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I made the windows port, the first example compiled and executed correctly. I am sending a patch so you can test it if i didn't break linux compatibility. Otherwise, I will look into deja-gnu testing, perhaps can compile it on windows. I will also add other beckend in the future (Sparc, PowerPC). I hope windows using Visual C++ will be soon officially supported :) About the problem I had

I'd like to know where can i find an installation guide for CentOS SPARC?? I have to install CentOS SPARC on a SunMicrosystem NETRA T1, if someone could help me out with that.. thanks.. --------------------------------- Brings words and photos together (easily) with PhotoMail - it's free and works with Yahoo! Mail. -------------- next part -------------- An HTML attachment was

Hi, When I start asterisk with asterisk -vvvvc it works preaty well, but I get the following warnings: Warning, flexibel rate not heavily tested! WARNING[1074494176]: File res_musiconhold.c, Line 462 (moh_register ): Unable to open pseudo channel for timing... Sound may be choppy. WARNING[1074494176]: File res_musiconhold.c, Line 462 (moh_register ): Unable to open pseudo channel for timing...

> Otherwise, I will look into deja-gnu testing, perhaps can compile it on > windows. I will The deja-gnu testing framework will most likely have to be rewritten to run on Windows. Its very unix specific. -Tanya > also add other beckend in the future (Sparc, PowerPC). I hope windows using > Visual C++ will be soon officially supported :) > > About the problem I had with

Hello, Ziga. > First the calling conversion. The so called __thiscall conversion on > VC++ passes arguments on stack, while this pointer is passed > into ECX register. For GCC, as far as I am aware, the this pointer is > pushed as if it were a special (first) argument. The fix would > be preaty simple but we want the bytecode to be OS independant, so we > cannot change the

Hello! I have a question how about JIT-ed code and the C++ compiler compatibily. My project (www.baadengine.org) will use llvm and we will provide integration of JIT-ed code directly into C++ code. This means that C++ code can call JIT code just like any other code and JIT-ed code can call C++ code. We will compile to your bytecode from our BSF format. The question is if it is possible this