C / C++ / MFC

George_George wrote:

Any advice?

George_George wrote:

T2::foo1(); // possible to call non-static member if T is not int?

Foo<int> f;
    f.foo();
    return 0;

Foo<char> f;
    f.foo();
    return 0;

George_George wrote:

So, the conclusion is, the source code is not finalized until we specify a type? And compiler will use the finalized template type to check compile rule?

George_George wrote:

It seems it is allowed to re-declar some method from non-static to static in template specialization class/struct. Is it good code or of any practical usage?

Rajkumar R wrote:

IMHO why not. template specialization is the additional flexibility. Normally if you are not using it, you will find it sometimes useful.

George_George wrote:

Sorry for my English reading

George_George wrote:

1.Inside DLL

For the DLL itself, in its build process, it has to decide the address of each function in the result binary file (.dll), right? I think each exported function in the dll biinary file has a definite absolute address, which is based on the default load base address of the DLL, right?

George_George wrote:

2. Inside EXE

For the EXE, which utilizes the DLL, since there may be DLL rebase, which changes the base load address of the DLL into EXE process space, the address of the exported function of the DLL is not known until EXE load time and the final rebased address of the exported function of the DLL is put into the IAT of EXE.
In other words, the same function of the DLL, may have different address in different EXEs, which loads the DLL into related process space of EXE.
So, all the places where invokes the dllexported function, will use a function pointer to point to the IAT entry of the related dllexported function to form a indirection level function call. No address of DLL exported function is known and written to the EXE binary until load time address fix-up.

trioum wrote:

1.text outline border width and color.

trioum wrote:

2.text background color.

trioum wrote:

how can I change the text outline border width and color

Graphics graphics(hdc);

// Create a string.
WCHAR szText[] = L"Sample Text";

// Initialize arguments.
Font arialFont(L"Arial", 16);
RectF layoutRect(25.0f, 25.0f, 150.0f, 25.0f);
StringFormat format;
format.SetAlignment(StringAlignmentCenter);


// fill background Rect.
graphics.FillRectangle(&SolidBrush(Color(255, 100, 100, 100)), layoutRect);
// Draw string.
graphics.DrawString(szText,11, &arialFont, layoutRect, &format,  &SolidBrush(Color(255, 0, 0, 0)));
// Draw layoutRect.
graphics.DrawRectangle(&Pen(Color::Black, 1), layoutRect);

int main(int argc, char * argv[])
{
  return 0;
}