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e9244b80ee
Instead of buffering input in memory one line at a time, we go in "just in time" mode and always read contents directly from I/O, without buffering. It forces us to implement a `ioPutback` scheme, but on the other hand it greatly simplifies cases where multiple tokens are on the same line (when a label is directly followed by an instruction). The end result feels much more solid and less hackish. |
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| .. | ||
| tests | ||
| directive.asm | ||
| expr.asm | ||
| instr.asm | ||
| io.asm | ||
| main.asm | ||
| parse.asm | ||
| README.md | ||
| symbol.asm | ||
| tok.asm | ||
| util.asm | ||
z80 assembler
This is probably the most critical part of the Collapse OS project. If this app can be brought to completion, it pretty much makes the project a success because it ensures self-reproduction.
Running on a "modern" machine
To be able to develop zasm efficiently, libz80 is used to run zasm
on a modern machine. The code lives in emul and ran be built with make,
provided that you have a copy libz80 living in emul/libz80.
The resulting zasm binary takes asm code in stdin and spits binary in stdout.