I belive this things must work c: tc bin tcc -c File.c To generate objective file c: tc bin tcc -o File.obj To generate exe from obj and please use.obj and not.o c: tc bin tcc -run File.c to generate exe file without.obj file c: tc bin File.exe to run the exe file I dont know why the tcc -o good.exe File.obj not working, the error is good.exe file not found I think we cant give a name to.exe file in tcc command line prompt.but its possible in gcc. I dont know about TCC much. If i find it i will let you know it!

Bernina Funlock 007d Serger Manuals here. Just take a look at these. This is what I found on google. And googling makes you more powerful so keep on googling the things when you dont know. Turbo C++ Version 3. Avery Template 5412 there. 00 Copyright (c) 1992 Borland International Syntax is: TCC [ options ] file[s] * = default; -x- = turn switch x off -1 80186/286 Instructions -2 80286 Protected Mode Inst. -Ax Disable extensions -B Compile via assembly -C Allow nested comments -Dxxx Define macro -Exxx Alternate Assembler name -G Generate for speed -Ixxx Include files directory -K Default char is unsigned -Lxxx Libraries directory -M Generate link map -N Check stack overflow -O Optimize jumps -P Force C++ compile -Qxxx Memory usage control -S Produce assembly output -Txxx Set assembler option -Uxxx Undefine macro -Vx Virtual table control -X Suppress autodep. Output -Yx Overlay control -Z Suppress register reloads -a Generate word alignment -b * Treat enums as integers -c Compile only -d Merge duplicate strings -exxx Executable file name -fxx Floating point options -gN Stop after N warnings -iN Max.

Identifier length -jN Stop after N errors -k Standard stack frame -lx Set linker option -mx Set Memory Model -nxxx Output file directory -oxxx Object file name -p Pascal calls -r * Register variables -u * Underscores on externs -v Source level debugging -wxxx Warning control -y Produce line number info -zxxx Set segment names C: TC BIN>So, I think you should type: tcc hello.c for C programs and tcc -P hello.cpp for C++ programs.

For my assembly language class, we're writing DOS programs using DPMI. Unfortunately, I don't have access to a 32-bit windows machine all the time. I do have a Debian virtual machine installed on just about every computer I do use. I've got both DOSBox and DOSEMU installed. Is there any way that I can assemble and compile the programs in Linux rather than DOS? I'm using nasm, so I don't seem to have any problems getting it assembledin DOS format.

However, I'm having trouble running it through the compiler with my C code and getting a DOS executable (using either gcc or MinGW). Is there some way to do this or am I pretty much going to have to install all the tools under DOS? I'm not even sure if you can compile DOS applications using GCC. A long time ago there was a gcc compiler-variant called DJGPP (or something like that). I never got it working though. The chances that you can cross-compile a GCC for DOS these days are almost zero.

I suggest you give the old Watcom Compiler a try. It's a native DOS compiler and it's DPMI implementation also works like a charm under DosBox. Interfacing with NASM compiled object files is not a problem either (I did that a couple of years) Today the compiler has been made open source and called OpenWatcom. DJGPP is ridiculously easy to install, bare minimum only three.ZIPs are needed: • BNU219B.ZIP (assembler, linker, librarian) • GCC441B.ZIP (C compiler) • DJDEV204.ZIP (libc, headers) unzip *.zip -d c: djgpp && set DJGPP=c: djgpp djgpp.env && path c: djgpp bin;%PATH% gcc myfile.c -o myfile.exe To produce DOS-compatible output, you'll have to either use the DOS-hosted compiler in DOSEMU (not DOSBox!! Way too slow and buggy, meant for games only) or use a Linux-hosted cross compiler (DJ's site has the RPMs for that). Visual Basic 2002 Free Download. However, if you want 100% 16-bit code, you will have to use something else (e.g. OpenWatcom does also support Linux (beta!!) host and target (no shared libs, though, IIRC), but you may have to compile it yourself with GCC.