6 releases

0.4.0 Nov 29, 2023
0.3.0 Nov 28, 2023
0.1.3 Dec 10, 2021
0.1.2 Nov 30, 2021

#2871 in Parser implementations

28 downloads per month
Used in foam-highlighter

MIT license

375KB
12K SLoC

C 12K SLoC // 0.0% comments JavaScript 176 SLoC // 0.2% comments Scheme 84 SLoC // 0.1% comments Rust 37 SLoC // 0.3% comments

OpenFOAM grammar for Tree-Sitter

This project is in early phases of development; expect things to change considerably

DISCLAIMER: This offering is not approved or endorsed by OpenCFD Limited, producer and distributor of the OpenFOAM software and owner of the OPENFOAM® and OpenCFD® trade marks.

OpenFOAM dictionary syntax highlighting

This is a generic fail-tolerant parser for OpenFOAM case dictionaries. The goal is to reach a state that is "good enough" for syntax highlighting and feasible symbols extraction.

Features

  • Semantic understanding of OpenFOAM IO entries (Dictionaries, key-value pairs, ... etc)
  • Syntax highlighting (Targeting nvim-treesitter mainly)
  • Highlighting of C++ code blocks and regular expressions, so if your client does not install those parsers automatically, you might have to install them manually
  • Scope-awareness is there (Per-dictionary) although not used yet
  • Text-objects for dictionaries and key-value pairs to use with TreeSitter textobjects plugin for NeoVim
  • Text-subjects to use with TreeSitter textsubjects plugin for NeoVim
  • Expression-based folding

Running tests

  • Unit tests for both parsing and highlighting (Highlighting is not consistent between tree-sitter highlight and nvim-treesitter) are executed with tree-sitter test (Check the test folder)
  • testOFFiles.sh $FOAM_TUTORIALS parses all OpenFOAM dictionaries in the tutorials directory
    • Currently, the parser works on almost all OpenFOAM 8 and Foam-Extend 4 tutorial files (Well, some files are faulty from source!)

Contributing

  • Pull requests are welcome!
  • And, no I'm not going to support specific keyword highlighting (eg. scalarField will never be treated in a special way) unless I find an "unattended" way to do that.

Dependencies

~2.8–4MB
~74K SLoC