Am 29.05.2012 12:24, schrieb Kornel Kisielewicz:
On Tue, May 29, 2012 at 10:40 AM, kyan wrote:
Ideally, I'd only like to write the streaming mechanism for each set
of types (normal, anisstring, dynamic array, objects, interfaced
objects) once, and use it for every set of items. However, there's
On Tue, May 29, 2012 at 10:40 AM, kyan wrote:
>> Ideally, I'd only like to write the streaming mechanism for each set
>> of types (normal, anisstring, dynamic array, objects, interfaced
>> objects) once, and use it for every set of items. However, there's no
>> reasonable way to detect the type an
> Ideally, I'd only like to write the streaming mechanism for each set
> of types (normal, anisstring, dynamic array, objects, interfaced
> objects) once, and use it for every set of items. However, there's no
> reasonable way to detect the type and do an execution for it. Ideally
You can use the
Can you create a generic that is based on a class that can stream
itself using rtti regardles of its structure ?
Something like
Type
TFundamentalClass = Class(TObject)
Public
Function GetProperty(Propertyname : String): Variant;
Procedure SetProperty(PropertyName : String; Value : Variant);
Proce
Hello all,
I want to find a way to write a streaming mechanic for Generic data
structures. For simplicity let's assume that I want to write a class
or function to stream TFPGList (I do not use them, but my set of
generic classes is written in a similar manner). However, due to FPC's
restricted gen
