Open Source Disassemblers - Page 5

Created with Flat Assembler + Z macro language.

Butterfly programming language. A bytecode compiled scriping language. Bytecode architecture with separate compiler and interpreter/disassembler. Platform-independant bytecode based stackmchine, which has a fine arithmitical/raw-computing performance. B

Java class files disassembler

d7avx - a helper (gcc frontend) for using SSE/AVX instructions with Delphi compilers not supporting SSE/AVX instructions uses MinGW GCC/ObjectDump to compile .c to .s and .s to .o with disassembly customized for delphi inclusion in asm statements dbgavx - a helper for debugging XMM/YMM registers content with debuggers not supporting XMM/YMM registers used with any debugger for XMM/YMM and also MM/ST and general registers content inspection

Disassembler and assembler for Windows Mobile with ARM processor. Compiled with Pelles C on Windows XP.

The goal of this project is to create a open-source disassembler for PE, COFF, ELF, DLL files and others. We've just started working on it. Until now the program can read just PE files and it's not a disassembler yet.

a powerful disassembler for x86

flAVR is a simulator for the Atmel(tm) AVR(tm) microcontrollers written in C. The project aims to implement a cycle-accurate AVR CPU core simulator along with a range of peripherals, allowing firmware written for a variety of parts to be run on a host PC. In addition, flAVR provides enhanced interactive debugging functionality - featuring breakpoints, data watchpoints, execution tracebuffers, flash/RAM/EEPROM viewers, and run-time disassembler. flAVR also implements the GDB remote protocol, allowing it to interface with Eclipse and other IDEs supporting GDB. The simulator also supports kernel-aware co-simulation when running binaries linked with the Mark3 RTOS, providing it with virtual input and graphics devices. The project is designed to be highly-portable, and builds with minimal dependencies. Currently, flAVR builds have are targeted to Windows (MinGW) and Linux (GCC).

Tools for Hobbit-based BeOS machines. These tools will extract files from drive images, extract resources from applications, disassembler for the Hobbit (AT&T CRISP 92010) processor, etc.

Yet another IDAPro-like disassembler.

GNU toolchain for gas, binutils, gdb etc modified to support the OR1K64 (OpenRISC 1K 64-bit) -based KPU (general purpose cryptoprocessor)

A toolchain for generating, analyzing, optimizing and disassembling objects for Parallax's Basic Stamp 2 family of microcontrollers. Includes an object assembler/disassembler/analyzer, and a parser for generating code from a higher-level PBASIC-like language. Built originally in Linux, but fully open source; should be generally buildable on any architecture with a C++ toolchain, and ports of Bison and Flex. (Currently pre-alpha; the sources are capable of generating and disassembling binaries for subsets of the higher level language; advanced users could probably coerce it to generate usable code, but it really isn't ready for average end users yet.)

PPCD is very accurate PowerPC ISA (and derivative processors) disassembler. Currently supported models are: Generic-32, Generic-64 and Gekko. PPCD is free opensource. You can use it in your applications without mention.

playstation (psx) development tools: includes disassembler, code profiler, and cd mastering tools (split off from the World Foundry GDK).

This is a disassembler for the Linux environment using QT3. Unix files will contain the original labels. Opcodes up to SSE4-2 preferring the intel,AMD, other opcodes. It will also produce an .asm file that can be compiled with yasm.

This is a swf-decoder and disassembler

This provides an XS wrapper around libdisasm - a C disassembler available from http://bastard.sourceforge.net/libdisasm.html - to effect an efficient Perl callable disassembler.

A perl interface to the C disassembler, Udis86

Decompyle is a python disassembler and decompiler which converts Python byte-code (.pyc or .pyo) back into equivalent Python source. Verification of the produced code (re-compiled) is avaliable as well.