check vdmsound.

So DOSbox uses it too? Exactly?

No. But trying to understand your posting it sounds like vdms is what you're really looking for.

Otherwise have a look at adlib.cpp and ymf262.c of the dosbox sources.

I cannot find the way. It doesnt use DirectSound. Then how? Buy the way I don't use C++ (only Delphi)

don't bother then.
Both emulation projects are in C

"It" (dosbox) uses dsound by default on windows using SDL.

Mate, if you don't like C++, I think you'll have to write your own FM engine from scratch.

You'd probably be better off learning C++, though, seeing as practically everything seems to be written in either C or C++.

By the way guys, thanks for pointing out those source files. They may prove useful in helping me write my own FM engine.

I didnt say I dont like it just I dont use it 😀 it must be done under Delphi.

But give me more help pls I dont really understand something. Can anyone gimme a little overview? vdmsound not good at all.

sorry.
No C, no glory.

Ok then I'll learn more C. I know something about it.

For your way around in dosbox: have a look at adlib.cpp, function OPL_Write().
This handles writes to 0x388/0x389, they'll finally arrive at function
OPLWriteReg() (fmopl.c) or OPL3WriteReg() (ymf262.c). Both functions
control the state of the synthesis.
Then look at OPL_CallBack() in adlib.cpp, that is YM3812UpdateOne()
for fmopl.c and YMF262UpdateOne() for ymf262.c, they generate the
actual output depending on the state.
But you'll definitely need some understanding of C for this to be usable.

I programmed almost a complett web homepage under PHP isnt it enough for C? 😁 and I think theres a looping wave-stream that always being played and the sounds are mixed into it, isnt there?

okay finally I started it 😀 its not so hard to implement this in Delphi but.... could you give me more information please? I meant the initial stepts too, tricks or.... which C/C++ files needed only? In addition, Microsoft Visual C++ 6 Standard will be good for me?

all info is allready in this thread.