Posted: July 25, 2012
Since I was adding new CPU support to naken430asm I decided to rename it to naken_asm. This is a raw, simple assembler. I have some include files for msp430 in the repo or there is a second set of include files made by Alexander Zhevak. Include files from Microchip for dsPIC work after being run through an included script and Atmel include files work directly from Atmel. As a side project, with help from Joe, we have been putting together a Java .class compiler called Java Grinder which produces output that can be compiled with naken_asm.
Stable here means I've been using it and proved it's working well. Beta means all the code is down but I haven't gotten a chance to write much code around it. If anyone else has been using one of these assemblers / disassemblers and finds it stable please let me know.
The source code is for compiling on Linux, BSD, or any other OS. Just install gcc and type ./configure and then make.
Repository: git clone https://github.com/mikeakohn/naken_asm.git
How To Help
launchpad_blink.asm - Make 2 LED's blink with the MSP430 Launchpad
In order to give confidence that naken_asm isn't going to hinder anyone else's development, I've been adding 3 different types of tests to the build system. The unit and regression tests should be obvious what they do. For the comparison tests, I created a text file with every single instruction, assembled each instruction one by one using someone else's assembler (usually the GNU gas assembler), and used a bash script to compare the output of naken_asm with the output of these assemblers.
65xx - Support for 6502, 65c02, 6507, 6510, and any chip of this 8 bit family.
65C816 - Support for the 16 bit version of the 6502. Example of this working here: Apple IIgs Java
6800 / 6809 - Support for CPU's compatible with the 6800 / 6809 instruction set.
68HC08/CPU08 - 68HC08 microcontroller instruction (CPU08). I did this specifically for the 68HC908GP32.
680x0/CPU32 - My target for this minimum 68000 for Amiga programming or Sega Genesis or such. I may add Amiga executable support for input and output.
8051/8052 - Support for 8051 and 8052 8 bit family chips (also known as MCS-51). I tested some code on an Atmel AT89S52.
ARM - Disassembler and assembler are mostly done for generic instructions. I made a small program to prove it working on the Raspberry Pi here.
STM8 - Added support for STM8. Valentin Dudouyt has created a tool to flash the STM8 Disovery board with Linux: https://github.com/vdudouyt/stm8flash.
TMS1000/TMS1100 - An old TI 4 bit CPU that's used in the Speak & Spell, Speak & Math, some old calculators, and others.
TMS9900 - One of the first 16 bit CPUs. From the looks of it it seems to be the grandfather of the MSP430. I didn't use TMS9900 standard syntax for hex, but I can change it if i get requests.
Unit Tests: eval_exression(), var.h
Regression Tests: 805x, avr8, dspic, msp430, stm8, tms9900, z80
Comparison Tests: 6502, ARM (not complete), msp430x, STM8, Z80, dsPIC, Epiphany
I've been working on a README I'm going to start including with the
January 29, 2016: Added Parallax Propeller to the assemblers / disassemblers. Haven't tested it yet. Hoping to add it to Java Grinder in the next couple weeks and get code running on a chip.
April 25, 2015: Progress is still going on here. Joe has added 65816 along with automated tests and rewrote the 6502 assembler. I've added automated testing for 68000 and I'm working on ARM.
Copyright 1997-2016 - Michael Kohn