ce5464f9af
instead of a closed set of languages. I also removed the offsets: I simply use the current region to determine whether the preprocessing directie starts at the beginning of a line. I also removed scanning line indicators, to make the lexer simpler. |
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| .. | ||
| .E_LexerMain.tag | ||
| .E_Parser.mly.tag | ||
| .E_ParserMain.tag | ||
| .gitignore | ||
| .links | ||
| .PreprocMain.ml | ||
| .PreprocMain.tag | ||
| dune | ||
| dune-project | ||
| E_AST.ml | ||
| E_Lexer.mli | ||
| E_Lexer.mll | ||
| E_LexerMain.ml | ||
| E_Parser.mly | ||
| E_ParserMain.ml | ||
| EvalOpt.ml | ||
| EvalOpt.mli | ||
| LICENSE | ||
| Makefile.cfg | ||
| Preproc.mli | ||
| Preproc.mll | ||
| Preprocessor.ml | ||
| Preprocessor.opam | ||
| PreprocMain.ml | ||
| README.md | ||
A preprocessor a la C# in OCaml
The following preprocessing directives are supported
- #define
- #elif
- #else
- #endif
- #endregion
- #error
- #if
- #include
- #region
- #undef
Note: Because it is meant for LIGO, there is no error raised for
invalid preprocessing directives, as the symbol # is valid in
PascaLIGO (cons operator for lists). Also, the preprocessor may report an error on some weird but valid PascaLIGO contracts, like
const include : list (int) = list [1] const l : list (int) = 0