Operators.Add("TO SHORT"); this.OP_TO_UINT = -this.Operators.Add("TO UINT"); this.OP_TO_INT = -this.Operators.Add("TO INT"); this.OP_TO_ULONG = -this.Operators.Add("TO ULONG"); this.OP_TO_LONG = -this.Operators.Add("TO LONG"); this.OP_TO_CHAR = -this.Operators.Add("TO CHAR"); this.OP_TO_FLOAT = -this.Operators.Add("TO FLOAT"); this.OP_TO_DOUBLE = -this.Operators.Add("TO DOUBLE"); this.OP_TO_DECIMAL = -this.Operators.Add("TO DECIMAL"); this.OP_TO_STRING = -this.Operators.Add("TO STRING"); this.OP_TO_BOOLEAN = -this.Operators.Add("TO BOOLEAN"); this.OP_TO_ENUM = -this.Operators.Add("TO ENUM"); this.OP_TO_CHAR_ARRAY = -this.Operators.Add("TO CHAR[]"); this.OP_NEGATION_INT = -this.Operators.Add("-(unary int)"); this.OP_NEGATION_LONG = -this.Operators.Add("-(unary long)"); this.OP_NEGATION_FLOAT = -this.Operators.Add("-(unary float)"); this.OP_NEGATION_DOUBLE = -this.Operators.Add("-(unary double)"); this.OP_NEGATION_DECIMAL = -this.Operators.Add("-(unary decimal)"); this.OP_LOGICAL_NEGATION_BOOL = -this.Operators.Add("!(bool)"); this.OP_BITWISE_COMPLEMENT_INT = -this.Operators.Add("~(int)"); this.OP_BITWISE_COMPLEMENT_UINT = -this.Operators.Add("~(uint)"); this.OP_BITWISE_COMPLEMENT_LONG = -this.Operators.Add("~(long)"); this.OP_BITWISE_COMPLEMENT_ULONG = -this.Operators.Add("~(ulong)"); this.OP_INC_SBYTE = -this.Operators.Add("++(sbyte)"); this.OP_INC_BYTE = -this.Operators.Add("++(byte)"); this.OP_INC_SHORT = -this.Operators.Add("++(short)"); this.OP_INC_USHORT = -this.Operators.Add("++(ushort)"); this.OP_INC_INT = -this.Operators.Add("++(int)"); this.OP_INC_UINT = -this.Operators.Add("++(uint)"); this.OP_INC_LONG = -this.Operators.Add("++(long)"); this.OP_INC_ULONG = -this.Operators.Add("++(ulong)"); this.OP_INC_CHAR = -this.Operators.Add("++(char)"); this.OP_INC_FLOAT = -this.Operators.Add("++(float)"); this.OP_INC_DOUBLE = -this.Operators.Add("++(double)"); this.OP_INC_DECIMAL = -this.Operators.Add("++(decimal)"); this.OP_DEC_SBYTE = -this.Operators.Add("--(sbyte)"); this.OP_DEC_BYTE = -this.Operators.Add("--(byte)"); this.OP_DEC_SHORT = -this.Operators.Add("--(short)"); this.OP_DEC_USHORT = -this.Operators.Add("--(ushort)"); this.OP_DEC_INT = -this.Operators.Add("--(int)"); this.OP_DEC_UINT = -this.Operators.Add("--(uint)"); this.OP_DEC_LONG = -this.Operators.Add("--(long)"); this.OP_DEC_ULONG = -this.Operators.Add("--(ulong)"); this.OP_DEC_CHAR = -this.Operators.Add("--(char)"); this.OP_DEC_FLOAT = -this.Operators.Add("--(float)"); this.OP_DEC_DOUBLE = -this.Operators.Add("--(double)"); this.OP_DEC_DECIMAL = -this.Operators.Add("--(decimal)"); this.OP_ADDITION_INT = -this.Operators.Add("+(int)"); this.OP_ADDITION_UINT = -this.Operators.Add("+(uint)"); this.OP_ADDITION_LONG = -this.Operators.Add("+(long)"); this.OP_ADDITION_ULONG = -this.Operators.Add("+(ulong)"); this.OP_ADDITION_FLOAT = -this.Operators.Add("+(float)"); this.OP_ADDITION_DOUBLE = -this.Operators.Add("+(double)"); this.OP_ADDITION_DECIMAL = -this.Operators.Add("+(decimal)"); this.OP_ADDITION_STRING = -this.Operators.Add("+(string)"); this.OP_SUBTRACTION_INT = -this.Operators.Add("-(int)"); this.OP_SUBTRACTION_UINT = -this.Operators.Add("-(uint)"); this.OP_SUBTRACTION_LONG = -this.Operators.Add("-(long)"); this.OP_SUBTRACTION_ULONG = -this.Operators.Add("-(ulong)"); this.OP_SUBTRACTION_FLOAT = -this.Operators.Add("-(float)"); this.OP_SUBTRACTION_DOUBLE = -this.Operators.Add("-(double)"); this.OP_SUBTRACTION_DECIMAL = -this.Operators.Add("-(decimal)"); this.OP_MULTIPLICATION_INT = -this.Operators.Add("*(int)"); this.OP_MULTIPLICATION_UINT = -this.Operators.Add("*(uint)"); this.OP_MULTIPLICATION_LONG = -this.Operators.Add("*(long)"); this.OP_MULTIPLICATION_ULONG = -this.Operators.Add("*(ulong)"); this.OP_MULTIPLICATION_FLOAT = -this.Operators.Add("*(float)"); this.OP_MULTIPLICATION_DOUBLE = -this.Operators.Add("*(double)"); this.OP_MULTIPLICATION_DECIMAL = -this.Operators.Add("*(decimal)"); this.OP_EXPONENT_INT = -this.Operators.Add("EXPONENT(int)"); this.OP_EXPONENT_UINT = -this.Operators.Add("EXPONENT(uint)"); this.OP_EXPONENT_LONG = -this.Operators.Add("EXPONENT(long)"); this.OP_EXPONENT_ULONG = -this.Operators.Add("EXPONENT(ulong)"); this.OP_EXPONENT_FLOAT = -this.Operators.Add("EXPONENT(float)"); this.OP_EXPONENT_DOUBLE = -this.Operators.Add("EXPONENT(double)"); this.OP_EXPONENT_DECIMAL = -this.Operators.Add("EXPONENT(decimal)"); this.OP_DIVISION_INT = -this.Operators.Add("/(int)"); this.OP_DIVISION_UINT = -this.Operators.Add("/(uint)"); this.OP_DIVISION_LONG = -this.Operators.Add("/(long)"); this.OP_DIVISION_ULONG = -this.Operators.Add("/(ulong)"); this.OP_DIVISION_FLOAT = -this.Operators.Add("/(float)"); this.OP_DIVISION_DOUBLE = -this.Operators.Add("/(double)"); this.OP_DIVISION_DECIMAL = -this.Operators.Add("/(decimal)"); this.OP_REMAINDER_INT = -this.Operators.Add("%(int)"); this.OP_REMAINDER_UINT = -this.Operators.Add("%(uint)"); this.OP_REMAINDER_LONG = -this.Operators.Add("%(long)"); this.OP_REMAINDER_ULONG = -this.Operators.Add("%(ulong)"); this.OP_REMAINDER_FLOAT = -this.Operators.Add("%(float)"); this.OP_REMAINDER_DOUBLE = -this.Operators.Add("%(double)"); this.OP_REMAINDER_DECIMAL = -this.Operators.Add("%(decimal)"); this.OP_LEFT_SHIFT_INT = -this.Operators.Add("<<(int)"); this.OP_LEFT_SHIFT_UINT = -this.Operators.Add("<<(uint)"); this.OP_LEFT_SHIFT_LONG = -this.Operators.Add("<<(long)"); this.OP_LEFT_SHIFT_ULONG = -this.Operators.Add("<<(ulong)"); this.OP_RIGHT_SHIFT_INT = -this.Operators.Add(">>(int)"); this.OP_RIGHT_SHIFT_UINT = -this.Operators.Add(">>(uint)"); this.OP_RIGHT_SHIFT_LONG = -this.Operators.Add(">>(long)"); this.OP_RIGHT_SHIFT_ULONG = -this.Operators.Add(">>(ulong)"); this.OP_BITWISE_AND_INT = -this.Operators.Add("&(int)"); this.OP_BITWISE_AND_UINT = -this.Operators.Add("&(uint)"); this.OP_BITWISE_AND_LONG = -this.Operators.Add("&(long)"); this.OP_BITWISE_AND_ULONG = -this.Operators.Add("&(ulong)"); this.OP_BITWISE_AND_BOOL = -this.Operators.Add("&(bool)"); this.OP_BITWISE_OR_INT = -this.Operators.Add("|(int)"); this.OP_BITWISE_OR_UINT = -this.Operators.Add("|(uint)"); this.OP_BITWISE_OR_LONG = -this.Operators.Add("|(long)"); this.OP_BITWISE_OR_ULONG = -this.Operators.Add("|(ulong)"); this.OP_BITWISE_OR_BOOL = -this.Operators.Add("|(bool)"); this.OP_BITWISE_XOR_INT = -this.Operators.Add("^(int)"); this.OP_BITWISE_XOR_UINT = -this.Operators.Add("^(uint)"); this.OP_BITWISE_XOR_LONG = -this.Operators.Add("^(long)"); this.OP_BITWISE_XOR_ULONG = -this.Operators.Add("^(ulong)"); this.OP_BITWISE_XOR_BOOL = -this.Operators.Add("^(bool)"); this.OP_LT_INT = -this.Operators.Add("<(int)"); this.OP_LT_UINT = -this.Operators.Add("<(uint)"); this.OP_LT_LONG = -this.Operators.Add("<(long)"); this.OP_LT_ULONG = -this.Operators.Add("<(ulong)"); this.OP_LT_FLOAT = -this.Operators.Add("<(float)"); this.OP_LT_DOUBLE = -this.Operators.Add("<(double)"); this.OP_LT_DECIMAL = -this.Operators.Add("<(decimal)"); this.OP_LT_STRING = -this.Operators.Add("<(string)"); this.OP_LE_INT = -this.Operators.Add("<=(int)"); this.OP_LE_UINT = -this.Operators.Add("<=(uint)"); this.OP_LE_LONG = -this.Operators.Add("<=(long)"); this.OP_LE_ULONG = -this.Operators.Add("<=(ulong)"); this.OP_LE_FLOAT = -this.Operators.Add("<=(float)"); this.OP_LE_DOUBLE = -this.Operators.Add("<=(double)"); this.OP_LE_DECIMAL = -this.Operators.Add("<=(decimal)"); this.OP_LE_STRING = -this.Operators.Add("<=(string)"); this.OP_GT_INT = -this.Operators.Add(">(int)"); this.OP_GT_UINT = -this.Operators.Add(">(uint)"); this.OP_GT_LONG = -this.Operators.Add(">(long)"); this.OP_GT_ULONG = -this.Operators.Add(">(ulong)"); this.OP_GT_FLOAT = -this.Operators.Add(">(float)"); this.OP_GT_DOUBLE = -this.Operators.Add(">(double)"); this.OP_GT_DECIMAL = -this.Operators.Add(">(decimal)"); this.OP_GT_STRING = -this.Operators.Add(">(string)"); this.OP_GE_INT = -this.Operators.Add(">=(int)"); this.OP_GE_UINT = -this.Operators.Add(">=(uint)"); this.OP_GE_LONG = -this.Operators.Add(">=(long)"); this.OP_GE_ULONG = -this.Operators.Add(">=(ulong)"); this.OP_GE_FLOAT = -this.Operators.Add(">=(float)"); this.OP_GE_DOUBLE = -this.Operators.Add(">=(double)"); this.OP_GE_DECIMAL = -this.Operators.Add(">=(decimal)"); this.OP_GE_STRING = -this.Operators.Add(">=(string)"); this.OP_EQ_INT = -this.Operators.Add("==(int)"); this.OP_EQ_UINT = -this.Operators.Add("==(uint)"); this.OP_EQ_LONG = -this.Operators.Add("==(long)"); this.OP_EQ_ULONG = -this.Operators.Add("==(ulong)"); this.OP_EQ_FLOAT = -this.Operators.Add("==(float)"); this.OP_EQ_DOUBLE = -this.Operators.Add("==(double)"); this.OP_EQ_DECIMAL = -this.Operators.Add("==(decimal)"); this.OP_EQ_STRING = -this.Operators.Add("==(string)"); this.OP_EQ_BOOL = -this.Operators.Add("==(bool)"); this.OP_EQ_OBJECT = -this.Operators.Add("==(object)"); this.OP_NE_INT = -this.Operators.Add("!=(int)"); this.OP_NE_UINT = -this.Operators.Add("!=(uint)"); this.OP_NE_LONG = -this.Operators.Add("!=(long)"); this.OP_NE_ULONG = -this.Operators.Add("!=(ulong)"); this.OP_NE_FLOAT = -this.Operators.Add("!=(float)"); this.OP_NE_DOUBLE = -this.Operators.Add("!=(double)"); this.OP_NE_DECIMAL = -this.Operators.Add("!=(decimal)"); this.OP_NE_STRING = -this.Operators.Add("!=(string)"); this.OP_NE_BOOL = -this.Operators.Add("!=(bool)"); this.OP_NE_OBJECT = -this.Operators.Add("!=(object)"); this.OP_SWAPPED_ARGUMENTS = -this.Operators.Add("SWAPPED ARG"); this.overloadable_unary_operators_str = new Hashtable(); this.overloadable_unary_operators_str.Add(this.OP_UNARY_PLUS, "op_UnaryPlus"); this.overloadable_unary_operators_str.Add(this.OP_UNARY_MINUS, "op_UnaryNegation"); this.overloadable_unary_operators_str.Add(this.OP_NOT, "op_LogicalNot"); this.overloadable_unary_operators_str.Add(this.OP_COMPLEMENT, "op_OnesComplement"); this.overloadable_unary_operators_str.Add(this.OP_INC, "op_Increment"); this.overloadable_unary_operators_str.Add(this.OP_DEC, "op_Decrement"); this.overloadable_unary_operators_str.Add(this.OP_TRUE, "op_True"); this.overloadable_unary_operators_str.Add(this.OP_FALSE, "op_False"); this.overloadable_binary_operators_str = new Hashtable(); this.overloadable_binary_operators_str.Add(this.OP_PLUS, "op_Addition"); this.overloadable_binary_operators_str.Add(this.OP_MINUS, "op_Subtraction"); this.overloadable_binary_operators_str.Add(this.OP_MULT, "op_Multiply"); this.overloadable_binary_operators_str.Add(this.OP_DIV, "op_Division"); this.overloadable_binary_operators_str.Add(this.OP_MOD, "op_Modulus"); this.overloadable_binary_operators_str.Add(this.OP_BITWISE_AND, "op_BitwiseAnd"); this.overloadable_binary_operators_str.Add(this.OP_BITWISE_OR, "op_BitwiseOr"); this.overloadable_binary_operators_str.Add(this.OP_BITWISE_XOR, "op_ExclusiveOr"); this.overloadable_binary_operators_str.Add(this.OP_LEFT_SHIFT, "op_LeftShift"); this.overloadable_binary_operators_str.Add(this.OP_RIGHT_SHIFT, "op_RightShift"); this.overloadable_binary_operators_str.Add(this.OP_EQ, "op_Equality"); this.overloadable_binary_operators_str.Add(this.OP_NE, "op_Inequality"); this.overloadable_binary_operators_str.Add(this.OP_GT, "op_GreaterThan"); this.overloadable_binary_operators_str.Add(this.OP_LT, "op_LessThan"); this.overloadable_binary_operators_str.Add(this.OP_GE, "op_GreaterThanOrEqual"); this.overloadable_binary_operators_str.Add(this.OP_LE, "op_LessThanOrEqual"); this.detailed_operators = new Contact_Integers(200); this.detailed_negation_operators = new Contact_Integers(5); this.detailed_negation_operators.Add(8, this.OP_NEGATION_INT); this.detailed_negation_operators.Add(9, this.OP_NEGATION_LONG); this.detailed_negation_operators.Add(7, this.OP_NEGATION_FLOAT); this.detailed_negation_operators.Add(6, this.OP_NEGATION_DOUBLE); this.detailed_negation_operators.Add(5, this.OP_NEGATION_DECIMAL); this.detailed_operators.AddFrom(this.detailed_negation_operators); this.detailed_logical_negation_operators = new Contact_Integers(1); this.detailed_logical_negation_operators.Add(2, this.OP_LOGICAL_NEGATION_BOOL); this.detailed_operators.AddFrom(this.detailed_logical_negation_operators); this.detailed_bitwise_complement_operators = new Contact_Integers(4); this.detailed_bitwise_complement_operators.Add(8, this.OP_BITWISE_COMPLEMENT_INT); this.detailed_bitwise_complement_operators.Add(13, this.OP_BITWISE_COMPLEMENT_UINT); this.detailed_bitwise_complement_operators.Add(9, this.OP_BITWISE_COMPLEMENT_LONG); this.detailed_bitwise_complement_operators.Add(14, this.OP_BITWISE_COMPLEMENT_ULONG); this.detailed_operators.AddFrom(this.detailed_bitwise_complement_operators); this.detailed_inc_operators = new Contact_Integers(12); this.detailed_inc_operators.Add(10, this.OP_INC_SBYTE); this.detailed_inc_operators.Add(3, this.OP_INC_BYTE); this.detailed_inc_operators.Add(11, this.OP_INC_SHORT); this.detailed_inc_operators.Add(15, this.OP_INC_USHORT); this.detailed_inc_operators.Add(8, this.OP_INC_INT); this.detailed_inc_operators.Add(13, this.OP_INC_UINT); this.detailed_inc_operators.Add(9, this.OP_INC_LONG); this.detailed_inc_operators.Add(14, this.OP_INC_ULONG); this.detailed_inc_operators.Add(4, this.OP_INC_CHAR); this.detailed_inc_operators.Add(7, this.OP_INC_FLOAT); this.detailed_inc_operators.Add(6, this.OP_INC_DOUBLE); this.detailed_inc_operators.Add(5, this.OP_INC_DECIMAL); this.detailed_operators.AddFrom(this.detailed_inc_operators); this.detailed_dec_operators = new Contact_Integers(12); this.detailed_dec_operators.Add(10, this.OP_DEC_SBYTE); this.detailed_dec_operators.Add(3, this.OP_DEC_BYTE); this.detailed_dec_operators.Add(11, this.OP_DEC_SHORT); this.detailed_dec_operators.Add(15, this.OP_DEC_USHORT); this.detailed_dec_operators.Add(8, this.OP_DEC_INT); this.detailed_dec_operators.Add(13, this.OP_DEC_UINT); this.detailed_dec_operators.Add(9, this.OP_DEC_LONG); this.detailed_dec_operators.Add(14, this.OP_DEC_ULONG); this.detailed_dec_operators.Add(4, this.OP_DEC_CHAR); this.detailed_dec_operators.Add(7, this.OP_DEC_FLOAT); this.detailed_dec_operators.Add(6, this.OP_DEC_DOUBLE); this.detailed_dec_operators.Add(5, this.OP_DEC_DECIMAL); this.detailed_operators.AddFrom(this.detailed_dec_operators); this.detailed_addition_operators = new Contact_Integers(8); this.detailed_addition_operators.Add(8, this.OP_ADDITION_INT); this.detailed_addition_operators.Add(13, this.OP_ADDITION_UINT); this.detailed_addition_operators.Add(9, this.OP_ADDITION_LONG); this.detailed_addition_operators.Add(14, this.OP_ADDITION_ULONG); this.detailed_addition_operators.Add(7, this.OP_ADDITION_FLOAT); this.detailed_addition_operators.Add(6, this.OP_ADDITION_DOUBLE); this.detailed_addition_operators.Add(5, this.OP_ADDITION_DECIMAL); this.detailed_addition_operators.Add(12, this.OP_ADDITION_STRING); this.detailed_operators.AddFrom(this.detailed_addition_operators); this.detailed_subtraction_operators = new Contact_Integers(7); this.detailed_subtraction_operators.Add(8, this.OP_SUBTRACTION_INT); this.detailed_subtraction_operators.Add(13, this.OP_SUBTRACTION_UINT); this.detailed_subtraction_operators.Add(9, this.OP_SUBTRACTION_LONG); this.detailed_subtraction_operators.Add(14, this.OP_SUBTRACTION_ULONG); this.detailed_subtraction_operators.Add(7, this.OP_SUBTRACTION_FLOAT); this.detailed_subtraction_operators.Add(6, this.OP_SUBTRACTION_DOUBLE); this.detailed_subtraction_operators.Add(5, this.OP_SUBTRACTION_DECIMAL); this.detailed_operators.AddFrom(this.detailed_subtraction_operators); this.detailed_multiplication_operators = new Contact_Integers(7); this.detailed_multiplication_operators.Add(8, this.OP_MULTIPLICATION_INT); this.detailed_multiplication_operators.Add(13, this.OP_MULTIPLICATION_UINT); this.detailed_multiplication_operators.Add(9, this.OP_MULTIPLICATION_LONG); this.detailed_multiplication_operators.Add(14, this.OP_MULTIPLICATION_ULONG); this.detailed_multiplication_operators.Add(7, this.OP_MULTIPLICATION_FLOAT); this.detailed_multiplication_operators.Add(6, this.OP_MULTIPLICATION_DOUBLE); this.detailed_multiplication_operators.Add(5, this.OP_MULTIPLICATION_DECIMAL); this.detailed_operators.AddFrom(this.detailed_multiplication_operators); this.detailed_exponent_operators = new Contact_Integers(7); this.detailed_exponent_operators.Add(8, this.OP_EXPONENT_INT); this.detailed_exponent_operators.Add(13, this.OP_EXPONENT_UINT); this.detailed_exponent_operators.Add(9, this.OP_EXPONENT_LONG); this.detailed_exponent_operators.Add(14, this.OP_EXPONENT_ULONG); this.detailed_exponent_operators.Add(7, this.OP_EXPONENT_FLOAT); this.detailed_exponent_operators.Add(6, this.OP_EXPONENT_DOUBLE); this.detailed_exponent_operators.Add(5, this.OP_EXPONENT_DECIMAL); this.detailed_operators.AddFrom(this.detailed_exponent_operators); this.detailed_division_operators = new Contact_Integers(7); this.detailed_division_operators.Add(8, this.OP_DIVISION_INT); this.detailed_division_operators.Add(13, this.OP_DIVISION_UINT); this.detailed_division_operators.Add(9, this.OP_DIVISION_LONG); this.detailed_division_operators.Add(14, this.OP_DIVISION_ULONG); this.detailed_division_operators.Add(7, this.OP_DIVISION_FLOAT); this.detailed_division_operators.Add(6, this.OP_DIVISION_DOUBLE); this.detailed_division_operators.Add(5, this.OP_DIVISION_DECIMAL); this.detailed_operators.AddFrom(this.detailed_division_operators); this.detailed_remainder_operators = new Contact_Integers(7); this.detailed_remainder_operators.Add(8, this.OP_REMAINDER_INT); this.detailed_remainder_operators.Add(13, this.OP_REMAINDER_UINT); this.detailed_remainder_operators.Add(9, this.OP_REMAINDER_LONG); this.detailed_remainder_operators.Add(14, this.OP_REMAINDER_ULONG); this.detailed_remainder_operators.Add(7, this.OP_REMAINDER_FLOAT); this.detailed_remainder_operators.Add(6, this.OP_REMAINDER_DOUBLE); this.detailed_remainder_operators.Add(5, this.OP_REMAINDER_DECIMAL); this.detailed_operators.AddFrom(this.detailed_remainder_operators); this.detailed_left_shift_operators = new Contact_Integers(4); this.detailed_left_shift_operators.Add(8, this.OP_LEFT_SHIFT_INT); this.detailed_left_shift_operators.Add(13, this.OP_LEFT_SHIFT_UINT); this.detailed_left_shift_operators.Add(9, this.OP_LEFT_SHIFT_LONG); this.detailed_left_shift_operators.Add(14, this.OP_LEFT_SHIFT_ULONG); this.detailed_operators.AddFrom(this.detailed_left_shift_operators); this.detailed_right_shift_operators = new Contact_Integers(4); this.detailed_right_shift_operators.Add(8, this.OP_RIGHT_SHIFT_INT); this.detailed_right_shift_operators.Add(13, this.OP_RIGHT_SHIFT_UINT); this.detailed_right_shift_operators.Add(9, this.OP_RIGHT_SHIFT_LONG); this.detailed_right_shift_operators.Add(14, this.OP_RIGHT_SHIFT_ULONG); this.detailed_operators.AddFrom(this.detailed_right_shift_operators); this.detailed_bitwise_and_operators = new Contact_Integers(5); this.detailed_bitwise_and_operators.Add(8, this.OP_BITWISE_AND_INT); this.detailed_bitwise_and_operators.Add(13, this.OP_BITWISE_AND_UINT); this.detailed_bitwise_and_operators.Add(9, this.OP_BITWISE_AND_LONG); this.detailed_bitwise_and_operators.Add(14, this.OP_BITWISE_AND_ULONG); this.detailed_bitwise_and_operators.Add(2, this.OP_BITWISE_AND_BOOL); this.detailed_operators.AddFrom(this.detailed_bitwise_and_operators); this.detailed_bitwise_or_operators = new Contact_Integers(5); this.detailed_bitwise_or_operators.Add(8, this.OP_BITWISE_OR_INT); this.detailed_bitwise_or_operators.Add(13, this.OP_BITWISE_OR_UINT); this.detailed_bitwise_or_operators.Add(9, this.OP_BITWISE_OR_LONG); this.detailed_bitwise_or_operators.Add(14, this.OP_BITWISE_OR_ULONG); this.detailed_bitwise_or_operators.Add(2, this.OP_BITWISE_OR_BOOL); this.detailed_operators.AddFrom(this.detailed_bitwise_or_operators); this.detailed_bitwise_xor_operators = new Contact_Integers(5); this.detailed_bitwise_xor_operators.Add(8, this.OP_BITWISE_XOR_INT); this.detailed_bitwise_xor_operators.Add(13, this.OP_BITWISE_XOR_UINT); this.detailed_bitwise_xor_operators.Add(9, this.OP_BITWISE_XOR_LONG); this.detailed_bitwise_xor_operators.Add(14, this.OP_BITWISE_XOR_ULONG); this.detailed_bitwise_xor_operators.Add(2, this.OP_BITWISE_XOR_BOOL); this.detailed_operators.AddFrom(this.detailed_bitwise_xor_operators); this.detailed_lt_operators = new Contact_Integers(8); this.detailed_lt_operators.Add(8, this.OP_LT_INT); this.detailed_lt_operators.Add(13, this.OP_LT_UINT); this.detailed_lt_operators.Add(9, this.OP_LT_LONG); this.detailed_lt_operators.Add(14, this.OP_LT_ULONG); this.detailed_lt_operators.Add(7, this.OP_LT_FLOAT); this.detailed_lt_operators.Add(6, this.OP_LT_DOUBLE); this.detailed_lt_operators.Add(5, this.OP_LT_DECIMAL); this.detailed_lt_operators.Add(12, this.OP_LT_STRING); this.detailed_operators.AddFrom(this.detailed_lt_operators); this.detailed_le_operators = new Contact_Integers(8); this.detailed_le_operators.Add(8, this.OP_LE_INT); this.detailed_le_operators.Add(13, this.OP_LE_UINT); this.detailed_le_operators.Add(9, this.OP_LE_LONG); this.detailed_le_operators.Add(14, this.OP_LE_ULONG); this.detailed_le_operators.Add(7, this.OP_LE_FLOAT); this.detailed_le_operators.Add(6, this.OP_LE_DOUBLE); this.detailed_le_operators.Add(5, this.OP_LE_DECIMAL); this.detailed_le_operators.Add(12, this.OP_LE_STRING); this.detailed_operators.AddFrom(this.detailed_le_operators); this.detailed_gt_operators = new Contact_Integers(8); this.detailed_gt_operators.Add(8, this.OP_GT_INT); this.detailed_gt_operators.Add(13, this.OP_GT_UINT); this.detailed_gt_operators.Add(9, this.OP_GT_LONG); this.detailed_gt_operators.Add(14, this.OP_GT_ULONG); this.detailed_gt_operators.Add(7, this.OP_GT_FLOAT); this.detailed_gt_operators.Add(6, this.OP_GT_DOUBLE); this.detailed_gt_operators.Add(5, this.OP_GT_DECIMAL); this.detailed_gt_operators.Add(12, this.OP_GT_STRING); this.detailed_operators.AddFrom(this.detailed_gt_operators); this.detailed_ge_operators = new Contact_Integers(8); this.detailed_ge_operators.Add(8, this.OP_GE_INT); this.detailed_ge_operators.Add(13, this.OP_GE_UINT); this.detailed_ge_operators.Add(9, this.OP_GE_LONG); this.detailed_ge_operators.Add(14, this.OP_GE_ULONG); this.detailed_ge_operators.Add(7, this.OP_GE_FLOAT); this.detailed_ge_operators.Add(6, this.OP_GE_DOUBLE); this.detailed_ge_operators.Add(5, this.OP_GE_DECIMAL); this.detailed_ge_operators.Add(12, this.OP_GE_STRING); this.detailed_operators.AddFrom(this.detailed_ge_operators); this.detailed_eq_operators = new Contact_Integers(10); this.detailed_eq_operators.Add(8, this.OP_EQ_INT); this.detailed_eq_operators.Add(13, this.OP_EQ_UINT); this.detailed_eq_operators.Add(9, this.OP_EQ_LONG); this.detailed_eq_operators.Add(14, this.OP_EQ_ULONG); this.detailed_eq_operators.Add(7, this.OP_EQ_FLOAT); this.detailed_eq_operators.Add(6, this.OP_EQ_DOUBLE); this.detailed_eq_operators.Add(5, this.OP_EQ_DECIMAL); this.detailed_eq_operators.Add(12, this.OP_EQ_STRING); this.detailed_eq_operators.Add(2, this.OP_EQ_BOOL); this.detailed_eq_operators.Add(0x10, this.OP_EQ_OBJECT); this.detailed_operators.AddFrom(this.detailed_eq_operators); this.detailed_ne_operators = new Contact_Integers(10); this.detailed_ne_operators.Add(8, this.OP_NE_INT); this.detailed_ne_operators.Add(13, this.OP_NE_UINT); this.detailed_ne_operators.Add(9, this.OP_NE_LONG); this.detailed_ne_operators.Add(14, this.OP_NE_ULONG); this.detailed_ne_operators.Add(7, this.OP_NE_FLOAT); this.detailed_ne_operators.Add(6, this.OP_NE_DOUBLE); this.detailed_ne_operators.Add(5, this.OP_NE_DECIMAL); this.detailed_ne_operators.Add(12, this.OP_NE_STRING); this.detailed_ne_operators.Add(2, this.OP_NE_BOOL); this.detailed_ne_operators.Add(0x10, this.OP_NE_OBJECT); this.detailed_operators.AddFrom(this.detailed_ne_operators); this.stack = new ObjectStack(); this.state_stack = new IntegerStack(); this.try_stack = new TryStack(); this.checked_stack = new ObjectStack(); this.custom_ex_list = new CSLite_TypedList(false); this.breakpoint_list = new BreakpointList(scripter); this.callstack = new CallStack(scripter); this.resume_stack = new IntegerStack(); this.get_item_list = new ArrayList(); this.arrProc = new ArrayList(); for (num = 0; num < 0x3e8; num++) { this.arrProc.Add(null); } this.arrProc[-this.OP_BEGIN_MODULE] = new Oper(this.OperNop); this.arrProc[-this.OP_END_MODULE] = new Oper(this.OperNop); this.arrProc[-this.OP_CHECKED] = new Oper(this.OperChecked); this.arrProc[-this.OP_RESTORE_CHECKED_STATE] = new Oper(this.OperRestoreCheckedState); this.arrProc[-this.OP_LOCK] = new Oper(this.OperLock); this.arrProc[-this.OP_UNLOCK] = new Oper(this.OperUnlock); this.arrProc[-this.OP_DISPOSE] = new Oper(this.OperDispose); this.arrProc[-this.OP_TYPEOF] = new Oper(this.OperTypeOf); this.arrProc[-this.OP_CREATE_CLASS] = new Oper(this.OperCreateClass); this.arrProc[-this.OP_END_CLASS] = new Oper(this.OperNop); this.arrProc[-this.OP_CREATE_OBJECT] = new Oper(this.OperCreateObject); this.arrProc[-this.OP_CREATE_REFERENCE] = new Oper(this.OperCreateReference); this.arrProc[-this.OP_CREATE_ARRAY_INSTANCE] = new Oper(this.OperCreateArrayInstance); this.arrProc[-this.OP_SETUP_DELEGATE] = new Oper(this.OperSetupDelegate); this.arrProc[-this.OP_ADD_DELEGATES] = new Oper(this.OperAddDelegates); this.arrProc[-this.OP_SUB_DELEGATES] = new Oper(this.OperSubDelegates); this.arrProc[-this.OP_EQ_DELEGATES] = new Oper(this.OperEqDelegates); this.arrProc[-this.OP_NE_DELEGATES] = new Oper(this.OperNeDelegates); this.arrProc[-this.OP_ADDRESS_OF] = new Oper(this.OperNop); this.arrProc[-this.OP_CREATE_INDEX_OBJECT] = new Oper(this.OperCreateIndexObject); this.arrProc[-this.OP_ADD_INDEX] = new Oper(this.OperAddIndex); this.arrProc[-this.OP_SETUP_INDEX_OBJECT] = new Oper(this.OperSetupIndexObject); this.arrProc[-this.OP_CREATE_TYPE_REFERENCE] = new Oper(this.OperNop); this.arrProc[-this.OP_CREATE_FIELD] = new Oper(this.OperCreateField); this.arrProc[-this.OP_CREATE_PROPERTY] = new Oper(this.OperCreateProperty); this.arrProc[-this.OP_CREATE_EVENT] = new Oper(this.OperCreateEvent); this.arrProc[-this.OP_CREATE_NAMESPACE] = new Oper(this.OperCreateNamespace); this.arrProc[-this.OP_BEGIN_USING] = new Oper(this.OperNop); this.arrProc[-this.OP_END_USING] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_MODIFIER] = new Oper(this.OperAddModifier); this.arrProc[-this.OP_ADD_ANCESTOR] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_UNDERLYING_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_READ_ACCESSOR] = new Oper(this.OperAddReadAccessor); this.arrProc[-this.OP_ADD_WRITE_ACCESSOR] = new Oper(this.OperAddWriteAccessor); this.arrProc[-this.OP_SET_DEFAULT] = new Oper(this.OperSetDefault); this.arrProc[-this.OP_ADD_ADD_ACCESSOR] = new Oper(this.OperAddAddAccessor); this.arrProc[-this.OP_ADD_REMOVE_ACCESSOR] = new Oper(this.OperAddRemoveAccessor); this.arrProc[-this.OP_ADD_PATTERN] = new Oper(this.OperAddPattern); this.arrProc[-this.OP_ADD_IMPLEMENTS] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_HANDLES] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_MIN_VALUE] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_MAX_VALUE] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_ARRAY_RANGE] = new Oper(this.OperNop); this.arrProc[-this.OP_ADD_ARRAY_INDEX] = new Oper(this.OperNop); this.arrProc[-this.OP_BEGIN_CALL] = new Oper(this.OperNop); this.arrProc[-this.OP_ASSIGN_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_ASSIGN_COND_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_CREATE_USING_ALIAS] = new Oper(this.OperCreateUsingAlias); this.arrProc[-this.OP_CREATE_REF_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_SET_REF_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_EVAL] = new Oper(this.OperNop); this.arrProc[-this.OP_EVAL_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_EVAL_BASE_TYPE] = new Oper(this.OperNop); this.arrProc[-this.OP_ASSIGN_NAME] = new Oper(this.OperNop); this.arrProc[-this.OP_NOP] = new Oper(this.OperNop); this.arrProc[-this.OP_INIT_STATIC_VAR] = new Oper(this.OperNop); this.arrProc[-this.OP_LABEL] = new Oper(this.OperNop); this.arrProc[-this.OP_ASSIGN] = new Oper(this.OperAssign); this.arrProc[-this.OP_ASSIGN_STRUCT] = new Oper(this.OperAssignStruct); this.arrProc[-this.OP_PLUS] = new Oper(this.OperPlus); this.arrProc[-this.OP_INC] = new Oper(this.OperPlus); this.arrProc[-this.OP_MINUS] = new Oper(this.OperMinus); this.arrProc[-this.OP_DEC] = new Oper(this.OperMinus); this.arrProc[-this.OP_MULT] = new Oper(this.OperMult); this.arrProc[-this.OP_EXPONENT] = new Oper(this.OperExp); this.arrProc[-this.OP_DIV] = new Oper(this.OperDiv); this.arrProc[-this.OP_EQ] = new Oper(this.OperEq); this.arrProc[-this.OP_NE] = new Oper(this.OperNe); this.arrProc[-this.OP_GT] = new Oper(this.OperGt); this.arrProc[-this.OP_GE] = new Oper(this.OperGe); this.arrProc[-this.OP_LT] = new Oper(this.OperLt); this.arrProc[-this.OP_LE] = new Oper(this.OperLe); this.arrProc[-this.OP_IS] = new Oper(this.OperIs); this.arrProc[-this.OP_AS] = new Oper(this.OperAs); this.arrProc[-this.OP_UPCASE_ON] = new Oper(this.OperNop); this.arrProc[-this.OP_UPCASE_OFF] = new Oper(this.OperNop); this.arrProc[-this.OP_EXPLICIT_ON] = new Oper(this.OperNop); this.arrProc[-this.OP_EXPLICIT_OFF] = new Oper(this.OperNop); this.arrProc[-this.OP_STRICT_ON] = new Oper(this.OperNop); this.arrProc[-this.OP_STRICT_OFF] = new Oper(this.OperNop); this.arrProc[-this.OP_HALT] = new Oper(this.OperHalt); this.arrProc[-this.OP_PRINT] = new Oper(this.OperPrint); this.arrProc[-this.OP_GO] = new Oper(this.OperGo); this.arrProc[-this.OP_GO_FALSE] = new Oper(this.OperGoFalse); this.arrProc[-this.OP_GO_TRUE] = new Oper(this.OperGoTrue); this.arrProc[-this.OP_GO_NULL] = new Oper(this.OperGoNull); this.arrProc[-this.OP_GOTO_START] = new Oper(this.OperGotoStart); this.arrProc[-this.OP_GOTO_CONTINUE] = new Oper(this.OperGotoContinue); this.arrProc[-this.OP_CREATE_METHOD] = new Oper(this.OperCreateMethod); this.arrProc[-this.OP_ADD_EXPLICIT_INTERFACE] = new Oper(this.OperAddExplicitInterface); this.arrProc[-this.OP_ADD_PARAM] = new Oper(this.OperAddParam); this.arrProc[-this.OP_ADD_PARAMS] = new Oper(this.OperAddParams); this.arrProc[-this.OP_ADD_DEFAULT_VALUE] = new Oper(this.OperAddDefaultValue); this.arrProc[-this.OP_INIT_METHOD] = new Oper(this.OperInitMethod); this.arrProc[-this.OP_DECLARE_LOCAL_VARIABLE] = new Oper(this.OperDeclareLocalVariable); this.arrProc[-this.OP_DECLARE_LOCAL_VARIABLE_RUNTIME] = new Oper(this.OperNop); this.arrProc[-this.OP_DECLARE_LOCAL_SIMPLE] = new Oper(this.OperNop); this.arrProc[-this.OP_END_METHOD] = new Oper(this.OperEndMethod); this.arrProc[-this.OP_ADD_EVENT_FIELD] = new Oper(this.OperAddEventField); this.arrProc[-this.OP_CALL] = new Oper(this.OperCall); this.arrProc[-this.OP_CALL_BASE] = new Oper(this.OperCallBase); this.arrProc[-this.OP_CALL_SIMPLE] = new Oper(this.OperCall); this.arrProc[-this.OP_CALL_VIRT] = new Oper(this.OperCallVirt); this.arrProc[-this.OP_DYNAMIC_INVOKE] = new Oper(this.OperDynamicInvoke); this.arrProc[-this.OP_CHECK_STRUCT_CONSTRUCTOR] = new Oper(this.OperNop); this.arrProc[-this.OP_INSERT_STRUCT_CONSTRUCTORS] = new Oper(this.OperNop); this.arrProc[-this.OP_CALL_ADD_EVENT] = new Oper(this.OperCallAddEvent); this.arrProc[-this.OP_RAISE_EVENT] = new Oper(this.OperNop); this.arrProc[-this.OP_FIND_FIRST_DELEGATE] = new Oper(this.OperFindFirstDelegate); this.arrProc[-this.OP_FIND_NEXT_DELEGATE] = new Oper(this.OperFindNextDelegate); this.arrProc[-this.OP_PUSH] = new Oper(this.OperPush); this.arrProc[-this.OP_RET] = new Oper(this.OperRet); this.arrProc[-this.OP_EXIT_SUB] = new Oper(this.OperExitSub); this.arrProc[-this.OP_GET_PARAM_VALUE] = new Oper(this.OperGetParamValue); this.arrProc[-this.OP_CAST] = new Oper(this.OperCast); this.arrProc[-this.OP_TO_SBYTE] = new Oper(this.OperToSbyte); this.arrProc[-this.OP_TO_BYTE] = new Oper(this.OperToByte); this.arrProc[-this.OP_TO_USHORT] = new Oper(this.OperToUshort); this.arrProc[-this.OP_TO_SHORT] = new Oper(this.OperToShort); this.arrProc[-this.OP_TO_UINT] = new Oper(this.OperToUint); this.arrProc[-this.OP_TO_INT] = new Oper(this.OperToInt); this.arrProc[-this.OP_TO_ULONG] = new Oper(this.OperToUlong); this.arrProc[-this.OP_TO_LONG] = new Oper(this.OperToLong); this.arrProc[-this.OP_TO_CHAR] = new Oper(this.OperToChar); this.arrProc[-this.OP_TO_FLOAT] = new Oper(this.OperToFloat); this.arrProc[-this.OP_TO_DOUBLE] = new Oper(this.OperToDouble); this.arrProc[-this.OP_TO_DECIMAL] = new Oper(this.OperToDecimal); this.arrProc[-this.OP_TO_STRING] = new Oper(this.OperToString); this.arrProc[-this.OP_TO_BOOLEAN] = new Oper(this.OperToBoolean); this.arrProc[-this.OP_TO_ENUM] = new Oper(this.OperToEnum); this.arrProc[-this.OP_TO_CHAR_ARRAY] = new Oper(this.OperToCharArray); this.arrProc[-this.OP_TRY_ON] = new Oper(this.OperTryOn); this.arrProc[-this.OP_TRY_OFF] = new Oper(this.OperTryOff); this.arrProc[-this.OP_THROW] = new Oper(this.OperThrow); this.arrProc[-this.OP_CATCH] = new Oper(this.OperCatch); this.arrProc[-this.OP_FINALLY] = new Oper(this.OperFinally); this.arrProc[-this.OP_DISCARD_ERROR] = new Oper(this.OperDiscardError); this.arrProc[-this.OP_EXIT_ON_ERROR] = new Oper(this.OperExitOnError); this.arrProc[-this.OP_ONERROR] = new Oper(this.OperOnError); this.arrProc[-this.OP_RESUME] = new Oper(this.OperResume); this.arrProc[-this.OP_RESUME_NEXT] = new Oper(this.OperResumeNext); this.arrProc[-this.OP_SEPARATOR] = new Oper(this.OperNop); this.arrProc[-this.OP_DEFINE] = new Oper(this.OperNop); this.arrProc[-this.OP_UNDEF] = new Oper(this.OperNop); this.arrProc[-this.OP_START_REGION] = new Oper(this.OperNop); this.arrProc[-this.OP_END_REGION] = new Oper(this.OperNop); this.arrProc[-this.OP_NEGATION_INT] = new Oper(this.OperNegationInt); this.arrProc[-this.OP_NEGATION_LONG] = new Oper(this.OperNegationLong); this.arrProc[-this.OP_NEGATION_FLOAT] = new Oper(this.OperNegationFloat); this.arrProc[-this.OP_NEGATION_DOUBLE] = new Oper(this.OperNegationDouble); this.arrProc[-this.OP_NEGATION_DECIMAL] = new Oper(this.OperNegationDecimal); this.arrProc[-this.OP_LOGICAL_NEGATION_BOOL] = new Oper(this.OperLogicalNegationBool); this.arrProc[-this.OP_BITWISE_COMPLEMENT_INT] = new Oper(this.OperBitwiseComplementInt); this.arrProc[-this.OP_BITWISE_COMPLEMENT_UINT] = new Oper(this.OperBitwiseComplementUint); this.arrProc[-this.OP_BITWISE_COMPLEMENT_LONG] = new Oper(this.OperBitwiseComplementLong); this.arrProc[-this.OP_BITWISE_COMPLEMENT_ULONG] = new Oper(this.OperBitwiseComplementUlong); this.arrProc[-this.OP_INC_SBYTE] = new Oper(this.OperIncSbyte); this.arrProc[-this.OP_INC_BYTE] = new Oper(this.OperIncByte); this.arrProc[-this.OP_INC_SHORT] = new Oper(this.OperIncShort); this.arrProc[-this.OP_INC_USHORT] = new Oper(this.OperIncUshort); this.arrProc[-this.OP_INC_INT] = new Oper(this.OperIncInt); this.arrProc[-this.OP_INC_UINT] = new Oper(this.OperIncUint); this.arrProc[-this.OP_INC_LONG] = new Oper(this.OperIncLong); this.arrProc[-this.OP_INC_ULONG] = new Oper(this.OperIncUlong); this.arrProc[-this.OP_INC_CHAR] = new Oper(this.OperIncChar); this.arrProc[-this.OP_INC_FLOAT] = new Oper(this.OperIncFloat); this.arrProc[-this.OP_INC_DOUBLE] = new Oper(this.OperIncDouble); this.arrProc[-this.OP_INC_DECIMAL] = new Oper(this.OperIncDecimal); this.arrProc[-this.OP_DEC_SBYTE] = new Oper(this.OperDecSbyte); this.arrProc[-this.OP_DEC_BYTE] = new Oper(this.OperDecByte); this.arrProc[-this.OP_DEC_SHORT] = new Oper(this.OperDecShort); this.arrProc[-this.OP_DEC_USHORT] = new Oper(this.OperDecUshort); this.arrProc[-this.OP_DEC_INT] = new Oper(this.OperDecInt); this.arrProc[-this.OP_DEC_UINT] = new Oper(this.OperDecUint); this.arrProc[-this.OP_DEC_LONG] = new Oper(this.OperDecLong); this.arrProc[-this.OP_DEC_ULONG] = new Oper(this.OperDecUlong); this.arrProc[-this.OP_DEC_CHAR] = new Oper(this.OperDecChar); this.arrProc[-this.OP_DEC_FLOAT] = new Oper(this.OperDecFloat); this.arrProc[-this.OP_DEC_DOUBLE] = new Oper(this.OperDecDouble); this.arrProc[-this.OP_DEC_DECIMAL] = new Oper(this.OperDecDecimal); this.arrProc[-this.OP_ADDITION_INT] = new Oper(this.OperAdditionInt); this.arrProc[-this.OP_ADDITION_UINT] = new Oper(this.OperAdditionUint); this.arrProc[-this.OP_ADDITION_LONG] = new Oper(this.OperAdditionLong); this.arrProc[-this.OP_ADDITION_ULONG] = new Oper(this.OperAdditionUlong); this.arrProc[-this.OP_ADDITION_FLOAT] = new Oper(this.OperAdditionFloat); this.arrProc[-this.OP_ADDITION_DOUBLE] = new Oper(this.OperAdditionDouble); this.arrProc[-this.OP_ADDITION_DECIMAL] = new Oper(this.OperAdditionDecimal); this.arrProc[-this.OP_ADDITION_STRING] = new Oper(this.OperAdditionString); this.arrProc[-this.OP_SUBTRACTION_INT] = new Oper(this.OperSubtractionInt); this.arrProc[-this.OP_SUBTRACTION_UINT] = new Oper(this.OperSubtractionUint); this.arrProc[-this.OP_SUBTRACTION_LONG] = new Oper(this.OperSubtractionLong); this.arrProc[-this.OP_SUBTRACTION_ULONG] = new Oper(this.OperSubtractionUlong); this.arrProc[-this.OP_SUBTRACTION_FLOAT] = new Oper(this.OperSubtractionFloat); this.arrProc[-this.OP_SUBTRACTION_DOUBLE] = new Oper(this.OperSubtractionDouble); this.arrProc[-this.OP_SUBTRACTION_DECIMAL] = new Oper(this.OperSubtractionDecimal); this.arrProc[-this.OP_MULTIPLICATION_INT] = new Oper(this.OperMultiplicationInt); this.arrProc[-this.OP_MULTIPLICATION_UINT] = new Oper(this.OperMultiplicationUint); this.arrProc[-this.OP_MULTIPLICATION_LONG] = new Oper(this.OperMultiplicationLong); this.arrProc[-this.OP_MULTIPLICATION_ULONG] = new Oper(this.OperMultiplicationUlong); this.arrProc[-this.OP_MULTIPLICATION_FLOAT] = new Oper(this.OperMultiplicationFloat); this.arrProc[-this.OP_MULTIPLICATION_DOUBLE] = new Oper(this.OperMultiplicationDouble); this.arrProc[-this.OP_MULTIPLICATION_DECIMAL] = new Oper(this.OperMultiplicationDecimal); this.arrProc[-this.OP_EXPONENT_INT] = new Oper(this.OperExponentInt); this.arrProc[-this.OP_EXPONENT_UINT] = new Oper(this.OperExponentUint); this.arrProc[-this.OP_EXPONENT_LONG] = new Oper(this.OperExponentLong); this.arrProc[-this.OP_EXPONENT_ULONG] = new Oper(this.OperExponentUlong); this.arrProc[-this.OP_EXPONENT_FLOAT] = new Oper(this.OperExponentFloat); this.arrProc[-this.OP_EXPONENT_DOUBLE] = new Oper(this.OperExponentDouble); this.arrProc[-this.OP_EXPONENT_DECIMAL] = new Oper(this.OperExponentDecimal); this.arrProc[-this.OP_DIVISION_INT] = new Oper(this.OperDivisionInt); this.arrProc[-this.OP_DIVISION_UINT] = new Oper(this.OperDivisionUint); this.arrProc[-this.OP_DIVISION_LONG] = new Oper(this.OperDivisionLong); this.arrProc[-this.OP_DIVISION_ULONG] = new Oper(this.OperDivisionUlong); this.arrProc[-this.OP_DIVISION_FLOAT] = new Oper(this.OperDivisionFloat); this.arrProc[-this.OP_DIVISION_DOUBLE] = new Oper(this.OperDivisionDouble); this.arrProc[-this.OP_DIVISION_DECIMAL] = new Oper(this.OperDivisionDecimal); this.arrProc[-this.OP_REMAINDER_INT] = new Oper(this.OperRemainderInt); this.arrProc[-this.OP_REMAINDER_UINT] = new Oper(this.OperRemainderUint); this.arrProc[-this.OP_REMAINDER_LONG] = new Oper(this.OperRemainderLong); this.arrProc[-this.OP_REMAINDER_ULONG] = new Oper(this.OperRemainderUlong); this.arrProc[-this.OP_REMAINDER_FLOAT] = new Oper(this.OperRemainderFloat); this.arrProc[-this.OP_REMAINDER_DOUBLE] = new Oper(this.OperRemainderDouble); this.arrProc[-this.OP_REMAINDER_DECIMAL] = new Oper(this.OperRemainderDecimal); this.arrProc[-this.OP_LEFT_SHIFT_INT] = new Oper(this.OperLeftShiftInt); this.arrProc[-this.OP_LEFT_SHIFT_UINT] = new Oper(this.OperLeftShiftUint); this.arrProc[-this.OP_LEFT_SHIFT_LONG] = new Oper(this.OperLeftShiftLong); this.arrProc[-this.OP_LEFT_SHIFT_ULONG] = new Oper(this.OperLeftShiftUlong); this.arrProc[-this.OP_RIGHT_SHIFT_INT] = new Oper(this.OperRightShiftInt); this.arrProc[-this.OP_RIGHT_SHIFT_UINT] = new Oper(this.OperRightShiftUint); this.arrProc[-this.OP_RIGHT_SHIFT_LONG] = new Oper(this.OperRightShiftLong); this.arrProc[-this.OP_RIGHT_SHIFT_ULONG] = new Oper(this.OperRightShiftUlong); this.arrProc[-this.OP_BITWISE_AND_INT] = new Oper(this.OperBitwiseAndInt); this.arrProc[-this.OP_BITWISE_AND_UINT] = new Oper(this.OperBitwiseAndUint); this.arrProc[-this.OP_BITWISE_AND_LONG] = new Oper(this.OperBitwiseAndLong); this.arrProc[-this.OP_BITWISE_AND_ULONG] = new Oper(this.OperBitwiseAndUlong); this.arrProc[-this.OP_BITWISE_AND_BOOL] = new Oper(this.OperBitwiseAndBool); this.arrProc[-this.OP_BITWISE_OR_INT] = new Oper(this.OperBitwiseOrInt); this.arrProc[-this.OP_BITWISE_OR_UINT] = new Oper(this.OperBitwiseOrUint); this.arrProc[-this.OP_BITWISE_OR_LONG] = new Oper(this.OperBitwiseOrLong); this.arrProc[-this.OP_BITWISE_OR_ULONG] = new Oper(this.OperBitwiseOrUlong); this.arrProc[-this.OP_BITWISE_OR_BOOL] = new Oper(this.OperBitwiseOrBool); this.arrProc[-this.OP_BITWISE_XOR_INT] = new Oper(this.OperBitwiseXorInt); this.arrProc[-this.OP_BITWISE_XOR_UINT] = new Oper(this.OperBitwiseXorUint); this.arrProc[-this.OP_BITWISE_XOR_LONG] = new Oper(this.OperBitwiseXorLong); this.arrProc[-this.OP_BITWISE_XOR_ULONG] = new Oper(this.OperBitwiseXorUlong); this.arrProc[-this.OP_BITWISE_XOR_BOOL] = new Oper(this.OperBitwiseXorBool); this.arrProc[-this.OP_LT_INT] = new Oper(this.OperLessThanInt); this.arrProc[-this.OP_LT_UINT] = new Oper(this.OperLessThanUint); this.arrProc[-this.OP_LT_LONG] = new Oper(this.OperLessThanLong); this.arrProc[-this.OP_LT_ULONG] = new Oper(this.OperLessThanUlong); this.arrProc[-this.OP_LT_FLOAT] = new Oper(this.OperLessThanFloat); this.arrProc[-this.OP_LT_DOUBLE] = new Oper(this.OperLessThanDouble); this.arrProc[-this.OP_LT_DECIMAL] = new Oper(this.OperLessThanDecimal); this.arrProc[-this.OP_LT_STRING] = new Oper(this.OperLessThanString); this.arrProc[-this.OP_LE_INT] = new Oper(this.OperLessThanOrEqualInt); this.arrProc[-this.OP_LE_UINT] = new Oper(this.OperLessThanOrEqualUint); this.arrProc[-this.OP_LE_LONG] = new Oper(this.OperLessThanOrEqualLong); this.arrProc[-this.OP_LE_ULONG] = new Oper(this.OperLessThanOrEqualUlong); this.arrProc[-this.OP_LE_FLOAT] = new Oper(this.OperLessThanOrEqualFloat); this.arrProc[-this.OP_LE_DOUBLE] = new Oper(this.OperLessThanOrEqualDouble); this.arrProc[-this.OP_LE_DECIMAL] = new Oper(this.OperLessThanOrEqualDecimal); this.arrProc[-this.OP_LE_STRING] = new Oper(this.OperLessThanOrEqualString); this.arrProc[-this.OP_GT_INT] = new Oper(this.OperGreaterThanInt); this.arrProc[-this.OP_GT_UINT] = new Oper(this.OperGreaterThanUint); this.arrProc[-this.OP_GT_LONG] = new Oper(this.OperGreaterThanLong); this.arrProc[-this.OP_GT_ULONG] = new Oper(this.OperGreaterThanUlong); this.arrProc[-this.OP_GT_FLOAT] = new Oper(this.OperGreaterThanFloat); this.arrProc[-this.OP_GT_DOUBLE] = new Oper(this.OperGreaterThanDouble); this.arrProc[-this.OP_GT_DECIMAL] = new Oper(this.OperGreaterThanDecimal); this.arrProc[-this.OP_GT_STRING] = new Oper(this.OperGreaterThanString); this.arrProc[-this.OP_GE_INT] = new Oper(this.OperGreaterThanOrEqualInt); this.arrProc[-this.OP_GE_UINT] = new Oper(this.OperGreaterThanOrEqualUint); this.arrProc[-this.OP_GE_LONG] = new Oper(this.OperGreaterThanOrEqualLong); this.arrProc[-this.OP_GE_ULONG] = new Oper(this.OperGreaterThanOrEqualUlong); this.arrProc[-this.OP_GE_FLOAT] = new Oper(this.OperGreaterThanOrEqualFloat); this.arrProc[-this.OP_GE_DOUBLE] = new Oper(this.OperGreaterThanOrEqualDouble); this.arrProc[-this.OP_GE_DECIMAL] = new Oper(this.OperGreaterThanOrEqualDecimal); this.arrProc[-this.OP_GE_STRING] = new Oper(this.OperGreaterThanOrEqualString); this.arrProc[-this.OP_EQ_INT] = new Oper(this.OperEqualityInt); this.arrProc[-this.OP_EQ_UINT] = new Oper(this.OperEqualityUint); this.arrProc[-this.OP_EQ_LONG] = new Oper(this.OperEqualityLong); this.arrProc[-this.OP_EQ_ULONG] = new Oper(this.OperEqualityUlong); this.arrProc[-this.OP_EQ_FLOAT] = new Oper(this.OperEqualityFloat); this.arrProc[-this.OP_EQ_DOUBLE] = new Oper(this.OperEqualityDouble); this.arrProc[-this.OP_EQ_DECIMAL] = new Oper(this.OperEqualityDecimal); this.arrProc[-this.OP_EQ_STRING] = new Oper(this.OperEqualityString); this.arrProc[-this.OP_EQ_BOOL] = new Oper(this.OperEqualityBool); this.arrProc[-this.OP_EQ_OBJECT] = new Oper(this.OperEqualityObject); this.arrProc[-this.OP_NE_INT] = new Oper(this.OperInequalityInt); this.arrProc[-this.OP_NE_UINT] = new Oper(this.OperInequalityUint); this.arrProc[-this.OP_NE_LONG] = new Oper(this.OperInequalityLong); this.arrProc[-this.OP_NE_ULONG] = new Oper(this.OperInequalityUlong); this.arrProc[-this.OP_NE_FLOAT] = new Oper(this.OperInequalityFloat); this.arrProc[-this.OP_NE_DOUBLE] = new Oper(this.OperInequalityDouble); this.arrProc[-this.OP_NE_DECIMAL] = new Oper(this.OperInequalityDecimal); this.arrProc[-this.OP_NE_STRING] = new Oper(this.OperInequalityString); this.arrProc[-this.OP_NE_BOOL] = new Oper(this.OperInequalityBool); this.arrProc[-this.OP_NE_OBJECT] = new Oper(this.OperInequalityObject); this.arrProc[-this.OP_SWAPPED_ARGUMENTS] = new Oper(this.OperSwappedArguments); this.prog = new ArrayList(); for (num = 0; num < 0x3e8; num++) { this.prog.Add(new ProgRec()); } this.n = 0; this.card = 0; }