6602ff3151
Need to make partial_eval_helper able to fail though, so that it can fail in the now fallible compiler. Squashed commit of the following: commit 283150d1e19cf9f74bc32e9c554f5e041d53582d Author: Nathan Braswell <miloignis@gmail.com> Date: Tue Jan 18 00:14:51 2022 -0500 Another bugfix, I think now we're truely running into the partial-eval needs to be able to fail part commit c62c228a1e89e7922850d2070bc046e5f80af5a5 Author: Nathan Braswell <miloignis@gmail.com> Date: Mon Jan 17 23:34:19 2022 -0500 Fixed needed check, added note on needing to support failing partial eval commit d480e486210dd5c7c4842e3a3d3e447dc7a5274e Author: Nathan Braswell <miloignis@gmail.com> Date: Mon Jan 17 22:14:58 2022 -0500 Fixed compilation bugs, added debugging prints to running. commit fc4dc4d3170bf1ceb4cd934cff54dd9ce6c8713a Author: Nathan Braswell <miloignis@gmail.com> Date: Mon Jan 17 17:28:29 2022 -0500 The unique id / ctx refactor is starting to work, with all basic test cases compiling & partial evaling, but mis-compile bugs remaining
Kraken
The Kraken Programming Language
(try it out online at http://www.kraken-lang.org/)
(vim integration (filetype, syntax highlighting, Syntastic) at https://github.com/Limvot/kraken.vim) (emacs integration (filetype, syntax highlighting) at https://github.com/Limvot/kraken-mode)
The Kraken Programming Language is functional but very much still in development. It has both the normal features you might expect of a modern language, (functions, variables, an object system, dynamic memory), as well as some more advanced ones (mutually recursive definitions, lambdas/closures, algebraic data types, templates, marker traits, defer statements, etc).
Kraken can either compile to C or its own bytecode which is then interpreted.
Dependencies
Kraken is self-hosted - in order to build it, a script is included that will compile the original C++ version (which depends on CMake) and then checks out each necessary version to compile up to the current one. This can take quite a while - when it hits 1.0 I am planning on removing the old C++ version and checking in a pre-compiled-to-c version to use for further bootstrapping.
Goals
It has the following design goals:
- Compiled
- Clean
- Fast (both running and writing)
- Good for Systems (including Operating Systems) programming
- Very powerful libraries (say, a library that allows you import from automatically parsed C header files)
- Minimal "magic" code. (no runtime, other libraries automatically included)
It is inspired by C, Kotlin, Rust, and Jai.