rtti

I compile the release version of my application project. When I look with binary editor my compiled final exe i can see all the class name of my own created object, for example : TPolygon, TRectangle, etc..., as binary text data inside the exe. How i can remove this information from exe. I try to remove disabling RTTI using in dpr: {$WEAKLINKRTTI ON} {$RTTI EXPLICIT METHODS([]) PROPERTIES([]) FIELDS([])} But not luck, any hints. If you were to remove class names from the executable, then your application would stop working. The .dfm files that are compiled into your application contain the

I'd like to know if there is a way to get the type of the elements of a declared, but not instantiated, TList. I can capture the class of an object property like this: MyList: TList<TMyObject> read FMyList; MyRTTIProperty: TRttiProperty; NewObject: TObject; PropertyClass: TClass; MyRttiProperty := MyRttiType.GetProperty('MyList'); PropertyClass := MyRTTIProperty.PropertyType.Handle.TypeData.ClassType; // (returns TList<TMyObject>) NewObject := PropertyClass.Create; This way I can instantiate my list correctly. But now I also want to get the class of the elements, TMyObject, so that I can

Is it possible to obtain RTTI information about a TMethod ? I can get the instance by Instance := TObject(Method.Data); so I can get the RTTI type of the instance, but how can I get the correct TRttiMethod ? I want to check for attributes on a method passed in using a method pointer. This approach works in theory, and there's a good change it will work in practice, but there are a couple of things that could prevent you from getting hold of the TRttiMethod . The TMethod record says Data: Pointer , not TObject . This implies there might be a possibility of having something other then an TObject

I have a very complicated code structure, but the important bits are: typical setup: I have a base class and two classes that derive from this base class and each has own members, and which don't have a standard constructor class BaseSolver{ ... }; class SolverA : BaseSolver{ public: std::string a; SolverA(TypeA objectA); }; class SolverB : BaseSolver{ public: int b; SolverB(TypeB objectB); }; Now I have a config xml file from which I read whether I have to use SolverA or SolverB . Therefore I have an IOService: template<class T> class IOService { BaseSolver* getSolver() { std::string

I'd like to set the length of a dynamic array, as suggested in this post . I have two classes TMyClass and the related TChildClass defined as TChildClass = class private FField1: string; FField2: string; end; TMyClass = class private FField1: TChildClass; FField2: Array of TChildClass; end; The array augmentation is implemented as var RContext: TRttiContext; RType: TRttiType; Val: TValue; // Contains the TMyClass instance RField: TRttiField; // A field in the TMyClass instance RElementType: TRttiType; // The kind of elements in the dyn array DynArr: TRttiDynamicArrayType; Value: TValue; //