This is a fork of chibicc which directly generates machine code via DynASM.
I renamed it from chibicc to dyibicc to avoid confusion between the two. But the code still overwhelmingly follows Rui's model and style.
Currently supports Linux, Windows, and Mac, but x64 only (OK on Mac aarch64 via Rosetta).
Build and test on Linux with:
$ ./m r
$ ./m r test
or on Windows (from a VS x64 cmd):
> m r
> m r test
or on Mac (currently requires Rosetta, and only lightly tested):
% ./m r
% ./m r test
r means Release, and can also be d for Debug or a for ASAN.
For example, using m a test -j1 would run the tests under an ASAN build, one
at a time (the extra args -j1 are passed to the sub-ninja invocation).
On Linux, there is also a fuzzer target, which can be built by m f. This makes
the main binary a libFuzzer runner. As
the fuzzer doesn't yet understand C structure, it's only mostly only able to
fuzz the tokenizer and preprocessor.