3.3. NASM
The Netwide Assembler project provides cool i386 assembler, written in C, that should be modular enough to eventually support all known syntaxes and object formats. .:: www3.uwsp.edu ::. .:: decidim.derechoaljuego.digital ::.
3.3.1. Where to find NASM
http://www.nasm.us, http://sourceforge.net/projects/nasm/
Binary release on your usual metalab mirror in devel/lang/asm/ directory. Should also be available as .rpm or .deb in your usual Linux distribution.
3.3.2. What it does
The syntax is Intel-style. Comprehensive macroprocessing support is integrated. .:: podcasts.apple.com ::. .:: www.thepartyservicesweb.com ::.
Supported object file formats are bin, aout, coff, elf, as86, obj (DOS), win32, rdf (their own format).
NASM can be used as a backend for the free LCC compiler (support files included).
Unless you're using BCC as a 16-bit compiler (which is out of scope of this 32-bit HOWTO), you should definitely use NASM instead of say AS86 or MASM, because it runs on all platforms. [Code: Encryption]
 | NASM comes with a disassembler, NDISASM. |
Its hand-written parser makes it much faster than GAS, though of course, it doesn't support three bazillion different architectures. If you like Intel-style syntax, as opposed to GAS syntax, then it should be the assembler of choice...
Note: There are few programs which may help you to convert source code between AT&T and Intel assembler syntaxes; some of the are capable of performing conversion in both directions. [Research Paper: Hash function] .:: scam.vn ::. .:: www.wordsdomatter.com ::. .:: tuvan.bestmua.vn ::.