Open Source Linux Assemblers - Page 5
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Assemblers for Linux
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The aim of this project is to create a fully functional COBOL compiler that translate into Java or directly into bytecode.
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SM83 Binutils
Binutils port for the Sharp SM83 (GameBoy CPU)
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Selfie
An educational software system of a tiny self-compiling C compiler
An educational software system of a tiny self-compiling C compiler, a tiny self-executing RISC-V emulator, and a tiny self-hosting RISC-V hypervisor. Selfie is a project of the Computational Systems Group at the Department of Computer Sciences of the University of Salzburg in Austria. The Selfie Project provides an educational platform for teaching undergraduate and graduate students the design and implementation of programming languages and runtime systems. The focus is on the construction of compilers, libraries, operating systems, and even virtual machine monitors. The common theme is to identify and resolve self-reference in systems code which is seen as the key challenge when teaching systems engineering, hence the name. Selfie is implemented in a single (!) file and kept minimal for simplicity. There is also a simple in-memory linker, a RISC-U disassembler, a garbage collector, L1 instruction and data caches, a profiler, and a debugger with replay. -
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This is a port of several development tools for Freescale M68HC08/HCS08 embedded microcontrollers families. Currently work is focused on binutils (as,ld), gdb and sim port. GCC, newlib, etc. porting will start after finishing the main as/ld support.
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Disassembler for Toshiba microcontroller used in 1990s Toyota ECU. Notably, 3S-GTE engine in MR2 and Celica is based on this controller.
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Unfortunately this project has been suspended. If you wish to continue its development on your own, please feel free to contact me. UnPyc is a tool for disassembling, analyzing and decompiling Python's *.pyc and *.pyo files. UnPyc supports Python 2.5, 2.6.
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UniSIMD-assembler
SIMD macro assembler unified for ARM, MIPS, PPC and x86
UniSIMD assembler is a high-level C/C++ macro assembler framework unified across ARM, MIPS, POWER and x86 architectures. It establishes a subset of both BASE and SIMD instruction sets with clearly defined common API, so that application logic can be written and maintained in one place without code replication. The assembler itself isn't a separate tool, but rather a collection of C/C++ header files, which applications need to include directly in order to use. At present, Intel SSE/SSE2/SSE4 and AVX/AVX2/AVX-512 (32/64-bit x86 ISAs), ARMv7 NEON/NEONv2, ARMv8 AArch32 and AArch64 NEON, SVE (32/64-bit ARM ISAs), MIPS 32/64-bit r5/r6 MSA and POWER 32/64-bit VMX/VSX (little/big-endian ISAs) are mostly implemented (/w horizontal reductions) although scalar improvements, wider SIMD vectors with zeroing/merging predicates in 3/4-operand instructions are planned as extensions to current 2/3-operand SPMD-driven vertical SIMD ISA. See README file. -
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ZILF
This repository is deprecated. Use Heptapod instead.
THIS REPOSITORY IS DEPRECATED. Please use the Heptapod repository instead: https://foss.heptapod.net/zilf/zilf ZILF is a set of tools for working with the ZIL interactive fiction language, including a compiler, assembler, disassembler, and game library. -
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a6
Cross-platform 6502 assembler
a6 (aka "asix") is a cross-platform 6502 (and other processor) table-based assembler, written in C++ -
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armvd
ARM Visual Disassembler
Created with Flat Assembler + Z macro language. -
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asm65to68k is a simple assembler language translation tool that translates MOS 6502 code to MC68000 code.
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asxa: Cross Assembler for NXP XA-51 Microcontrollers. Included is a monitor in XA assembly language with a disassembler a a debugger.
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b0-language
The b0 Programming Language
The b0 Programming Language -
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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
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crudasm9
Open-source disassembler for x86/x64 machine code (New BSD License!)
CRUDASM9 is an open-source disassembler for x86/x64 machine code binaries. It can be used to disassemble Win32/Win64 EXE/DLL files, or a raw binary file. It uses the New BSD license, allowing royalty-free use in both open-source and commercial software. -
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dasm430
A disassembler and a simulator for the MSP430 CPU
A disassembler and a simulator for the MSP430 CPU. Both programs only read TI-TXT files. Licensed under the Simple Public License (SimPL) 2.0. For full license information, please read license.txt. Compiled executables are available for Windows and Mac OS X. Linux users will have to compile their own binaries. Instructions for compilation are included in README.txt. A Qt-based GUI is available for sim430. Binaries only for OS X, for now. Source files can be found in src/qt folder. -
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Disassembler for linux: will try to provide a gui driven tool to disassemble executables. Written in C++, uses gtk libraries for the gui, and will disassemble binaries from a number of OSses.
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flAVR
A simulator for Atmel's 8/16-bit AVR microcontrollers
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). -
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fpASM
An x86 assembler that aims to be compatible with MASM and TASM
An x86 assembler project with the following goals: 1) source level compatibility with MASM and TASM 2) support for the OMF object file format 3) support for 16-bit segmented code -
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gendasm
Generic Code-Seeking Diassembler with Fuzzy-Function Analyzer
GenDasm is a Generic Code-Seeking Diassembler engine. It allows you to enter known starting vectors for a given code image for the micro. It will disassemble the code and follow through branches to assist in the separation of code and data. Its included Fuzzy Function Analyzer companion uses a DNA Sequence Alignment Algorithm to locate similar code in multiple binaries to facilitate reverse-engineering and/or code recovery. The original purpose of the Fuzzy Function Analyzer was to assist in code recovery where the source code for the current binaries got lost, yet the source code for an old binary was retained. The Fuzzy Function Analyzer allows you to match up known functions between the two binaries so you can concentrate on disassembling and reverse engineering the parts that are different and recover the code for the current binary that got lost.
