Unluckily this seems to be not so easy either: There are 4 major steps in my workflow. The following is for users who want to include c sources and use the current stable version of sdcc, which is version 3. Documentation , zasm online assembler , new Git repository , old Git repository. So it's probably easier to download a snapshot from the sdcc website. Unfortunately, the z80sim application only supports 2 formats, the Intel Hex format and a 'mostek header' format which the z80asm in the suite outputs, and zasm my preferred assembler does not. ![]()
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All my code is saved as. Unfortunately, the z80sim application only supports 2 formats, the Intel Hex format and a 'mostek header' format which the z80asm in the suite outputs, and zasm my preferred assembler does not. Unluckily this seems to be not so easy either: Once you have your.
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Fixed bug where zaam binary file was appended to the hex or s19 file It doesn't appear to support assembler macros, and it is a rather simple assembler, with a small number of features. Each step is described below. Added support for '!
Unluckily the library provided with "sdcc for zasm …. You need a way to write your z80 code.
Once I'm happy with my program, and I want to do some real testing on real hardware I re-assemble my code into a binary file rather than the hex format I use for the simulator. Select a binary which matches your OS best.
The OSX versions of zasm up version 4. This required a major rework of the zasm source, therefore the leap in the version number It does however output Intel Hex files so that's why I'm doing that. Finally i had to upgrade.
/pub/Develop/Projects/zasm/Distributions/
This is my current development workflow that I use for general z80 development and developing any whizz80 system software. You can checkout the source from my Git repository: Fixed bug where error messages were garbled Any text editor will do really.
Choose a version from the list below. Documentationzasm online assemblernew Zas repositoryold Git repository. Don't assemble closed-source sources here.
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Overview zasm is a Z80 assembler. It allows to assemble z80 assembler source files with some include files. I did come across another z80 simulator which looked really nice and with a tty terminal front end to display all the z80 registers, memory, etc, however I couldn't get it to compile on my mac suspect its a bit thingand I didn't really want to run a separate virtual linux machine just to run a simulator.

There was a limited amount of documentation to get me started with it. Development Workflow This is my current development workflow that I use for general z80 development and developing any whizz80 system software. Typical invocations assemble file into myrom.
I am only using the z80sim component.
ZASM - Z80 Assembler - RML Z - Manual - Computing History
This was to be expected. I am currently using sublime 3 which zsm nice syntax coloring and lots of other features. You can even include c source files here! The libraries project should be included when you clone zasm. I'm quite new at developing for the z80 and I am sure this isn't an optimal development setup.
Please feel free to let me know if you can see any improvements or suggestions to this workflow.

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