6f65b65f7d
I've wrestled for a long time with how to support integer division with its hard-coded registers. The answer's always been staring me in the face: just turn it into a function! We already expect function outputs to go to hard-coded registers. |
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| .. | ||
| README.md | ||
| box.mu | ||
| data.mu | ||
| environment.mu | ||
| gap-buffer.mu | ||
| grapheme-stack.mu | ||
| int-stack.mu | ||
| main.mu | ||
| rpn.mu | ||
| surface.mu | ||
| table.mu | ||
| value-stack.mu | ||
| value.mu | ||
| vimrc.vim | ||
| word.mu | ||
README.md
A programming environment that tries to “stop drawing dead fish”.
To run:
./translate_mu apps/tile/*.mu
./a.elf screen
To run tests:
./a.elf test
To run a conventional REPL (for debugging):
./a.elf type
hacking
Unlike the top-level directory, this is just a prototype so far. There are no tests.
To add a new primitive you'll need to hard-code it into the evaluate
function (apps/tile/rpn.mu).
There's also a second place you'll want to teach about predefined primitives:
bound-function? (apps/tile/environment.mu)