ligo/tools/lsp/squirrel/src/AST.hs

-- | The "all things AST"-module.
module AST (module M) where

import AST.Completion as M
import AST.Find as M
import AST.Folding as M
import AST.Parser as M
import AST.Scope as M
import AST.Skeleton as M
[LIGO-25] Add ReasonLIGO parser Problem: With generated ReasonLIGO grammar we need to develop its parser as well. With it we also need to restructure AST a bit and add expressions that are used for ReasonLIGO specifically. Solution: Add ReasonLIGO parser and some dummy examples of its usage, adapt AST to it, rename LIGO to AST. 2020-08-11 13:33:26 +03:00			`-- \| The "all things AST"-module.`
Refactor AST -> types/parser, extract Range/Printer 2020-04-30 17:58:35 +04:00			`module AST (module M) where`
Initial commit of LIGO tooling 2020-04-30 14:39:51 +04:00
Add basic code completion mechanism 2020-08-05 20:31:54 +04:00			`import AST.Completion as M`
[LIGO-25] Add ReasonLIGO parser Problem: With generated ReasonLIGO grammar we need to develop its parser as well. With it we also need to restructure AST a bit and add expressions that are used for ReasonLIGO specifically. Solution: Add ReasonLIGO parser and some dummy examples of its usage, adapt AST to it, rename LIGO to AST. 2020-08-11 13:33:26 +03:00			`import AST.Find as M`
[LIGO-26] Support code folding capability Problem: We want to support code folding for functions and types in our lsp. Solution: Add `foldingAST` function that produces an additional list of ranges along with the given monad used in `haskell-lsp` API to collect ranges that are consequently sent to server. 2020-08-25 13:39:47 +03:00			`import AST.Folding as M`
			`import AST.Parser as M`
[LIGO-25] Add ReasonLIGO parser Problem: With generated ReasonLIGO grammar we need to develop its parser as well. With it we also need to restructure AST a bit and add expressions that are used for ReasonLIGO specifically. Solution: Add ReasonLIGO parser and some dummy examples of its usage, adapt AST to it, rename LIGO to AST. 2020-08-11 13:33:26 +03:00			`import AST.Scope as M`
			`import AST.Skeleton as M`