master..45f9742 · ghcide

git.iko.soy/ghcide

on 45f9742 help sign in

.azure/linux-stack.yml+3−9

since splitsnapshots

unifiedsplit

@@ -5,8 +5,6 @@ jobs:

5 vmImage: 'ubuntu-latest'

6 strategy:

7 matrix:

8− stack_810:

9− STACK_YAML: "stack810.yaml"

10 stack_88:

8 stack_88:

11 STACK_YAML: "stack88.yaml"

9 STACK_YAML: "stack88.yaml"

12 stack_86:

10 stack_86:

@@ -19,7 +17,7 @@ jobs:

19 - checkout: self

17 - checkout: self

20 - task: Cache@2

18 - task: Cache@2

21 inputs:

19 inputs:

22− key: stack-cache-v2 | $(Agent.OS) | $(Build.SourcesDirectory)/$(STACK_YAML) | $(Build.SourcesDirectory)/ghcide.cabal

20+ key: stack-cache-v2 | $(Agent.OS) | $(Build.SourcesDirectory)/stack.yaml | $(Build.SourcesDirectory)/ghcide.cabal

23 path: .azure-cache

21 path: .azure-cache

24 cacheHitVar: CACHE_RESTORED

22 cacheHitVar: CACHE_RESTORED

25 displayName: "Cache stack artifacts"

23 displayName: "Cache stack artifacts"

@@ -32,9 +30,7 @@ jobs:

32 ./fmt.sh

30 ./fmt.sh

33 displayName: "HLint via ./fmt.sh"

31 displayName: "HLint via ./fmt.sh"

34 - bash: |

32 - bash: |

35− sudo add-apt-repository ppa:hvr/ghc

36− sudo apt-get update

37− sudo apt-get install -y g++ gcc libc6-dev libffi-dev libgmp-dev make zlib1g-dev cabal-install-3.2

33+ sudo apt-get install -y g++ gcc libc6-dev libffi-dev libgmp-dev make zlib1g-dev

38 if ! which stack >/dev/null 2>&1; then

34 if ! which stack >/dev/null 2>&1; then

39 curl -sSL https://get.haskellstack.org/ | sh

35 curl -sSL https://get.haskellstack.org/ | sh

40 fi

36 fi

@@ -43,9 +39,7 @@ jobs:

43 displayName: 'stack setup'

39 displayName: 'stack setup'

44 - bash: stack build --only-dependencies --stack-yaml=$STACK_YAML

40 - bash: stack build --only-dependencies --stack-yaml=$STACK_YAML

45 displayName: 'stack build --only-dependencies'

41 displayName: 'stack build --only-dependencies'

46− - bash: |

47− export PATH=/opt/cabal/bin:$PATH

48− stack test --ghc-options=-Werror --stack-yaml=$STACK_YAML || stack test --ghc-options=-Werror --stack-yaml=$STACK_YAML|| stack test --ghc-options=-Werror --stack-yaml=$STACK_YAML

42+ - bash: stack test --ghc-options=-Werror --stack-yaml=$STACK_YAML || stack test --ghc-options=-Werror --stack-yaml=$STACK_YAML|| stack test --ghc-options=-Werror --stack-yaml=$STACK_YAML

49 # ghcide stack tests are flaky, see https://github.com/digital-asset/daml/issues/2606.

43 # ghcide stack tests are flaky, see https://github.com/digital-asset/daml/issues/2606.

50 displayName: 'stack test --ghc-options=-Werror'

44 displayName: 'stack test --ghc-options=-Werror'

51 - bash: |

45 - bash: |

.azure/windows-stack.yml+5−7

@@ -5,8 +5,6 @@ jobs:

5 vmImage: 'windows-2019'

6 strategy:

7 matrix:

8− stack_810:

9− STACK_YAML: "stack810.yaml"

10 stack_88:

8 stack_88:

11 STACK_YAML: "stack88.yaml"

9 STACK_YAML: "stack88.yaml"

12 stack_86:

10 stack_86:

@@ -43,15 +41,15 @@ jobs:

43 - bash: stack setup --stack-yaml $STACK_YAML

41 - bash: stack setup --stack-yaml $STACK_YAML

44 displayName: 'stack setup'

42 displayName: 'stack setup'

45 - bash: |

43 - bash: |

46− # Installing happy and alex standalone to avoid error "strip.exe: unable to rename ../*.exe; reason: File exists"

44+ # Installing happy standalone to avoid error "strip.exe: unable to rename ../happy.exe; reason: File exists"

47 stack install happy --stack-yaml $STACK_YAML

45 stack install happy --stack-yaml $STACK_YAML

48− stack install alex --stack-yaml $STACK_YAML

49− stack install cabal-install --stack-yaml $STACK_YAML

50 stack build --only-dependencies --stack-yaml $STACK_YAML

46 stack build --only-dependencies --stack-yaml $STACK_YAML

51 displayName: 'stack build --only-dependencies'

47 displayName: 'stack build --only-dependencies'

52− - bash: stack test --no-run-tests --ghc-options=-Werror --stack-yaml $STACK_YAML

48+ - bash: stack test --ghc-options=-Werror --stack-yaml $STACK_YAML || stack test --ghc-options=-Werror --stack-yaml $STACK_YAML || stack test --ghc-options=-Werror --stack-yaml $STACK_YAML

49+ # ghcide stack tests are flaky, see https://github.com/digital-asset/daml/issues/2606.

53 displayName: 'stack test --ghc-options=-Werror'

50 displayName: 'stack test --ghc-options=-Werror'

54− # TODO: run test suite when failing tests are fixed or marked as broken. See https://github.com/digital-asset/ghcide/issues/474

51+ # TODO: Enable when failing tests are fixed or marked as broken. See https://github.com/digital-asset/ghcide/issues/474

52+ condition: False

55 - bash: |

53 - bash: |

56 mkdir -p .azure-cache

54 mkdir -p .azure-cache

57 tar -vczf .azure-cache/stack-root.tar.gz $(cygpath $STACK_ROOT)

55 tar -vczf .azure-cache/stack-root.tar.gz $(cygpath $STACK_ROOT)

.ghcinew file+25

@@ -0,0 +1,25 @@

1+:set -Wunused-binds -Wunused-imports -Worphans -Wunused-matches -Wincomplete-patterns

3+:set -XBangPatterns

4+:set -XDeriveFunctor

5+:set -XDeriveGeneric

6+:set -XGeneralizedNewtypeDeriving

7+:set -XLambdaCase

8+:set -XNamedFieldPuns

9+:set -XOverloadedStrings

10+:set -XRecordWildCards

11+:set -XScopedTypeVariables

12+:set -XStandaloneDeriving

13+:set -XTupleSections

14+:set -XTypeApplications

15+:set -XViewPatterns

16+

17+:set -package=ghc

18+:set -ignore-package=ghc-lib-parser

19+:set -DGHC_STABLE

20+:set -Iinclude

21+:set -idist/build/autogen

22+:set -isrc

23+:set -iexe

24+

25+:load Main

.gitignore−2

@@ -6,5 +6,3 @@ cabal.project.local

6*.lock

7/.tasty-rerun-log

8.vscode

9−/.hlint-*

10−bench/example

.hlint.yaml+1−5

@@ -73,22 +73,18 @@

73 - {name: ViewPatterns, within: []}

75 # Shady extensions

76+ - {name: ImplicitParams, within: []}

76 - name: CPP

77 - name: CPP

77 within:

78 within:

78− - Development.IDE.Compat

79 - Development.IDE.Core.FileStore

80 - Development.IDE.Core.Compile

81− - Development.IDE.Core.Rules

82 - Development.IDE.GHC.Compat

81 - Development.IDE.GHC.Compat

83− - Development.IDE.GHC.Orphans

84 - Development.IDE.GHC.Util

82 - Development.IDE.GHC.Util

85 - Development.IDE.Import.FindImports

83 - Development.IDE.Import.FindImports

86− - Development.IDE.LSP.Outline

87 - Development.IDE.Spans.Calculate

84 - Development.IDE.Spans.Calculate

88 - Development.IDE.Spans.Documentation

85 - Development.IDE.Spans.Documentation

89 - Development.IDE.Spans.Common

86 - Development.IDE.Spans.Common

90 - Development.IDE.Plugin.CodeAction

87 - Development.IDE.Plugin.CodeAction

91− - Development.IDE.Plugin.Completions

92 - Development.IDE.Plugin.Completions.Logic

88 - Development.IDE.Plugin.Completions.Logic

93 - Main

89 - Main

CHANGELOG.md−20

@@ -1,25 +1,5 @@

1### unreleased

3−### 0.2.0 (2020-06-02)

4−

5−* Multi-component support (thanks @mpickering)

6−* Support for GHC 8.10 (thanks @sheaf and @chshersh)

7−* Fix some TH issues (thanks @mpickering)

8−* Automatically pick up changes to cradle dependencies (e.g. cabal

9− files) (thanks @jinwoo)

10−* Track dependencies when using `qAddDependentFile` (thanks @mpickering)

11−* Add record fields to document symbols outline (thanks @bubba)

12−* Fix some space leaks (thanks @mpickering)

13−* Strip redundant path information from diagnostics (thanks @tek)

14−* Fix import suggestions for operators (thanks @eddiemundo)

15−* Significant reductions in memory usage by using interfaces and `.hie` files (thanks

16− @pepeiborra)

17−* Minor improvements to completions

18−* More comprehensive suggestions for missing imports (thanks @pepeiborra)

19−* Group imports in document outline (thanks @fendor)

20−* Upgrade to haskell-lsp-0.22 (thanks @bubba)

21−* Upgrade to hie-bios 0.5 (thanks @fendor)

22−

23### 0.1.0 (2020-02-04)

3### 0.1.0 (2020-02-04)

25* Code action for inserting new definitions (see #309).

5* Code action for inserting new definitions (see #309).

README.md+3−54

@@ -25,40 +25,13 @@ There are more details about our approach [in this blog post](https://4ta.uk/p/s

25| Display type and source module of values | hover |

26| Remove redundant imports, replace suggested typos for values and module imports, fill type holes, insert missing type signatures, add suggested ghc extensions | codeAction (quickfix) |

28−

29−## Limitations to Multi-Component support

30−

31−`ghcide` supports loading multiple components into the same session so that

32−features such as go-to definition work across components. However, there are

33−some limitations to this.

34−

35−1. You will get much better results currently manually specifying the hie.yaml file.

36−Until tools like cabal and stack provide the right interface to support multi-component

37−projects, it is always advised to specify explicitly how your project partitions.

38−2. Cross-component features only work if you have loaded at least one file

39−from each component.

40−3. There is a known issue where if you have three components, such that A depends on B which depends on C

41−then if you load A and C into the session but not B then under certain situations you

42−can get strange errors about a type coming from two different places. See [this repo](https://github.com/fendor/ghcide-bad-interface-files) for

43−a simple reproduction of the bug.

44−

45## Using it

28## Using it

47### Install `ghcide`

30### Install `ghcide`

49#### With Nix

32#### With Nix

51−Note that you need to compile `ghcide` with the same `ghc` as the project you are working on.

52−

53−1. If the `ghc` you are using matches the version (or better is) from `nixpkgs` it‘s easiest to use the `ghcide` from `nixpkgs`. You can do so via

54− ```

55− nix-env -iA haskellPackages.ghcide

56− ```

57− or e.g. including `pkgs.haskellPackages.ghcide` in your projects `shell.nix`.

58− Depending on your `nixpkgs` channel that might not be the newest `ghcide`, though.

59−

60−2. If your `ghc` does not match nixpkgs you should try the [ghcide-nix repository](https://github.com/cachix/ghcide-nix)

34+[See ghcide-nix repository](https://github.com/hercules-ci/ghcide-nix)

61− which provides a `ghcide` via the `haskell.nix` infrastructure.

63#### With Cabal or Stack

36#### With Cabal or Stack

@@ -91,10 +64,6 @@ The `ghcide` executable mostly relies on [`hie-bios`](https://github.com/mpicker

92If you can't get `ghcide` working outside the editor, see [this setup troubleshooting guide](docs/Setup.md). Once you have got `ghcide` working outside the editor, the next step is to pick which editor to integrate with.

65If you can't get `ghcide` working outside the editor, see [this setup troubleshooting guide](docs/Setup.md). Once you have got `ghcide` working outside the editor, the next step is to pick which editor to integrate with.

94−### Optimal project setup

95−

96−`ghcide` has been designed to handle projects with hundreds or thousands of modules. If `ghci` can handle it, then `ghcide` should be able to handle it. The only caveat is that this currently requires GHC >= 8.6, and that the first time a module is loaded in the editor will trigger generation of support files in the background if those do not already exist.

97−

98### Using with VS Code

67### Using with VS Code

100You can install the VSCode extension from the [VSCode

69You can install the VSCode extension from the [VSCode

@@ -234,11 +203,7 @@ Add this to your coc-settings.json (which you can edit with :CocConfig):

234```

203```

235

204

236Here's a nice article on setting up neovim and coc: [Vim and Haskell in

205Here's a nice article on setting up neovim and coc: [Vim and Haskell in

237−2019](http://marco-lopes.com/articles/Vim-and-Haskell-in-2019/) (this is actually for haskell-ide, not ghcide)

206+2019](http://marco-lopes.com/articles/Vim-and-Haskell-in-2019/)

238−

239−Here is a Docker container that pins down the build and configuration for

240−Neovim and ghcide on a minimal Debian 10 base system:

241−[docker-ghcide-neovim](https://github.com/carlohamalainen/docker-ghcide-neovim/).

242

207

243### SpaceVim

208### SpaceVim

244

209

@@ -283,20 +248,6 @@ Add this to your coc-settings.json (which you can edit with :CocConfig):

283This example above describes a setup in which `ghcide` is installed

248This example above describes a setup in which `ghcide` is installed

284using `stack install ghcide` within a project.

249using `stack install ghcide` within a project.

285

250

286−### Using with Kakoune

287−

288−Install [kak-lsp](https://github.com/ul/kak-lsp).

289−

290−Change `kak-lsp.toml` to include this:

291−

292−```toml

293−[language.haskell]

294−filetypes = ["haskell"]

295−roots = ["Setup.hs", "stack.yaml", "*.cabal", "cabal.project", "hie.yaml"]

296−command = "ghcide"

297−args = ["--lsp"]

298−```

299−

300## Hacking on ghcide

251## Hacking on ghcide

301

252

302To build and work on `ghcide` itself, you can use Stack or cabal, e.g.,

253To build and work on `ghcide` itself, you can use Stack or cabal, e.g.,

@@ -325,10 +276,8 @@ Now opening a `.hs` file should work with `ghcide`.

325

276

326## History and relationship to other Haskell IDE's

277## History and relationship to other Haskell IDE's

327

278

328−The teams behind this project and the [`haskell-ide-engine`](https://github.com/haskell/haskell-ide-engine#readme) have agreed to join forces under the [`haskell-language-server` project](https://github.com/haskell/haskell-language-server), see the [original announcement](https://neilmitchell.blogspot.com/2020/01/one-haskell-ide-to-rule-them-all.html). The technical work is ongoing, with the likely model being that this project serves as the core, while plugins and integrations are kept in the [`haskell-language-server` project](https://github.com/haskell/haskell-language-server).

329−

330The code behind `ghcide` was originally developed by [Digital Asset](https://digitalasset.com/) as part of the [DAML programming language](https://github.com/digital-asset/daml). DAML is a smart contract language targeting distributed-ledger runtimes, based on [GHC](https://www.haskell.org/ghc/) with custom language extensions. The DAML programming language has [an IDE](https://webide.daml.com/), and work was done to separate off a reusable Haskell-only IDE (what is now `ghcide`) which the [DAML IDE then builds upon](https://github.com/digital-asset/daml/tree/master/compiler/damlc). Since that time, there have been various [non-Digital Asset contributors](https://github.com/digital-asset/ghcide/graphs/contributors), in addition to continued investment by Digital Asset. All contributions require a [Contributor License Agreement](https://cla.digitalasset.com/digital-asset/ghcide) that states you license the code under the [Apache License](LICENSE).

279The code behind `ghcide` was originally developed by [Digital Asset](https://digitalasset.com/) as part of the [DAML programming language](https://github.com/digital-asset/daml). DAML is a smart contract language targeting distributed-ledger runtimes, based on [GHC](https://www.haskell.org/ghc/) with custom language extensions. The DAML programming language has [an IDE](https://webide.daml.com/), and work was done to separate off a reusable Haskell-only IDE (what is now `ghcide`) which the [DAML IDE then builds upon](https://github.com/digital-asset/daml/tree/master/compiler/damlc). Since that time, there have been various [non-Digital Asset contributors](https://github.com/digital-asset/ghcide/graphs/contributors), in addition to continued investment by Digital Asset. All contributions require a [Contributor License Agreement](https://cla.digitalasset.com/digital-asset/ghcide) that states you license the code under the [Apache License](LICENSE).

331

280

332−The Haskell community [has](https://github.com/DanielG/ghc-mod) [various](https://github.com/chrisdone/intero) [IDE](https://github.com/rikvdkleij/intellij-haskell) [choices](http://leksah.org/), but the one that had been gathering momentum is [`haskell-ide-engine`](https://github.com/haskell/haskell-ide-engine#readme). Our project owes a debt of gratitude to the `haskell-ide-engine`. We reuse libraries from their ecosystem, including [`hie-bios`](https://github.com/mpickering/hie-bios#readme) (a likely future environment setup layer in `haskell-ide-engine`), [`haskell-lsp`](https://github.com/alanz/haskell-lsp#readme) and [`lsp-test`](https://github.com/bubba/lsp-test#readme) (the `haskell-ide-engine` [LSP protocol](https://microsoft.github.io/language-server-protocol/) pieces). We make heavy use of their contributions to GHC itself, in particular the work to make GHC take string buffers rather than files.

281+The Haskell community [has](https://github.com/DanielG/ghc-mod) [various](https://github.com/chrisdone/intero) [IDE](https://github.com/rikvdkleij/intellij-haskell) [choices](http://leksah.org/), but the one that has been gathering momentum is [`haskell-ide-engine`](https://github.com/haskell/haskell-ide-engine#readme). Our project owes a debt of gratitude to the `haskell-ide-engine`. We reuse libraries from their ecosystem, including [`hie-bios`](https://github.com/mpickering/hie-bios#readme) (a likely future environment setup layer in `haskell-ide-engine`), [`haskell-lsp`](https://github.com/alanz/haskell-lsp#readme) and [`lsp-test`](https://github.com/bubba/lsp-test#readme) (the `haskell-ide-engine` [LSP protocol](https://microsoft.github.io/language-server-protocol/) pieces). We make heavy use of their contributions to GHC itself, in particular the work to make GHC take string buffers rather than files. While `ghcide` is not a part of `haskell-ide-engine`, we feel it _could_ form the core of a future version - but such decisions are up to the `haskell-ide-engine` contributors.

333

282

334The best summary of the architecture of `ghcide` is available [this talk](https://www.youtube.com/watch?v=cijsaeWNf2E&list=PLxxF72uPfQVRdAsvj7THoys-nVj-oc4Ss) ([slides](https://ndmitchell.com/downloads/slides-making_a_haskell_ide-07_sep_2019.pdf)), given at [MuniHac 2019](https://munihac.de/2019.html). However, since that talk the project has renamed from `hie-core` to `ghcide`, and the repo has moved to [this location](https://github.com/digital-asset/ghcide/).

283The best summary of the architecture of `ghcide` is available [this talk](https://www.youtube.com/watch?v=cijsaeWNf2E&list=PLxxF72uPfQVRdAsvj7THoys-nVj-oc4Ss) ([slides](https://ndmitchell.com/downloads/slides-making_a_haskell_ide-07_sep_2019.pdf)), given at [MuniHac 2019](https://munihac.de/2019.html). However, since that talk the project has renamed from `hie-core` to `ghcide`, and the repo has moved to [this location](https://github.com/digital-asset/ghcide/).

bench/Main.hsdeleted−287

@@ -1,287 +0,0 @@

1−{-# LANGUAGE ConstraintKinds #-}

2−{-# LANGUAGE ExistentialQuantification #-}

3−{-# LANGUAGE ImplicitParams #-}

4−

5−{- An automated benchmark built around the simple experiment described in:

6−

7− > https://neilmitchell.blogspot.com/2020/05/fixing-space-leaks-in-ghcide.html

8−

9− As an example project, it unpacks Cabal-3.2.0.0 in the local filesystem and

10− loads the module 'Distribution.Simple'. The rationale for this choice is:

11−

12− - It's convenient to download with `cabal unpack Cabal-3.2.0.0`

13− - It has very few dependencies, and all are already needed to build ghcide

14− - Distribution.Simple has 235 transitive module dependencies, so non trivial

15−

16− The experiments are sequences of lsp commands scripted using lsp-test.

17− A more refined approach would be to record and replay real IDE interactions,

18− once the replay functionality is available in lsp-test.

19− A more declarative approach would be to reuse ide-debug-driver:

20−

21− > https://github.com/digital-asset/daml/blob/master/compiler/damlc/ide-debug-driver/README.md

22−

23− The result of an experiment is a total duration in seconds after a preset

24− number of iterations. There is ample room for improvement:

25− - Statistical analysis to detect outliers and auto infer the number of iterations needed

26− - GC stats analysis (currently -S is printed as part of the experiment)

27− - Analyisis of performance over the commit history of the project

28−

29− How to run:

30− 1. `cabal bench`

31− 2. `cabal exec <absolute-path-to-ghcide-bench> -- ghcide-bench-options`

32−

33− Note that the package database influences the response times of certain actions,

34− e.g. code actions, and therefore the two methods above do not necessarily

35− produce the same results.

36−

37− -}

38−

39−import Control.Applicative.Combinators

40−import Control.Concurrent

41−import Control.Exception.Safe

42−import Control.Monad.Extra

43−import Control.Monad.IO.Class

44−import Data.Aeson

45−import Data.List

46−import Data.Maybe

47−import Data.Version

48−import Language.Haskell.LSP.Test

49−import Language.Haskell.LSP.Types

50−import Language.Haskell.LSP.Types.Capabilities

51−import Numeric.Natural

52−import Options.Applicative

53−import System.Directory

54−import System.FilePath ((</>))

55−import System.Process

56−import System.Time.Extra

57−

58−-- Points to a string in the target file,

59−-- convenient for hygienic edits

60−hygienicP :: Position

61−hygienicP = Position 854 23

62−

63−-- Points to the middle of an identifier,

64−-- convenient for requesting goto-def, hover and completions

65−identifierP :: Position

66−identifierP = Position 853 12

67−

68−main :: IO ()

69−main = do

70− config <- execParser $ info configP fullDesc

71− let ?config = config

72−

73− output "starting test"

74−

75− cleanUp <- setup

76−

77− runBenchmarks

78− [ ---------------------------------------------------------------------------------------

79− bench "hover" 10 $ \doc ->

80− isJust <$> getHover doc identifierP,

81− ---------------------------------------------------------------------------------------

82− bench "getDefinition" 10 $ \doc ->

83− not . null <$> getDefinitions doc identifierP,

84− ---------------------------------------------------------------------------------------

85− bench "documentSymbols" 100 $

86− fmap (either (not . null) (not . null)) . getDocumentSymbols,

87− ---------------------------------------------------------------------------------------

88− bench "documentSymbols after edit" 100 $ \doc -> do

89− let change =

90− TextDocumentContentChangeEvent

91− { _range = Just (Range hygienicP hygienicP),

92− _rangeLength = Nothing,

93− _text = " "

94− }

95− changeDoc doc [change]

96− either (not . null) (not . null) <$> getDocumentSymbols doc,

97− ---------------------------------------------------------------------------------------

98− bench "completions after edit" 10 $ \doc -> do

99− let change =

100− TextDocumentContentChangeEvent

101− { _range = Just (Range hygienicP hygienicP),

102− _rangeLength = Nothing,

103− _text = " "

104− }

105− changeDoc doc [change]

106− not . null <$> getCompletions doc identifierP,

107− ---------------------------------------------------------------------------------------

108− benchWithSetup

109− "code actions"

110− 10

111− ( \doc -> do

112− let p = identifierP

113− let change =

114− TextDocumentContentChangeEvent

115− { _range = Just (Range p p),

116− _rangeLength = Nothing,

117− _text = "a"

118− }

119− changeDoc doc [change]

120− void (skipManyTill anyMessage message :: Session WorkDoneProgressEndNotification)

121− return p

122− )

123− ( \p doc -> do

124− not . null <$> getCodeActions doc (Range p p)

125− ),

126− ---------------------------------------------------------------------------------------

127− bench "code actions after edit" 10 $ \doc -> do

128− let p = identifierP

129− let change =

130− TextDocumentContentChangeEvent

131− { _range = Just (Range p p),

132− _rangeLength = Nothing,

133− _text = "a"

134− }

135− changeDoc doc [change]

136− void (skipManyTill anyMessage message :: Session WorkDoneProgressEndNotification)

137− not . null <$> getCodeActions doc (Range p p)

138− ]

139− `finally` cleanUp

140−

141−---------------------------------------------------------------------------------------------

142−

143−examplePackageName :: String

144−examplePackageName = "Cabal"

145−

146−examplePackageVersion :: Version

147−examplePackageVersion = makeVersion [3, 2, 0, 0]

148−

149−examplePackage :: String

150−examplePackage = examplePackageName <> "-" <> showVersion examplePackageVersion

151−

152−exampleModulePath :: FilePath

153−exampleModulePath = "Distribution" </> "Simple.hs"

154−

155−examplesPath :: FilePath

156−examplesPath = "bench/example"

157−

158−data Config = Config

159− { verbose :: !Bool,

160− -- For some reason, the Shake profile files are truncated and won't load

161− shakeProfiling :: !(Maybe FilePath),

162− outputCSV :: !Bool

163− }

164−

165−type HasConfig = (?config :: Config)

166−

167−configP :: Parser Config

168−configP = Config

169− <$> (not <$> switch (long "quiet"))

170− <*> optional (strOption (long "shake-profiling" <> metavar "PATH"))

171− <*> switch (long "csv")

172−

173−output :: (MonadIO m, HasConfig) => String -> m ()

174−output = if verbose ?config then liftIO . putStrLn else (\_ -> pure ())

175−

176−---------------------------------------------------------------------------------------

177−

178−type Experiment = TextDocumentIdentifier -> Session Bool

179−

180−data Bench = forall setup.

181− Bench

182− { name :: !String,

183− samples :: !Natural,

184− benchSetup :: TextDocumentIdentifier -> Session setup,

185− experiment :: setup -> Experiment

186− }

187−

188−bench :: String -> Natural -> Experiment -> Bench

189−bench name samples userExperiment = Bench {..}

190− where

191− experiment () = userExperiment

192− benchSetup _ = return ()

193−

194−benchWithSetup ::

195− String ->

196− Natural ->

197− (TextDocumentIdentifier -> Session p) ->

198− (p -> Experiment) ->

199− Bench

200−benchWithSetup = Bench

201−

202−runBenchmarks :: HasConfig => [Bench] -> IO ()

203−runBenchmarks benchmarks = do

204− results <- forM benchmarks $ \b -> (b,) <$> runBench b

205−

206− forM_ results $ \(Bench {name, samples}, duration) ->

207− output $

208− "TOTAL "

209− <> name

210− <> " = "

211− <> showDuration duration

212− <> " ("

213− <> show samples

214− <> " repetitions)"

215−

216− when (outputCSV ?config) $ do

217− putStrLn $ intercalate ", " $ map name benchmarks

218− putStrLn $ intercalate ", " $ map (showDuration . snd) results

219−

220−runBench :: HasConfig => Bench -> IO Seconds

221−runBench Bench {..} = handleAny (\e -> print e >> return (-1))

222− $ runSessionWithConfig conf cmd lspTestCaps dir

223− $ do

224− doc <- openDoc exampleModulePath "haskell"

225− void (skipManyTill anyMessage message :: Session WorkDoneProgressEndNotification)

226−

227− liftIO $ output $ "Running " <> name <> " benchmark"

228− userState <- benchSetup doc

229− let loop 0 = return True

230− loop n = do

231− (t, res) <- duration $ experiment userState doc

232− if not res

233− then return False

234− else do

235− output (showDuration t)

236− loop (n -1)

237−

238− (t, res) <- duration $ loop samples

239−

240− exitServer

241− -- sleeep to give ghcide a chance to print the RTS stats

242− liftIO $ threadDelay 50000

243−

244− return $ if res then t else -1

245− where

246− cmd =

247− unwords $

248− [ "ghcide",

249− "--lsp",

250− "--cwd",

251− dir,

252− "+RTS",

253− "-S",

254− "-RTS"

255− ]

256− ++ concat

257− [ ["--shake-profiling", path]

258− | Just path <- [shakeProfiling ?config]

259− ]

260− dir = "bench/example/" <> examplePackage

261− lspTestCaps =

262− fullCaps {_window = Just $ WindowClientCapabilities $ Just True}

263− conf =

264− defaultConfig

265− { logStdErr = verbose ?config,

266− logMessages = False,

267− logColor = False

268− }

269−

270−setup :: HasConfig => IO (IO ())

271−setup = do

272− alreadyExists <- doesDirectoryExist examplesPath

273− when alreadyExists $ removeDirectoryRecursive examplesPath

274− callCommand $ "cabal get -v0 " <> examplePackage <> " -d " <> examplesPath

275− writeFile

276− (examplesPath </> examplePackage </> "hie.yaml")

277− ("cradle: {cabal: {component: " <> show examplePackageName <> "}}")

278−

279− whenJust (shakeProfiling ?config) $ createDirectoryIfMissing True

280−

281− return $ removeDirectoryRecursive examplesPath

282−

283−-- | Asks the server to shutdown and exit politely

284−exitServer :: Session ()

285−exitServer = request_ Shutdown (Nothing :: Maybe Value) >> sendNotification Exit ExitParams

286−

287−--------------------------------------------------------------------------------------------

exe/Arguments.hs−2

@@ -13,7 +13,6 @@ data Arguments = Arguments

13 ,argsVersion :: Bool

14 ,argsShakeProfiling :: Maybe FilePath

15 ,argsTesting :: Bool

16− ,argsThreads :: Int

17 }

16 }

19getArguments :: IO Arguments

18getArguments :: IO Arguments

@@ -32,4 +31,3 @@ arguments = Arguments

32 <*> switch (long "version" <> help "Show ghcide and GHC versions")

31 <*> switch (long "version" <> help "Show ghcide and GHC versions")

33 <*> optional (strOption $ long "shake-profiling" <> metavar "DIR" <> help "Dump profiling reports to this directory")

32 <*> optional (strOption $ long "shake-profiling" <> metavar "DIR" <> help "Dump profiling reports to this directory")

34 <*> switch (long "test" <> help "Enable additional lsp messages used by the testsuite")

33 <*> switch (long "test" <> help "Enable additional lsp messages used by the testsuite")

35− <*> option auto (short 'j' <> help "Number of threads (0: automatic)" <> metavar "NUM" <> value 0 <> showDefault)

exe/Main.hs+64−525

@@ -7,26 +7,16 @@

8module Main(main) where

10−import Linker (initDynLinker)

11−import Data.IORef

12−import NameCache

13−import Packages

14−import Module

15import Arguments

10import Arguments

16−import Control.Concurrent.Async

11+import Data.Maybe

12+import Data.List.Extra

13+import System.FilePath

17import Control.Concurrent.Extra

14import Control.Concurrent.Extra

18import Control.Exception

15import Control.Exception

19import Control.Monad.Extra

16import Control.Monad.Extra

20import Control.Monad.IO.Class

17import Control.Monad.IO.Class

21import Data.Default

18import Data.Default

22−import Data.Either

19+import System.Time.Extra

23−import Data.Function

24−import Data.List.Extra

25−import Data.Maybe

26−import qualified Data.Text as T

27−import qualified Data.Text.IO as T

28−import Data.Time.Clock (UTCTime)

29−import Data.Version

30import Development.IDE.Core.Debouncer

20import Development.IDE.Core.Debouncer

31import Development.IDE.Core.FileStore

21import Development.IDE.Core.FileStore

32import Development.IDE.Core.OfInterest

22import Development.IDE.Core.OfInterest

@@ -43,39 +33,25 @@ import Development.IDE.GHC.Util

43import Development.IDE.Plugin

33import Development.IDE.Plugin

44import Development.IDE.Plugin.Completions as Completions

34import Development.IDE.Plugin.Completions as Completions

45import Development.IDE.Plugin.CodeAction as CodeAction

35import Development.IDE.Plugin.CodeAction as CodeAction

36+import qualified Data.Text as T

37+import qualified Data.Text.IO as T

46import qualified Language.Haskell.LSP.Core as LSP

38import qualified Language.Haskell.LSP.Core as LSP

47import Language.Haskell.LSP.Messages

39import Language.Haskell.LSP.Messages

48−import Language.Haskell.LSP.Types

40+import Language.Haskell.LSP.Types (LspId(IdInt))

49−import Data.Aeson (ToJSON(toJSON))

41+import Data.Version

50import Development.IDE.LSP.LanguageServer

42import Development.IDE.LSP.LanguageServer

51import qualified System.Directory.Extra as IO

43import qualified System.Directory.Extra as IO

52import System.Environment

44import System.Environment

53import System.IO

45import System.IO

54import System.Exit

46import System.Exit

55−import System.FilePath

56−import System.Directory

57−import System.Time.Extra

58−import HIE.Bios.Environment (addCmdOpts, makeDynFlagsAbsolute)

59import Paths_ghcide

47import Paths_ghcide

60import Development.GitRev

48import Development.GitRev

61−import Development.Shake (Action, action)

49+import Development.Shake (Action, Rules, action)

62import qualified Data.HashSet as HashSet

50import qualified Data.HashSet as HashSet

63−import qualified Data.HashMap.Strict as HM

64import qualified Data.Map.Strict as Map

51import qualified Data.Map.Strict as Map

65−import qualified Crypto.Hash.SHA1 as H

66−import qualified Data.ByteString.Char8 as B

67−import Data.ByteString.Base16 (encode)

68−import DynFlags (gopt_set, gopt_unset, updOptLevel, PackageFlag(..), PackageArg(..))

69−import GhcMonad

70−import HscTypes (HscEnv(..), ic_dflags)

71−import GHC hiding (def)

72−import GHC.Check ( VersionCheck(..), makeGhcVersionChecker )

73−import Data.Either.Extra

74−

75−import HIE.Bios.Cradle

52+import HIE.Bios

76−import HIE.Bios.Types

53+import Rules

77−

78−import Utils

54+import RuleTypes

80ghcideVersion :: IO String

56ghcideVersion :: IO String

81ghcideVersion = do

57ghcideVersion = do

@@ -105,12 +81,11 @@ main = do

105 whenJust argsCwd IO.setCurrentDirectory

81 whenJust argsCwd IO.setCurrentDirectory

106

107 dir <- IO.getCurrentDirectory

83 dir <- IO.getCurrentDirectory

108− command <- makeLspCommandId "typesignature.add"

109

110 let plugins = Completions.plugin <> CodeAction.plugin

85 let plugins = Completions.plugin <> CodeAction.plugin

111 onInitialConfiguration = const $ Right ()

86 onInitialConfiguration = const $ Right ()

112 onConfigurationChange = const $ Right ()

87 onConfigurationChange = const $ Right ()

113− options = def { LSP.executeCommandCommands = Just [command]

88+ options = def { LSP.executeCommandCommands = Just ["typesignature.add"]

114 , LSP.completionTriggerCharacters = Just "."

89 , LSP.completionTriggerCharacters = Just "."

115 }

90 }

116

@@ -121,14 +96,13 @@ main = do

121 runLanguageServer options (pluginHandler plugins) onInitialConfiguration onConfigurationChange $ \getLspId event vfs caps -> do

96 runLanguageServer options (pluginHandler plugins) onInitialConfiguration onConfigurationChange $ \getLspId event vfs caps -> do

122 t <- t

97 t <- t

123 hPutStrLn stderr $ "Started LSP server in " ++ showDuration t

98 hPutStrLn stderr $ "Started LSP server in " ++ showDuration t

124− let options = (defaultIdeOptions $ loadSessionShake dir)

99+ let options = (defaultIdeOptions $ loadSession dir)

125 { optReportProgress = clientSupportsProgress caps

100 { optReportProgress = clientSupportsProgress caps

126 , optShakeProfiling = argsShakeProfiling

101 , optShakeProfiling = argsShakeProfiling

127 , optTesting = argsTesting

102 , optTesting = argsTesting

128− , optThreads = argsThreads

129 }

103 }

130 debouncer <- newAsyncDebouncer

104 debouncer <- newAsyncDebouncer

131− initialise caps (mainRule >> pluginRules plugins >> action kick)

105+ initialise caps (cradleRules >> mainRule >> pluginRules plugins >> action kick)

132 getLspId event (logger minBound) debouncer options vfs

106 getLspId event (logger minBound) debouncer options vfs

133 else do

107 else do

134 -- GHC produces messages with UTF8 in them, so make sure the terminal doesn't error

108 -- GHC produces messages with UTF8 in them, so make sure the terminal doesn't error

@@ -138,32 +112,55 @@ main = do

138 putStrLn $ "Ghcide setup tester in " ++ dir ++ "."

112 putStrLn $ "Ghcide setup tester in " ++ dir ++ "."

139 putStrLn "Report bugs at https://github.com/digital-asset/ghcide/issues"

113 putStrLn "Report bugs at https://github.com/digital-asset/ghcide/issues"

140

114

141− putStrLn $ "\nStep 1/4: Finding files to test in " ++ dir

115+ putStrLn $ "\nStep 1/6: Finding files to test in " ++ dir

142 files <- expandFiles (argFiles ++ ["." | null argFiles])

116 files <- expandFiles (argFiles ++ ["." | null argFiles])

143 -- LSP works with absolute file paths, so try and behave similarly

117 -- LSP works with absolute file paths, so try and behave similarly

144 files <- nubOrd <$> mapM IO.canonicalizePath files

118 files <- nubOrd <$> mapM IO.canonicalizePath files

145 putStrLn $ "Found " ++ show (length files) ++ " files"

119 putStrLn $ "Found " ++ show (length files) ++ " files"

146

120

147− putStrLn "\nStep 2/4: Looking for hie.yaml files that control setup"

121+ putStrLn "\nStep 2/6: Looking for hie.yaml files that control setup"

148 cradles <- mapM findCradle files

122 cradles <- mapM findCradle files

149 let ucradles = nubOrd cradles

123 let ucradles = nubOrd cradles

150 let n = length ucradles

124 let n = length ucradles

151 putStrLn $ "Found " ++ show n ++ " cradle" ++ ['s' | n /= 1]

125 putStrLn $ "Found " ++ show n ++ " cradle" ++ ['s' | n /= 1]

126+ sessions <- forM (zipFrom (1 :: Int) ucradles) $ \(i, x) -> do

127+ let msg = maybe ("Implicit cradle for " ++ dir) ("Loading " ++) x

128+ putStrLn $ "\nStep 3/6, Cradle " ++ show i ++ "/" ++ show n ++ ": " ++ msg

129+ cradle <- maybe (loadImplicitCradle $ addTrailingPathSeparator dir) loadCradle x

130+ when (isNothing x) $ print cradle

131+ putStrLn $ "\nStep 4/6, Cradle " ++ show i ++ "/" ++ show n ++ ": Loading GHC Session"

132+ opts <- getComponentOptions cradle

133+ createSession opts

134+

152− putStrLn "\nStep 3/4: Initializing the IDE"

135+ putStrLn "\nStep 5/6: Initializing the IDE"

153 vfs <- makeVFSHandle

136 vfs <- makeVFSHandle

154− debouncer <- newAsyncDebouncer

137+ let cradlesToSessions = Map.fromList $ zip ucradles sessions

138+ let filesToCradles = Map.fromList $ zip files cradles

139+ let grab file = fromMaybe (head sessions) $ do

140+ cradle <- Map.lookup file filesToCradles

141+ Map.lookup cradle cradlesToSessions

142+

143+ let options =

144+ (defaultIdeOptions $ return $ return . grab)

145+ { optShakeProfiling = argsShakeProfiling }

155− ide <- initialise def mainRule (pure $ IdInt 0) (showEvent lock) (logger Info) debouncer (defaultIdeOptions $ loadSessionShake dir) vfs

146+ ide <- initialise def (cradleRules >> mainRule) (pure $ IdInt 0) (showEvent lock) (logger Info) noopDebouncer options vfs

156−

147+

157− putStrLn "\nStep 4/4: Type checking the files"

148+ putStrLn "\nStep 6/6: Type checking the files"

158− setFilesOfInterest ide $ HashSet.fromList $ map toNormalizedFilePath' files

149+ setFilesOfInterest ide $ HashSet.fromList $ map toNormalizedFilePath files

159− results <- runActionSync ide $ uses TypeCheck (map toNormalizedFilePath' files)

150+ results <- runActionSync ide $ uses TypeCheck $ map toNormalizedFilePath files

160 let (worked, failed) = partition fst $ zip (map isJust results) files

151 let (worked, failed) = partition fst $ zip (map isJust results) files

161 when (failed /= []) $

152 when (failed /= []) $

162 putStr $ unlines $ "Files that failed:" : map ((++) " * " . snd) failed

153 putStr $ unlines $ "Files that failed:" : map ((++) " * " . snd) failed

163

154

164 let files xs = let n = length xs in if n == 1 then "1 file" else show n ++ " files"

155 let files xs = let n = length xs in if n == 1 then "1 file" else show n ++ " files"

165 putStrLn $ "\nCompleted (" ++ files worked ++ " worked, " ++ files failed ++ " failed)"

156 putStrLn $ "\nCompleted (" ++ files worked ++ " worked, " ++ files failed ++ " failed)"

166− return ()

157+

158+ unless (null failed) exitFailure

159+

160+cradleRules :: Rules ()

161+cradleRules = do

162+ loadGhcSession

163+ cradleToSession

167

164

168expandFiles :: [FilePath] -> IO [FilePath]

165expandFiles :: [FilePath] -> IO [FilePath]

169expandFiles = concatMapM $ \x -> do

166expandFiles = concatMapM $ \x -> do

@@ -186,409 +183,27 @@ kick = do

186-- | Print an LSP event.

183-- | Print an LSP event.

187showEvent :: Lock -> FromServerMessage -> IO ()

184showEvent :: Lock -> FromServerMessage -> IO ()

188showEvent _ (EventFileDiagnostics _ []) = return ()

185showEvent _ (EventFileDiagnostics _ []) = return ()

189−showEvent lock (EventFileDiagnostics (toNormalizedFilePath' -> file) diags) =

186+showEvent lock (EventFileDiagnostics (toNormalizedFilePath -> file) diags) =

190 withLock lock $ T.putStrLn $ showDiagnosticsColored $ map (file,ShowDiag,) diags

187 withLock lock $ T.putStrLn $ showDiagnosticsColored $ map (file,ShowDiag,) diags

191showEvent lock e = withLock lock $ print e

188showEvent lock e = withLock lock $ print e

192

189

193−

194−-- | Run the specific cradle on a specific FilePath via hie-bios.

195−cradleToSessionOpts :: Cradle a -> FilePath -> IO (Either [CradleError] ComponentOptions)

196−cradleToSessionOpts cradle file = do

197− let showLine s = putStrLn ("> " ++ s)

198− cradleRes <- runCradle (cradleOptsProg cradle) showLine file

199− case cradleRes of

200− CradleSuccess r -> pure (Right r)

201− CradleFail err -> return (Left [err])

202− -- For the None cradle perhaps we still want to report an Info

203− -- message about the fact that the file is being ignored.

204− CradleNone -> return (Left [])

205−

206−emptyHscEnv :: IO HscEnv

207−emptyHscEnv = do

208− libdir <- getLibdir

209− env <- runGhc (Just libdir) getSession

210− initDynLinker env

211− pure env

212−

213−-- | Convert a target to a list of potential absolute paths.

214−-- A TargetModule can be anywhere listed by the supplied include

215−-- directories

216−-- A target file is a relative path but with a specific prefix so just need

217−-- to canonicalise it.

218−targetToFile :: [FilePath] -> TargetId -> IO [NormalizedFilePath]

219−targetToFile is (TargetModule mod) = do

220− let fps = [i </> moduleNameSlashes mod -<.> ext | ext <- exts, i <- is ]

221− exts = ["hs", "hs-boot", "lhs"]

222− mapM (fmap toNormalizedFilePath' . canonicalizePath) fps

223−targetToFile _ (TargetFile f _) = do

224− f' <- canonicalizePath f

225− return [toNormalizedFilePath' f']

226−

227−setNameCache :: IORef NameCache -> HscEnv -> HscEnv

228−setNameCache nc hsc = hsc { hsc_NC = nc }

229−

230−loadSessionShake :: FilePath -> Action (FilePath -> Action (IdeResult HscEnvEq))

190+loadSession :: FilePath -> Action (FilePath -> Action HscEnvEq)

231−loadSessionShake fp = do

191+loadSession dir = liftIO $ do

232− se <- getShakeExtras

233− IdeOptions{optTesting} <- getIdeOptions

234− res <- liftIO $ loadSession optTesting se fp

235− return (fmap liftIO res)

236−

237−-- | This is the key function which implements multi-component support. All

238−-- components mapping to the same hie.yaml file are mapped to the same

239−-- HscEnv which is updated as new components are discovered.

240−loadSession :: Bool -> ShakeExtras -> FilePath -> IO (FilePath -> IO (IdeResult HscEnvEq))

241−loadSession optTesting ShakeExtras{logger, eventer} dir = do

242− -- Mapping from hie.yaml file to HscEnv, one per hie.yaml file

243− hscEnvs <- newVar Map.empty :: IO (Var HieMap)

244− -- Mapping from a Filepath to HscEnv

245− fileToFlags <- newVar Map.empty :: IO (Var FlagsMap)

246−

247− -- This caches the mapping from Mod.hs -> hie.yaml

248− cradleLoc <- memoIO $ \v -> do

192+ cradleLoc <- memoIO $ \v -> do

249− res <- findCradle v

193+ res <- findCradle v

250− -- Sometimes we get C:, sometimes we get c:, and sometimes we get a relative path

194+ -- Sometimes we get C:, sometimes we get c:, and sometimes we get a relative path

251− -- try and normalise that

195+ -- try and normalise that

252− -- e.g. see https://github.com/digital-asset/ghcide/issues/126

196+ -- e.g. see https://github.com/digital-asset/ghcide/issues/126

253− res' <- traverse IO.makeAbsolute res

197+ res' <- traverse IO.makeAbsolute res

254− return $ normalise <$> res'

198+ return $ normalise <$> res'

255−

199+ let session :: Maybe FilePath -> Action HscEnvEq

256− -- Create a new HscEnv from a hieYaml root and a set of options

200+ session file = do

257− -- If the hieYaml file already has an HscEnv, the new component is

201+ -- In the absence of a cradle file, just pass the directory from where to calculate an implicit cradle

258− -- combined with the components in the old HscEnv into a new HscEnv

202+ let cradle = toNormalizedFilePath $ fromMaybe dir file

259− -- which contains the union.

203+ use_ LoadCradle cradle

260− let packageSetup :: (Maybe FilePath, NormalizedFilePath, ComponentOptions)

261− -> IO (HscEnv, ComponentInfo, [ComponentInfo])

262− packageSetup (hieYaml, cfp, opts) = do

263− -- Parse DynFlags for the newly discovered component

264− hscEnv <- emptyHscEnv

265− (df, targets) <- evalGhcEnv hscEnv $

266− setOptions opts (hsc_dflags hscEnv)

267− dep_info <- getDependencyInfo (componentDependencies opts ++ maybeToList hieYaml)

268− -- Now lookup to see whether we are combining with an existing HscEnv

269− -- or making a new one. The lookup returns the HscEnv and a list of

270− -- information about other components loaded into the HscEnv

271− -- (unitId, DynFlag, Targets)

272− modifyVar hscEnvs $ \m -> do

273− -- Just deps if there's already an HscEnv

274− -- Nothing is it's the first time we are making an HscEnv

275− let oldDeps = Map.lookup hieYaml m

276− let -- Add the raw information about this component to the list

277− -- We will modify the unitId and DynFlags used for

278− -- compilation but these are the true source of

279− -- information.

280− new_deps = RawComponentInfo (thisInstalledUnitId df) df targets cfp opts dep_info

281− : maybe [] snd oldDeps

282− -- Get all the unit-ids for things in this component

283− inplace = map rawComponentUnitId new_deps

284−

285− new_deps' <- forM new_deps $ \RawComponentInfo{..} -> do

286− -- Remove all inplace dependencies from package flags for

287− -- components in this HscEnv

288− let (df2, uids) = removeInplacePackages inplace rawComponentDynFlags

289− let prefix = show rawComponentUnitId

290− -- See Note [Avoiding bad interface files]

291− processed_df <- setCacheDir logger prefix (sort $ map show uids) opts df2

292− -- The final component information, mostly the same but the DynFlags don't

293− -- contain any packages which are also loaded

294− -- into the same component.

295− pure $ ComponentInfo rawComponentUnitId

296− processed_df

297− uids

298− rawComponentTargets

299− rawComponentFP

300− rawComponentCOptions

301− rawComponentDependencyInfo

302− -- Make a new HscEnv, we have to recompile everything from

303− -- scratch again (for now)

304− -- It's important to keep the same NameCache though for reasons

305− -- that I do not fully understand

306− logInfo logger (T.pack ("Making new HscEnv" ++ show inplace))

307− hscEnv <- case oldDeps of

308− Nothing -> emptyHscEnv

309− Just (old_hsc, _) -> setNameCache (hsc_NC old_hsc) <$> emptyHscEnv

310− newHscEnv <-

311− -- Add the options for the current component to the HscEnv

312− evalGhcEnv hscEnv $ do

313− _ <- setSessionDynFlags df

314− getSession

315− -- Modify the map so the hieYaml now maps to the newly created

316− -- HscEnv

317− -- Returns

318− -- . the new HscEnv so it can be used to modify the

319− -- FilePath -> HscEnv map (fileToFlags)

320− -- . The information for the new component which caused this cache miss

321− -- . The modified information (without -inplace flags) for

322− -- existing packages

323− pure (Map.insert hieYaml (newHscEnv, new_deps) m, (newHscEnv, head new_deps', tail new_deps'))

324−

325− let session :: (Maybe FilePath, NormalizedFilePath, ComponentOptions) -> IO (IdeResult HscEnvEq)

326− session (hieYaml, cfp, opts) = do

327− (hscEnv, new, old_deps) <- packageSetup (hieYaml, cfp, opts)

328− -- Make a map from unit-id to DynFlags, this is used when trying to

329− -- resolve imports. (especially PackageImports)

330− let uids = map (\ci -> (componentUnitId ci, componentDynFlags ci)) (new : old_deps)

331−

332− -- For each component, now make a new HscEnvEq which contains the

333− -- HscEnv for the hie.yaml file but the DynFlags for that component

334−

335− -- New HscEnv for the component in question, returns the new HscEnvEq and

336− -- a mapping from FilePath to the newly created HscEnvEq.

337− let new_cache = newComponentCache logger hscEnv uids

338− (cs, res) <- new_cache new

339− -- Modified cache targets for everything else in the hie.yaml file

340− -- which now uses the same EPS and so on

341− cached_targets <- concatMapM (fmap fst . new_cache) old_deps

342− modifyVar_ fileToFlags $ \var -> do

343− pure $ Map.insert hieYaml (HM.fromList (cs ++ cached_targets)) var

344−

345− return (fst res)

346−

347− let consultCradle :: Maybe FilePath -> FilePath -> IO (IdeResult HscEnvEq)

348− consultCradle hieYaml cfp = do

349− when optTesting $ eventer $ notifyCradleLoaded cfp

350− logInfo logger $ T.pack ("Consulting the cradle for " <> show cfp)

351− cradle <- maybe (loadImplicitCradle $ addTrailingPathSeparator dir) loadCradle hieYaml

352− eopts <- cradleToSessionOpts cradle cfp

353− logDebug logger $ T.pack ("Session loading result: " <> show eopts)

354− case eopts of

355− -- The cradle gave us some options so get to work turning them

356− -- into and HscEnv.

357− Right opts -> do

358− session (hieYaml, toNormalizedFilePath' cfp, opts)

359− -- Failure case, either a cradle error or the none cradle

360− Left err -> do

361− dep_info <- getDependencyInfo (maybeToList hieYaml)

362− let ncfp = toNormalizedFilePath' cfp

363− let res = (map (renderCradleError ncfp) err, Nothing)

364− modifyVar_ fileToFlags $ \var -> do

365− pure $ Map.insertWith HM.union hieYaml (HM.singleton ncfp (res, dep_info)) var

366− return res

367−

368− -- This caches the mapping from hie.yaml + Mod.hs -> [String]

369− let sessionOpts :: (Maybe FilePath, FilePath) -> IO (IdeResult HscEnvEq)

370− sessionOpts (hieYaml, file) = do

371− v <- fromMaybe HM.empty . Map.lookup hieYaml <$> readVar fileToFlags

372− cfp <- canonicalizePath file

373− case HM.lookup (toNormalizedFilePath' cfp) v of

374− Just (opts, old_di) -> do

375− deps_ok <- checkDependencyInfo old_di

376− if not deps_ok

377− then do

378− -- If the dependencies are out of date then clear both caches and start

379− -- again.

380− modifyVar_ fileToFlags (const (return Map.empty))

381− -- Keep the same name cache

382− modifyVar_ hscEnvs (return . Map.adjust (\(h, _) -> (h, [])) hieYaml )

383− consultCradle hieYaml cfp

384− else return opts

385− Nothing -> consultCradle hieYaml cfp

386−

387− dummyAs <- async $ return (error "Uninitialised")

388− runningCradle <- newVar dummyAs :: IO (Var (Async (IdeResult HscEnvEq)))

389− -- The main function which gets options for a file. We only want one of these running

390− -- at a time. Therefore the IORef contains the currently running cradle, if we try

391− -- to get some more options then we wait for the currently running action to finish

392− -- before attempting to do so.

393− let getOptions :: FilePath -> IO (IdeResult HscEnvEq)

394− getOptions file = do

395− hieYaml <- cradleLoc file

396− sessionOpts (hieYaml, file)

397− return $ \file -> do

204+ return $ \file -> session =<< liftIO (cradleLoc file)

398− join $ mask_ $ modifyVar runningCradle $ \as -> do

399− -- If the cradle is not finished, then wait for it to finish.

400− void $ wait as

401− as <- async $ getOptions file

402− return (as, wait as)

403

205

404

206

405−

406−-- | Create a mapping from FilePaths to HscEnvEqs

407−newComponentCache

408− :: Logger

409− -> HscEnv

410− -> [(InstalledUnitId, DynFlags)]

411− -> ComponentInfo

412− -> IO ([(NormalizedFilePath, (IdeResult HscEnvEq, DependencyInfo))], (IdeResult HscEnvEq, DependencyInfo))

413−newComponentCache logger hsc_env uids ci = do

414− let df = componentDynFlags ci

415− let hscEnv' = hsc_env { hsc_dflags = df

416− , hsc_IC = (hsc_IC hsc_env) { ic_dflags = df } }

417−

418− versionMismatch <- checkGhcVersion

419− henv <- case versionMismatch of

420− Just mismatch -> return mismatch

421− Nothing -> newHscEnvEq hscEnv' uids

422− let res = (([], Just henv), componentDependencyInfo ci)

423− logDebug logger ("New Component Cache HscEnvEq: " <> T.pack (show res))

424−

425− let is = importPaths df

426− ctargets <- concatMapM (targetToFile is . targetId) (componentTargets ci)

427− -- A special target for the file which caused this wonderful

428− -- component to be created. In case the cradle doesn't list all the targets for

429− -- the component, in which case things will be horribly broken anyway.

430− -- Otherwise, we will immediately attempt to reload this module which

431− -- causes an infinite loop and high CPU usage.

432− let special_target = (componentFP ci, res)

433− let xs = map (,res) ctargets

434− return (special_target:xs, res)

435−

436−{- Note [Avoiding bad interface files]

437−~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

438−Originally, we set the cache directory for the various components once

439−on the first occurrence of the component.

440−This works fine if these components have no references to each other,

441−but you have components that depend on each other, the interface files are

442−updated for each component.

443−After restarting the session and only opening the component that depended

444−on the other, suddenly the interface files of this component are stale.

445−However, from the point of view of `ghcide`, they do not look stale,

446−thus, not regenerated and the IDE shows weird errors such as:

447−```

448−typecheckIface

449−Declaration for Rep_ClientRunFlags

450−Axiom branches Rep_ClientRunFlags:

451− Failed to load interface for ‘Distribution.Simple.Flag’

452− Use -v to see a list of the files searched for.

453−```

454−and

455−```

456−expectJust checkFamInstConsistency

457−CallStack (from HasCallStack):

458− error, called at compiler\\utils\\Maybes.hs:55:27 in ghc:Maybes

459− expectJust, called at compiler\\typecheck\\FamInst.hs:461:30 in ghc:FamInst

460−```

461−

462−To mitigate this, we set the cache directory for each component dependent

463−on the components of the current `HscEnv`, additionally to the component options

464−of the respective components.

465−Assume two components, c1, c2, where c2 depends on c1, and the options of the

466−respective components are co1, co2.

467−If we want to load component c2, followed by c1, we set the cache directory for

468−each component in this way:

469−

470− * Load component c2

471− * (Cache Directory State)

472− - name of c2 + co2

473− * Load component c1

474− * (Cache Directory State)

475− - name of c2 + name of c1 + co2

476− - name of c2 + name of c1 + co1

477−

478−Overall, we created three cache directories. If we opened c1 first, then we

479−create a fourth cache directory.

480−This makes sure that interface files are always correctly updated.

481−

482−Since this causes a lot of recompilation, we only update the cache-directory,

483−if the dependencies of a component have really changed.

484−E.g. when you load two executables, they can not depend on each other. They

485−should be filtered out, such that we dont have to re-compile everything.

486−-}

487−

488−-- | Set the cache-directory based on the ComponentOptions and a list of

489−-- internal packages.

490−-- For the exact reason, see Note [Avoiding bad interface files].

491−setCacheDir :: MonadIO m => Logger -> String -> [String] -> ComponentOptions -> DynFlags -> m DynFlags

492−setCacheDir logger prefix hscComponents comps dflags = do

493− cacheDir <- liftIO $ getCacheDir prefix (hscComponents ++ componentOptions comps)

494− liftIO $ logInfo logger $ "Using interface files cache dir: " <> T.pack cacheDir

495− pure $ dflags

496− & setHiDir cacheDir

497− & setDefaultHieDir cacheDir

498−

499−

500−renderCradleError :: NormalizedFilePath -> CradleError -> FileDiagnostic

501−renderCradleError nfp (CradleError _ec t) =

502− ideErrorText nfp (T.unlines (map T.pack t))

503−

504−-- See Note [Multi Cradle Dependency Info]

505−type DependencyInfo = Map.Map FilePath (Maybe UTCTime)

506−type HieMap = Map.Map (Maybe FilePath) (HscEnv, [RawComponentInfo])

507−type FlagsMap = Map.Map (Maybe FilePath) (HM.HashMap NormalizedFilePath (IdeResult HscEnvEq, DependencyInfo))

508−

509−-- This is pristine information about a component

510−data RawComponentInfo = RawComponentInfo

511− { rawComponentUnitId :: InstalledUnitId

512− -- | Unprocessed DynFlags. Contains inplace packages such as libraries.

513− -- We do not want to use them unprocessed.

514− , rawComponentDynFlags :: DynFlags

515− -- | All targets of this components.

516− , rawComponentTargets :: [Target]

517− -- | Filepath which caused the creation of this component

518− , rawComponentFP :: NormalizedFilePath

519− -- | Component Options used to load the component.

520− , rawComponentCOptions :: ComponentOptions

521− -- | Maps cradle dependencies, such as `stack.yaml`, or `.cabal` file

522− -- to last modification time. See Note [Multi Cradle Dependency Info].

523− , rawComponentDependencyInfo :: DependencyInfo

524− }

525−

526−-- This is processed information about the component, in particular the dynflags will be modified.

527−data ComponentInfo = ComponentInfo

528− { componentUnitId :: InstalledUnitId

529− -- | Processed DynFlags. Does not contain inplace packages such as local

530− -- libraries. Can be used to actually load this Component.

531− , componentDynFlags :: DynFlags

532− -- | Internal units, such as local libraries, that this component

533− -- is loaded with. These have been extracted from the original

534− -- ComponentOptions.

535− , componentInternalUnits :: [InstalledUnitId]

536− -- | All targets of this components.

537− , componentTargets :: [Target]

538− -- | Filepath which caused the creation of this component

539− , componentFP :: NormalizedFilePath

540− -- | Component Options used to load the component.

541− , componentCOptions :: ComponentOptions

542− -- | Maps cradle dependencies, such as `stack.yaml`, or `.cabal` file

543− -- to last modification time. See Note [Multi Cradle Dependency Info]

544− , componentDependencyInfo :: DependencyInfo

545− }

546−

547−-- | Check if any dependency has been modified lately.

548−checkDependencyInfo :: DependencyInfo -> IO Bool

549−checkDependencyInfo old_di = do

550− di <- getDependencyInfo (Map.keys old_di)

551− return (di == old_di)

552−

553−-- Note [Multi Cradle Dependency Info]

554−-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

555−-- Why do we implement our own file modification tracking here?

556−-- The primary reason is that the custom caching logic is quite complicated and going into shake

557−-- adds even more complexity and more indirection. I did try for about 5 hours to work out how to

558−-- use shake rules rather than IO but eventually gave up.

559−

560−-- | Computes a mapping from a filepath to its latest modification date.

561−-- See Note [Multi Cradle Dependency Info] why we do this ourselves instead

562−-- of letting shake take care of it.

563−getDependencyInfo :: [FilePath] -> IO DependencyInfo

564−getDependencyInfo fs = Map.fromList <$> mapM do_one fs

565−

566− where

567− tryIO :: IO a -> IO (Either IOException a)

568− tryIO = try

569−

570− do_one :: FilePath -> IO (FilePath, Maybe UTCTime)

571− do_one fp = (fp,) . eitherToMaybe <$> tryIO (getModificationTime fp)

572−

573−-- | This function removes all the -package flags which refer to packages we

574−-- are going to deal with ourselves. For example, if a executable depends

575−-- on a library component, then this function will remove the library flag

576−-- from the package flags for the executable

577−--

578−-- There are several places in GHC (for example the call to hptInstances in

579−-- tcRnImports) which assume that all modules in the HPT have the same unit

580−-- ID. Therefore we create a fake one and give them all the same unit id.

581−removeInplacePackages :: [InstalledUnitId] -> DynFlags -> (DynFlags, [InstalledUnitId])

582−removeInplacePackages us df = (df { packageFlags = ps

583− , thisInstalledUnitId = fake_uid }, uids)

584− where

585− (uids, ps) = partitionEithers (map go (packageFlags df))

586− fake_uid = toInstalledUnitId (stringToUnitId "fake_uid")

587− go p@(ExposePackage _ (UnitIdArg u) _) = if toInstalledUnitId u `elem` us

588− then Left (toInstalledUnitId u)

589− else Right p

590− go p = Right p

591−

592-- | Memoize an IO function, with the characteristics:

207-- | Memoize an IO function, with the characteristics:

593--

208--

594-- * If multiple people ask for a result simultaneously, make sure you only compute it once.

209-- * If multiple people ask for a result simultaneously, make sure you only compute it once.

@@ -605,79 +220,3 @@ memoIO op = do

605 res <- onceFork $ op k

220 res <- onceFork $ op k

606 return (Map.insert k res mp, res)

221 return (Map.insert k res mp, res)

607 Just res -> return (mp, res)

222 Just res -> return (mp, res)

608−

609−setOptions :: GhcMonad m => ComponentOptions -> DynFlags -> m (DynFlags, [Target])

610−setOptions (ComponentOptions theOpts compRoot _) dflags = do

611− (dflags', targets) <- addCmdOpts theOpts dflags

612− let dflags'' =

613− -- disabled, generated directly by ghcide instead

614− flip gopt_unset Opt_WriteInterface $

615− -- disabled, generated directly by ghcide instead

616− -- also, it can confuse the interface stale check

617− dontWriteHieFiles $

618− setIgnoreInterfacePragmas $

619− setLinkerOptions $

620− disableOptimisation $

621− makeDynFlagsAbsolute compRoot dflags'

622− -- initPackages parses the -package flags and

623− -- sets up the visibility for each component.

624− (final_df, _) <- liftIO $ initPackages dflags''

625− return (final_df, targets)

626−

627−

628−-- we don't want to generate object code so we compile to bytecode

629−-- (HscInterpreted) which implies LinkInMemory

630−-- HscInterpreted

631−setLinkerOptions :: DynFlags -> DynFlags

632−setLinkerOptions df = df {

633− ghcLink = LinkInMemory

634− , hscTarget = HscNothing

635− , ghcMode = CompManager

636− }

637−

638−setIgnoreInterfacePragmas :: DynFlags -> DynFlags

639−setIgnoreInterfacePragmas df =

640− gopt_set (gopt_set df Opt_IgnoreInterfacePragmas) Opt_IgnoreOptimChanges

641−

642−disableOptimisation :: DynFlags -> DynFlags

643−disableOptimisation df = updOptLevel 0 df

644−

645−setHiDir :: FilePath -> DynFlags -> DynFlags

646−setHiDir f d =

647− -- override user settings to avoid conflicts leading to recompilation

648− d { hiDir = Just f}

649−

650−getCacheDir :: String -> [String] -> IO FilePath

651−getCacheDir prefix opts = IO.getXdgDirectory IO.XdgCache (cacheDir </> prefix ++ "-" ++ opts_hash)

652− where

653− -- Create a unique folder per set of different GHC options, assuming that each different set of

654− -- GHC options will create incompatible interface files.

655− opts_hash = B.unpack $ encode $ H.finalize $ H.updates H.init (map B.pack opts)

656−

657−-- | Sub directory for the cache path

658−cacheDir :: String

659−cacheDir = "ghcide"

660−

661−notifyCradleLoaded :: FilePath -> FromServerMessage

662−notifyCradleLoaded fp =

663− NotCustomServer $

664− NotificationMessage "2.0" (CustomServerMethod cradleLoadedMethod) $

665− toJSON fp

666−

667−cradleLoadedMethod :: T.Text

668−cradleLoadedMethod = "ghcide/cradle/loaded"

669−

670−ghcVersionChecker :: IO VersionCheck

671−ghcVersionChecker = $$(makeGhcVersionChecker (pure <$> getLibdir))

672−

673−checkGhcVersion :: IO (Maybe HscEnvEq)

674−checkGhcVersion = do

675− res <- ghcVersionChecker

676− case res of

677− Failure err -> do

678− putStrLn $ "Error while checking GHC version: " ++ show err

679− return Nothing

680− Mismatch {..} ->

681− return $ Just GhcVersionMismatch {..}

682− _ ->

683− return Nothing

exe/RuleTypes.hsnew file+33

@@ -0,0 +1,33 @@

1+{-# LANGUAGE TypeFamilies #-}

2+module RuleTypes (GetHscEnv(..), LoadCradle(..)) where

4+import Control.DeepSeq

5+import Data.Binary

6+import Data.Hashable (Hashable)

7+import Development.Shake

8+import Development.IDE.GHC.Util

9+import Data.Typeable (Typeable)

10+import GHC.Generics (Generic)

11+

12+-- Rule type for caching GHC sessions.

13+type instance RuleResult GetHscEnv = HscEnvEq

14+

15+data GetHscEnv = GetHscEnv

16+ { hscenvOptions :: [String] -- componentOptions from hie-bios

17+ , hscenvDependencies :: [FilePath] -- componentDependencies from hie-bios

18+ }

19+ deriving (Eq, Show, Typeable, Generic)

20+

21+instance Hashable GetHscEnv

22+instance NFData GetHscEnv

23+instance Binary GetHscEnv

24+

25+-- Rule type for caching cradle loading

26+type instance RuleResult LoadCradle = HscEnvEq

27+

28+data LoadCradle = LoadCradle

29+ deriving (Eq, Show, Typeable, Generic)

30+

31+instance Hashable LoadCradle

32+instance NFData LoadCradle

33+instance Binary LoadCradle

exe/Rules.hsnew file+161

@@ -0,0 +1,161 @@

1+module Rules

2+ ( loadGhcSession

3+ , cradleToSession

4+ , cradleLoadedMethod

5+ , createSession

6+ , getComponentOptions

7+ )

8+where

10+import Control.Exception

11+import Control.Monad (filterM, when)

12+import qualified Crypto.Hash.SHA1 as H

13+import Data.ByteString.Base16 (encode)

14+import qualified Data.ByteString.Char8 as B

15+import Data.Functor ((<&>))

16+import Data.Maybe (fromMaybe)

17+import Data.Text (pack, Text)

18+import Development.IDE.Core.Rules (defineNoFile)

19+import Development.IDE.Core.Service (getIdeOptions)

20+import Development.IDE.Core.Shake (actionLogger, sendEvent, define, useNoFile_)

21+import Development.IDE.GHC.Util

22+import Development.IDE.Types.Location (fromNormalizedFilePath)

23+import Development.IDE.Types.Options (IdeOptions(IdeOptions, optTesting))

24+import Development.Shake

25+import DynFlags (gopt_set, gopt_unset,

26+ updOptLevel)

27+import GHC

28+import qualified GHC.Paths

29+import HIE.Bios

30+import HIE.Bios.Cradle

31+import HIE.Bios.Environment (addCmdOpts)

32+import HIE.Bios.Types

33+import Linker (initDynLinker)

34+import RuleTypes

35+import qualified System.Directory.Extra as IO

36+import System.Environment (lookupEnv)

37+import System.FilePath.Posix (addTrailingPathSeparator,

38+ (</>))

39+import Language.Haskell.LSP.Messages as LSP

40+import Language.Haskell.LSP.Types as LSP

41+import Data.Aeson (ToJSON(toJSON))

42+import Development.IDE.Types.Logger (logDebug)

43+

44+-- Prefix for the cache path

45+cacheDir :: String

46+cacheDir = "ghcide"

47+

48+notifyCradleLoaded :: FilePath -> LSP.FromServerMessage

49+notifyCradleLoaded fp =

50+ LSP.NotCustomServer $

51+ LSP.NotificationMessage "2.0" (LSP.CustomServerMethod cradleLoadedMethod) $

52+ toJSON fp

53+

54+loadGhcSession :: Rules ()

55+loadGhcSession =

56+ -- This rule is for caching the GHC session. E.g., even when the cabal file

57+ -- changed, if the resulting flags did not change, we would continue to use

58+ -- the existing session.

59+ defineNoFile $ \(GetHscEnv opts deps) ->

60+ liftIO $ createSession $ ComponentOptions opts deps

61+

62+cradleToSession :: Rules ()

63+cradleToSession = define $ \LoadCradle nfp -> do

64+

65+ let f = fromNormalizedFilePath nfp

66+

67+ IdeOptions{optTesting} <- getIdeOptions

68+

69+ logger <- actionLogger

70+ liftIO $ logDebug logger $ "Running cradle " <> pack (fromNormalizedFilePath nfp)

71+

72+ -- If the path points to a directory, load the implicit cradle

73+ mbYaml <- doesDirectoryExist f <&> \isDir -> if isDir then Nothing else Just f

74+ cradle <- liftIO $ maybe (loadImplicitCradle $ addTrailingPathSeparator f) loadCradle mbYaml

75+

76+ when optTesting $

77+ sendEvent $ notifyCradleLoaded f

78+

79+ -- Avoid interrupting `getComponentOptions` since it calls external processes

80+ cmpOpts <- liftIO $ mask $ \_ -> getComponentOptions cradle

81+ let opts = componentOptions cmpOpts

82+ deps = componentDependencies cmpOpts

83+ deps' = case mbYaml of

84+ -- For direct cradles, the hie.yaml file itself must be watched.

85+ Just yaml | isDirectCradle cradle -> yaml : deps

86+ _ -> deps

87+ existingDeps <- filterM doesFileExist deps'

88+ need existingDeps

89+ ([],) . pure <$> useNoFile_ (GetHscEnv opts deps)

90+

91+cradleLoadedMethod :: Text

92+cradleLoadedMethod = "ghcide/cradle/loaded"

93+

94+getComponentOptions :: Cradle a -> IO ComponentOptions

95+getComponentOptions cradle = do

96+ let showLine s = putStrLn ("> " ++ s)

97+ -- WARNING 'runCradle is very expensive and must be called as few times as possible

98+ cradleRes <- runCradle (cradleOptsProg cradle) showLine ""

99+ case cradleRes of

100+ CradleSuccess r -> pure r

101+ CradleFail err -> throwIO err

102+ -- TODO Rather than failing here, we should ignore any files that use this cradle.

103+ -- That will require some more changes.

104+ CradleNone -> fail "'none' cradle is not yet supported"

105+

106+createSession :: ComponentOptions -> IO HscEnvEq

107+createSession (ComponentOptions theOpts _) = do

108+ libdir <- getLibdir

109+

110+ cacheDir <- getCacheDir theOpts

111+

112+ env <- runGhc (Just libdir) $ do

113+ dflags <- getSessionDynFlags

114+ (dflags', _targets) <- addCmdOpts theOpts dflags

115+ _ <- setSessionDynFlags $

116+ -- disabled, generated directly by ghcide instead

117+ flip gopt_unset Opt_WriteInterface $

118+ -- disabled, generated directly by ghcide instead

119+ -- also, it can confuse the interface stale check

120+ dontWriteHieFiles $

121+ setHiDir cacheDir $

122+ setDefaultHieDir cacheDir $

123+ setIgnoreInterfacePragmas $

124+ setLinkerOptions $

125+ disableOptimisation dflags'

126+ getSession

127+ initDynLinker env

128+ newHscEnvEq env

129+

130+-- Set the GHC libdir to the nix libdir if it's present.

131+getLibdir :: IO FilePath

132+getLibdir = fromMaybe GHC.Paths.libdir <$> lookupEnv "NIX_GHC_LIBDIR"

133+

134+-- we don't want to generate object code so we compile to bytecode

135+-- (HscInterpreted) which implies LinkInMemory

136+-- HscInterpreted

137+setLinkerOptions :: DynFlags -> DynFlags

138+setLinkerOptions df = df {

139+ ghcLink = LinkInMemory

140+ , hscTarget = HscNothing

141+ , ghcMode = CompManager

142+ }

143+

144+setIgnoreInterfacePragmas :: DynFlags -> DynFlags

145+setIgnoreInterfacePragmas df =

146+ gopt_set (gopt_set df Opt_IgnoreInterfacePragmas) Opt_IgnoreOptimChanges

147+

148+disableOptimisation :: DynFlags -> DynFlags

149+disableOptimisation df = updOptLevel 0 df

150+

151+setHiDir :: FilePath -> DynFlags -> DynFlags

152+setHiDir f d =

153+ -- override user settings to avoid conflicts leading to recompilation

154+ d { hiDir = Just f}

155+

156+getCacheDir :: [String] -> IO FilePath

157+getCacheDir opts = IO.getXdgDirectory IO.XdgCache (cacheDir </> opts_hash)

158+ where

159+ -- Create a unique folder per set of different GHC options, assuming that each different set of

160+ -- GHC options will create incompatible interface files.

161+ opts_hash = B.unpack $ encode $ H.finalize $ H.updates H.init (map B.pack opts)

exe/Utils.hsdeleted−9

@@ -1,9 +0,0 @@

1−module Utils (getLibdir) where

2−

3−import qualified GHC.Paths

4−import System.Environment

5−import Data.Maybe

6−

7−-- Set the GHC libdir to the nix libdir if it's present.

8−getLibdir :: IO FilePath

9−getLibdir = fromMaybe GHC.Paths.libdir <$> lookupEnv "NIX_GHC_LIBDIR"

ghcide.cabal+11−75

@@ -2,12 +2,12 @@ cabal-version: 1.20

2build-type: Simple

3category: Development

4name: ghcide

5−version: 0.2.0

5+version: 0.1.0

6license: Apache-2.0

7license-file: LICENSE

8author: Digital Asset

9maintainer: Digital Asset

10−copyright: Digital Asset 2018-2020

10+copyright: Digital Asset 2018-2019

11synopsis: The core of an IDE

12description:

13 A library for building Haskell IDE's on top of the GHC API.

@@ -15,13 +15,7 @@ homepage: https://github.com/digital-asset/ghcide#readme

15bug-reports: https://github.com/digital-asset/ghcide/issues

16tested-with: GHC==8.6.5

17extra-source-files: include/ghc-api-version.h README.md CHANGELOG.md

18− test/data/hover/*.hs

18+ test/data/GotoHover.hs

19− test/data/multi/cabal.project

20− test/data/multi/hie.yaml

21− test/data/multi/a/a.cabal

22− test/data/multi/a/*.hs

23− test/data/multi/b/b.cabal

24− test/data/multi/b/*.hs

26source-repository head

20source-repository head

27 type: git

21 type: git

@@ -36,7 +30,6 @@ library

36 default-language: Haskell2010

30 default-language: Haskell2010

37 build-depends:

31 build-depends:

38 aeson,

32 aeson,

39− array,

40 async,

33 async,

41 base == 4.*,

34 base == 4.*,

42 binary,

35 binary,

@@ -50,8 +43,8 @@ library

50 filepath,

43 filepath,

51 haddock-library >= 1.8,

44 haddock-library >= 1.8,

52 hashable,

45 hashable,

53− haskell-lsp-types == 0.22.*,

46+ haskell-lsp-types == 0.20.*,

54− haskell-lsp == 0.22.*,

47+ haskell-lsp == 0.20.*,

55 mtl,

48 mtl,

56 network-uri,

49 network-uri,

57 prettyprinter-ansi-terminal,

50 prettyprinter-ansi-terminal,

@@ -80,10 +73,7 @@ library

80 ghc-boot-th,

73 ghc-boot-th,

81 ghc-boot,

74 ghc-boot,

82 ghc >= 8.4

75 ghc >= 8.4

83− if os(windows)

76+ if !os(windows)

84− build-depends:

85− Win32

86− else

87 build-depends:

77 build-depends:

88 unix

78 unix

89 c-sources:

79 c-sources:

@@ -109,7 +99,6 @@ library

109 include-dirs:

99 include-dirs:

110 include

100 include

111 exposed-modules:

101 exposed-modules:

112− Development.IDE.Compat

113 Development.IDE.Core.Debouncer

102 Development.IDE.Core.Debouncer

114 Development.IDE.Core.FileStore

103 Development.IDE.Core.FileStore

115 Development.IDE.Core.IdeConfiguration

104 Development.IDE.Core.IdeConfiguration

@@ -124,7 +113,6 @@ library

124 Development.IDE.Import.DependencyInformation

113 Development.IDE.Import.DependencyInformation

125 Development.IDE.LSP.HoverDefinition

114 Development.IDE.LSP.HoverDefinition

126 Development.IDE.LSP.LanguageServer

115 Development.IDE.LSP.LanguageServer

127− Development.IDE.LSP.Outline

128 Development.IDE.LSP.Protocol

116 Development.IDE.LSP.Protocol

129 Development.IDE.LSP.Server

117 Development.IDE.LSP.Server

130 Development.IDE.Spans.Common

118 Development.IDE.Spans.Common

@@ -143,9 +131,9 @@ library

143 Development.IDE.GHC.CPP

131 Development.IDE.GHC.CPP

144 Development.IDE.GHC.Orphans

132 Development.IDE.GHC.Orphans

145 Development.IDE.GHC.Warnings

133 Development.IDE.GHC.Warnings

146− Development.IDE.GHC.WithDynFlags

147 Development.IDE.Import.FindImports

134 Development.IDE.Import.FindImports

148 Development.IDE.LSP.Notifications

135 Development.IDE.LSP.Notifications

136+ Development.IDE.LSP.Outline

149 Development.IDE.Spans.AtPoint

137 Development.IDE.Spans.AtPoint

150 Development.IDE.Spans.Calculate

138 Development.IDE.Spans.Calculate

151 Development.IDE.Spans.Documentation

139 Development.IDE.Spans.Documentation

@@ -155,14 +143,6 @@ library

155 Development.IDE.Plugin.CodeAction.RuleTypes

143 Development.IDE.Plugin.CodeAction.RuleTypes

156 Development.IDE.Plugin.Completions.Logic

144 Development.IDE.Plugin.Completions.Logic

157 Development.IDE.Plugin.Completions.Types

145 Development.IDE.Plugin.Completions.Types

158− if (impl(ghc > 8.7) && impl(ghc < 8.10)) || flag(ghc-lib)

159− hs-source-dirs: src-ghc88

160− other-modules:

161− Development.IDE.GHC.HieAst

162− if (impl(ghc > 8.9))

163− hs-source-dirs: src-ghc810

164− other-modules:

165− Development.IDE.GHC.HieAst

166 ghc-options: -Wall -Wno-name-shadowing

146 ghc-options: -Wall -Wno-name-shadowing

167

147

168executable ghcide-test-preprocessor

148executable ghcide-test-preprocessor

@@ -190,8 +170,6 @@ executable ghcide

190 "-with-rtsopts=-I0 -qg -A128M"

170 "-with-rtsopts=-I0 -qg -A128M"

191 main-is: Main.hs

171 main-is: Main.hs

192 build-depends:

172 build-depends:

193− time,

194− async,

195 hslogger,

173 hslogger,

196 aeson,

174 aeson,

197 base == 4.*,

175 base == 4.*,

@@ -205,23 +183,23 @@ executable ghcide

205 directory,

183 directory,

206 extra,

184 extra,

207 filepath,

185 filepath,

208− ghc-check >= 0.3.0.1 && < 0.4,

209 ghc-paths,

186 ghc-paths,

210 ghc,

187 ghc,

211 gitrev,

188 gitrev,

212 hashable,

189 hashable,

213 haskell-lsp,

190 haskell-lsp,

214 haskell-lsp-types,

191 haskell-lsp-types,

215− hie-bios >= 0.5.0 && < 0.6,

192+ hie-bios >= 0.4.0 && < 0.5,

216 ghcide,

193 ghcide,

217 optparse-applicative,

194 optparse-applicative,

218 shake,

195 shake,

219 text,

196 text,

220 unordered-containers

197 unordered-containers

221 other-modules:

198 other-modules:

222− Utils

223 Arguments

199 Arguments

224 Paths_ghcide

200 Paths_ghcide

201+ Rules

202+ RuleTypes

225

203

226 default-extensions:

204 default-extensions:

227 BangPatterns

205 BangPatterns

@@ -267,14 +245,12 @@ test-suite ghcide-tests

267 haddock-library,

245 haddock-library,

268 haskell-lsp,

246 haskell-lsp,

269 haskell-lsp-types,

247 haskell-lsp-types,

270− network-uri,

271 lens,

248 lens,

272− lsp-test >= 0.11.0.1 && < 0.12,

249+ lsp-test >= 0.8,

273 parser-combinators,

250 parser-combinators,

274 QuickCheck,

251 QuickCheck,

275 quickcheck-instances,

252 quickcheck-instances,

276 rope-utf16-splay,

253 rope-utf16-splay,

277− shake,

278 tasty,

254 tasty,

279 tasty-expected-failure,

255 tasty-expected-failure,

280 tasty-hunit,

256 tasty-hunit,

@@ -302,43 +278,3 @@ test-suite ghcide-tests

302 TupleSections

278 TupleSections

303 TypeApplications

279 TypeApplications

304 ViewPatterns

280 ViewPatterns

305−

306−benchmark ghcide-bench

307− type: exitcode-stdio-1.0

308− default-language: Haskell2010

309− build-tool-depends:

310− ghcide:ghcide,

311− ghcide:ghcide-test-preprocessor

312− build-depends:

313− aeson,

314− base,

315− bytestring,

316− containers,

317− directory,

318− extra,

319− filepath,

320− ghcide,

321− lsp-test < 0.12,

322− optparse-applicative,

323− parser-combinators,

324− process,

325− safe-exceptions

326− hs-source-dirs: bench

327− include-dirs: include

328− ghc-options: -threaded -Wall -Wno-name-shadowing

329− main-is: Main.hs

330− other-modules:

331− default-extensions:

332− BangPatterns

333− DeriveFunctor

334− DeriveGeneric

335− GeneralizedNewtypeDeriving

336− LambdaCase

337− NamedFieldPuns

338− OverloadedStrings

339− RecordWildCards

340− ScopedTypeVariables

341− StandaloneDeriving

342− TupleSections

343− TypeApplications

344− ViewPatterns

hie.yaml+1−12

@@ -1,12 +1 @@

1−cradle:

2− cabal:

3− - path: "./src"

4− component: "ghcide:lib:ghcide"

1+cradle: {stack: {component: "ghcide:lib"}}

5− - path: "./exe"

6− component: "ghcide:exe:ghcide"

7− - path: "./test"

8− component: "ghcide:test:ghcide-tests"

9− - path: "./bench"

10− component: "ghcide:benchmark:ghcide-bench"

11− - path: "./test/preprocessor"

12− component: "ghcide:exe:ghcide-test-preprocessor"

src-ghc810/Development/IDE/GHC/HieAst.hsdeleted−1928

@@ -1,1928 +0,0 @@

1−

2−

3−{-

4−Forked from GHC v8.10.1 to work around the readFile side effect in mkHiefile

5−

6−Main functions for .hie file generation

7−-}

8−{- HLINT ignore -}

9−{-# LANGUAGE OverloadedStrings #-}

10−{-# LANGUAGE FlexibleInstances #-}

11−{-# LANGUAGE UndecidableInstances #-}

12−{-# LANGUAGE FlexibleContexts #-}

13−{-# LANGUAGE TypeSynonymInstances #-}

14−{-# LANGUAGE ScopedTypeVariables #-}

15−{-# LANGUAGE TypeFamilies #-}

16−{-# LANGUAGE TypeApplications #-}

17−{-# LANGUAGE AllowAmbiguousTypes #-}

18−{-# LANGUAGE ViewPatterns #-}

19−{-# LANGUAGE DeriveDataTypeable #-}

20−module Development.IDE.GHC.HieAst ( mkHieFile ) where

21−

22−import GhcPrelude

23−

24−import Avail ( Avails )

25−import Bag ( Bag, bagToList )

26−import BasicTypes

27−import BooleanFormula

28−import Class ( FunDep )

29−import CoreUtils ( exprType )

30−import ConLike ( conLikeName )

31−import Desugar ( deSugarExpr )

32−import FieldLabel

33−import GHC.Hs

34−import HscTypes

35−import Module ( ModuleName, ml_hs_file )

36−import MonadUtils ( concatMapM, liftIO )

37−import Name ( Name, nameSrcSpan, setNameLoc )

38−import NameEnv ( NameEnv, emptyNameEnv, extendNameEnv, lookupNameEnv )

39−import SrcLoc

40−import TcHsSyn ( hsLitType, hsPatType )

41−import Type ( mkVisFunTys, Type )

42−import TysWiredIn ( mkListTy, mkSumTy )

43−import Var ( Id, Var, setVarName, varName, varType )

44−import TcRnTypes

45−import MkIface ( mkIfaceExports )

46−import Panic

47−

48−import HieTypes

49−import HieUtils

50−

51−import qualified Data.Array as A

52−import qualified Data.ByteString as BS

53−import qualified Data.Map as M

54−import qualified Data.Set as S

55−import Data.Data ( Data, Typeable )

56−import Data.List ( foldl1' )

57−import Data.Maybe ( listToMaybe )

58−import Control.Monad.Trans.Reader

59−import Control.Monad.Trans.Class ( lift )

60−

61−{- Note [Updating HieAst for changes in the GHC AST]

62−

63−When updating the code in this file for changes in the GHC AST, you

64−need to pay attention to the following things:

65−

66−1) Symbols (Names/Vars/Modules) in the following categories:

67−

68− a) Symbols that appear in the source file that directly correspond to

69− something the user typed

70− b) Symbols that don't appear in the source, but should be in some sense

71− "visible" to a user, particularly via IDE tooling or the like. This

72− includes things like the names introduced by RecordWildcards (We record

73− all the names introduced by a (..) in HIE files), and will include implicit

74− parameters and evidence variables after one of my pending MRs lands.

75−

76−2) Subtrees that may contain such symbols, or correspond to a SrcSpan in

77− the file. This includes all `Located` things

78−

79−For 1), you need to call `toHie` for one of the following instances

80−

81−instance ToHie (Context (Located Name)) where ...

82−instance ToHie (Context (Located Var)) where ...

83−instance ToHie (IEContext (Located ModuleName)) where ...

84−

85−`Context` is a data type that looks like:

86−

87−data Context a = C ContextInfo a -- Used for names and bindings

88−

89−`ContextInfo` is defined in `HieTypes`, and looks like

90−

91−data ContextInfo

92− = Use -- ^ regular variable

93− | MatchBind

94− | IEThing IEType -- ^ import/export

95− | TyDecl

96− -- | Value binding

97− | ValBind

98− BindType -- ^ whether or not the binding is in an instance

99− Scope -- ^ scope over which the value is bound

100− (Maybe Span) -- ^ span of entire binding

101− ...

102−

103−It is used to annotate symbols in the .hie files with some extra information on

104−the context in which they occur and should be fairly self explanatory. You need

105−to select one that looks appropriate for the symbol usage. In very rare cases,

106−you might need to extend this sum type if none of the cases seem appropriate.

107−

108−So, given a `Located Name` that is just being "used", and not defined at a

109−particular location, you would do the following:

110−

111− toHie $ C Use located_name

112−

113−If you select one that corresponds to a binding site, you will need to

114−provide a `Scope` and a `Span` for your binding. Both of these are basically

115−`SrcSpans`.

116−

117−The `SrcSpan` in the `Scope` is supposed to span over the part of the source

118−where the symbol can be legally allowed to occur. For more details on how to

119−calculate this, see Note [Capturing Scopes and other non local information]

120−in HieAst.

121−

122−The binding `Span` is supposed to be the span of the entire binding for

123−the name.

124−

125−For a function definition `foo`:

126−

127−foo x = x + y

128− where y = x^2

129−

130−The binding `Span` is the span of the entire function definition from `foo x`

131−to `x^2`. For a class definition, this is the span of the entire class, and

132−so on. If this isn't well defined for your bit of syntax (like a variable

133−bound by a lambda), then you can just supply a `Nothing`

134−

135−There is a test that checks that all symbols in the resulting HIE file

136−occur inside their stated `Scope`. This can be turned on by passing the

137−-fvalidate-ide-info flag to ghc along with -fwrite-ide-info to generate the

138−.hie file.

139−

140−You may also want to provide a test in testsuite/test/hiefile that includes

141−a file containing your new construction, and tests that the calculated scope

142−is valid (by using -fvalidate-ide-info)

143−

144−For subtrees in the AST that may contain symbols, the procedure is fairly

145−straightforward. If you are extending the GHC AST, you will need to provide a

146−`ToHie` instance for any new types you may have introduced in the AST.

147−

148−Here are is an extract from the `ToHie` instance for (LHsExpr (GhcPass p)):

149−

150− toHie e@(L mspan oexpr) = concatM $ getTypeNode e : case oexpr of

151− HsVar _ (L _ var) ->

152− [ toHie $ C Use (L mspan var)

153− -- Patch up var location since typechecker removes it

154− ]

155− HsConLikeOut _ con ->

156− [ toHie $ C Use $ L mspan $ conLikeName con

157− ]

158− ...

159− HsApp _ a b ->

160− [ toHie a

161− , toHie b

162− ]

163−

164−If your subtree is `Located` or has a `SrcSpan` available, the output list

165−should contain a HieAst `Node` corresponding to the subtree. You can use

166−either `makeNode` or `getTypeNode` for this purpose, depending on whether it

167−makes sense to assign a `Type` to the subtree. After this, you just need

168−to concatenate the result of calling `toHie` on all subexpressions and

169−appropriately annotated symbols contained in the subtree.

170−

171−The code above from the ToHie instance of `LhsExpr (GhcPass p)` is supposed

172−to work for both the renamed and typechecked source. `getTypeNode` is from

173−the `HasType` class defined in this file, and it has different instances

174−for `GhcTc` and `GhcRn` that allow it to access the type of the expression

175−when given a typechecked AST:

176−

177−class Data a => HasType a where

178− getTypeNode :: a -> HieM [HieAST Type]

179−instance HasType (LHsExpr GhcTc) where

180− getTypeNode e@(L spn e') = ... -- Actually get the type for this expression

181−instance HasType (LHsExpr GhcRn) where

182− getTypeNode (L spn e) = makeNode e spn -- Fallback to a regular `makeNode` without recording the type

183−

184−If your subtree doesn't have a span available, you can omit the `makeNode`

185−call and just recurse directly in to the subexpressions.

186−

187−-}

188−

189−-- These synonyms match those defined in main/GHC.hs

190−type RenamedSource = ( HsGroup GhcRn, [LImportDecl GhcRn]

191− , Maybe [(LIE GhcRn, Avails)]

192− , Maybe LHsDocString )

193−type TypecheckedSource = LHsBinds GhcTc

194−

195−

196−{- Note [Name Remapping]

197−The Typechecker introduces new names for mono names in AbsBinds.

198−We don't care about the distinction between mono and poly bindings,

199−so we replace all occurrences of the mono name with the poly name.

200−-}

201−newtype HieState = HieState

202− { name_remapping :: NameEnv Id

203− }

204−

205−initState :: HieState

206−initState = HieState emptyNameEnv

207−

208−class ModifyState a where -- See Note [Name Remapping]

209− addSubstitution :: a -> a -> HieState -> HieState

210−

211−instance ModifyState Name where

212− addSubstitution _ _ hs = hs

213−

214−instance ModifyState Id where

215− addSubstitution mono poly hs =

216− hs{name_remapping = extendNameEnv (name_remapping hs) (varName mono) poly}

217−

218−modifyState :: ModifyState (IdP p) => [ABExport p] -> HieState -> HieState

219−modifyState = foldr go id

220− where

221− go ABE{abe_poly=poly,abe_mono=mono} f = addSubstitution mono poly . f

222− go _ f = f

223−

224−type HieM = ReaderT HieState Hsc

225−

226−-- | Construct an 'HieFile' from the outputs of the typechecker.

227−mkHieFile :: ModSummary

228− -> TcGblEnv

229− -> RenamedSource

230− -> BS.ByteString -> Hsc HieFile

231−mkHieFile ms ts rs src = do

232− let tc_binds = tcg_binds ts

233− (asts', arr) <- getCompressedAsts tc_binds rs

234− let Just src_file = ml_hs_file $ ms_location ms

235− return $ HieFile

236− { hie_hs_file = src_file

237− , hie_module = ms_mod ms

238− , hie_types = arr

239− , hie_asts = asts'

240− -- mkIfaceExports sorts the AvailInfos for stability

241− , hie_exports = mkIfaceExports (tcg_exports ts)

242− , hie_hs_src = src

243− }

244−

245−getCompressedAsts :: TypecheckedSource -> RenamedSource

246− -> Hsc (HieASTs TypeIndex, A.Array TypeIndex HieTypeFlat)

247−getCompressedAsts ts rs = do

248− asts <- enrichHie ts rs

249− return $ compressTypes asts

250−

251−enrichHie :: TypecheckedSource -> RenamedSource -> Hsc (HieASTs Type)

252−enrichHie ts (hsGrp, imports, exports, _) = flip runReaderT initState $ do

253− tasts <- toHie $ fmap (BC RegularBind ModuleScope) ts

254− rasts <- processGrp hsGrp

255− imps <- toHie $ filter (not . ideclImplicit . unLoc) imports

256− exps <- toHie $ fmap (map $ IEC Export . fst) exports

257− let spanFile children = case children of

258− [] -> mkRealSrcSpan (mkRealSrcLoc "" 1 1) (mkRealSrcLoc "" 1 1)

259− _ -> mkRealSrcSpan (realSrcSpanStart $ nodeSpan $ head children)

260− (realSrcSpanEnd $ nodeSpan $ last children)

261−

262− modulify xs =

263− Node (simpleNodeInfo "Module" "Module") (spanFile xs) xs

264−

265− asts = HieASTs

266− $ resolveTyVarScopes

267− $ M.map (modulify . mergeSortAsts)

268− $ M.fromListWith (++)

269− $ map (\x -> (srcSpanFile (nodeSpan x),[x])) flat_asts

270−

271− flat_asts = concat

272− [ tasts

273− , rasts

274− , imps

275− , exps

276− ]

277− return asts

278− where

279− processGrp grp = concatM

280− [ toHie $ fmap (RS ModuleScope ) hs_valds grp

281− , toHie $ hs_splcds grp

282− , toHie $ hs_tyclds grp

283− , toHie $ hs_derivds grp

284− , toHie $ hs_fixds grp

285− , toHie $ hs_defds grp

286− , toHie $ hs_fords grp

287− , toHie $ hs_warnds grp

288− , toHie $ hs_annds grp

289− , toHie $ hs_ruleds grp

290− ]

291−

292−getRealSpan :: SrcSpan -> Maybe Span

293−getRealSpan (RealSrcSpan sp) = Just sp

294−getRealSpan _ = Nothing

295−

296−grhss_span :: GRHSs p body -> SrcSpan

297−grhss_span (GRHSs _ xs bs) = foldl' combineSrcSpans (getLoc bs) (map getLoc xs)

298−grhss_span (XGRHSs _) = panic "XGRHS has no span"

299−

300−bindingsOnly :: [Context Name] -> [HieAST a]

301−bindingsOnly [] = []

302−bindingsOnly (C c n : xs) = case nameSrcSpan n of

303− RealSrcSpan span -> Node nodeinfo span [] : bindingsOnly xs

304− where nodeinfo = NodeInfo S.empty [] (M.singleton (Right n) info)

305− info = mempty{identInfo = S.singleton c}

306− _ -> bindingsOnly xs

307−

308−concatM :: Monad m => [m [a]] -> m [a]

309−concatM xs = concat <$> sequence xs

310−

311−{- Note [Capturing Scopes and other non local information]

312−toHie is a local tranformation, but scopes of bindings cannot be known locally,

313−hence we have to push the relevant info down into the binding nodes.

314−We use the following types (*Context and *Scoped) to wrap things and

315−carry the required info

316−(Maybe Span) always carries the span of the entire binding, including rhs

317−-}

318−data Context a = C ContextInfo a -- Used for names and bindings

319−

320−data RContext a = RC RecFieldContext a

321−data RFContext a = RFC RecFieldContext (Maybe Span) a

322−-- ^ context for record fields

323−

324−data IEContext a = IEC IEType a

325−-- ^ context for imports/exports

326−

327−data BindContext a = BC BindType Scope a

328−-- ^ context for imports/exports

329−

330−data PatSynFieldContext a = PSC (Maybe Span) a

331−-- ^ context for pattern synonym fields.

332−

333−data SigContext a = SC SigInfo a

334−-- ^ context for type signatures

335−

336−data SigInfo = SI SigType (Maybe Span)

337−

338−data SigType = BindSig | ClassSig | InstSig

339−

340−data RScoped a = RS Scope a

341−-- ^ Scope spans over everything to the right of a, (mostly) not

342−-- including a itself

343−-- (Includes a in a few special cases like recursive do bindings) or

344−-- let/where bindings

345−

346−-- | Pattern scope

347−data PScoped a = PS (Maybe Span)

348− Scope -- ^ use site of the pattern

349− Scope -- ^ pattern to the right of a, not including a

350− a

351− deriving (Typeable, Data) -- Pattern Scope

352−

353−{- Note [TyVar Scopes]

354−Due to -XScopedTypeVariables, type variables can be in scope quite far from

355−their original binding. We resolve the scope of these type variables

356−in a separate pass

357−-}

358−data TScoped a = TS TyVarScope a -- TyVarScope

359−

360−data TVScoped a = TVS TyVarScope Scope a -- TyVarScope

361−-- ^ First scope remains constant

362−-- Second scope is used to build up the scope of a tyvar over

363−-- things to its right, ala RScoped

364−

365−-- | Each element scopes over the elements to the right

366−listScopes :: Scope -> [Located a] -> [RScoped (Located a)]

367−listScopes _ [] = []

368−listScopes rhsScope [pat] = [RS rhsScope pat]

369−listScopes rhsScope (pat : pats) = RS sc pat : pats'

370− where

371− pats'@((RS scope p):_) = listScopes rhsScope pats

372− sc = combineScopes scope $ mkScope $ getLoc p

373−

374−-- | 'listScopes' specialised to 'PScoped' things

375−patScopes

376− :: Maybe Span

377− -> Scope

378− -> Scope

379− -> [LPat (GhcPass p)]

380− -> [PScoped (LPat (GhcPass p))]

381−patScopes rsp useScope patScope xs =

382− map (\(RS sc a) -> PS rsp useScope sc (composeSrcSpan a)) $

383− listScopes patScope (map dL xs)

384−

385−-- | 'listScopes' specialised to 'TVScoped' things

386−tvScopes

387− :: TyVarScope

388− -> Scope

389− -> [LHsTyVarBndr a]

390− -> [TVScoped (LHsTyVarBndr a)]

391−tvScopes tvScope rhsScope xs =

392− map (\(RS sc a)-> TVS tvScope sc a) $ listScopes rhsScope xs

393−

394−{- Note [Scoping Rules for SigPat]

395−Explicitly quantified variables in pattern type signatures are not

396−brought into scope in the rhs, but implicitly quantified variables

397−are (HsWC and HsIB).

398−This is unlike other signatures, where explicitly quantified variables

399−are brought into the RHS Scope

400−For example

401−foo :: forall a. ...;

402−foo = ... -- a is in scope here

403−

404−bar (x :: forall a. a -> a) = ... -- a is not in scope here

405−-- ^ a is in scope here (pattern body)

406−

407−bax (x :: a) = ... -- a is in scope here

408−Because of HsWC and HsIB pass on their scope to their children

409−we must wrap the LHsType in pattern signatures in a

410−Shielded explictly, so that the HsWC/HsIB scope is not passed

411−on the the LHsType

412−-}

413−

414−data Shielded a = SH Scope a -- Ignores its TScope, uses its own scope instead

415−

416−type family ProtectedSig a where

417− ProtectedSig GhcRn = HsWildCardBndrs GhcRn (HsImplicitBndrs

418− GhcRn

419− (Shielded (LHsType GhcRn)))

420− ProtectedSig GhcTc = NoExtField

421−

422−class ProtectSig a where

423− protectSig :: Scope -> LHsSigWcType (NoGhcTc a) -> ProtectedSig a

424−

425−instance (HasLoc a) => HasLoc (Shielded a) where

426− loc (SH _ a) = loc a

427−

428−instance (ToHie (TScoped a)) => ToHie (TScoped (Shielded a)) where

429− toHie (TS _ (SH sc a)) = toHie (TS (ResolvedScopes [sc]) a)

430−

431−instance ProtectSig GhcTc where

432− protectSig _ _ = noExtField

433−

434−instance ProtectSig GhcRn where

435− protectSig sc (HsWC a (HsIB b sig)) =

436− HsWC a (HsIB b (SH sc sig))

437− protectSig _ (HsWC _ (XHsImplicitBndrs nec)) = noExtCon nec

438− protectSig _ (XHsWildCardBndrs nec) = noExtCon nec

439−

440−class HasLoc a where

441− -- ^ defined so that HsImplicitBndrs and HsWildCardBndrs can

442− -- know what their implicit bindings are scoping over

443− loc :: a -> SrcSpan

444−

445−instance HasLoc thing => HasLoc (TScoped thing) where

446− loc (TS _ a) = loc a

447−

448−instance HasLoc thing => HasLoc (PScoped thing) where

449− loc (PS _ _ _ a) = loc a

450−

451−instance HasLoc (LHsQTyVars GhcRn) where

452− loc (HsQTvs _ vs) = loc vs

453− loc _ = noSrcSpan

454−

455−instance HasLoc thing => HasLoc (HsImplicitBndrs a thing) where

456− loc (HsIB _ a) = loc a

457− loc _ = noSrcSpan

458−

459−instance HasLoc thing => HasLoc (HsWildCardBndrs a thing) where

460− loc (HsWC _ a) = loc a

461− loc _ = noSrcSpan

462−

463−instance HasLoc (Located a) where

464− loc (L l _) = l

465−

466−instance HasLoc a => HasLoc [a] where

467− loc [] = noSrcSpan

468− loc xs = foldl1' combineSrcSpans $ map loc xs

469−

470−instance HasLoc a => HasLoc (FamEqn s a) where

471− loc (FamEqn _ a Nothing b _ c) = foldl1' combineSrcSpans [loc a, loc b, loc c]

472− loc (FamEqn _ a (Just tvs) b _ c) = foldl1' combineSrcSpans

473− [loc a, loc tvs, loc b, loc c]

474− loc _ = noSrcSpan

475−instance (HasLoc tm, HasLoc ty) => HasLoc (HsArg tm ty) where

476− loc (HsValArg tm) = loc tm

477− loc (HsTypeArg _ ty) = loc ty

478− loc (HsArgPar sp) = sp

479−

480−instance HasLoc (HsDataDefn GhcRn) where

481− loc def@(HsDataDefn{}) = loc $ dd_cons def

482− -- Only used for data family instances, so we only need rhs

483− -- Most probably the rest will be unhelpful anyway

484− loc _ = noSrcSpan

485−

486−{- Note [Real DataCon Name]

487−The typechecker subtitutes the conLikeWrapId for the name, but we don't want

488−this showing up in the hieFile, so we replace the name in the Id with the

489−original datacon name

490−See also Note [Data Constructor Naming]

491−-}

492−class HasRealDataConName p where

493− getRealDataCon :: XRecordCon p -> Located (IdP p) -> Located (IdP p)

494−

495−instance HasRealDataConName GhcRn where

496− getRealDataCon _ n = n

497−instance HasRealDataConName GhcTc where

498− getRealDataCon RecordConTc{rcon_con_like = con} (L sp var) =

499− L sp (setVarName var (conLikeName con))

500−

501−-- | The main worker class

502−-- See Note [Updating HieAst for changes in the GHC AST] for more information

503−-- on how to add/modify instances for this.

504−class ToHie a where

505− toHie :: a -> HieM [HieAST Type]

506−

507−-- | Used to collect type info

508−class Data a => HasType a where

509− getTypeNode :: a -> HieM [HieAST Type]

510−

511−instance (ToHie a) => ToHie [a] where

512− toHie = concatMapM toHie

513−

514−instance (ToHie a) => ToHie (Bag a) where

515− toHie = toHie . bagToList

516−

517−instance (ToHie a) => ToHie (Maybe a) where

518− toHie = maybe (pure []) toHie

519−

520−instance ToHie (Context (Located NoExtField)) where

521− toHie _ = pure []

522−

523−instance ToHie (TScoped NoExtField) where

524− toHie _ = pure []

525−

526−instance ToHie (IEContext (Located ModuleName)) where

527− toHie (IEC c (L (RealSrcSpan span) mname)) =

528− pure $ [Node (NodeInfo S.empty [] idents) span []]

529− where details = mempty{identInfo = S.singleton (IEThing c)}

530− idents = M.singleton (Left mname) details

531− toHie _ = pure []

532−

533−instance ToHie (Context (Located Var)) where

534− toHie c = case c of

535− C context (L (RealSrcSpan span) name')

536− -> do

537− m <- asks name_remapping

538− let name = case lookupNameEnv m (varName name') of

539− Just var -> var

540− Nothing-> name'

541− pure

542− [Node

543− (NodeInfo S.empty [] $

544− M.singleton (Right $ varName name)

545− (IdentifierDetails (Just $ varType name')

546− (S.singleton context)))

547− span

548− []]

549− _ -> pure []

550−

551−instance ToHie (Context (Located Name)) where

552− toHie c = case c of

553− C context (L (RealSrcSpan span) name') -> do

554− m <- asks name_remapping

555− let name = case lookupNameEnv m name' of

556− Just var -> varName var

557− Nothing -> name'

558− pure

559− [Node

560− (NodeInfo S.empty [] $

561− M.singleton (Right name)

562− (IdentifierDetails Nothing

563− (S.singleton context)))

564− span

565− []]

566− _ -> pure []

567−

568−-- | Dummy instances - never called

569−instance ToHie (TScoped (LHsSigWcType GhcTc)) where

570− toHie _ = pure []

571−instance ToHie (TScoped (LHsWcType GhcTc)) where

572− toHie _ = pure []

573−instance ToHie (SigContext (LSig GhcTc)) where

574− toHie _ = pure []

575−instance ToHie (TScoped Type) where

576− toHie _ = pure []

577−

578−instance HasType (LHsBind GhcRn) where

579− getTypeNode (L spn bind) = makeNode bind spn

580−

581−instance HasType (LHsBind GhcTc) where

582− getTypeNode (L spn bind) = case bind of

583− FunBind{fun_id = name} -> makeTypeNode bind spn (varType $ unLoc name)

584− _ -> makeNode bind spn

585−

586−instance HasType (Located (Pat GhcRn)) where

587− getTypeNode (dL -> L spn pat) = makeNode pat spn

588−

589−instance HasType (Located (Pat GhcTc)) where

590− getTypeNode (dL -> L spn opat) = makeTypeNode opat spn (hsPatType opat)

591−

592−instance HasType (LHsExpr GhcRn) where

593− getTypeNode (L spn e) = makeNode e spn

594−

595−-- | This instance tries to construct 'HieAST' nodes which include the type of

596−-- the expression. It is not yet possible to do this efficiently for all

597−-- expression forms, so we skip filling in the type for those inputs.

598−--

599−-- 'HsApp', for example, doesn't have any type information available directly on

600−-- the node. Our next recourse would be to desugar it into a 'CoreExpr' then

601−-- query the type of that. Yet both the desugaring call and the type query both

602−-- involve recursive calls to the function and argument! This is particularly

603−-- problematic when you realize that the HIE traversal will eventually visit

604−-- those nodes too and ask for their types again.

605−--

606−-- Since the above is quite costly, we just skip cases where computing the

607−-- expression's type is going to be expensive.

608−--

609−-- See #16233

610−instance HasType (LHsExpr GhcTc) where

611− getTypeNode e@(L spn e') = lift $

612− -- Some expression forms have their type immediately available

613− let tyOpt = case e' of

614− HsLit _ l -> Just (hsLitType l)

615− HsOverLit _ o -> Just (overLitType o)

616−

617− HsLam _ (MG { mg_ext = groupTy }) -> Just (matchGroupType groupTy)

618− HsLamCase _ (MG { mg_ext = groupTy }) -> Just (matchGroupType groupTy)

619− HsCase _ _ (MG { mg_ext = groupTy }) -> Just (mg_res_ty groupTy)

620−

621− ExplicitList ty _ _ -> Just (mkListTy ty)

622− ExplicitSum ty _ _ _ -> Just (mkSumTy ty)

623− HsDo ty _ _ -> Just ty

624− HsMultiIf ty _ -> Just ty

625−

626− _ -> Nothing

627−

628− in

629− case tyOpt of

630− Just t -> makeTypeNode e' spn t

631− Nothing

632− | skipDesugaring e' -> fallback

633− | otherwise -> do

634− hs_env <- Hsc $ \e w -> return (e,w)

635− (_,mbe) <- liftIO $ deSugarExpr hs_env e

636− maybe fallback (makeTypeNode e' spn . exprType) mbe

637− where

638− fallback = makeNode e' spn

639−

640− matchGroupType :: MatchGroupTc -> Type

641− matchGroupType (MatchGroupTc args res) = mkVisFunTys args res

642−

643− -- | Skip desugaring of these expressions for performance reasons.

644− --

645− -- See impact on Haddock output (esp. missing type annotations or links)

646− -- before marking more things here as 'False'. See impact on Haddock

647− -- performance before marking more things as 'True'.

648− skipDesugaring :: HsExpr a -> Bool

649− skipDesugaring e = case e of

650− HsVar{} -> False

651− HsUnboundVar{} -> False

652− HsConLikeOut{} -> False

653− HsRecFld{} -> False

654− HsOverLabel{} -> False

655− HsIPVar{} -> False

656− HsWrap{} -> False

657− _ -> True

658−

659−instance ( ToHie (Context (Located (IdP a)))

660− , ToHie (MatchGroup a (LHsExpr a))

661− , ToHie (PScoped (LPat a))

662− , ToHie (GRHSs a (LHsExpr a))

663− , ToHie (LHsExpr a)

664− , ToHie (Located (PatSynBind a a))

665− , HasType (LHsBind a)

666− , ModifyState (IdP a)

667− , Data (HsBind a)

668− ) => ToHie (BindContext (LHsBind a)) where

669− toHie (BC context scope b@(L span bind)) =

670− concatM $ getTypeNode b : case bind of

671− FunBind{fun_id = name, fun_matches = matches} ->

672− [ toHie $ C (ValBind context scope $ getRealSpan span) name

673− , toHie matches

674− ]

675− PatBind{pat_lhs = lhs, pat_rhs = rhs} ->

676− [ toHie $ PS (getRealSpan span) scope NoScope lhs

677− , toHie rhs

678− ]

679− VarBind{var_rhs = expr} ->

680− [ toHie expr

681− ]

682− AbsBinds{abs_exports = xs, abs_binds = binds} ->

683− [ local (modifyState xs) $ -- Note [Name Remapping]

684− toHie $ fmap (BC context scope) binds

685− ]

686− PatSynBind _ psb ->

687− [ toHie $ L span psb -- PatSynBinds only occur at the top level

688− ]

689− XHsBindsLR _ -> []

690−

691−instance ( ToHie (LMatch a body)

692− ) => ToHie (MatchGroup a body) where

693− toHie mg = concatM $ case mg of

694− MG{ mg_alts = (L span alts) , mg_origin = FromSource } ->

695− [ pure $ locOnly span

696− , toHie alts

697− ]

698− MG{} -> []

699− XMatchGroup _ -> []

700−

701−instance ( ToHie (Context (Located (IdP a)))

702− , ToHie (PScoped (LPat a))

703− , ToHie (HsPatSynDir a)

704− ) => ToHie (Located (PatSynBind a a)) where

705− toHie (L sp psb) = concatM $ case psb of

706− PSB{psb_id=var, psb_args=dets, psb_def=pat, psb_dir=dir} ->

707− [ toHie $ C (Decl PatSynDec $ getRealSpan sp) var

708− , toHie $ toBind dets

709− , toHie $ PS Nothing lhsScope NoScope pat

710− , toHie dir

711− ]

712− where

713− lhsScope = combineScopes varScope detScope

714− varScope = mkLScope var

715− detScope = case dets of

716− (PrefixCon args) -> foldr combineScopes NoScope $ map mkLScope args

717− (InfixCon a b) -> combineScopes (mkLScope a) (mkLScope b)

718− (RecCon r) -> foldr go NoScope r

719− go (RecordPatSynField a b) c = combineScopes c

720− $ combineScopes (mkLScope a) (mkLScope b)

721− detSpan = case detScope of

722− LocalScope a -> Just a

723− _ -> Nothing

724− toBind (PrefixCon args) = PrefixCon $ map (C Use) args

725− toBind (InfixCon a b) = InfixCon (C Use a) (C Use b)

726− toBind (RecCon r) = RecCon $ map (PSC detSpan) r

727− XPatSynBind _ -> []

728−

729−instance ( ToHie (MatchGroup a (LHsExpr a))

730− ) => ToHie (HsPatSynDir a) where

731− toHie dir = case dir of

732− ExplicitBidirectional mg -> toHie mg

733− _ -> pure []

734−

735−instance ( a ~ GhcPass p

736− , ToHie body

737− , ToHie (HsMatchContext (NameOrRdrName (IdP a)))

738− , ToHie (PScoped (LPat a))

739− , ToHie (GRHSs a body)

740− , Data (Match a body)

741− ) => ToHie (LMatch (GhcPass p) body) where

742− toHie (L span m ) = concatM $ makeNode m span : case m of

743− Match{m_ctxt=mctx, m_pats = pats, m_grhss = grhss } ->

744− [ toHie mctx

745− , let rhsScope = mkScope $ grhss_span grhss

746− in toHie $ patScopes Nothing rhsScope NoScope pats

747− , toHie grhss

748− ]

749− XMatch _ -> []

750−

751−instance ( ToHie (Context (Located a))

752− ) => ToHie (HsMatchContext a) where

753− toHie (FunRhs{mc_fun=name}) = toHie $ C MatchBind name

754− toHie (StmtCtxt a) = toHie a

755− toHie _ = pure []

756−

757−instance ( ToHie (HsMatchContext a)

758− ) => ToHie (HsStmtContext a) where

759− toHie (PatGuard a) = toHie a

760− toHie (ParStmtCtxt a) = toHie a

761− toHie (TransStmtCtxt a) = toHie a

762− toHie _ = pure []

763−

764−instance ( a ~ GhcPass p

765− , ToHie (Context (Located (IdP a)))

766− , ToHie (RContext (HsRecFields a (PScoped (LPat a))))

767− , ToHie (LHsExpr a)

768− , ToHie (TScoped (LHsSigWcType a))

769− , ProtectSig a

770− , ToHie (TScoped (ProtectedSig a))

771− , HasType (LPat a)

772− , Data (HsSplice a)

773− ) => ToHie (PScoped (Located (Pat (GhcPass p)))) where

774− toHie (PS rsp scope pscope lpat@(dL -> L ospan opat)) =

775− concatM $ getTypeNode lpat : case opat of

776− WildPat _ ->

777− []

778− VarPat _ lname ->

779− [ toHie $ C (PatternBind scope pscope rsp) lname

780− ]

781− LazyPat _ p ->

782− [ toHie $ PS rsp scope pscope p

783− ]

784− AsPat _ lname pat ->

785− [ toHie $ C (PatternBind scope

786− (combineScopes (mkLScope (dL pat)) pscope)

787− rsp)

788− lname

789− , toHie $ PS rsp scope pscope pat

790− ]

791− ParPat _ pat ->

792− [ toHie $ PS rsp scope pscope pat

793− ]

794− BangPat _ pat ->

795− [ toHie $ PS rsp scope pscope pat

796− ]

797− ListPat _ pats ->

798− [ toHie $ patScopes rsp scope pscope pats

799− ]

800− TuplePat _ pats _ ->

801− [ toHie $ patScopes rsp scope pscope pats

802− ]

803− SumPat _ pat _ _ ->

804− [ toHie $ PS rsp scope pscope pat

805− ]

806− ConPatIn c dets ->

807− [ toHie $ C Use c

808− , toHie $ contextify dets

809− ]

810− ConPatOut {pat_con = con, pat_args = dets}->

811− [ toHie $ C Use $ fmap conLikeName con

812− , toHie $ contextify dets

813− ]

814− ViewPat _ expr pat ->

815− [ toHie expr

816− , toHie $ PS rsp scope pscope pat

817− ]

818− SplicePat _ sp ->

819− [ toHie $ L ospan sp

820− ]

821− LitPat _ _ ->

822− []

823− NPat _ _ _ _ ->

824− []

825− NPlusKPat _ n _ _ _ _ ->

826− [ toHie $ C (PatternBind scope pscope rsp) n

827− ]

828− SigPat _ pat sig ->

829− [ toHie $ PS rsp scope pscope pat

830− , let cscope = mkLScope (dL pat) in

831− toHie $ TS (ResolvedScopes [cscope, scope, pscope])

832− (protectSig @a cscope sig)

833− -- See Note [Scoping Rules for SigPat]

834− ]

835− CoPat _ _ _ _ ->

836− []

837− XPat _ -> []

838− where

839− contextify (PrefixCon args) = PrefixCon $ patScopes rsp scope pscope args

840− contextify (InfixCon a b) = InfixCon a' b'

841− where [a', b'] = patScopes rsp scope pscope [a,b]

842− contextify (RecCon r) = RecCon $ RC RecFieldMatch $ contextify_rec r

843− contextify_rec (HsRecFields fds a) = HsRecFields (map go scoped_fds) a

844− where

845− go (RS fscope (L spn (HsRecField lbl pat pun))) =

846− L spn $ HsRecField lbl (PS rsp scope fscope pat) pun

847− scoped_fds = listScopes pscope fds

848−

849−instance ( ToHie body

850− , ToHie (LGRHS a body)

851− , ToHie (RScoped (LHsLocalBinds a))

852− ) => ToHie (GRHSs a body) where

853− toHie grhs = concatM $ case grhs of

854− GRHSs _ grhss binds ->

855− [ toHie grhss

856− , toHie $ RS (mkScope $ grhss_span grhs) binds

857− ]

858− XGRHSs _ -> []

859−

860−instance ( ToHie (Located body)

861− , ToHie (RScoped (GuardLStmt a))

862− , Data (GRHS a (Located body))

863− ) => ToHie (LGRHS a (Located body)) where

864− toHie (L span g) = concatM $ makeNode g span : case g of

865− GRHS _ guards body ->

866− [ toHie $ listScopes (mkLScope body) guards

867− , toHie body

868− ]

869− XGRHS _ -> []

870−

871−instance ( a ~ GhcPass p

872− , ToHie (Context (Located (IdP a)))

873− , HasType (LHsExpr a)

874− , ToHie (PScoped (LPat a))

875− , ToHie (MatchGroup a (LHsExpr a))

876− , ToHie (LGRHS a (LHsExpr a))

877− , ToHie (RContext (HsRecordBinds a))

878− , ToHie (RFContext (Located (AmbiguousFieldOcc a)))

879− , ToHie (ArithSeqInfo a)

880− , ToHie (LHsCmdTop a)

881− , ToHie (RScoped (GuardLStmt a))

882− , ToHie (RScoped (LHsLocalBinds a))

883− , ToHie (TScoped (LHsWcType (NoGhcTc a)))

884− , ToHie (TScoped (LHsSigWcType (NoGhcTc a)))

885− , Data (HsExpr a)

886− , Data (HsSplice a)

887− , Data (HsTupArg a)

888− , Data (AmbiguousFieldOcc a)

889− , (HasRealDataConName a)

890− ) => ToHie (LHsExpr (GhcPass p)) where

891− toHie e@(L mspan oexpr) = concatM $ getTypeNode e : case oexpr of

892− HsVar _ (L _ var) ->

893− [ toHie $ C Use (L mspan var)

894− -- Patch up var location since typechecker removes it

895− ]

896− HsUnboundVar _ _ ->

897− []

898− HsConLikeOut _ con ->

899− [ toHie $ C Use $ L mspan $ conLikeName con

900− ]

901− HsRecFld _ fld ->

902− [ toHie $ RFC RecFieldOcc Nothing (L mspan fld)

903− ]

904− HsOverLabel _ _ _ -> []

905− HsIPVar _ _ -> []

906− HsOverLit _ _ -> []

907− HsLit _ _ -> []

908− HsLam _ mg ->

909− [ toHie mg

910− ]

911− HsLamCase _ mg ->

912− [ toHie mg

913− ]

914− HsApp _ a b ->

915− [ toHie a

916− , toHie b

917− ]

918− HsAppType _ expr sig ->

919− [ toHie expr

920− , toHie $ TS (ResolvedScopes []) sig

921− ]

922− OpApp _ a b c ->

923− [ toHie a

924− , toHie b

925− , toHie c

926− ]

927− NegApp _ a _ ->

928− [ toHie a

929− ]

930− HsPar _ a ->

931− [ toHie a

932− ]

933− SectionL _ a b ->

934− [ toHie a

935− , toHie b

936− ]

937− SectionR _ a b ->

938− [ toHie a

939− , toHie b

940− ]

941− ExplicitTuple _ args _ ->

942− [ toHie args

943− ]

944− ExplicitSum _ _ _ expr ->

945− [ toHie expr

946− ]

947− HsCase _ expr matches ->

948− [ toHie expr

949− , toHie matches

950− ]

951− HsIf _ _ a b c ->

952− [ toHie a

953− , toHie b

954− , toHie c

955− ]

956− HsMultiIf _ grhss ->

957− [ toHie grhss

958− ]

959− HsLet _ binds expr ->

960− [ toHie $ RS (mkLScope expr) binds

961− , toHie expr

962− ]

963− HsDo _ _ (L ispan stmts) ->

964− [ pure $ locOnly ispan

965− , toHie $ listScopes NoScope stmts

966− ]

967− ExplicitList _ _ exprs ->

968− [ toHie exprs

969− ]

970− RecordCon {rcon_ext = mrealcon, rcon_con_name = name, rcon_flds = binds} ->

971− [ toHie $ C Use (getRealDataCon @a mrealcon name)

972− -- See Note [Real DataCon Name]

973− , toHie $ RC RecFieldAssign $ binds

974− ]

975− RecordUpd {rupd_expr = expr, rupd_flds = upds}->

976− [ toHie expr

977− , toHie $ map (RC RecFieldAssign) upds

978− ]

979− ExprWithTySig _ expr sig ->

980− [ toHie expr

981− , toHie $ TS (ResolvedScopes [mkLScope expr]) sig

982− ]

983− ArithSeq _ _ info ->

984− [ toHie info

985− ]

986− HsSCC _ _ _ expr ->

987− [ toHie expr

988− ]

989− HsCoreAnn _ _ _ expr ->

990− [ toHie expr

991− ]

992− HsProc _ pat cmdtop ->

993− [ toHie $ PS Nothing (mkLScope cmdtop) NoScope pat

994− , toHie cmdtop

995− ]

996− HsStatic _ expr ->

997− [ toHie expr

998− ]

999− HsTick _ _ expr ->

1000− [ toHie expr

1001− ]

1002− HsBinTick _ _ _ expr ->

1003− [ toHie expr

1004− ]

1005− HsTickPragma _ _ _ _ expr ->

1006− [ toHie expr

1007− ]

1008− HsWrap _ _ a ->

1009− [ toHie $ L mspan a

1010− ]

1011− HsBracket _ b ->

1012− [ toHie b

1013− ]

1014− HsRnBracketOut _ b p ->

1015− [ toHie b

1016− , toHie p

1017− ]

1018− HsTcBracketOut _ b p ->

1019− [ toHie b

1020− , toHie p

1021− ]

1022− HsSpliceE _ x ->

1023− [ toHie $ L mspan x

1024− ]

1025− XExpr _ -> []

1026−

1027−instance ( a ~ GhcPass p

1028− , ToHie (LHsExpr a)

1029− , Data (HsTupArg a)

1030− ) => ToHie (LHsTupArg (GhcPass p)) where

1031− toHie (L span arg) = concatM $ makeNode arg span : case arg of

1032− Present _ expr ->

1033− [ toHie expr

1034− ]

1035− Missing _ -> []

1036− XTupArg _ -> []

1037−

1038−instance ( a ~ GhcPass p

1039− , ToHie (PScoped (LPat a))

1040− , ToHie (LHsExpr a)

1041− , ToHie (SigContext (LSig a))

1042− , ToHie (RScoped (LHsLocalBinds a))

1043− , ToHie (RScoped (ApplicativeArg a))

1044− , ToHie (Located body)

1045− , Data (StmtLR a a (Located body))

1046− , Data (StmtLR a a (Located (HsExpr a)))

1047− ) => ToHie (RScoped (LStmt (GhcPass p) (Located body))) where

1048− toHie (RS scope (L span stmt)) = concatM $ makeNode stmt span : case stmt of

1049− LastStmt _ body _ _ ->

1050− [ toHie body

1051− ]

1052− BindStmt _ pat body _ _ ->

1053− [ toHie $ PS (getRealSpan $ getLoc body) scope NoScope pat

1054− , toHie body

1055− ]

1056− ApplicativeStmt _ stmts _ ->

1057− [ concatMapM (toHie . RS scope . snd) stmts

1058− ]

1059− BodyStmt _ body _ _ ->

1060− [ toHie body

1061− ]

1062− LetStmt _ binds ->

1063− [ toHie $ RS scope binds

1064− ]

1065− ParStmt _ parstmts _ _ ->

1066− [ concatMapM (\(ParStmtBlock _ stmts _ _) ->

1067− toHie $ listScopes NoScope stmts)

1068− parstmts

1069− ]

1070− TransStmt {trS_stmts = stmts, trS_using = using, trS_by = by} ->

1071− [ toHie $ listScopes scope stmts

1072− , toHie using

1073− , toHie by

1074− ]

1075− RecStmt {recS_stmts = stmts} ->

1076− [ toHie $ map (RS $ combineScopes scope (mkScope span)) stmts

1077− ]

1078− XStmtLR _ -> []

1079−

1080−instance ( ToHie (LHsExpr a)

1081− , ToHie (PScoped (LPat a))

1082− , ToHie (BindContext (LHsBind a))

1083− , ToHie (SigContext (LSig a))

1084− , ToHie (RScoped (HsValBindsLR a a))

1085− , Data (HsLocalBinds a)

1086− ) => ToHie (RScoped (LHsLocalBinds a)) where

1087− toHie (RS scope (L sp binds)) = concatM $ makeNode binds sp : case binds of

1088− EmptyLocalBinds _ -> []

1089− HsIPBinds _ _ -> []

1090− HsValBinds _ valBinds ->

1091− [ toHie $ RS (combineScopes scope $ mkScope sp)

1092− valBinds

1093− ]

1094− XHsLocalBindsLR _ -> []

1095−

1096−instance ( ToHie (BindContext (LHsBind a))

1097− , ToHie (SigContext (LSig a))

1098− , ToHie (RScoped (XXValBindsLR a a))

1099− ) => ToHie (RScoped (HsValBindsLR a a)) where

1100− toHie (RS sc v) = concatM $ case v of

1101− ValBinds _ binds sigs ->

1102− [ toHie $ fmap (BC RegularBind sc) binds

1103− , toHie $ fmap (SC (SI BindSig Nothing)) sigs

1104− ]

1105− XValBindsLR x -> [ toHie $ RS sc x ]

1106−

1107−instance ToHie (RScoped (NHsValBindsLR GhcTc)) where

1108− toHie (RS sc (NValBinds binds sigs)) = concatM $

1109− [ toHie (concatMap (map (BC RegularBind sc) . bagToList . snd) binds)

1110− , toHie $ fmap (SC (SI BindSig Nothing)) sigs

1111− ]

1112−instance ToHie (RScoped (NHsValBindsLR GhcRn)) where

1113− toHie (RS sc (NValBinds binds sigs)) = concatM $

1114− [ toHie (concatMap (map (BC RegularBind sc) . bagToList . snd) binds)

1115− , toHie $ fmap (SC (SI BindSig Nothing)) sigs

1116− ]

1117−

1118−instance ( ToHie (RContext (LHsRecField a arg))

1119− ) => ToHie (RContext (HsRecFields a arg)) where

1120− toHie (RC c (HsRecFields fields _)) = toHie $ map (RC c) fields

1121−

1122−instance ( ToHie (RFContext (Located label))

1123− , ToHie arg

1124− , HasLoc arg

1125− , Data label

1126− , Data arg

1127− ) => ToHie (RContext (LHsRecField' label arg)) where

1128− toHie (RC c (L span recfld)) = concatM $ makeNode recfld span : case recfld of

1129− HsRecField label expr _ ->

1130− [ toHie $ RFC c (getRealSpan $ loc expr) label

1131− , toHie expr

1132− ]

1133−

1134−removeDefSrcSpan :: Name -> Name

1135−removeDefSrcSpan n = setNameLoc n noSrcSpan

1136−

1137−instance ToHie (RFContext (LFieldOcc GhcRn)) where

1138− toHie (RFC c rhs (L nspan f)) = concatM $ case f of

1139− FieldOcc name _ ->

1140− [ toHie $ C (RecField c rhs) (L nspan $ removeDefSrcSpan name)

1141− ]

1142− XFieldOcc _ -> []

1143−

1144−instance ToHie (RFContext (LFieldOcc GhcTc)) where

1145− toHie (RFC c rhs (L nspan f)) = concatM $ case f of

1146− FieldOcc var _ ->

1147− let var' = setVarName var (removeDefSrcSpan $ varName var)

1148− in [ toHie $ C (RecField c rhs) (L nspan var')

1149− ]

1150− XFieldOcc _ -> []

1151−

1152−instance ToHie (RFContext (Located (AmbiguousFieldOcc GhcRn))) where

1153− toHie (RFC c rhs (L nspan afo)) = concatM $ case afo of

1154− Unambiguous name _ ->

1155− [ toHie $ C (RecField c rhs) $ L nspan $ removeDefSrcSpan name

1156− ]

1157− Ambiguous _name _ ->

1158− [ ]

1159− XAmbiguousFieldOcc _ -> []

1160−

1161−instance ToHie (RFContext (Located (AmbiguousFieldOcc GhcTc))) where

1162− toHie (RFC c rhs (L nspan afo)) = concatM $ case afo of

1163− Unambiguous var _ ->

1164− let var' = setVarName var (removeDefSrcSpan $ varName var)

1165− in [ toHie $ C (RecField c rhs) (L nspan var')

1166− ]

1167− Ambiguous var _ ->

1168− let var' = setVarName var (removeDefSrcSpan $ varName var)

1169− in [ toHie $ C (RecField c rhs) (L nspan var')

1170− ]

1171− XAmbiguousFieldOcc _ -> []

1172−

1173−instance ( a ~ GhcPass p

1174− , ToHie (PScoped (LPat a))

1175− , ToHie (BindContext (LHsBind a))

1176− , ToHie (LHsExpr a)

1177− , ToHie (SigContext (LSig a))

1178− , ToHie (RScoped (HsValBindsLR a a))

1179− , Data (StmtLR a a (Located (HsExpr a)))

1180− , Data (HsLocalBinds a)

1181− ) => ToHie (RScoped (ApplicativeArg (GhcPass p))) where

1182− toHie (RS sc (ApplicativeArgOne _ pat expr _ _)) = concatM

1183− [ toHie $ PS Nothing sc NoScope pat

1184− , toHie expr

1185− ]

1186− toHie (RS sc (ApplicativeArgMany _ stmts _ pat)) = concatM

1187− [ toHie $ listScopes NoScope stmts

1188− , toHie $ PS Nothing sc NoScope pat

1189− ]

1190− toHie (RS _ (XApplicativeArg _)) = pure []

1191−

1192−instance (ToHie arg, ToHie rec) => ToHie (HsConDetails arg rec) where

1193− toHie (PrefixCon args) = toHie args

1194− toHie (RecCon rec) = toHie rec

1195− toHie (InfixCon a b) = concatM [ toHie a, toHie b]

1196−

1197−instance ( ToHie (LHsCmd a)

1198− , Data (HsCmdTop a)

1199− ) => ToHie (LHsCmdTop a) where

1200− toHie (L span top) = concatM $ makeNode top span : case top of

1201− HsCmdTop _ cmd ->

1202− [ toHie cmd

1203− ]

1204− XCmdTop _ -> []

1205−

1206−instance ( a ~ GhcPass p

1207− , ToHie (PScoped (LPat a))

1208− , ToHie (BindContext (LHsBind a))

1209− , ToHie (LHsExpr a)

1210− , ToHie (MatchGroup a (LHsCmd a))

1211− , ToHie (SigContext (LSig a))

1212− , ToHie (RScoped (HsValBindsLR a a))

1213− , Data (HsCmd a)

1214− , Data (HsCmdTop a)

1215− , Data (StmtLR a a (Located (HsCmd a)))

1216− , Data (HsLocalBinds a)

1217− , Data (StmtLR a a (Located (HsExpr a)))

1218− ) => ToHie (LHsCmd (GhcPass p)) where

1219− toHie (L span cmd) = concatM $ makeNode cmd span : case cmd of

1220− HsCmdArrApp _ a b _ _ ->

1221− [ toHie a

1222− , toHie b

1223− ]

1224− HsCmdArrForm _ a _ _ cmdtops ->

1225− [ toHie a

1226− , toHie cmdtops

1227− ]

1228− HsCmdApp _ a b ->

1229− [ toHie a

1230− , toHie b

1231− ]

1232− HsCmdLam _ mg ->

1233− [ toHie mg

1234− ]

1235− HsCmdPar _ a ->

1236− [ toHie a

1237− ]

1238− HsCmdCase _ expr alts ->

1239− [ toHie expr

1240− , toHie alts

1241− ]

1242− HsCmdIf _ _ a b c ->

1243− [ toHie a

1244− , toHie b

1245− , toHie c

1246− ]

1247− HsCmdLet _ binds cmd' ->

1248− [ toHie $ RS (mkLScope cmd') binds

1249− , toHie cmd'

1250− ]

1251− HsCmdDo _ (L ispan stmts) ->

1252− [ pure $ locOnly ispan

1253− , toHie $ listScopes NoScope stmts

1254− ]

1255− HsCmdWrap _ _ _ -> []

1256− XCmd _ -> []

1257−

1258−instance ToHie (TyClGroup GhcRn) where

1259− toHie TyClGroup{ group_tyclds = classes

1260− , group_roles = roles

1261− , group_kisigs = sigs

1262− , group_instds = instances } =

1263− concatM

1264− [ toHie classes

1265− , toHie sigs

1266− , toHie roles

1267− , toHie instances

1268− ]

1269− toHie (XTyClGroup _) = pure []

1270−

1271−instance ToHie (LTyClDecl GhcRn) where

1272− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1273− FamDecl {tcdFam = fdecl} ->

1274− [ toHie (L span fdecl)

1275− ]

1276− SynDecl {tcdLName = name, tcdTyVars = vars, tcdRhs = typ} ->

1277− [ toHie $ C (Decl SynDec $ getRealSpan span) name

1278− , toHie $ TS (ResolvedScopes [mkScope $ getLoc typ]) vars

1279− , toHie typ

1280− ]

1281− DataDecl {tcdLName = name, tcdTyVars = vars, tcdDataDefn = defn} ->

1282− [ toHie $ C (Decl DataDec $ getRealSpan span) name

1283− , toHie $ TS (ResolvedScopes [quant_scope, rhs_scope]) vars

1284− , toHie defn

1285− ]

1286− where

1287− quant_scope = mkLScope $ dd_ctxt defn

1288− rhs_scope = sig_sc `combineScopes` con_sc `combineScopes` deriv_sc

1289− sig_sc = maybe NoScope mkLScope $ dd_kindSig defn

1290− con_sc = foldr combineScopes NoScope $ map mkLScope $ dd_cons defn

1291− deriv_sc = mkLScope $ dd_derivs defn

1292− ClassDecl { tcdCtxt = context

1293− , tcdLName = name

1294− , tcdTyVars = vars

1295− , tcdFDs = deps

1296− , tcdSigs = sigs

1297− , tcdMeths = meths

1298− , tcdATs = typs

1299− , tcdATDefs = deftyps

1300− } ->

1301− [ toHie $ C (Decl ClassDec $ getRealSpan span) name

1302− , toHie context

1303− , toHie $ TS (ResolvedScopes [context_scope, rhs_scope]) vars

1304− , toHie deps

1305− , toHie $ map (SC $ SI ClassSig $ getRealSpan span) sigs

1306− , toHie $ fmap (BC InstanceBind ModuleScope) meths

1307− , toHie typs

1308− , concatMapM (pure . locOnly . getLoc) deftyps

1309− , toHie deftyps

1310− ]

1311− where

1312− context_scope = mkLScope context

1313− rhs_scope = foldl1' combineScopes $ map mkScope

1314− [ loc deps, loc sigs, loc (bagToList meths), loc typs, loc deftyps]

1315− XTyClDecl _ -> []

1316−

1317−instance ToHie (LFamilyDecl GhcRn) where

1318− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1319− FamilyDecl _ info name vars _ sig inj ->

1320− [ toHie $ C (Decl FamDec $ getRealSpan span) name

1321− , toHie $ TS (ResolvedScopes [rhsSpan]) vars

1322− , toHie info

1323− , toHie $ RS injSpan sig

1324− , toHie inj

1325− ]

1326− where

1327− rhsSpan = sigSpan `combineScopes` injSpan

1328− sigSpan = mkScope $ getLoc sig

1329− injSpan = maybe NoScope (mkScope . getLoc) inj

1330− XFamilyDecl _ -> []

1331−

1332−instance ToHie (FamilyInfo GhcRn) where

1333− toHie (ClosedTypeFamily (Just eqns)) = concatM $

1334− [ concatMapM (pure . locOnly . getLoc) eqns

1335− , toHie $ map go eqns

1336− ]

1337− where

1338− go (L l ib) = TS (ResolvedScopes [mkScope l]) ib

1339− toHie _ = pure []

1340−

1341−instance ToHie (RScoped (LFamilyResultSig GhcRn)) where

1342− toHie (RS sc (L span sig)) = concatM $ makeNode sig span : case sig of

1343− NoSig _ ->

1344− []

1345− KindSig _ k ->

1346− [ toHie k

1347− ]

1348− TyVarSig _ bndr ->

1349− [ toHie $ TVS (ResolvedScopes [sc]) NoScope bndr

1350− ]

1351− XFamilyResultSig _ -> []

1352−

1353−instance ToHie (Located (FunDep (Located Name))) where

1354− toHie (L span fd@(lhs, rhs)) = concatM $

1355− [ makeNode fd span

1356− , toHie $ map (C Use) lhs

1357− , toHie $ map (C Use) rhs

1358− ]

1359−

1360−instance (ToHie rhs, HasLoc rhs)

1361− => ToHie (TScoped (FamEqn GhcRn rhs)) where

1362− toHie (TS _ f) = toHie f

1363−

1364−instance (ToHie rhs, HasLoc rhs)

1365− => ToHie (FamEqn GhcRn rhs) where

1366− toHie fe@(FamEqn _ var tybndrs pats _ rhs) = concatM $

1367− [ toHie $ C (Decl InstDec $ getRealSpan $ loc fe) var

1368− , toHie $ fmap (tvScopes (ResolvedScopes []) scope) tybndrs

1369− , toHie pats

1370− , toHie rhs

1371− ]

1372− where scope = combineScopes patsScope rhsScope

1373− patsScope = mkScope (loc pats)

1374− rhsScope = mkScope (loc rhs)

1375− toHie (XFamEqn _) = pure []

1376−

1377−instance ToHie (LInjectivityAnn GhcRn) where

1378− toHie (L span ann) = concatM $ makeNode ann span : case ann of

1379− InjectivityAnn lhs rhs ->

1380− [ toHie $ C Use lhs

1381− , toHie $ map (C Use) rhs

1382− ]

1383−

1384−instance ToHie (HsDataDefn GhcRn) where

1385− toHie (HsDataDefn _ _ ctx _ mkind cons derivs) = concatM

1386− [ toHie ctx

1387− , toHie mkind

1388− , toHie cons

1389− , toHie derivs

1390− ]

1391− toHie (XHsDataDefn _) = pure []

1392−

1393−instance ToHie (HsDeriving GhcRn) where

1394− toHie (L span clauses) = concatM

1395− [ pure $ locOnly span

1396− , toHie clauses

1397− ]

1398−

1399−instance ToHie (LHsDerivingClause GhcRn) where

1400− toHie (L span cl) = concatM $ makeNode cl span : case cl of

1401− HsDerivingClause _ strat (L ispan tys) ->

1402− [ toHie strat

1403− , pure $ locOnly ispan

1404− , toHie $ map (TS (ResolvedScopes [])) tys

1405− ]

1406− XHsDerivingClause _ -> []

1407−

1408−instance ToHie (Located (DerivStrategy GhcRn)) where

1409− toHie (L span strat) = concatM $ makeNode strat span : case strat of

1410− StockStrategy -> []

1411− AnyclassStrategy -> []

1412− NewtypeStrategy -> []

1413− ViaStrategy s -> [ toHie $ TS (ResolvedScopes []) s ]

1414−

1415−instance ToHie (Located OverlapMode) where

1416− toHie (L span _) = pure $ locOnly span

1417−

1418−instance ToHie (LConDecl GhcRn) where

1419− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1420− ConDeclGADT { con_names = names, con_qvars = qvars

1421− , con_mb_cxt = ctx, con_args = args, con_res_ty = typ } ->

1422− [ toHie $ map (C (Decl ConDec $ getRealSpan span)) names

1423− , toHie $ TS (ResolvedScopes [ctxScope, rhsScope]) qvars

1424− , toHie ctx

1425− , toHie args

1426− , toHie typ

1427− ]

1428− where

1429− rhsScope = combineScopes argsScope tyScope

1430− ctxScope = maybe NoScope mkLScope ctx

1431− argsScope = condecl_scope args

1432− tyScope = mkLScope typ

1433− ConDeclH98 { con_name = name, con_ex_tvs = qvars

1434− , con_mb_cxt = ctx, con_args = dets } ->

1435− [ toHie $ C (Decl ConDec $ getRealSpan span) name

1436− , toHie $ tvScopes (ResolvedScopes []) rhsScope qvars

1437− , toHie ctx

1438− , toHie dets

1439− ]

1440− where

1441− rhsScope = combineScopes ctxScope argsScope

1442− ctxScope = maybe NoScope mkLScope ctx

1443− argsScope = condecl_scope dets

1444− XConDecl _ -> []

1445− where condecl_scope args = case args of

1446− PrefixCon xs -> foldr combineScopes NoScope $ map mkLScope xs

1447− InfixCon a b -> combineScopes (mkLScope a) (mkLScope b)

1448− RecCon x -> mkLScope x

1449−

1450−instance ToHie (Located [LConDeclField GhcRn]) where

1451− toHie (L span decls) = concatM $

1452− [ pure $ locOnly span

1453− , toHie decls

1454− ]

1455−

1456−instance ( HasLoc thing

1457− , ToHie (TScoped thing)

1458− ) => ToHie (TScoped (HsImplicitBndrs GhcRn thing)) where

1459− toHie (TS sc (HsIB ibrn a)) = concatM $

1460− [ pure $ bindingsOnly $ map (C $ TyVarBind (mkScope span) sc) ibrn

1461− , toHie $ TS sc a

1462− ]

1463− where span = loc a

1464− toHie (TS _ (XHsImplicitBndrs _)) = pure []

1465−

1466−instance ( HasLoc thing

1467− , ToHie (TScoped thing)

1468− ) => ToHie (TScoped (HsWildCardBndrs GhcRn thing)) where

1469− toHie (TS sc (HsWC names a)) = concatM $

1470− [ pure $ bindingsOnly $ map (C $ TyVarBind (mkScope span) sc) names

1471− , toHie $ TS sc a

1472− ]

1473− where span = loc a

1474− toHie (TS _ (XHsWildCardBndrs _)) = pure []

1475−

1476−instance ToHie (LStandaloneKindSig GhcRn) where

1477− toHie (L sp sig) = concatM [makeNode sig sp, toHie sig]

1478−

1479−instance ToHie (StandaloneKindSig GhcRn) where

1480− toHie sig = concatM $ case sig of

1481− StandaloneKindSig _ name typ ->

1482− [ toHie $ C TyDecl name

1483− , toHie $ TS (ResolvedScopes []) typ

1484− ]

1485− XStandaloneKindSig _ -> []

1486−

1487−instance ToHie (SigContext (LSig GhcRn)) where

1488− toHie (SC (SI styp msp) (L sp sig)) = concatM $ makeNode sig sp : case sig of

1489− TypeSig _ names typ ->

1490− [ toHie $ map (C TyDecl) names

1491− , toHie $ TS (UnresolvedScope (map unLoc names) Nothing) typ

1492− ]

1493− PatSynSig _ names typ ->

1494− [ toHie $ map (C TyDecl) names

1495− , toHie $ TS (UnresolvedScope (map unLoc names) Nothing) typ

1496− ]

1497− ClassOpSig _ _ names typ ->

1498− [ case styp of

1499− ClassSig -> toHie $ map (C $ ClassTyDecl $ getRealSpan sp) names

1500− _ -> toHie $ map (C $ TyDecl) names

1501− , toHie $ TS (UnresolvedScope (map unLoc names) msp) typ

1502− ]

1503− IdSig _ _ -> []

1504− FixSig _ fsig ->

1505− [ toHie $ L sp fsig

1506− ]

1507− InlineSig _ name _ ->

1508− [ toHie $ (C Use) name

1509− ]

1510− SpecSig _ name typs _ ->

1511− [ toHie $ (C Use) name

1512− , toHie $ map (TS (ResolvedScopes [])) typs

1513− ]

1514− SpecInstSig _ _ typ ->

1515− [ toHie $ TS (ResolvedScopes []) typ

1516− ]

1517− MinimalSig _ _ form ->

1518− [ toHie form

1519− ]

1520− SCCFunSig _ _ name mtxt ->

1521− [ toHie $ (C Use) name

1522− , pure $ maybe [] (locOnly . getLoc) mtxt

1523− ]

1524− CompleteMatchSig _ _ (L ispan names) typ ->

1525− [ pure $ locOnly ispan

1526− , toHie $ map (C Use) names

1527− , toHie $ fmap (C Use) typ

1528− ]

1529− XSig _ -> []

1530−

1531−instance ToHie (LHsType GhcRn) where

1532− toHie x = toHie $ TS (ResolvedScopes []) x

1533−

1534−instance ToHie (TScoped (LHsType GhcRn)) where

1535− toHie (TS tsc (L span t)) = concatM $ makeNode t span : case t of

1536− HsForAllTy _ _ bndrs body ->

1537− [ toHie $ tvScopes tsc (mkScope $ getLoc body) bndrs

1538− , toHie body

1539− ]

1540− HsQualTy _ ctx body ->

1541− [ toHie ctx

1542− , toHie body

1543− ]

1544− HsTyVar _ _ var ->

1545− [ toHie $ C Use var

1546− ]

1547− HsAppTy _ a b ->

1548− [ toHie a

1549− , toHie b

1550− ]

1551− HsAppKindTy _ ty ki ->

1552− [ toHie ty

1553− , toHie $ TS (ResolvedScopes []) ki

1554− ]

1555− HsFunTy _ a b ->

1556− [ toHie a

1557− , toHie b

1558− ]

1559− HsListTy _ a ->

1560− [ toHie a

1561− ]

1562− HsTupleTy _ _ tys ->

1563− [ toHie tys

1564− ]

1565− HsSumTy _ tys ->

1566− [ toHie tys

1567− ]

1568− HsOpTy _ a op b ->

1569− [ toHie a

1570− , toHie $ C Use op

1571− , toHie b

1572− ]

1573− HsParTy _ a ->

1574− [ toHie a

1575− ]

1576− HsIParamTy _ ip ty ->

1577− [ toHie ip

1578− , toHie ty

1579− ]

1580− HsKindSig _ a b ->

1581− [ toHie a

1582− , toHie b

1583− ]

1584− HsSpliceTy _ a ->

1585− [ toHie $ L span a

1586− ]

1587− HsDocTy _ a _ ->

1588− [ toHie a

1589− ]

1590− HsBangTy _ _ ty ->

1591− [ toHie ty

1592− ]

1593− HsRecTy _ fields ->

1594− [ toHie fields

1595− ]

1596− HsExplicitListTy _ _ tys ->

1597− [ toHie tys

1598− ]

1599− HsExplicitTupleTy _ tys ->

1600− [ toHie tys

1601− ]

1602− HsTyLit _ _ -> []

1603− HsWildCardTy _ -> []

1604− HsStarTy _ _ -> []

1605− XHsType _ -> []

1606−

1607−instance (ToHie tm, ToHie ty) => ToHie (HsArg tm ty) where

1608− toHie (HsValArg tm) = toHie tm

1609− toHie (HsTypeArg _ ty) = toHie ty

1610− toHie (HsArgPar sp) = pure $ locOnly sp

1611−

1612−instance ToHie (TVScoped (LHsTyVarBndr GhcRn)) where

1613− toHie (TVS tsc sc (L span bndr)) = concatM $ makeNode bndr span : case bndr of

1614− UserTyVar _ var ->

1615− [ toHie $ C (TyVarBind sc tsc) var

1616− ]

1617− KindedTyVar _ var kind ->

1618− [ toHie $ C (TyVarBind sc tsc) var

1619− , toHie kind

1620− ]

1621− XTyVarBndr _ -> []

1622−

1623−instance ToHie (TScoped (LHsQTyVars GhcRn)) where

1624− toHie (TS sc (HsQTvs implicits vars)) = concatM $

1625− [ pure $ bindingsOnly bindings

1626− , toHie $ tvScopes sc NoScope vars

1627− ]

1628− where

1629− varLoc = loc vars

1630− bindings = map (C $ TyVarBind (mkScope varLoc) sc) implicits

1631− toHie (TS _ (XLHsQTyVars _)) = pure []

1632−

1633−instance ToHie (LHsContext GhcRn) where

1634− toHie (L span tys) = concatM $

1635− [ pure $ locOnly span

1636− , toHie tys

1637− ]

1638−

1639−instance ToHie (LConDeclField GhcRn) where

1640− toHie (L span field) = concatM $ makeNode field span : case field of

1641− ConDeclField _ fields typ _ ->

1642− [ toHie $ map (RFC RecFieldDecl (getRealSpan $ loc typ)) fields

1643− , toHie typ

1644− ]

1645− XConDeclField _ -> []

1646−

1647−instance ToHie (LHsExpr a) => ToHie (ArithSeqInfo a) where

1648− toHie (From expr) = toHie expr

1649− toHie (FromThen a b) = concatM $

1650− [ toHie a

1651− , toHie b

1652− ]

1653− toHie (FromTo a b) = concatM $

1654− [ toHie a

1655− , toHie b

1656− ]

1657− toHie (FromThenTo a b c) = concatM $

1658− [ toHie a

1659− , toHie b

1660− , toHie c

1661− ]

1662−

1663−instance ToHie (LSpliceDecl GhcRn) where

1664− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1665− SpliceDecl _ splice _ ->

1666− [ toHie splice

1667− ]

1668− XSpliceDecl _ -> []

1669−

1670−instance ToHie (HsBracket a) where

1671− toHie _ = pure []

1672−

1673−instance ToHie PendingRnSplice where

1674− toHie _ = pure []

1675−

1676−instance ToHie PendingTcSplice where

1677− toHie _ = pure []

1678−

1679−instance ToHie (LBooleanFormula (Located Name)) where

1680− toHie (L span form) = concatM $ makeNode form span : case form of

1681− Var a ->

1682− [ toHie $ C Use a

1683− ]

1684− And forms ->

1685− [ toHie forms

1686− ]

1687− Or forms ->

1688− [ toHie forms

1689− ]

1690− Parens f ->

1691− [ toHie f

1692− ]

1693−

1694−instance ToHie (Located HsIPName) where

1695− toHie (L span e) = makeNode e span

1696−

1697−instance ( ToHie (LHsExpr a)

1698− , Data (HsSplice a)

1699− ) => ToHie (Located (HsSplice a)) where

1700− toHie (L span sp) = concatM $ makeNode sp span : case sp of

1701− HsTypedSplice _ _ _ expr ->

1702− [ toHie expr

1703− ]

1704− HsUntypedSplice _ _ _ expr ->

1705− [ toHie expr

1706− ]

1707− HsQuasiQuote _ _ _ ispan _ ->

1708− [ pure $ locOnly ispan

1709− ]

1710− HsSpliced _ _ _ ->

1711− []

1712− HsSplicedT _ ->

1713− []

1714− XSplice _ -> []

1715−

1716−instance ToHie (LRoleAnnotDecl GhcRn) where

1717− toHie (L span annot) = concatM $ makeNode annot span : case annot of

1718− RoleAnnotDecl _ var roles ->

1719− [ toHie $ C Use var

1720− , concatMapM (pure . locOnly . getLoc) roles

1721− ]

1722− XRoleAnnotDecl _ -> []

1723−

1724−instance ToHie (LInstDecl GhcRn) where

1725− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1726− ClsInstD _ d ->

1727− [ toHie $ L span d

1728− ]

1729− DataFamInstD _ d ->

1730− [ toHie $ L span d

1731− ]

1732− TyFamInstD _ d ->

1733− [ toHie $ L span d

1734− ]

1735− XInstDecl _ -> []

1736−

1737−instance ToHie (LClsInstDecl GhcRn) where

1738− toHie (L span decl) = concatM

1739− [ toHie $ TS (ResolvedScopes [mkScope span]) $ cid_poly_ty decl

1740− , toHie $ fmap (BC InstanceBind ModuleScope) $ cid_binds decl

1741− , toHie $ map (SC $ SI InstSig $ getRealSpan span) $ cid_sigs decl

1742− , pure $ concatMap (locOnly . getLoc) $ cid_tyfam_insts decl

1743− , toHie $ cid_tyfam_insts decl

1744− , pure $ concatMap (locOnly . getLoc) $ cid_datafam_insts decl

1745− , toHie $ cid_datafam_insts decl

1746− , toHie $ cid_overlap_mode decl

1747− ]

1748−

1749−instance ToHie (LDataFamInstDecl GhcRn) where

1750− toHie (L sp (DataFamInstDecl d)) = toHie $ TS (ResolvedScopes [mkScope sp]) d

1751−

1752−instance ToHie (LTyFamInstDecl GhcRn) where

1753− toHie (L sp (TyFamInstDecl d)) = toHie $ TS (ResolvedScopes [mkScope sp]) d

1754−

1755−instance ToHie (Context a)

1756− => ToHie (PatSynFieldContext (RecordPatSynField a)) where

1757− toHie (PSC sp (RecordPatSynField a b)) = concatM $

1758− [ toHie $ C (RecField RecFieldDecl sp) a

1759− , toHie $ C Use b

1760− ]

1761−

1762−instance ToHie (LDerivDecl GhcRn) where

1763− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1764− DerivDecl _ typ strat overlap ->

1765− [ toHie $ TS (ResolvedScopes []) typ

1766− , toHie strat

1767− , toHie overlap

1768− ]

1769− XDerivDecl _ -> []

1770−

1771−instance ToHie (LFixitySig GhcRn) where

1772− toHie (L span sig) = concatM $ makeNode sig span : case sig of

1773− FixitySig _ vars _ ->

1774− [ toHie $ map (C Use) vars

1775− ]

1776− XFixitySig _ -> []

1777−

1778−instance ToHie (LDefaultDecl GhcRn) where

1779− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1780− DefaultDecl _ typs ->

1781− [ toHie typs

1782− ]

1783− XDefaultDecl _ -> []

1784−

1785−instance ToHie (LForeignDecl GhcRn) where

1786− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1787− ForeignImport {fd_name = name, fd_sig_ty = sig, fd_fi = fi} ->

1788− [ toHie $ C (ValBind RegularBind ModuleScope $ getRealSpan span) name

1789− , toHie $ TS (ResolvedScopes []) sig

1790− , toHie fi

1791− ]

1792− ForeignExport {fd_name = name, fd_sig_ty = sig, fd_fe = fe} ->

1793− [ toHie $ C Use name

1794− , toHie $ TS (ResolvedScopes []) sig

1795− , toHie fe

1796− ]

1797− XForeignDecl _ -> []

1798−

1799−instance ToHie ForeignImport where

1800− toHie (CImport (L a _) (L b _) _ _ (L c _)) = pure $ concat $

1801− [ locOnly a

1802− , locOnly b

1803− , locOnly c

1804− ]

1805−

1806−instance ToHie ForeignExport where

1807− toHie (CExport (L a _) (L b _)) = pure $ concat $

1808− [ locOnly a

1809− , locOnly b

1810− ]

1811−

1812−instance ToHie (LWarnDecls GhcRn) where

1813− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1814− Warnings _ _ warnings ->

1815− [ toHie warnings

1816− ]

1817− XWarnDecls _ -> []

1818−

1819−instance ToHie (LWarnDecl GhcRn) where

1820− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1821− Warning _ vars _ ->

1822− [ toHie $ map (C Use) vars

1823− ]

1824− XWarnDecl _ -> []

1825−

1826−instance ToHie (LAnnDecl GhcRn) where

1827− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1828− HsAnnotation _ _ prov expr ->

1829− [ toHie prov

1830− , toHie expr

1831− ]

1832− XAnnDecl _ -> []

1833−

1834−instance ToHie (Context (Located a)) => ToHie (AnnProvenance a) where

1835− toHie (ValueAnnProvenance a) = toHie $ C Use a

1836− toHie (TypeAnnProvenance a) = toHie $ C Use a

1837− toHie ModuleAnnProvenance = pure []

1838−

1839−instance ToHie (LRuleDecls GhcRn) where

1840− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1841− HsRules _ _ rules ->

1842− [ toHie rules

1843− ]

1844− XRuleDecls _ -> []

1845−

1846−instance ToHie (LRuleDecl GhcRn) where

1847− toHie (L _ (XRuleDecl _)) = pure []

1848− toHie (L span r@(HsRule _ rname _ tybndrs bndrs exprA exprB)) = concatM

1849− [ makeNode r span

1850− , pure $ locOnly $ getLoc rname

1851− , toHie $ fmap (tvScopes (ResolvedScopes []) scope) tybndrs

1852− , toHie $ map (RS $ mkScope span) bndrs

1853− , toHie exprA

1854− , toHie exprB

1855− ]

1856− where scope = bndrs_sc `combineScopes` exprA_sc `combineScopes` exprB_sc

1857− bndrs_sc = maybe NoScope mkLScope (listToMaybe bndrs)

1858− exprA_sc = mkLScope exprA

1859− exprB_sc = mkLScope exprB

1860−

1861−instance ToHie (RScoped (LRuleBndr GhcRn)) where

1862− toHie (RS sc (L span bndr)) = concatM $ makeNode bndr span : case bndr of

1863− RuleBndr _ var ->

1864− [ toHie $ C (ValBind RegularBind sc Nothing) var

1865− ]

1866− RuleBndrSig _ var typ ->

1867− [ toHie $ C (ValBind RegularBind sc Nothing) var

1868− , toHie $ TS (ResolvedScopes [sc]) typ

1869− ]

1870− XRuleBndr _ -> []

1871−

1872−instance ToHie (LImportDecl GhcRn) where

1873− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1874− ImportDecl { ideclName = name, ideclAs = as, ideclHiding = hidden } ->

1875− [ toHie $ IEC Import name

1876− , toHie $ fmap (IEC ImportAs) as

1877− , maybe (pure []) goIE hidden

1878− ]

1879− XImportDecl _ -> []

1880− where

1881− goIE (hiding, (L sp liens)) = concatM $

1882− [ pure $ locOnly sp

1883− , toHie $ map (IEC c) liens

1884− ]

1885− where

1886− c = if hiding then ImportHiding else Import

1887−

1888−instance ToHie (IEContext (LIE GhcRn)) where

1889− toHie (IEC c (L span ie)) = concatM $ makeNode ie span : case ie of

1890− IEVar _ n ->

1891− [ toHie $ IEC c n

1892− ]

1893− IEThingAbs _ n ->

1894− [ toHie $ IEC c n

1895− ]

1896− IEThingAll _ n ->

1897− [ toHie $ IEC c n

1898− ]

1899− IEThingWith _ n _ ns flds ->

1900− [ toHie $ IEC c n

1901− , toHie $ map (IEC c) ns

1902− , toHie $ map (IEC c) flds

1903− ]

1904− IEModuleContents _ n ->

1905− [ toHie $ IEC c n

1906− ]

1907− IEGroup _ _ _ -> []

1908− IEDoc _ _ -> []

1909− IEDocNamed _ _ -> []

1910− XIE _ -> []

1911−

1912−instance ToHie (IEContext (LIEWrappedName Name)) where

1913− toHie (IEC c (L span iewn)) = concatM $ makeNode iewn span : case iewn of

1914− IEName n ->

1915− [ toHie $ C (IEThing c) n

1916− ]

1917− IEPattern p ->

1918− [ toHie $ C (IEThing c) p

1919− ]

1920− IEType n ->

1921− [ toHie $ C (IEThing c) n

1922− ]

1923−

1924−instance ToHie (IEContext (Located (FieldLbl Name))) where

1925− toHie (IEC c (L span lbl)) = concatM $ makeNode lbl span : case lbl of

1926− FieldLabel _ _ n ->

1927− [ toHie $ C (IEThing c) $ L span n

1928− ]

src-ghc88/Development/IDE/GHC/HieAst.hsdeleted−1789

@@ -1,1789 +0,0 @@

1−

2−{-

3−Forked from GHC v8.8.1 to work around the readFile side effect in mkHiefile

4−

5−Main functions for .hie file generation

6−-}

7−{- HLINT ignore -}

8−{-# LANGUAGE OverloadedStrings #-}

9−{-# LANGUAGE FlexibleInstances #-}

10−{-# LANGUAGE UndecidableInstances #-}

11−{-# LANGUAGE FlexibleContexts #-}

12−{-# LANGUAGE TypeSynonymInstances #-}

13−{-# LANGUAGE ScopedTypeVariables #-}

14−{-# LANGUAGE TypeFamilies #-}

15−{-# LANGUAGE TypeApplications #-}

16−{-# LANGUAGE AllowAmbiguousTypes #-}

17−{-# LANGUAGE ViewPatterns #-}

18−{-# LANGUAGE DeriveDataTypeable #-}

19−module Development.IDE.GHC.HieAst ( mkHieFile ) where

20−

21−import Avail ( Avails )

22−import Bag ( Bag, bagToList )

23−import BasicTypes

24−import BooleanFormula

25−import Class ( FunDep )

26−import CoreUtils ( exprType )

27−import ConLike ( conLikeName )

28−import Desugar ( deSugarExpr )

29−import FieldLabel

30−import HsSyn

31−import HscTypes

32−import Module ( ModuleName, ml_hs_file )

33−import MonadUtils ( concatMapM, liftIO )

34−import Name ( Name, nameSrcSpan, setNameLoc )

35−import SrcLoc

36−import TcHsSyn ( hsLitType, hsPatType )

37−import Type ( mkFunTys, Type )

38−import TysWiredIn ( mkListTy, mkSumTy )

39−import Var ( Id, Var, setVarName, varName, varType )

40−import TcRnTypes

41−import MkIface ( mkIfaceExports )

42−

43−import HieTypes

44−import HieUtils

45−

46−import qualified Data.Array as A

47−import qualified Data.ByteString as BS

48−import qualified Data.Map as M

49−import qualified Data.Set as S

50−import Data.Data ( Data, Typeable )

51−import Data.List (foldl', foldl1' )

52−import Data.Maybe ( listToMaybe )

53−import Control.Monad.Trans.Reader

54−import Control.Monad.Trans.Class ( lift )

55−

56−-- These synonyms match those defined in main/GHC.hs

57−type RenamedSource = ( HsGroup GhcRn, [LImportDecl GhcRn]

58− , Maybe [(LIE GhcRn, Avails)]

59− , Maybe LHsDocString )

60−type TypecheckedSource = LHsBinds GhcTc

61−

62−

63−{- Note [Name Remapping]

64−The Typechecker introduces new names for mono names in AbsBinds.

65−We don't care about the distinction between mono and poly bindings,

66−so we replace all occurrences of the mono name with the poly name.

67−-}

68−newtype HieState = HieState

69− { name_remapping :: M.Map Name Id

70− }

71−

72−initState :: HieState

73−initState = HieState M.empty

74−

75−class ModifyState a where -- See Note [Name Remapping]

76− addSubstitution :: a -> a -> HieState -> HieState

77−

78−instance ModifyState Name where

79− addSubstitution _ _ hs = hs

80−

81−instance ModifyState Id where

82− addSubstitution mono poly hs =

83− hs{name_remapping = M.insert (varName mono) poly (name_remapping hs)}

84−

85−modifyState :: ModifyState (IdP p) => [ABExport p] -> HieState -> HieState

86−modifyState = foldr go id

87− where

88− go ABE{abe_poly=poly,abe_mono=mono} f = addSubstitution mono poly . f

89− go _ f = f

90−

91−type HieM = ReaderT HieState Hsc

92−

93−-- | Construct an 'HieFile' from the outputs of the typechecker.

94−mkHieFile :: ModSummary

95− -> TcGblEnv

96− -> RenamedSource

97− -> BS.ByteString

98− -> Hsc HieFile

99−mkHieFile ms ts rs src = do

100− let tc_binds = tcg_binds ts

101− (asts', arr) <- getCompressedAsts tc_binds rs

102− let Just src_file = ml_hs_file $ ms_location ms

103− return $ HieFile

104− { hie_hs_file = src_file

105− , hie_module = ms_mod ms

106− , hie_types = arr

107− , hie_asts = asts'

108− -- mkIfaceExports sorts the AvailInfos for stability

109− , hie_exports = mkIfaceExports (tcg_exports ts)

110− , hie_hs_src = src

111− }

112−

113−getCompressedAsts :: TypecheckedSource -> RenamedSource

114− -> Hsc (HieASTs TypeIndex, A.Array TypeIndex HieTypeFlat)

115−getCompressedAsts ts rs = do

116− asts <- enrichHie ts rs

117− return $ compressTypes asts

118−

119−enrichHie :: TypecheckedSource -> RenamedSource -> Hsc (HieASTs Type)

120−enrichHie ts (hsGrp, imports, exports, _) = flip runReaderT initState $ do

121− tasts <- toHie $ fmap (BC RegularBind ModuleScope) ts

122− rasts <- processGrp hsGrp

123− imps <- toHie $ filter (not . ideclImplicit . unLoc) imports

124− exps <- toHie $ fmap (map $ IEC Export . fst) exports

125− let spanFile children = case children of

126− [] -> mkRealSrcSpan (mkRealSrcLoc "" 1 1) (mkRealSrcLoc "" 1 1)

127− _ -> mkRealSrcSpan (realSrcSpanStart $ nodeSpan $ head children)

128− (realSrcSpanEnd $ nodeSpan $ last children)

129−

130− modulify xs =

131− Node (simpleNodeInfo "Module" "Module") (spanFile xs) xs

132−

133− asts = HieASTs

134− $ resolveTyVarScopes

135− $ M.map (modulify . mergeSortAsts)

136− $ M.fromListWith (++)

137− $ map (\x -> (srcSpanFile (nodeSpan x),[x])) flat_asts

138−

139− flat_asts = concat

140− [ tasts

141− , rasts

142− , imps

143− , exps

144− ]

145− return asts

146− where

147− processGrp grp = concatM

148− [ toHie $ fmap (RS ModuleScope ) hs_valds grp

149− , toHie $ hs_splcds grp

150− , toHie $ hs_tyclds grp

151− , toHie $ hs_derivds grp

152− , toHie $ hs_fixds grp

153− , toHie $ hs_defds grp

154− , toHie $ hs_fords grp

155− , toHie $ hs_warnds grp

156− , toHie $ hs_annds grp

157− , toHie $ hs_ruleds grp

158− ]

159−

160−getRealSpan :: SrcSpan -> Maybe Span

161−getRealSpan (RealSrcSpan sp) = Just sp

162−getRealSpan _ = Nothing

163−

164−grhss_span :: GRHSs p body -> SrcSpan

165−grhss_span (GRHSs _ xs bs) = foldl' combineSrcSpans (getLoc bs) (map getLoc xs)

166−grhss_span (XGRHSs _) = error "XGRHS has no span"

167−

168−bindingsOnly :: [Context Name] -> [HieAST a]

169−bindingsOnly [] = []

170−bindingsOnly (C c n : xs) = case nameSrcSpan n of

171− RealSrcSpan span -> Node nodeinfo span [] : bindingsOnly xs

172− where nodeinfo = NodeInfo S.empty [] (M.singleton (Right n) info)

173− info = mempty{identInfo = S.singleton c}

174− _ -> bindingsOnly xs

175−

176−concatM :: Monad m => [m [a]] -> m [a]

177−concatM xs = concat <$> sequence xs

178−

179−{- Note [Capturing Scopes and other non local information]

180−toHie is a local tranformation, but scopes of bindings cannot be known locally,

181−hence we have to push the relevant info down into the binding nodes.

182−We use the following types (*Context and *Scoped) to wrap things and

183−carry the required info

184−(Maybe Span) always carries the span of the entire binding, including rhs

185−-}

186−data Context a = C ContextInfo a -- Used for names and bindings

187−

188−data RContext a = RC RecFieldContext a

189−data RFContext a = RFC RecFieldContext (Maybe Span) a

190−-- ^ context for record fields

191−

192−data IEContext a = IEC IEType a

193−-- ^ context for imports/exports

194−

195−data BindContext a = BC BindType Scope a

196−-- ^ context for imports/exports

197−

198−data PatSynFieldContext a = PSC (Maybe Span) a

199−-- ^ context for pattern synonym fields.

200−

201−data SigContext a = SC SigInfo a

202−-- ^ context for type signatures

203−

204−data SigInfo = SI SigType (Maybe Span)

205−

206−data SigType = BindSig | ClassSig | InstSig

207−

208−data RScoped a = RS Scope a

209−-- ^ Scope spans over everything to the right of a, (mostly) not

210−-- including a itself

211−-- (Includes a in a few special cases like recursive do bindings) or

212−-- let/where bindings

213−

214−-- | Pattern scope

215−data PScoped a = PS (Maybe Span)

216− Scope -- ^ use site of the pattern

217− Scope -- ^ pattern to the right of a, not including a

218− a

219− deriving (Typeable, Data) -- Pattern Scope

220−

221−{- Note [TyVar Scopes]

222−Due to -XScopedTypeVariables, type variables can be in scope quite far from

223−their original binding. We resolve the scope of these type variables

224−in a separate pass

225−-}

226−data TScoped a = TS TyVarScope a -- TyVarScope

227−

228−data TVScoped a = TVS TyVarScope Scope a -- TyVarScope

229−-- ^ First scope remains constant

230−-- Second scope is used to build up the scope of a tyvar over

231−-- things to its right, ala RScoped

232−

233−-- | Each element scopes over the elements to the right

234−listScopes :: Scope -> [Located a] -> [RScoped (Located a)]

235−listScopes _ [] = []

236−listScopes rhsScope [pat] = [RS rhsScope pat]

237−listScopes rhsScope (pat : pats) = RS sc pat : pats'

238− where

239− pats'@((RS scope p):_) = listScopes rhsScope pats

240− sc = combineScopes scope $ mkScope $ getLoc p

241−

242−-- | 'listScopes' specialised to 'PScoped' things

243−patScopes

244− :: Maybe Span

245− -> Scope

246− -> Scope

247− -> [LPat (GhcPass p)]

248− -> [PScoped (LPat (GhcPass p))]

249−patScopes rsp useScope patScope xs =

250− map (\(RS sc a) -> PS rsp useScope sc (unLoc a)) $

251− listScopes patScope (map dL xs)

252−

253−-- | 'listScopes' specialised to 'TVScoped' things

254−tvScopes

255− :: TyVarScope

256− -> Scope

257− -> [LHsTyVarBndr a]

258− -> [TVScoped (LHsTyVarBndr a)]

259−tvScopes tvScope rhsScope xs =

260− map (\(RS sc a)-> TVS tvScope sc a) $ listScopes rhsScope xs

261−

262−{- Note [Scoping Rules for SigPat]

263−Explicitly quantified variables in pattern type signatures are not

264−brought into scope in the rhs, but implicitly quantified variables

265−are (HsWC and HsIB).

266−This is unlike other signatures, where explicitly quantified variables

267−are brought into the RHS Scope

268−For example

269−foo :: forall a. ...;

270−foo = ... -- a is in scope here

271−

272−bar (x :: forall a. a -> a) = ... -- a is not in scope here

273−-- ^ a is in scope here (pattern body)

274−

275−bax (x :: a) = ... -- a is in scope here

276−Because of HsWC and HsIB pass on their scope to their children

277−we must wrap the LHsType in pattern signatures in a

278−Shielded explictly, so that the HsWC/HsIB scope is not passed

279−on the the LHsType

280−-}

281−

282−data Shielded a = SH Scope a -- Ignores its TScope, uses its own scope instead

283−

284−type family ProtectedSig a where

285− ProtectedSig GhcRn = HsWildCardBndrs GhcRn (HsImplicitBndrs

286− GhcRn

287− (Shielded (LHsType GhcRn)))

288− ProtectedSig GhcTc = NoExt

289−

290−class ProtectSig a where

291− protectSig :: Scope -> LHsSigWcType (NoGhcTc a) -> ProtectedSig a

292−

293−instance (HasLoc a) => HasLoc (Shielded a) where

294− loc (SH _ a) = loc a

295−

296−instance (ToHie (TScoped a)) => ToHie (TScoped (Shielded a)) where

297− toHie (TS _ (SH sc a)) = toHie (TS (ResolvedScopes [sc]) a)

298−

299−instance ProtectSig GhcTc where

300− protectSig _ _ = NoExt

301−

302−instance ProtectSig GhcRn where

303− protectSig sc (HsWC a (HsIB b sig)) =

304− HsWC a (HsIB b (SH sc sig))

305− protectSig _ _ = error "protectSig not given HsWC (HsIB)"

306−

307−class HasLoc a where

308− -- ^ defined so that HsImplicitBndrs and HsWildCardBndrs can

309− -- know what their implicit bindings are scoping over

310− loc :: a -> SrcSpan

311−

312−instance HasLoc thing => HasLoc (TScoped thing) where

313− loc (TS _ a) = loc a

314−

315−instance HasLoc thing => HasLoc (PScoped thing) where

316− loc (PS _ _ _ a) = loc a

317−

318−instance HasLoc (LHsQTyVars GhcRn) where

319− loc (HsQTvs _ vs) = loc vs

320− loc _ = noSrcSpan

321−

322−instance HasLoc thing => HasLoc (HsImplicitBndrs a thing) where

323− loc (HsIB _ a) = loc a

324− loc _ = noSrcSpan

325−

326−instance HasLoc thing => HasLoc (HsWildCardBndrs a thing) where

327− loc (HsWC _ a) = loc a

328− loc _ = noSrcSpan

329−

330−instance HasLoc (Located a) where

331− loc (L l _) = l

332−

333−instance HasLoc a => HasLoc [a] where

334− loc [] = noSrcSpan

335− loc xs = foldl1' combineSrcSpans $ map loc xs

336−

337−instance (HasLoc a, HasLoc b) => HasLoc (FamEqn s a b) where

338− loc (FamEqn _ a Nothing b _ c) = foldl1' combineSrcSpans [loc a, loc b, loc c]

339− loc (FamEqn _ a (Just tvs) b _ c) = foldl1' combineSrcSpans

340− [loc a, loc tvs, loc b, loc c]

341− loc _ = noSrcSpan

342−instance (HasLoc tm, HasLoc ty) => HasLoc (HsArg tm ty) where

343− loc (HsValArg tm) = loc tm

344− loc (HsTypeArg _ ty) = loc ty

345− loc (HsArgPar sp) = sp

346−

347−instance HasLoc (HsDataDefn GhcRn) where

348− loc def@(HsDataDefn{}) = loc $ dd_cons def

349− -- Only used for data family instances, so we only need rhs

350− -- Most probably the rest will be unhelpful anyway

351− loc _ = noSrcSpan

352−

353−instance HasLoc (Pat (GhcPass a)) where

354− loc (dL -> L l _) = l

355−

356−-- | The main worker class

357−class ToHie a where

358− toHie :: a -> HieM [HieAST Type]

359−

360−-- | Used to collect type info

361−class Data a => HasType a where

362− getTypeNode :: a -> HieM [HieAST Type]

363−

364−instance (ToHie a) => ToHie [a] where

365− toHie = concatMapM toHie

366−

367−instance (ToHie a) => ToHie (Bag a) where

368− toHie = toHie . bagToList

369−

370−instance (ToHie a) => ToHie (Maybe a) where

371− toHie = maybe (pure []) toHie

372−

373−instance ToHie (Context (Located NoExt)) where

374− toHie _ = pure []

375−

376−instance ToHie (TScoped NoExt) where

377− toHie _ = pure []

378−

379−instance ToHie (IEContext (Located ModuleName)) where

380− toHie (IEC c (L (RealSrcSpan span) mname)) =

381− pure $ [Node (NodeInfo S.empty [] idents) span []]

382− where details = mempty{identInfo = S.singleton (IEThing c)}

383− idents = M.singleton (Left mname) details

384− toHie _ = pure []

385−

386−instance ToHie (Context (Located Var)) where

387− toHie c = case c of

388− C context (L (RealSrcSpan span) name')

389− -> do

390− m <- asks name_remapping

391− let name = M.findWithDefault name' (varName name') m

392− pure

393− [Node

394− (NodeInfo S.empty [] $

395− M.singleton (Right $ varName name)

396− (IdentifierDetails (Just $ varType name')

397− (S.singleton context)))

398− span

399− []]

400− _ -> pure []

401−

402−instance ToHie (Context (Located Name)) where

403− toHie c = case c of

404− C context (L (RealSrcSpan span) name') -> do

405− m <- asks name_remapping

406− let name = case M.lookup name' m of

407− Just var -> varName var

408− Nothing -> name'

409− pure

410− [Node

411− (NodeInfo S.empty [] $

412− M.singleton (Right name)

413− (IdentifierDetails Nothing

414− (S.singleton context)))

415− span

416− []]

417− _ -> pure []

418−

419−-- | Dummy instances - never called

420−instance ToHie (TScoped (LHsSigWcType GhcTc)) where

421− toHie _ = pure []

422−instance ToHie (TScoped (LHsWcType GhcTc)) where

423− toHie _ = pure []

424−instance ToHie (SigContext (LSig GhcTc)) where

425− toHie _ = pure []

426−instance ToHie (TScoped Type) where

427− toHie _ = pure []

428−

429−instance HasType (LHsBind GhcRn) where

430− getTypeNode (L spn bind) = makeNode bind spn

431−

432−instance HasType (LHsBind GhcTc) where

433− getTypeNode (L spn bind) = case bind of

434− FunBind{fun_id = name} -> makeTypeNode bind spn (varType $ unLoc name)

435− _ -> makeNode bind spn

436−

437−instance HasType (LPat GhcRn) where

438− getTypeNode (dL -> L spn pat) = makeNode pat spn

439−

440−instance HasType (LPat GhcTc) where

441− getTypeNode (dL -> L spn opat) = makeTypeNode opat spn (hsPatType opat)

442−

443−instance HasType (LHsExpr GhcRn) where

444− getTypeNode (L spn e) = makeNode e spn

445−

446−-- | This instance tries to construct 'HieAST' nodes which include the type of

447−-- the expression. It is not yet possible to do this efficiently for all

448−-- expression forms, so we skip filling in the type for those inputs.

449−--

450−-- 'HsApp', for example, doesn't have any type information available directly on

451−-- the node. Our next recourse would be to desugar it into a 'CoreExpr' then

452−-- query the type of that. Yet both the desugaring call and the type query both

453−-- involve recursive calls to the function and argument! This is particularly

454−-- problematic when you realize that the HIE traversal will eventually visit

455−-- those nodes too and ask for their types again.

456−--

457−-- Since the above is quite costly, we just skip cases where computing the

458−-- expression's type is going to be expensive.

459−--

460−-- See #16233

461−instance HasType (LHsExpr GhcTc) where

462− getTypeNode e@(L spn e') = lift $

463− -- Some expression forms have their type immediately available

464− let tyOpt = case e' of

465− HsLit _ l -> Just (hsLitType l)

466− HsOverLit _ o -> Just (overLitType o)

467−

468− HsLam _ (MG { mg_ext = groupTy }) -> Just (matchGroupType groupTy)

469− HsLamCase _ (MG { mg_ext = groupTy }) -> Just (matchGroupType groupTy)

470− HsCase _ _ (MG { mg_ext = groupTy }) -> Just (mg_res_ty groupTy)

471−

472− ExplicitList ty _ _ -> Just (mkListTy ty)

473− ExplicitSum ty _ _ _ -> Just (mkSumTy ty)

474− HsDo ty _ _ -> Just ty

475− HsMultiIf ty _ -> Just ty

476−

477− _ -> Nothing

478−

479− in

480− case tyOpt of

481− _ | skipDesugaring e' -> fallback

482− | otherwise -> do

483− hs_env <- Hsc $ \e w -> return (e,w)

484− (_,mbe) <- liftIO $ deSugarExpr hs_env e

485− maybe fallback (makeTypeNode e' spn . exprType) mbe

486− where

487− fallback = makeNode e' spn

488−

489− matchGroupType :: MatchGroupTc -> Type

490− matchGroupType (MatchGroupTc args res) = mkFunTys args res

491−

492− -- | Skip desugaring of these expressions for performance reasons.

493− --

494− -- See impact on Haddock output (esp. missing type annotations or links)

495− -- before marking more things here as 'False'. See impact on Haddock

496− -- performance before marking more things as 'True'.

497− skipDesugaring :: HsExpr a -> Bool

498− skipDesugaring e = case e of

499− HsVar{} -> False

500− HsUnboundVar{} -> False

501− HsConLikeOut{} -> False

502− HsRecFld{} -> False

503− HsOverLabel{} -> False

504− HsIPVar{} -> False

505− HsWrap{} -> False

506− _ -> True

507−

508−instance ( ToHie (Context (Located (IdP a)))

509− , ToHie (MatchGroup a (LHsExpr a))

510− , ToHie (PScoped (LPat a))

511− , ToHie (GRHSs a (LHsExpr a))

512− , ToHie (LHsExpr a)

513− , ToHie (Located (PatSynBind a a))

514− , HasType (LHsBind a)

515− , ModifyState (IdP a)

516− , Data (HsBind a)

517− ) => ToHie (BindContext (LHsBind a)) where

518− toHie (BC context scope b@(L span bind)) =

519− concatM $ getTypeNode b : case bind of

520− FunBind{fun_id = name, fun_matches = matches} ->

521− [ toHie $ C (ValBind context scope $ getRealSpan span) name

522− , toHie matches

523− ]

524− PatBind{pat_lhs = lhs, pat_rhs = rhs} ->

525− [ toHie $ PS (getRealSpan span) scope NoScope lhs

526− , toHie rhs

527− ]

528− VarBind{var_rhs = expr} ->

529− [ toHie expr

530− ]

531− AbsBinds{abs_exports = xs, abs_binds = binds} ->

532− [ local (modifyState xs) $ -- Note [Name Remapping]

533− toHie $ fmap (BC context scope) binds

534− ]

535− PatSynBind _ psb ->

536− [ toHie $ L span psb -- PatSynBinds only occur at the top level

537− ]

538− XHsBindsLR _ -> []

539−

540−instance ( ToHie (LMatch a body)

541− ) => ToHie (MatchGroup a body) where

542− toHie mg = concatM $ case mg of

543− MG{ mg_alts = (L span alts) , mg_origin = FromSource } ->

544− [ pure $ locOnly span

545− , toHie alts

546− ]

547− MG{} -> []

548− XMatchGroup _ -> []

549−

550−instance ( ToHie (Context (Located (IdP a)))

551− , ToHie (PScoped (LPat a))

552− , ToHie (HsPatSynDir a)

553− ) => ToHie (Located (PatSynBind a a)) where

554− toHie (L sp psb) = concatM $ case psb of

555− PSB{psb_id=var, psb_args=dets, psb_def=pat, psb_dir=dir} ->

556− [ toHie $ C (Decl PatSynDec $ getRealSpan sp) var

557− , toHie $ toBind dets

558− , toHie $ PS Nothing lhsScope NoScope pat

559− , toHie dir

560− ]

561− where

562− lhsScope = combineScopes varScope detScope

563− varScope = mkLScope var

564− detScope = case dets of

565− (PrefixCon args) -> foldr combineScopes NoScope $ map mkLScope args

566− (InfixCon a b) -> combineScopes (mkLScope a) (mkLScope b)

567− (RecCon r) -> foldr go NoScope r

568− go (RecordPatSynField a b) c = combineScopes c

569− $ combineScopes (mkLScope a) (mkLScope b)

570− detSpan = case detScope of

571− LocalScope a -> Just a

572− _ -> Nothing

573− toBind (PrefixCon args) = PrefixCon $ map (C Use) args

574− toBind (InfixCon a b) = InfixCon (C Use a) (C Use b)

575− toBind (RecCon r) = RecCon $ map (PSC detSpan) r

576− XPatSynBind _ -> []

577−

578−instance ( ToHie (MatchGroup a (LHsExpr a))

579− ) => ToHie (HsPatSynDir a) where

580− toHie dir = case dir of

581− ExplicitBidirectional mg -> toHie mg

582− _ -> pure []

583−

584−instance ( a ~ GhcPass p

585− , ToHie body

586− , ToHie (HsMatchContext (NameOrRdrName (IdP a)))

587− , ToHie (PScoped (LPat a))

588− , ToHie (GRHSs a body)

589− , Data (Match a body)

590− ) => ToHie (LMatch (GhcPass p) body) where

591− toHie (L span m ) = concatM $ makeNode m span : case m of

592− Match{m_ctxt=mctx, m_pats = pats, m_grhss = grhss } ->

593− [ toHie mctx

594− , let rhsScope = mkScope $ grhss_span grhss

595− in toHie $ patScopes Nothing rhsScope NoScope pats

596− , toHie grhss

597− ]

598− XMatch _ -> []

599−

600−instance ( ToHie (Context (Located a))

601− ) => ToHie (HsMatchContext a) where

602− toHie (FunRhs{mc_fun=name}) = toHie $ C MatchBind name

603− toHie (StmtCtxt a) = toHie a

604− toHie _ = pure []

605−

606−instance ( ToHie (HsMatchContext a)

607− ) => ToHie (HsStmtContext a) where

608− toHie (PatGuard a) = toHie a

609− toHie (ParStmtCtxt a) = toHie a

610− toHie (TransStmtCtxt a) = toHie a

611− toHie _ = pure []

612−

613−instance ( a ~ GhcPass p

614− , ToHie (Context (Located (IdP a)))

615− , ToHie (RContext (HsRecFields a (PScoped (LPat a))))

616− , ToHie (LHsExpr a)

617− , ToHie (TScoped (LHsSigWcType a))

618− , ProtectSig a

619− , ToHie (TScoped (ProtectedSig a))

620− , HasType (LPat a)

621− , Data (HsSplice a)

622− ) => ToHie (PScoped (LPat (GhcPass p))) where

623− toHie (PS rsp scope pscope lpat@(dL -> L ospan opat)) =

624− concatM $ getTypeNode lpat : case opat of

625− WildPat _ ->

626− []

627− VarPat _ lname ->

628− [ toHie $ C (PatternBind scope pscope rsp) lname

629− ]

630− LazyPat _ p ->

631− [ toHie $ PS rsp scope pscope p

632− ]

633− AsPat _ lname pat ->

634− [ toHie $ C (PatternBind scope

635− (combineScopes (mkLScope (dL pat)) pscope)

636− rsp)

637− lname

638− , toHie $ PS rsp scope pscope pat

639− ]

640− ParPat _ pat ->

641− [ toHie $ PS rsp scope pscope pat

642− ]

643− BangPat _ pat ->

644− [ toHie $ PS rsp scope pscope pat

645− ]

646− ListPat _ pats ->

647− [ toHie $ patScopes rsp scope pscope pats

648− ]

649− TuplePat _ pats _ ->

650− [ toHie $ patScopes rsp scope pscope pats

651− ]

652− SumPat _ pat _ _ ->

653− [ toHie $ PS rsp scope pscope pat

654− ]

655− ConPatIn c dets ->

656− [ toHie $ C Use c

657− , toHie $ contextify dets

658− ]

659− ConPatOut {pat_con = con, pat_args = dets}->

660− [ toHie $ C Use $ fmap conLikeName con

661− , toHie $ contextify dets

662− ]

663− ViewPat _ expr pat ->

664− [ toHie expr

665− , toHie $ PS rsp scope pscope pat

666− ]

667− SplicePat _ sp ->

668− [ toHie $ L ospan sp

669− ]

670− LitPat _ _ ->

671− []

672− NPat _ _ _ _ ->

673− []

674− NPlusKPat _ n _ _ _ _ ->

675− [ toHie $ C (PatternBind scope pscope rsp) n

676− ]

677− SigPat _ pat sig ->

678− [ toHie $ PS rsp scope pscope pat

679− , let cscope = mkLScope (dL pat) in

680− toHie $ TS (ResolvedScopes [cscope, scope, pscope])

681− (protectSig @a cscope sig)

682− -- See Note [Scoping Rules for SigPat]

683− ]

684− CoPat _ _ _ _ ->

685− []

686− XPat _ -> []

687− where

688− contextify (PrefixCon args) = PrefixCon $ patScopes rsp scope pscope args

689− contextify (InfixCon a b) = InfixCon a' b'

690− where [a', b'] = patScopes rsp scope pscope [a,b]

691− contextify (RecCon r) = RecCon $ RC RecFieldMatch $ contextify_rec r

692− contextify_rec (HsRecFields fds a) = HsRecFields (map go scoped_fds) a

693− where

694− go (RS fscope (L spn (HsRecField lbl pat pun))) =

695− L spn $ HsRecField lbl (PS rsp scope fscope pat) pun

696− scoped_fds = listScopes pscope fds

697−

698−instance ( ToHie body

699− , ToHie (LGRHS a body)

700− , ToHie (RScoped (LHsLocalBinds a))

701− ) => ToHie (GRHSs a body) where

702− toHie grhs = concatM $ case grhs of

703− GRHSs _ grhss binds ->

704− [ toHie grhss

705− , toHie $ RS (mkScope $ grhss_span grhs) binds

706− ]

707− XGRHSs _ -> []

708−

709−instance ( ToHie (Located body)

710− , ToHie (RScoped (GuardLStmt a))

711− , Data (GRHS a (Located body))

712− ) => ToHie (LGRHS a (Located body)) where

713− toHie (L span g) = concatM $ makeNode g span : case g of

714− GRHS _ guards body ->

715− [ toHie $ listScopes (mkLScope body) guards

716− , toHie body

717− ]

718− XGRHS _ -> []

719−

720−instance ( a ~ GhcPass p

721− , ToHie (Context (Located (IdP a)))

722− , HasType (LHsExpr a)

723− , ToHie (PScoped (LPat a))

724− , ToHie (MatchGroup a (LHsExpr a))

725− , ToHie (LGRHS a (LHsExpr a))

726− , ToHie (RContext (HsRecordBinds a))

727− , ToHie (RFContext (Located (AmbiguousFieldOcc a)))

728− , ToHie (ArithSeqInfo a)

729− , ToHie (LHsCmdTop a)

730− , ToHie (RScoped (GuardLStmt a))

731− , ToHie (RScoped (LHsLocalBinds a))

732− , ToHie (TScoped (LHsWcType (NoGhcTc a)))

733− , ToHie (TScoped (LHsSigWcType (NoGhcTc a)))

734− , Data (HsExpr a)

735− , Data (HsSplice a)

736− , Data (HsTupArg a)

737− , Data (AmbiguousFieldOcc a)

738− ) => ToHie (LHsExpr (GhcPass p)) where

739− toHie e@(L mspan oexpr) = concatM $ getTypeNode e : case oexpr of

740− HsVar _ (L _ var) ->

741− [ toHie $ C Use (L mspan var)

742− -- Patch up var location since typechecker removes it

743− ]

744− HsUnboundVar _ _ ->

745− []

746− HsConLikeOut _ con ->

747− [ toHie $ C Use $ L mspan $ conLikeName con

748− ]

749− HsRecFld _ fld ->

750− [ toHie $ RFC RecFieldOcc Nothing (L mspan fld)

751− ]

752− HsOverLabel _ _ _ -> []

753− HsIPVar _ _ -> []

754− HsOverLit _ _ -> []

755− HsLit _ _ -> []

756− HsLam _ mg ->

757− [ toHie mg

758− ]

759− HsLamCase _ mg ->

760− [ toHie mg

761− ]

762− HsApp _ a b ->

763− [ toHie a

764− , toHie b

765− ]

766− HsAppType _ expr sig ->

767− [ toHie expr

768− , toHie $ TS (ResolvedScopes []) sig

769− ]

770− OpApp _ a b c ->

771− [ toHie a

772− , toHie b

773− , toHie c

774− ]

775− NegApp _ a _ ->

776− [ toHie a

777− ]

778− HsPar _ a ->

779− [ toHie a

780− ]

781− SectionL _ a b ->

782− [ toHie a

783− , toHie b

784− ]

785− SectionR _ a b ->

786− [ toHie a

787− , toHie b

788− ]

789− ExplicitTuple _ args _ ->

790− [ toHie args

791− ]

792− ExplicitSum _ _ _ expr ->

793− [ toHie expr

794− ]

795− HsCase _ expr matches ->

796− [ toHie expr

797− , toHie matches

798− ]

799− HsIf _ _ a b c ->

800− [ toHie a

801− , toHie b

802− , toHie c

803− ]

804− HsMultiIf _ grhss ->

805− [ toHie grhss

806− ]

807− HsLet _ binds expr ->

808− [ toHie $ RS (mkLScope expr) binds

809− , toHie expr

810− ]

811− HsDo _ _ (L ispan stmts) ->

812− [ pure $ locOnly ispan

813− , toHie $ listScopes NoScope stmts

814− ]

815− ExplicitList _ _ exprs ->

816− [ toHie exprs

817− ]

818− RecordCon {rcon_con_name = name, rcon_flds = binds}->

819− [ toHie $ C Use name

820− , toHie $ RC RecFieldAssign $ binds

821− ]

822− RecordUpd {rupd_expr = expr, rupd_flds = upds}->

823− [ toHie expr

824− , toHie $ map (RC RecFieldAssign) upds

825− ]

826− ExprWithTySig _ expr sig ->

827− [ toHie expr

828− , toHie $ TS (ResolvedScopes [mkLScope expr]) sig

829− ]

830− ArithSeq _ _ info ->

831− [ toHie info

832− ]

833− HsSCC _ _ _ expr ->

834− [ toHie expr

835− ]

836− HsCoreAnn _ _ _ expr ->

837− [ toHie expr

838− ]

839− HsProc _ pat cmdtop ->

840− [ toHie $ PS Nothing (mkLScope cmdtop) NoScope pat

841− , toHie cmdtop

842− ]

843− HsStatic _ expr ->

844− [ toHie expr

845− ]

846− HsArrApp _ a b _ _ ->

847− [ toHie a

848− , toHie b

849− ]

850− HsArrForm _ expr _ cmds ->

851− [ toHie expr

852− , toHie cmds

853− ]

854− HsTick _ _ expr ->

855− [ toHie expr

856− ]

857− HsBinTick _ _ _ expr ->

858− [ toHie expr

859− ]

860− HsTickPragma _ _ _ _ expr ->

861− [ toHie expr

862− ]

863− HsWrap _ _ a ->

864− [ toHie $ L mspan a

865− ]

866− HsBracket _ b ->

867− [ toHie b

868− ]

869− HsRnBracketOut _ b p ->

870− [ toHie b

871− , toHie p

872− ]

873− HsTcBracketOut _ b p ->

874− [ toHie b

875− , toHie p

876− ]

877− HsSpliceE _ x ->

878− [ toHie $ L mspan x

879− ]

880− EWildPat _ -> []

881− EAsPat _ a b ->

882− [ toHie $ C Use a

883− , toHie b

884− ]

885− EViewPat _ a b ->

886− [ toHie a

887− , toHie b

888− ]

889− ELazyPat _ a ->

890− [ toHie a

891− ]

892− XExpr _ -> []

893−

894−instance ( a ~ GhcPass p

895− , ToHie (LHsExpr a)

896− , Data (HsTupArg a)

897− ) => ToHie (LHsTupArg (GhcPass p)) where

898− toHie (L span arg) = concatM $ makeNode arg span : case arg of

899− Present _ expr ->

900− [ toHie expr

901− ]

902− Missing _ -> []

903− XTupArg _ -> []

904−

905−instance ( a ~ GhcPass p

906− , ToHie (PScoped (LPat a))

907− , ToHie (LHsExpr a)

908− , ToHie (SigContext (LSig a))

909− , ToHie (RScoped (LHsLocalBinds a))

910− , ToHie (RScoped (ApplicativeArg a))

911− , ToHie (Located body)

912− , Data (StmtLR a a (Located body))

913− , Data (StmtLR a a (Located (HsExpr a)))

914− ) => ToHie (RScoped (LStmt (GhcPass p) (Located body))) where

915− toHie (RS scope (L span stmt)) = concatM $ makeNode stmt span : case stmt of

916− LastStmt _ body _ _ ->

917− [ toHie body

918− ]

919− BindStmt _ pat body _ _ ->

920− [ toHie $ PS (getRealSpan $ getLoc body) scope NoScope pat

921− , toHie body

922− ]

923− ApplicativeStmt _ stmts _ ->

924− [ concatMapM (toHie . RS scope . snd) stmts

925− ]

926− BodyStmt _ body _ _ ->

927− [ toHie body

928− ]

929− LetStmt _ binds ->

930− [ toHie $ RS scope binds

931− ]

932− ParStmt _ parstmts _ _ ->

933− [ concatMapM (\(ParStmtBlock _ stmts _ _) ->

934− toHie $ listScopes NoScope stmts)

935− parstmts

936− ]

937− TransStmt {trS_stmts = stmts, trS_using = using, trS_by = by} ->

938− [ toHie $ listScopes scope stmts

939− , toHie using

940− , toHie by

941− ]

942− RecStmt {recS_stmts = stmts} ->

943− [ toHie $ map (RS $ combineScopes scope (mkScope span)) stmts

944− ]

945− XStmtLR _ -> []

946−

947−instance ( ToHie (LHsExpr a)

948− , ToHie (PScoped (LPat a))

949− , ToHie (BindContext (LHsBind a))

950− , ToHie (SigContext (LSig a))

951− , ToHie (RScoped (HsValBindsLR a a))

952− , Data (HsLocalBinds a)

953− ) => ToHie (RScoped (LHsLocalBinds a)) where

954− toHie (RS scope (L sp binds)) = concatM $ makeNode binds sp : case binds of

955− EmptyLocalBinds _ -> []

956− HsIPBinds _ _ -> []

957− HsValBinds _ valBinds ->

958− [ toHie $ RS (combineScopes scope $ mkScope sp)

959− valBinds

960− ]

961− XHsLocalBindsLR _ -> []

962−

963−instance ( ToHie (BindContext (LHsBind a))

964− , ToHie (SigContext (LSig a))

965− , ToHie (RScoped (XXValBindsLR a a))

966− ) => ToHie (RScoped (HsValBindsLR a a)) where

967− toHie (RS sc v) = concatM $ case v of

968− ValBinds _ binds sigs ->

969− [ toHie $ fmap (BC RegularBind sc) binds

970− , toHie $ fmap (SC (SI BindSig Nothing)) sigs

971− ]

972− XValBindsLR x -> [ toHie $ RS sc x ]

973−

974−instance ToHie (RScoped (NHsValBindsLR GhcTc)) where

975− toHie (RS sc (NValBinds binds sigs)) = concatM $

976− [ toHie (concatMap (map (BC RegularBind sc) . bagToList . snd) binds)

977− , toHie $ fmap (SC (SI BindSig Nothing)) sigs

978− ]

979−instance ToHie (RScoped (NHsValBindsLR GhcRn)) where

980− toHie (RS sc (NValBinds binds sigs)) = concatM $

981− [ toHie (concatMap (map (BC RegularBind sc) . bagToList . snd) binds)

982− , toHie $ fmap (SC (SI BindSig Nothing)) sigs

983− ]

984−

985−instance ( ToHie (RContext (LHsRecField a arg))

986− ) => ToHie (RContext (HsRecFields a arg)) where

987− toHie (RC c (HsRecFields fields _)) = toHie $ map (RC c) fields

988−

989−instance ( ToHie (RFContext (Located label))

990− , ToHie arg

991− , HasLoc arg

992− , Data label

993− , Data arg

994− ) => ToHie (RContext (LHsRecField' label arg)) where

995− toHie (RC c (L span recfld)) = concatM $ makeNode recfld span : case recfld of

996− HsRecField label expr _ ->

997− [ toHie $ RFC c (getRealSpan $ loc expr) label

998− , toHie expr

999− ]

1000−

1001−removeDefSrcSpan :: Name -> Name

1002−removeDefSrcSpan n = setNameLoc n noSrcSpan

1003−

1004−instance ToHie (RFContext (LFieldOcc GhcRn)) where

1005− toHie (RFC c rhs (L nspan f)) = concatM $ case f of

1006− FieldOcc name _ ->

1007− [ toHie $ C (RecField c rhs) (L nspan $ removeDefSrcSpan name)

1008− ]

1009− XFieldOcc _ -> []

1010−

1011−instance ToHie (RFContext (LFieldOcc GhcTc)) where

1012− toHie (RFC c rhs (L nspan f)) = concatM $ case f of

1013− FieldOcc var _ ->

1014− let var' = setVarName var (removeDefSrcSpan $ varName var)

1015− in [ toHie $ C (RecField c rhs) (L nspan var')

1016− ]

1017− XFieldOcc _ -> []

1018−

1019−instance ToHie (RFContext (Located (AmbiguousFieldOcc GhcRn))) where

1020− toHie (RFC c rhs (L nspan afo)) = concatM $ case afo of

1021− Unambiguous name _ ->

1022− [ toHie $ C (RecField c rhs) $ L nspan $ removeDefSrcSpan name

1023− ]

1024− Ambiguous _name _ ->

1025− [ ]

1026− XAmbiguousFieldOcc _ -> []

1027−

1028−instance ToHie (RFContext (Located (AmbiguousFieldOcc GhcTc))) where

1029− toHie (RFC c rhs (L nspan afo)) = concatM $ case afo of

1030− Unambiguous var _ ->

1031− let var' = setVarName var (removeDefSrcSpan $ varName var)

1032− in [ toHie $ C (RecField c rhs) (L nspan var')

1033− ]

1034− Ambiguous var _ ->

1035− let var' = setVarName var (removeDefSrcSpan $ varName var)

1036− in [ toHie $ C (RecField c rhs) (L nspan var')

1037− ]

1038− XAmbiguousFieldOcc _ -> []

1039−

1040−instance ( a ~ GhcPass p

1041− , ToHie (PScoped (LPat a))

1042− , ToHie (BindContext (LHsBind a))

1043− , ToHie (LHsExpr a)

1044− , ToHie (SigContext (LSig a))

1045− , ToHie (RScoped (HsValBindsLR a a))

1046− , Data (StmtLR a a (Located (HsExpr a)))

1047− , Data (HsLocalBinds a)

1048− ) => ToHie (RScoped (ApplicativeArg (GhcPass p))) where

1049− toHie (RS sc (ApplicativeArgOne _ pat expr _)) = concatM

1050− [ toHie $ PS Nothing sc NoScope pat

1051− , toHie expr

1052− ]

1053− toHie (RS sc (ApplicativeArgMany _ stmts _ pat)) = concatM

1054− [ toHie $ listScopes NoScope stmts

1055− , toHie $ PS Nothing sc NoScope pat

1056− ]

1057− toHie (RS _ (XApplicativeArg _)) = pure []

1058−

1059−instance (ToHie arg, ToHie rec) => ToHie (HsConDetails arg rec) where

1060− toHie (PrefixCon args) = toHie args

1061− toHie (RecCon rec) = toHie rec

1062− toHie (InfixCon a b) = concatM [ toHie a, toHie b]

1063−

1064−instance ( ToHie (LHsCmd a)

1065− , Data (HsCmdTop a)

1066− ) => ToHie (LHsCmdTop a) where

1067− toHie (L span top) = concatM $ makeNode top span : case top of

1068− HsCmdTop _ cmd ->

1069− [ toHie cmd

1070− ]

1071− XCmdTop _ -> []

1072−

1073−instance ( a ~ GhcPass p

1074− , ToHie (PScoped (LPat a))

1075− , ToHie (BindContext (LHsBind a))

1076− , ToHie (LHsExpr a)

1077− , ToHie (MatchGroup a (LHsCmd a))

1078− , ToHie (SigContext (LSig a))

1079− , ToHie (RScoped (HsValBindsLR a a))

1080− , Data (HsCmd a)

1081− , Data (HsCmdTop a)

1082− , Data (StmtLR a a (Located (HsCmd a)))

1083− , Data (HsLocalBinds a)

1084− , Data (StmtLR a a (Located (HsExpr a)))

1085− ) => ToHie (LHsCmd (GhcPass p)) where

1086− toHie (L span cmd) = concatM $ makeNode cmd span : case cmd of

1087− HsCmdArrApp _ a b _ _ ->

1088− [ toHie a

1089− , toHie b

1090− ]

1091− HsCmdArrForm _ a _ _ cmdtops ->

1092− [ toHie a

1093− , toHie cmdtops

1094− ]

1095− HsCmdApp _ a b ->

1096− [ toHie a

1097− , toHie b

1098− ]

1099− HsCmdLam _ mg ->

1100− [ toHie mg

1101− ]

1102− HsCmdPar _ a ->

1103− [ toHie a

1104− ]

1105− HsCmdCase _ expr alts ->

1106− [ toHie expr

1107− , toHie alts

1108− ]

1109− HsCmdIf _ _ a b c ->

1110− [ toHie a

1111− , toHie b

1112− , toHie c

1113− ]

1114− HsCmdLet _ binds cmd' ->

1115− [ toHie $ RS (mkLScope cmd') binds

1116− , toHie cmd'

1117− ]

1118− HsCmdDo _ (L ispan stmts) ->

1119− [ pure $ locOnly ispan

1120− , toHie $ listScopes NoScope stmts

1121− ]

1122− HsCmdWrap _ _ _ -> []

1123− XCmd _ -> []

1124−

1125−instance ToHie (TyClGroup GhcRn) where

1126− toHie (TyClGroup _ classes roles instances) = concatM

1127− [ toHie classes

1128− , toHie roles

1129− , toHie instances

1130− ]

1131− toHie (XTyClGroup _) = pure []

1132−

1133−instance ToHie (LTyClDecl GhcRn) where

1134− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1135− FamDecl {tcdFam = fdecl} ->

1136− [ toHie (L span fdecl)

1137− ]

1138− SynDecl {tcdLName = name, tcdTyVars = vars, tcdRhs = typ} ->

1139− [ toHie $ C (Decl SynDec $ getRealSpan span) name

1140− , toHie $ TS (ResolvedScopes [mkScope $ getLoc typ]) vars

1141− , toHie typ

1142− ]

1143− DataDecl {tcdLName = name, tcdTyVars = vars, tcdDataDefn = defn} ->

1144− [ toHie $ C (Decl DataDec $ getRealSpan span) name

1145− , toHie $ TS (ResolvedScopes [quant_scope, rhs_scope]) vars

1146− , toHie defn

1147− ]

1148− where

1149− quant_scope = mkLScope $ dd_ctxt defn

1150− rhs_scope = sig_sc `combineScopes` con_sc `combineScopes` deriv_sc

1151− sig_sc = maybe NoScope mkLScope $ dd_kindSig defn

1152− con_sc = foldr combineScopes NoScope $ map mkLScope $ dd_cons defn

1153− deriv_sc = mkLScope $ dd_derivs defn

1154− ClassDecl { tcdCtxt = context

1155− , tcdLName = name

1156− , tcdTyVars = vars

1157− , tcdFDs = deps

1158− , tcdSigs = sigs

1159− , tcdMeths = meths

1160− , tcdATs = typs

1161− , tcdATDefs = deftyps

1162− } ->

1163− [ toHie $ C (Decl ClassDec $ getRealSpan span) name

1164− , toHie context

1165− , toHie $ TS (ResolvedScopes [context_scope, rhs_scope]) vars

1166− , toHie deps

1167− , toHie $ map (SC $ SI ClassSig $ getRealSpan span) sigs

1168− , toHie $ fmap (BC InstanceBind ModuleScope) meths

1169− , toHie typs

1170− , concatMapM (pure . locOnly . getLoc) deftyps

1171− , toHie $ map (go . unLoc) deftyps

1172− ]

1173− where

1174− context_scope = mkLScope context

1175− rhs_scope = foldl1' combineScopes $ map mkScope

1176− [ loc deps, loc sigs, loc (bagToList meths), loc typs, loc deftyps]

1177−

1178− go :: TyFamDefltEqn GhcRn

1179− -> FamEqn GhcRn (TScoped (LHsQTyVars GhcRn)) (LHsType GhcRn)

1180− go (FamEqn a var bndrs pat b rhs) =

1181− FamEqn a var bndrs (TS (ResolvedScopes [mkLScope rhs]) pat) b rhs

1182− go (XFamEqn NoExt) = XFamEqn NoExt

1183− XTyClDecl _ -> []

1184−

1185−instance ToHie (LFamilyDecl GhcRn) where

1186− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1187− FamilyDecl _ info name vars _ sig inj ->

1188− [ toHie $ C (Decl FamDec $ getRealSpan span) name

1189− , toHie $ TS (ResolvedScopes [rhsSpan]) vars

1190− , toHie info

1191− , toHie $ RS injSpan sig

1192− , toHie inj

1193− ]

1194− where

1195− rhsSpan = sigSpan `combineScopes` injSpan

1196− sigSpan = mkScope $ getLoc sig

1197− injSpan = maybe NoScope (mkScope . getLoc) inj

1198− XFamilyDecl _ -> []

1199−

1200−instance ToHie (FamilyInfo GhcRn) where

1201− toHie (ClosedTypeFamily (Just eqns)) = concatM $

1202− [ concatMapM (pure . locOnly . getLoc) eqns

1203− , toHie $ map go eqns

1204− ]

1205− where

1206− go (L l ib) = TS (ResolvedScopes [mkScope l]) ib

1207− toHie _ = pure []

1208−

1209−instance ToHie (RScoped (LFamilyResultSig GhcRn)) where

1210− toHie (RS sc (L span sig)) = concatM $ makeNode sig span : case sig of

1211− NoSig _ ->

1212− []

1213− KindSig _ k ->

1214− [ toHie k

1215− ]

1216− TyVarSig _ bndr ->

1217− [ toHie $ TVS (ResolvedScopes [sc]) NoScope bndr

1218− ]

1219− XFamilyResultSig _ -> []

1220−

1221−instance ToHie (Located (FunDep (Located Name))) where

1222− toHie (L span fd@(lhs, rhs)) = concatM $

1223− [ makeNode fd span

1224− , toHie $ map (C Use) lhs

1225− , toHie $ map (C Use) rhs

1226− ]

1227−

1228−instance (ToHie pats, ToHie rhs, HasLoc pats, HasLoc rhs)

1229− => ToHie (TScoped (FamEqn GhcRn pats rhs)) where

1230− toHie (TS _ f) = toHie f

1231−

1232−instance ( ToHie pats

1233− , ToHie rhs

1234− , HasLoc pats

1235− , HasLoc rhs

1236− ) => ToHie (FamEqn GhcRn pats rhs) where

1237− toHie fe@(FamEqn _ var tybndrs pats _ rhs) = concatM $

1238− [ toHie $ C (Decl InstDec $ getRealSpan $ loc fe) var

1239− , toHie $ fmap (tvScopes (ResolvedScopes []) scope) tybndrs

1240− , toHie pats

1241− , toHie rhs

1242− ]

1243− where scope = combineScopes patsScope rhsScope

1244− patsScope = mkScope (loc pats)

1245− rhsScope = mkScope (loc rhs)

1246− toHie (XFamEqn _) = pure []

1247−

1248−instance ToHie (LInjectivityAnn GhcRn) where

1249− toHie (L span ann) = concatM $ makeNode ann span : case ann of

1250− InjectivityAnn lhs rhs ->

1251− [ toHie $ C Use lhs

1252− , toHie $ map (C Use) rhs

1253− ]

1254−

1255−instance ToHie (HsDataDefn GhcRn) where

1256− toHie (HsDataDefn _ _ ctx _ mkind cons derivs) = concatM

1257− [ toHie ctx

1258− , toHie mkind

1259− , toHie cons

1260− , toHie derivs

1261− ]

1262− toHie (XHsDataDefn _) = pure []

1263−

1264−instance ToHie (HsDeriving GhcRn) where

1265− toHie (L span clauses) = concatM

1266− [ pure $ locOnly span

1267− , toHie clauses

1268− ]

1269−

1270−instance ToHie (LHsDerivingClause GhcRn) where

1271− toHie (L span cl) = concatM $ makeNode cl span : case cl of

1272− HsDerivingClause _ strat (L ispan tys) ->

1273− [ toHie strat

1274− , pure $ locOnly ispan

1275− , toHie $ map (TS (ResolvedScopes [])) tys

1276− ]

1277− XHsDerivingClause _ -> []

1278−

1279−instance ToHie (Located (DerivStrategy GhcRn)) where

1280− toHie (L span strat) = concatM $ makeNode strat span : case strat of

1281− StockStrategy -> []

1282− AnyclassStrategy -> []

1283− NewtypeStrategy -> []

1284− ViaStrategy s -> [ toHie $ TS (ResolvedScopes []) s ]

1285−

1286−instance ToHie (Located OverlapMode) where

1287− toHie (L span _) = pure $ locOnly span

1288−

1289−instance ToHie (LConDecl GhcRn) where

1290− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1291− ConDeclGADT { con_names = names, con_qvars = qvars

1292− , con_mb_cxt = ctx, con_args = args, con_res_ty = typ } ->

1293− [ toHie $ map (C (Decl ConDec $ getRealSpan span)) names

1294− , toHie $ TS (ResolvedScopes [ctxScope, rhsScope]) qvars

1295− , toHie ctx

1296− , toHie args

1297− , toHie typ

1298− ]

1299− where

1300− rhsScope = combineScopes argsScope tyScope

1301− ctxScope = maybe NoScope mkLScope ctx

1302− argsScope = condecl_scope args

1303− tyScope = mkLScope typ

1304− ConDeclH98 { con_name = name, con_ex_tvs = qvars

1305− , con_mb_cxt = ctx, con_args = dets } ->

1306− [ toHie $ C (Decl ConDec $ getRealSpan span) name

1307− , toHie $ tvScopes (ResolvedScopes []) rhsScope qvars

1308− , toHie ctx

1309− , toHie dets

1310− ]

1311− where

1312− rhsScope = combineScopes ctxScope argsScope

1313− ctxScope = maybe NoScope mkLScope ctx

1314− argsScope = condecl_scope dets

1315− XConDecl _ -> []

1316− where condecl_scope args = case args of

1317− PrefixCon xs -> foldr combineScopes NoScope $ map mkLScope xs

1318− InfixCon a b -> combineScopes (mkLScope a) (mkLScope b)

1319− RecCon x -> mkLScope x

1320−

1321−instance ToHie (Located [LConDeclField GhcRn]) where

1322− toHie (L span decls) = concatM $

1323− [ pure $ locOnly span

1324− , toHie decls

1325− ]

1326−

1327−instance ( HasLoc thing

1328− , ToHie (TScoped thing)

1329− ) => ToHie (TScoped (HsImplicitBndrs GhcRn thing)) where

1330− toHie (TS sc (HsIB ibrn a)) = concatM $

1331− [ pure $ bindingsOnly $ map (C $ TyVarBind (mkScope span) sc) ibrn

1332− , toHie $ TS sc a

1333− ]

1334− where span = loc a

1335− toHie (TS _ (XHsImplicitBndrs _)) = pure []

1336−

1337−instance ( HasLoc thing

1338− , ToHie (TScoped thing)

1339− ) => ToHie (TScoped (HsWildCardBndrs GhcRn thing)) where

1340− toHie (TS sc (HsWC names a)) = concatM $

1341− [ pure $ bindingsOnly $ map (C $ TyVarBind (mkScope span) sc) names

1342− , toHie $ TS sc a

1343− ]

1344− where span = loc a

1345− toHie (TS _ (XHsWildCardBndrs _)) = pure []

1346−

1347−instance ToHie (SigContext (LSig GhcRn)) where

1348− toHie (SC (SI styp msp) (L sp sig)) = concatM $ makeNode sig sp : case sig of

1349− TypeSig _ names typ ->

1350− [ toHie $ map (C TyDecl) names

1351− , toHie $ TS (UnresolvedScope (map unLoc names) Nothing) typ

1352− ]

1353− PatSynSig _ names typ ->

1354− [ toHie $ map (C TyDecl) names

1355− , toHie $ TS (UnresolvedScope (map unLoc names) Nothing) typ

1356− ]

1357− ClassOpSig _ _ names typ ->

1358− [ case styp of

1359− ClassSig -> toHie $ map (C $ ClassTyDecl $ getRealSpan sp) names

1360− _ -> toHie $ map (C $ TyDecl) names

1361− , toHie $ TS (UnresolvedScope (map unLoc names) msp) typ

1362− ]

1363− IdSig _ _ -> []

1364− FixSig _ fsig ->

1365− [ toHie $ L sp fsig

1366− ]

1367− InlineSig _ name _ ->

1368− [ toHie $ (C Use) name

1369− ]

1370− SpecSig _ name typs _ ->

1371− [ toHie $ (C Use) name

1372− , toHie $ map (TS (ResolvedScopes [])) typs

1373− ]

1374− SpecInstSig _ _ typ ->

1375− [ toHie $ TS (ResolvedScopes []) typ

1376− ]

1377− MinimalSig _ _ form ->

1378− [ toHie form

1379− ]

1380− SCCFunSig _ _ name mtxt ->

1381− [ toHie $ (C Use) name

1382− , pure $ maybe [] (locOnly . getLoc) mtxt

1383− ]

1384− CompleteMatchSig _ _ (L ispan names) typ ->

1385− [ pure $ locOnly ispan

1386− , toHie $ map (C Use) names

1387− , toHie $ fmap (C Use) typ

1388− ]

1389− XSig _ -> []

1390−

1391−instance ToHie (LHsType GhcRn) where

1392− toHie x = toHie $ TS (ResolvedScopes []) x

1393−

1394−instance ToHie (TScoped (LHsType GhcRn)) where

1395− toHie (TS tsc (L span t)) = concatM $ makeNode t span : case t of

1396− HsForAllTy _ bndrs body ->

1397− [ toHie $ tvScopes tsc (mkScope $ getLoc body) bndrs

1398− , toHie body

1399− ]

1400− HsQualTy _ ctx body ->

1401− [ toHie ctx

1402− , toHie body

1403− ]

1404− HsTyVar _ _ var ->

1405− [ toHie $ C Use var

1406− ]

1407− HsAppTy _ a b ->

1408− [ toHie a

1409− , toHie b

1410− ]

1411− HsAppKindTy _ ty ki ->

1412− [ toHie ty

1413− , toHie $ TS (ResolvedScopes []) ki

1414− ]

1415− HsFunTy _ a b ->

1416− [ toHie a

1417− , toHie b

1418− ]

1419− HsListTy _ a ->

1420− [ toHie a

1421− ]

1422− HsTupleTy _ _ tys ->

1423− [ toHie tys

1424− ]

1425− HsSumTy _ tys ->

1426− [ toHie tys

1427− ]

1428− HsOpTy _ a op b ->

1429− [ toHie a

1430− , toHie $ C Use op

1431− , toHie b

1432− ]

1433− HsParTy _ a ->

1434− [ toHie a

1435− ]

1436− HsIParamTy _ ip ty ->

1437− [ toHie ip

1438− , toHie ty

1439− ]

1440− HsKindSig _ a b ->

1441− [ toHie a

1442− , toHie b

1443− ]

1444− HsSpliceTy _ a ->

1445− [ toHie $ L span a

1446− ]

1447− HsDocTy _ a _ ->

1448− [ toHie a

1449− ]

1450− HsBangTy _ _ ty ->

1451− [ toHie ty

1452− ]

1453− HsRecTy _ fields ->

1454− [ toHie fields

1455− ]

1456− HsExplicitListTy _ _ tys ->

1457− [ toHie tys

1458− ]

1459− HsExplicitTupleTy _ tys ->

1460− [ toHie tys

1461− ]

1462− HsTyLit _ _ -> []

1463− HsWildCardTy _ -> []

1464− HsStarTy _ _ -> []

1465− XHsType _ -> []

1466−

1467−instance (ToHie tm, ToHie ty) => ToHie (HsArg tm ty) where

1468− toHie (HsValArg tm) = toHie tm

1469− toHie (HsTypeArg _ ty) = toHie ty

1470− toHie (HsArgPar sp) = pure $ locOnly sp

1471−

1472−instance ToHie (TVScoped (LHsTyVarBndr GhcRn)) where

1473− toHie (TVS tsc sc (L span bndr)) = concatM $ makeNode bndr span : case bndr of

1474− UserTyVar _ var ->

1475− [ toHie $ C (TyVarBind sc tsc) var

1476− ]

1477− KindedTyVar _ var kind ->

1478− [ toHie $ C (TyVarBind sc tsc) var

1479− , toHie kind

1480− ]

1481− XTyVarBndr _ -> []

1482−

1483−instance ToHie (TScoped (LHsQTyVars GhcRn)) where

1484− toHie (TS sc (HsQTvs (HsQTvsRn implicits _) vars)) = concatM $

1485− [ pure $ bindingsOnly bindings

1486− , toHie $ tvScopes sc NoScope vars

1487− ]

1488− where

1489− varLoc = loc vars

1490− bindings = map (C $ TyVarBind (mkScope varLoc) sc) implicits

1491− toHie (TS _ (XLHsQTyVars _)) = pure []

1492−

1493−instance ToHie (LHsContext GhcRn) where

1494− toHie (L span tys) = concatM $

1495− [ pure $ locOnly span

1496− , toHie tys

1497− ]

1498−

1499−instance ToHie (LConDeclField GhcRn) where

1500− toHie (L span field) = concatM $ makeNode field span : case field of

1501− ConDeclField _ fields typ _ ->

1502− [ toHie $ map (RFC RecFieldDecl (getRealSpan $ loc typ)) fields

1503− , toHie typ

1504− ]

1505− XConDeclField _ -> []

1506−

1507−instance ToHie (LHsExpr a) => ToHie (ArithSeqInfo a) where

1508− toHie (From expr) = toHie expr

1509− toHie (FromThen a b) = concatM $

1510− [ toHie a

1511− , toHie b

1512− ]

1513− toHie (FromTo a b) = concatM $

1514− [ toHie a

1515− , toHie b

1516− ]

1517− toHie (FromThenTo a b c) = concatM $

1518− [ toHie a

1519− , toHie b

1520− , toHie c

1521− ]

1522−

1523−instance ToHie (LSpliceDecl GhcRn) where

1524− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1525− SpliceDecl _ splice _ ->

1526− [ toHie splice

1527− ]

1528− XSpliceDecl _ -> []

1529−

1530−instance ToHie (HsBracket a) where

1531− toHie _ = pure []

1532−

1533−instance ToHie PendingRnSplice where

1534− toHie _ = pure []

1535−

1536−instance ToHie PendingTcSplice where

1537− toHie _ = pure []

1538−

1539−instance ToHie (LBooleanFormula (Located Name)) where

1540− toHie (L span form) = concatM $ makeNode form span : case form of

1541− Var a ->

1542− [ toHie $ C Use a

1543− ]

1544− And forms ->

1545− [ toHie forms

1546− ]

1547− Or forms ->

1548− [ toHie forms

1549− ]

1550− Parens f ->

1551− [ toHie f

1552− ]

1553−

1554−instance ToHie (Located HsIPName) where

1555− toHie (L span e) = makeNode e span

1556−

1557−instance ( ToHie (LHsExpr a)

1558− , Data (HsSplice a)

1559− ) => ToHie (Located (HsSplice a)) where

1560− toHie (L span sp) = concatM $ makeNode sp span : case sp of

1561− HsTypedSplice _ _ _ expr ->

1562− [ toHie expr

1563− ]

1564− HsUntypedSplice _ _ _ expr ->

1565− [ toHie expr

1566− ]

1567− HsQuasiQuote _ _ _ ispan _ ->

1568− [ pure $ locOnly ispan

1569− ]

1570− HsSpliced _ _ _ ->

1571− []

1572− HsSplicedT _ ->

1573− []

1574− XSplice _ -> []

1575−

1576−instance ToHie (LRoleAnnotDecl GhcRn) where

1577− toHie (L span annot) = concatM $ makeNode annot span : case annot of

1578− RoleAnnotDecl _ var roles ->

1579− [ toHie $ C Use var

1580− , concatMapM (pure . locOnly . getLoc) roles

1581− ]

1582− XRoleAnnotDecl _ -> []

1583−

1584−instance ToHie (LInstDecl GhcRn) where

1585− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1586− ClsInstD _ d ->

1587− [ toHie $ L span d

1588− ]

1589− DataFamInstD _ d ->

1590− [ toHie $ L span d

1591− ]

1592− TyFamInstD _ d ->

1593− [ toHie $ L span d

1594− ]

1595− XInstDecl _ -> []

1596−

1597−instance ToHie (LClsInstDecl GhcRn) where

1598− toHie (L span decl) = concatM

1599− [ toHie $ TS (ResolvedScopes [mkScope span]) $ cid_poly_ty decl

1600− , toHie $ fmap (BC InstanceBind ModuleScope) $ cid_binds decl

1601− , toHie $ map (SC $ SI InstSig $ getRealSpan span) $ cid_sigs decl

1602− , pure $ concatMap (locOnly . getLoc) $ cid_tyfam_insts decl

1603− , toHie $ cid_tyfam_insts decl

1604− , pure $ concatMap (locOnly . getLoc) $ cid_datafam_insts decl

1605− , toHie $ cid_datafam_insts decl

1606− , toHie $ cid_overlap_mode decl

1607− ]

1608−

1609−instance ToHie (LDataFamInstDecl GhcRn) where

1610− toHie (L sp (DataFamInstDecl d)) = toHie $ TS (ResolvedScopes [mkScope sp]) d

1611−

1612−instance ToHie (LTyFamInstDecl GhcRn) where

1613− toHie (L sp (TyFamInstDecl d)) = toHie $ TS (ResolvedScopes [mkScope sp]) d

1614−

1615−instance ToHie (Context a)

1616− => ToHie (PatSynFieldContext (RecordPatSynField a)) where

1617− toHie (PSC sp (RecordPatSynField a b)) = concatM $

1618− [ toHie $ C (RecField RecFieldDecl sp) a

1619− , toHie $ C Use b

1620− ]

1621−

1622−instance ToHie (LDerivDecl GhcRn) where

1623− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1624− DerivDecl _ typ strat overlap ->

1625− [ toHie $ TS (ResolvedScopes []) typ

1626− , toHie strat

1627− , toHie overlap

1628− ]

1629− XDerivDecl _ -> []

1630−

1631−instance ToHie (LFixitySig GhcRn) where

1632− toHie (L span sig) = concatM $ makeNode sig span : case sig of

1633− FixitySig _ vars _ ->

1634− [ toHie $ map (C Use) vars

1635− ]

1636− XFixitySig _ -> []

1637−

1638−instance ToHie (LDefaultDecl GhcRn) where

1639− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1640− DefaultDecl _ typs ->

1641− [ toHie typs

1642− ]

1643− XDefaultDecl _ -> []

1644−

1645−instance ToHie (LForeignDecl GhcRn) where

1646− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1647− ForeignImport {fd_name = name, fd_sig_ty = sig, fd_fi = fi} ->

1648− [ toHie $ C (ValBind RegularBind ModuleScope $ getRealSpan span) name

1649− , toHie $ TS (ResolvedScopes []) sig

1650− , toHie fi

1651− ]

1652− ForeignExport {fd_name = name, fd_sig_ty = sig, fd_fe = fe} ->

1653− [ toHie $ C Use name

1654− , toHie $ TS (ResolvedScopes []) sig

1655− , toHie fe

1656− ]

1657− XForeignDecl _ -> []

1658−

1659−instance ToHie ForeignImport where

1660− toHie (CImport (L a _) (L b _) _ _ (L c _)) = pure $ concat $

1661− [ locOnly a

1662− , locOnly b

1663− , locOnly c

1664− ]

1665−

1666−instance ToHie ForeignExport where

1667− toHie (CExport (L a _) (L b _)) = pure $ concat $

1668− [ locOnly a

1669− , locOnly b

1670− ]

1671−

1672−instance ToHie (LWarnDecls GhcRn) where

1673− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1674− Warnings _ _ warnings ->

1675− [ toHie warnings

1676− ]

1677− XWarnDecls _ -> []

1678−

1679−instance ToHie (LWarnDecl GhcRn) where

1680− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1681− Warning _ vars _ ->

1682− [ toHie $ map (C Use) vars

1683− ]

1684− XWarnDecl _ -> []

1685−

1686−instance ToHie (LAnnDecl GhcRn) where

1687− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1688− HsAnnotation _ _ prov expr ->

1689− [ toHie prov

1690− , toHie expr

1691− ]

1692− XAnnDecl _ -> []

1693−

1694−instance ToHie (Context (Located a)) => ToHie (AnnProvenance a) where

1695− toHie (ValueAnnProvenance a) = toHie $ C Use a

1696− toHie (TypeAnnProvenance a) = toHie $ C Use a

1697− toHie ModuleAnnProvenance = pure []

1698−

1699−instance ToHie (LRuleDecls GhcRn) where

1700− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1701− HsRules _ _ rules ->

1702− [ toHie rules

1703− ]

1704− XRuleDecls _ -> []

1705−

1706−instance ToHie (LRuleDecl GhcRn) where

1707− toHie (L _ (XRuleDecl _)) = pure []

1708− toHie (L span r@(HsRule _ rname _ tybndrs bndrs exprA exprB)) = concatM

1709− [ makeNode r span

1710− , pure $ locOnly $ getLoc rname

1711− , toHie $ fmap (tvScopes (ResolvedScopes []) scope) tybndrs

1712− , toHie $ map (RS $ mkScope span) bndrs

1713− , toHie exprA

1714− , toHie exprB

1715− ]

1716− where scope = bndrs_sc `combineScopes` exprA_sc `combineScopes` exprB_sc

1717− bndrs_sc = maybe NoScope mkLScope (listToMaybe bndrs)

1718− exprA_sc = mkLScope exprA

1719− exprB_sc = mkLScope exprB

1720−

1721−instance ToHie (RScoped (LRuleBndr GhcRn)) where

1722− toHie (RS sc (L span bndr)) = concatM $ makeNode bndr span : case bndr of

1723− RuleBndr _ var ->

1724− [ toHie $ C (ValBind RegularBind sc Nothing) var

1725− ]

1726− RuleBndrSig _ var typ ->

1727− [ toHie $ C (ValBind RegularBind sc Nothing) var

1728− , toHie $ TS (ResolvedScopes [sc]) typ

1729− ]

1730− XRuleBndr _ -> []

1731−

1732−instance ToHie (LImportDecl GhcRn) where

1733− toHie (L span decl) = concatM $ makeNode decl span : case decl of

1734− ImportDecl { ideclName = name, ideclAs = as, ideclHiding = hidden } ->

1735− [ toHie $ IEC Import name

1736− , toHie $ fmap (IEC ImportAs) as

1737− , maybe (pure []) goIE hidden

1738− ]

1739− XImportDecl _ -> []

1740− where

1741− goIE (hiding, (L sp liens)) = concatM $

1742− [ pure $ locOnly sp

1743− , toHie $ map (IEC c) liens

1744− ]

1745− where

1746− c = if hiding then ImportHiding else Import

1747−

1748−instance ToHie (IEContext (LIE GhcRn)) where

1749− toHie (IEC c (L span ie)) = concatM $ makeNode ie span : case ie of

1750− IEVar _ n ->

1751− [ toHie $ IEC c n

1752− ]

1753− IEThingAbs _ n ->

1754− [ toHie $ IEC c n

1755− ]

1756− IEThingAll _ n ->

1757− [ toHie $ IEC c n

1758− ]

1759− IEThingWith _ n _ ns flds ->

1760− [ toHie $ IEC c n

1761− , toHie $ map (IEC c) ns

1762− , toHie $ map (IEC c) flds

1763− ]

1764− IEModuleContents _ n ->

1765− [ toHie $ IEC c n

1766− ]

1767− IEGroup _ _ _ -> []

1768− IEDoc _ _ -> []

1769− IEDocNamed _ _ -> []

1770− XIE _ -> []

1771−

1772−instance ToHie (IEContext (LIEWrappedName Name)) where

1773− toHie (IEC c (L span iewn)) = concatM $ makeNode iewn span : case iewn of

1774− IEName n ->

1775− [ toHie $ C (IEThing c) n

1776− ]

1777− IEPattern p ->

1778− [ toHie $ C (IEThing c) p

1779− ]

1780− IEType n ->

1781− [ toHie $ C (IEThing c) n

1782− ]

1783−

1784−instance ToHie (IEContext (Located (FieldLbl Name))) where

1785− toHie (IEC c (L span lbl)) = concatM $ makeNode lbl span : case lbl of

1786− FieldLabel _ _ n ->

1787− [ toHie $ C (IEThing c) $ L span n

1788− ]

1789−

src/Development/IDE/Compat.hsdeleted−19

@@ -1,19 +0,0 @@

1−{-# LANGUAGE CPP #-}

2−module Development.IDE.Compat

3− (

4− getProcessID

5− ) where

6−

7−#ifdef mingw32_HOST_OS

8−

9−import qualified System.Win32.Process as P (getCurrentProcessId)

10−getProcessID :: IO Int

11−getProcessID = fromIntegral <$> P.getCurrentProcessId

12−

13−#else

14−

15−import qualified System.Posix.Process as P (getProcessID)

16−getProcessID :: IO Int

17−getProcessID = fromIntegral <$> P.getProcessID

18−

19−#endif

src/Development/IDE/Core/Compile.hs+69−241

@@ -17,13 +17,7 @@ module Development.IDE.Core.Compile

17 , addRelativeImport

18 , mkTcModuleResult

19 , generateByteCode

20− , generateAndWriteHieFile

21− , generateAndWriteHiFile

22− , getModSummaryFromImports

23 , loadHieFile

20 , loadHieFile

24− , loadInterface

25− , loadDepModule

26− , loadModuleHome

27 ) where

21 ) where

29import Development.IDE.Core.RuleTypes

23import Development.IDE.Core.RuleTypes

@@ -37,7 +31,6 @@ import Development.IDE.GHC.Util

37import qualified GHC.LanguageExtensions.Type as GHC

31import qualified GHC.LanguageExtensions.Type as GHC

38import Development.IDE.Types.Options

32import Development.IDE.Types.Options

39import Development.IDE.Types.Location

33import Development.IDE.Types.Location

40−import Outputable

42#if MIN_GHC_API_VERSION(8,6,0)

35#if MIN_GHC_API_VERSION(8,6,0)

43import DynamicLoading (initializePlugins)

36import DynamicLoading (initializePlugins)

@@ -53,52 +46,42 @@ import ErrUtils

54import Finder

47import Finder

55import qualified Development.IDE.GHC.Compat as GHC

48import qualified Development.IDE.GHC.Compat as GHC

56−import qualified Development.IDE.GHC.Compat as Compat

57import GhcMonad

49import GhcMonad

58import GhcPlugins as GHC hiding (fst3, (<>))

50import GhcPlugins as GHC hiding (fst3, (<>))

59import qualified HeaderInfo as Hdr

51import qualified HeaderInfo as Hdr

60import HscMain (hscInteractive, hscSimplify)

52import HscMain (hscInteractive, hscSimplify)

61−import LoadIface (readIface)

62−import qualified Maybes

63import MkIface

53import MkIface

64import NameCache

54import NameCache

65import StringBuffer as SB

55import StringBuffer as SB

66−import TcRnMonad (initIfaceLoad, tcg_th_coreplugins)

56+import TcRnMonad (tcg_th_coreplugins)

67−import TcIface (typecheckIface)

68import TidyPgm

57import TidyPgm

70−import Control.Exception.Safe

71import Control.Monad.Extra

59import Control.Monad.Extra

72import Control.Monad.Except

60import Control.Monad.Except

73import Control.Monad.Trans.Except

61import Control.Monad.Trans.Except

74−import Data.Bifunctor (first, second)

62+import Data.Function

63+import Data.Ord

75import qualified Data.Text as T

64import qualified Data.Text as T

76import Data.IORef

65import Data.IORef

77import Data.List.Extra

66import Data.List.Extra

78import Data.Maybe

67import Data.Maybe

68+import Data.Tuple.Extra

79import qualified Data.Map.Strict as Map

69import qualified Data.Map.Strict as Map

80import System.FilePath

70import System.FilePath

81−import System.Directory

82−import System.IO.Extra

83−import Data.Either.Extra (maybeToEither)

84−import Control.DeepSeq (rnf)

85−import Control.Exception (evaluate)

86−import Exception (ExceptionMonad)

89-- | Given a string buffer, return the string (after preprocessing) and the 'ParsedModule'.

73-- | Given a string buffer, return the string (after preprocessing) and the 'ParsedModule'.

90parseModule

74parseModule

91 :: IdeOptions

75 :: IdeOptions

92 -> HscEnv

76 -> HscEnv

93− -> [PackageName]

94 -> FilePath

77 -> FilePath

95 -> Maybe SB.StringBuffer

78 -> Maybe SB.StringBuffer

96 -> IO (IdeResult (StringBuffer, ParsedModule))

79 -> IO (IdeResult (StringBuffer, ParsedModule))

97−parseModule IdeOptions{..} env comp_pkgs filename mbContents =

80+parseModule IdeOptions{..} env filename mbContents =

98 fmap (either (, Nothing) id) $

81 fmap (either (, Nothing) id) $

99− evalGhcEnv env $ runExceptT $ do

82+ runGhcEnv env $ runExceptT $ do

100 (contents, dflags) <- preprocessor filename mbContents

83 (contents, dflags) <- preprocessor filename mbContents

101− (diag, modu) <- parseFileContents optPreprocessor dflags comp_pkgs filename contents

84+ (diag, modu) <- parseFileContents optPreprocessor dflags filename contents

102 return (diag, Just (contents, modu))

85 return (diag, Just (contents, modu))

103

104

@@ -110,39 +93,34 @@ computePackageDeps

110computePackageDeps env pkg = do

93computePackageDeps env pkg = do

111 let dflags = hsc_dflags env

94 let dflags = hsc_dflags env

112 case lookupInstalledPackage dflags pkg of

95 case lookupInstalledPackage dflags pkg of

113− Nothing -> return $ Left [ideErrorText (toNormalizedFilePath' noFilePath) $

96+ Nothing -> return $ Left [ideErrorText (toNormalizedFilePath noFilePath) $

114 T.pack $ "unknown package: " ++ show pkg]

97 T.pack $ "unknown package: " ++ show pkg]

115 Just pkgInfo -> return $ Right $ depends pkgInfo

98 Just pkgInfo -> return $ Right $ depends pkgInfo

116

100+

101+-- | Typecheck a single module using the supplied dependencies and packages.

102+typecheckModule

117−typecheckModule :: IdeDefer

103+ :: IdeDefer

118− -> HscEnv

104+ -> HscEnv

119− -> [(ModSummary, (ModIface, Maybe Linkable))]

105+ -> [TcModuleResult]

120− -> ParsedModule

106+ -> ParsedModule

121− -> IO (IdeResult (HscEnv, TcModuleResult))

107+ -> IO (IdeResult TcModuleResult)

122−typecheckModule (IdeDefer defer) hsc depsIn pm = do

108+typecheckModule (IdeDefer defer) packageState deps pm =

109+ let demoteIfDefer = if defer then demoteTypeErrorsToWarnings else id

110+ in

123− fmap (either (, Nothing) (second Just . sequence) . sequence) $

111+ fmap (either (, Nothing) (second Just)) $

124− runGhcEnv hsc $

112+ runGhcEnv packageState $

125− catchSrcErrors "typecheck" $ do

113+ catchSrcErrors "typecheck" $ do

126− -- Currently GetDependencies returns things in topological order so A comes before B if A imports B.

114+ setupEnv deps

127− -- We need to reverse this as GHC gets very unhappy otherwise and complains about broken interfaces.

128− -- Long-term we might just want to change the order returned by GetDependencies

129− let deps = reverse depsIn

130−

131− setupFinderCache (map fst deps)

132−

133− let modSummary = pm_mod_summary pm

115+ let modSummary = pm_mod_summary pm

134− dflags = ms_hspp_opts modSummary

116+ dflags = ms_hspp_opts modSummary

135−

136− mapM_ (uncurry loadDepModule . snd) deps

137− modSummary' <- initPlugins modSummary

117+ modSummary' <- initPlugins modSummary

138− (warnings, tcm) <- withWarnings "typecheck" $ \tweak ->

118+ (warnings, tcm) <- withWarnings "typecheck" $ \tweak ->

139− GHC.typecheckModule $ enableTopLevelWarnings

119+ GHC.typecheckModule $ enableTopLevelWarnings

140− $ demoteIfDefer pm{pm_mod_summary = tweak modSummary'}

120+ $ demoteIfDefer pm{pm_mod_summary = tweak modSummary'}

141− tcm2 <- mkTcModuleResult tcm

121+ tcm2 <- mkTcModuleResult tcm

142− let errorPipeline = unDefer . hideDiag dflags

122+ let errorPipeline = unDefer . hideDiag dflags

143− return (map errorPipeline warnings, tcm2)

123+ return (map errorPipeline warnings, tcm2)

144− where

145− demoteIfDefer = if defer then demoteTypeErrorsToWarnings else id

146

124

147initPlugins :: GhcMonad m => ModSummary -> m ModSummary

125initPlugins :: GhcMonad m => ModSummary -> m ModSummary

148initPlugins modSummary = do

126initPlugins modSummary = do

@@ -165,14 +143,14 @@ newtype RunSimplifier = RunSimplifier Bool

165compileModule

143compileModule

166 :: RunSimplifier

144 :: RunSimplifier

167 -> HscEnv

145 -> HscEnv

168− -> [(ModSummary, HomeModInfo)]

146+ -> [TcModuleResult]

169 -> TcModuleResult

147 -> TcModuleResult

170 -> IO (IdeResult (SafeHaskellMode, CgGuts, ModDetails))

148 -> IO (IdeResult (SafeHaskellMode, CgGuts, ModDetails))

171compileModule (RunSimplifier simplify) packageState deps tmr =

149compileModule (RunSimplifier simplify) packageState deps tmr =

172 fmap (either (, Nothing) (second Just)) $

150 fmap (either (, Nothing) (second Just)) $

173− evalGhcEnv packageState $

151+ runGhcEnv packageState $

174 catchSrcErrors "compile" $ do

152 catchSrcErrors "compile" $ do

175− setupEnv (deps ++ [(tmrModSummary tmr, tmrModInfo tmr)])

153+ setupEnv (deps ++ [tmr])

176

154

177 let tm = tmrModule tmr

155 let tm = tmrModule tmr

178 session <- getSession

156 session <- getSession

@@ -192,12 +170,12 @@ compileModule (RunSimplifier simplify) packageState deps tmr =

192 (guts, details) <- liftIO $ tidyProgram session desugared_guts

170 (guts, details) <- liftIO $ tidyProgram session desugared_guts

193 return (map snd warnings, (mg_safe_haskell desugar, guts, details))

171 return (map snd warnings, (mg_safe_haskell desugar, guts, details))

194

172

195−generateByteCode :: HscEnv -> [(ModSummary, HomeModInfo)] -> TcModuleResult -> CgGuts -> IO (IdeResult Linkable)

173+generateByteCode :: HscEnv -> [TcModuleResult] -> TcModuleResult -> CgGuts -> IO (IdeResult Linkable)

196generateByteCode hscEnv deps tmr guts =

174generateByteCode hscEnv deps tmr guts =

197 fmap (either (, Nothing) (second Just)) $

175 fmap (either (, Nothing) (second Just)) $

198− evalGhcEnv hscEnv $

176+ runGhcEnv hscEnv $

199 catchSrcErrors "bytecode" $ do

177 catchSrcErrors "bytecode" $ do

200− setupEnv (deps ++ [(tmrModSummary tmr, tmrModInfo tmr)])

178+ setupEnv (deps ++ [tmr])

201 session <- getSession

179 session <- getSession

202 (warnings, (_, bytecode, sptEntries)) <- withWarnings "bytecode" $ \tweak ->

180 (warnings, (_, bytecode, sptEntries)) <- withWarnings "bytecode" $ \tweak ->

203#if MIN_GHC_API_VERSION(8,10,0)

181#if MIN_GHC_API_VERSION(8,10,0)

@@ -255,7 +233,7 @@ hideDiag originalFlags (Reason warning, (nfp, _sh, fd))

255 | not (wopt warning originalFlags) = (Reason warning, (nfp, HideDiag, fd))

233 | not (wopt warning originalFlags) = (Reason warning, (nfp, HideDiag, fd))

256hideDiag _originalFlags t = t

234hideDiag _originalFlags t = t

257

235

258−addRelativeImport :: NormalizedFilePath -> ModuleName -> DynFlags -> DynFlags

236+addRelativeImport :: NormalizedFilePath -> ParsedModule -> DynFlags -> DynFlags

259addRelativeImport fp modu dflags = dflags

237addRelativeImport fp modu dflags = dflags

260 {importPaths = nubOrd $ maybeToList (moduleImportPath fp modu) ++ importPaths dflags}

238 {importPaths = nubOrd $ maybeToList (moduleImportPath fp modu) ++ importPaths dflags}

261

239

@@ -276,70 +254,19 @@ mkTcModuleResult tcm = do

276 where

254 where

277 (tcGblEnv, details) = tm_internals_ tcm

255 (tcGblEnv, details) = tm_internals_ tcm

278

256

279−atomicFileWrite :: FilePath -> (FilePath -> IO a) -> IO ()

280−atomicFileWrite targetPath write = do

281− let dir = takeDirectory targetPath

282− createDirectoryIfMissing True dir

283− (tempFilePath, cleanUp) <- newTempFileWithin dir

284− (write tempFilePath >> renameFile tempFilePath targetPath) `onException` cleanUp

285−

286−generateAndWriteHieFile :: HscEnv -> TypecheckedModule -> IO [FileDiagnostic]

287−generateAndWriteHieFile hscEnv tcm =

288− handleGenerationErrors dflags "extended interface generation" $ do

289− case tm_renamed_source tcm of

290− Just rnsrc -> do

291− hf <- runHsc hscEnv $

292− GHC.mkHieFile mod_summary (fst $ tm_internals_ tcm) rnsrc ""

293− atomicFileWrite targetPath $ flip GHC.writeHieFile hf

294− _ ->

295− return ()

296− where

297− dflags = hsc_dflags hscEnv

298− mod_summary = pm_mod_summary $ tm_parsed_module tcm

299− mod_location = ms_location mod_summary

300− targetPath = Compat.ml_hie_file mod_location

301−

302−generateAndWriteHiFile :: HscEnv -> TcModuleResult -> IO [FileDiagnostic]

303−generateAndWriteHiFile hscEnv tc =

304− handleGenerationErrors dflags "interface generation" $ do

305− atomicFileWrite targetPath $ \fp ->

306− writeIfaceFile dflags fp modIface

307− where

308− modIface = hm_iface $ tmrModInfo tc

309− modSummary = tmrModSummary tc

310− targetPath = withBootSuffix $ ml_hi_file $ ms_location $ tmrModSummary tc

311− withBootSuffix = case ms_hsc_src modSummary of

312− HsBootFile -> addBootSuffix

313− _ -> id

314− dflags = hsc_dflags hscEnv

315−

316−handleGenerationErrors :: DynFlags -> T.Text -> IO () -> IO [FileDiagnostic]

317−handleGenerationErrors dflags source action =

318− action >> return [] `catches`

319− [ Handler $ return . diagFromGhcException source dflags

320− , Handler $ return . diagFromString source DsError (noSpan "<internal>")

321− . (("Error during " ++ T.unpack source) ++) . show @SomeException

322− ]

323−

324−

325-- | Setup the environment that GHC needs according to our

257-- | Setup the environment that GHC needs according to our

326-- best understanding (!)

258-- best understanding (!)

327−--

328−-- This involves setting up the finder cache and populating the

329−-- HPT.

330−setupEnv :: GhcMonad m => [(ModSummary, HomeModInfo)] -> m ()

259+setupEnv :: GhcMonad m => [TcModuleResult] -> m ()

331−setupEnv tms = do

260+setupEnv tmsIn = do

332− setupFinderCache (map fst tms)

261+ -- if both a .hs-boot file and a .hs file appear here, we want to make sure that the .hs file

333− -- load dependent modules, which must be in topological order.

262+ -- takes precedence, so put the .hs-boot file earlier in the list

334− modifySession $ \e ->

263+ let isSourceFile = (==HsBootFile) . ms_hsc_src . pm_mod_summary . tm_parsed_module . tmrModule

335− foldl' (\e (_, hmi) -> loadModuleHome hmi e) e tms

264+ tms = sortBy (compare `on` Down . isSourceFile) tmsIn

336

265

337−-- | Initialise the finder cache, dependencies should be topologically

338−-- sorted.

339−setupFinderCache :: GhcMonad m => [ModSummary] -> m ()

340−setupFinderCache mss = do

341 session <- getSession

266 session <- getSession

342

267

268+ let mss = map (pm_mod_summary . tm_parsed_module . tmrModule) tms

269+

343 -- set the target and module graph in the session

270 -- set the target and module graph in the session

344 let graph = mkModuleGraph mss

271 let graph = mkModuleGraph mss

345 setSession session { hsc_mod_graph = graph }

272 setSession session { hsc_mod_graph = graph }

@@ -358,40 +285,26 @@ setupFinderCache mss = do

358 newFinderCacheVar <- liftIO $ newIORef $! newFinderCache

285 newFinderCacheVar <- liftIO $ newIORef $! newFinderCache

359 modifySession $ \s -> s { hsc_FC = newFinderCacheVar }

286 modifySession $ \s -> s { hsc_FC = newFinderCacheVar }

360

287

288+ -- load dependent modules, which must be in topological order.

289+ mapM_ loadModuleHome tms

290+

361

291

362-- | Load a module, quickly. Input doesn't need to be desugared.

292-- | Load a module, quickly. Input doesn't need to be desugared.

363-- A module must be loaded before dependent modules can be typechecked.

293-- A module must be loaded before dependent modules can be typechecked.

364-- This variant of loadModuleHome will *never* cause recompilation, it just

294-- This variant of loadModuleHome will *never* cause recompilation, it just

365-- modifies the session.

295-- modifies the session.

366−--

367−-- The order modules are loaded is important when there are hs-boot files.

368−-- In particular you should make sure to load the .hs version of a file after the

369−-- .hs-boot version.

370loadModuleHome

296loadModuleHome

371− :: HomeModInfo

297+ :: (GhcMonad m)

372− -> HscEnv

298+ => TcModuleResult

373− -> HscEnv

299+ -> m ()

374−loadModuleHome mod_info e =

300+loadModuleHome tmr = modifySession $ \e ->

375− e { hsc_HPT = addToHpt (hsc_HPT e) mod_name mod_info }

376− where

377− mod_name = moduleName $ mi_module $ hm_iface mod_info

378−

379−-- | Load module interface.

380−loadDepModuleIO :: ModIface -> Maybe Linkable -> HscEnv -> IO HscEnv

381−loadDepModuleIO iface linkable hsc = do

382− details <- liftIO $ fixIO $ \details -> do

383− let hsc' = hsc { hsc_HPT = addToHpt (hsc_HPT hsc) mod (HomeModInfo iface details linkable) }

301+ e { hsc_HPT = addToHpt (hsc_HPT e) mod mod_info }

384− initIfaceLoad hsc' (typecheckIface iface)

302+ where

385− let mod_info = HomeModInfo iface details linkable

303+ ms = pm_mod_summary . tm_parsed_module . tmrModule $ tmr

386− return $ loadModuleHome mod_info hsc

304+ mod_info = tmrModInfo tmr

387− where

305+ mod = ms_mod_name ms

388− mod = moduleName $ mi_module iface

306+

389

307

390−loadDepModule :: GhcMonad m => ModIface -> Maybe Linkable -> m ()

391−loadDepModule iface linkable = do

392− e <- getSession

393− e' <- liftIO $ loadDepModuleIO iface linkable e

394− setSession e'

395

308

396-- | GhcMonad function to chase imports of a module given as a StringBuffer. Returns given module's

309-- | GhcMonad function to chase imports of a module given as a StringBuffer. Returns given module's

397-- name and its imports.

310-- name and its imports.

@@ -412,14 +325,16 @@ getImportsParsed dflags (L loc parsed) = do

412 , GHC.moduleNameString (GHC.unLoc $ ideclName i) /= "GHC.Prim"

325 , GHC.moduleNameString (GHC.unLoc $ ideclName i) /= "GHC.Prim"

413 ])

326 ])

414

327

328+

415-- | Produce a module summary from a StringBuffer.

329-- | Produce a module summary from a StringBuffer.

416getModSummaryFromBuffer

330getModSummaryFromBuffer

417 :: GhcMonad m

331 :: GhcMonad m

418 => FilePath

332 => FilePath

333+ -> SB.StringBuffer

419 -> DynFlags

334 -> DynFlags

420 -> GHC.ParsedSource

335 -> GHC.ParsedSource

421 -> ExceptT [FileDiagnostic] m ModSummary

336 -> ExceptT [FileDiagnostic] m ModSummary

422−getModSummaryFromBuffer fp dflags parsed = do

337+getModSummaryFromBuffer fp contents dflags parsed = do

423 (modName, imports) <- liftEither $ getImportsParsed dflags parsed

338 (modName, imports) <- liftEither $ getImportsParsed dflags parsed

424

339

425 modLoc <- liftIO $ mkHomeModLocation dflags modName fp

340 modLoc <- liftIO $ mkHomeModLocation dflags modName fp

@@ -435,7 +350,7 @@ getModSummaryFromBuffer fp dflags parsed = do

435 , ms_textual_imps = [imp | (False, imp) <- imports]

350 , ms_textual_imps = [imp | (False, imp) <- imports]

436 , ms_hspp_file = fp

351 , ms_hspp_file = fp

437 , ms_hspp_opts = dflags

352 , ms_hspp_opts = dflags

438− , ms_hspp_buf = Nothing

353+ , ms_hspp_buf = Just contents

439

354

440 -- defaults:

355 -- defaults:

441 , ms_hsc_src = sourceType

356 , ms_hsc_src = sourceType

@@ -450,61 +365,17 @@ getModSummaryFromBuffer fp dflags parsed = do

450 where

365 where

451 sourceType = if "-boot" `isSuffixOf` takeExtension fp then HsBootFile else HsSrcFile

366 sourceType = if "-boot" `isSuffixOf` takeExtension fp then HsBootFile else HsSrcFile

452

367

453−-- | Given a buffer, env and filepath, produce a module summary by parsing only the imports.

368+

454−-- Runs preprocessors as needed.

455−getModSummaryFromImports

456− :: (HasDynFlags m, ExceptionMonad m, MonadIO m)

457− => FilePath

458− -> Maybe SB.StringBuffer

459− -> ExceptT [FileDiagnostic] m ModSummary

460−getModSummaryFromImports fp contents = do

461− (contents, dflags) <- preprocessor fp contents

462− (srcImports, textualImports, L _ moduleName) <-

463− ExceptT $ liftIO $ first (diagFromErrMsgs "parser" dflags) <$> GHC.getHeaderImports dflags contents fp fp

464−

465− -- Force bits that might keep the string buffer and DynFlags alive unnecessarily

466− liftIO $ evaluate $ rnf srcImports

467− liftIO $ evaluate $ rnf textualImports

468−

469− modLoc <- liftIO $ mkHomeModLocation dflags moduleName fp

470−

471− let mod = mkModule (thisPackage dflags) moduleName

472− sourceType = if "-boot" `isSuffixOf` takeExtension fp then HsBootFile else HsSrcFile

473− summary =

474− ModSummary

475− { ms_mod = mod

476−#if MIN_GHC_API_VERSION(8,8,0)

477− , ms_hie_date = Nothing

478−#endif

479− , ms_hs_date = error "Rules should not depend on ms_hs_date"

480− -- When we are working with a virtual file we do not have a file date.

481− -- To avoid silent issues where something is not processed because the date

482− -- has not changed, we make sure that things blow up if they depend on the date.

483− , ms_hsc_src = sourceType

484− , ms_hspp_buf = Nothing

485− , ms_hspp_file = fp

486− , ms_hspp_opts = dflags

487− , ms_iface_date = Nothing

488− , ms_location = modLoc

489− , ms_obj_date = Nothing

490− , ms_parsed_mod = Nothing

491− , ms_srcimps = srcImports

492− , ms_textual_imps = textualImports

493− }

494− return summary

495−

496−

497−-- | Given a buffer, flags, and file path, produce a

369+-- | Given a buffer, flags, file path and module summary, produce a

498-- parsed module (or errors) and any parse warnings. Does not run any preprocessors

370-- parsed module (or errors) and any parse warnings. Does not run any preprocessors

499parseFileContents

371parseFileContents

500 :: GhcMonad m

372 :: GhcMonad m

501 => (GHC.ParsedSource -> IdePreprocessedSource)

373 => (GHC.ParsedSource -> IdePreprocessedSource)

502 -> DynFlags -- ^ flags to use

374 -> DynFlags -- ^ flags to use

503− -> [PackageName] -- ^ The package imports to ignore

504 -> FilePath -- ^ the filename (for source locations)

375 -> FilePath -- ^ the filename (for source locations)

505 -> SB.StringBuffer -- ^ Haskell module source text (full Unicode is supported)

376 -> SB.StringBuffer -- ^ Haskell module source text (full Unicode is supported)

506 -> ExceptT [FileDiagnostic] m ([FileDiagnostic], ParsedModule)

377 -> ExceptT [FileDiagnostic] m ([FileDiagnostic], ParsedModule)

507−parseFileContents customPreprocessor dflags comp_pkgs filename contents = do

378+parseFileContents customPreprocessor dflags filename contents = do

508 let loc = mkRealSrcLoc (mkFastString filename) 1 1

379 let loc = mkRealSrcLoc (mkFastString filename) 1 1

509 case unP Parser.parseModule (mkPState dflags contents loc) of

380 case unP Parser.parseModule (mkPState dflags contents loc) of

510#if MIN_GHC_API_VERSION(8,10,0)

381#if MIN_GHC_API_VERSION(8,10,0)

@@ -536,63 +407,20 @@ parseFileContents customPreprocessor dflags comp_pkgs filename contents = do

536 -- Ok, we got here. It's safe to continue.

407 -- Ok, we got here. It's safe to continue.

537 let IdePreprocessedSource preproc_warns errs parsed = customPreprocessor rdr_module

408 let IdePreprocessedSource preproc_warns errs parsed = customPreprocessor rdr_module

538 unless (null errs) $ throwE $ diagFromStrings "parser" DsError errs

409 unless (null errs) $ throwE $ diagFromStrings "parser" DsError errs

539− let parsed' = removePackageImports comp_pkgs parsed

540 let preproc_warnings = diagFromStrings "parser" DsWarning preproc_warns

410 let preproc_warnings = diagFromStrings "parser" DsWarning preproc_warns

541− ms <- getModSummaryFromBuffer filename dflags parsed'

411+ ms <- getModSummaryFromBuffer filename contents dflags parsed

542 let pm =

412 let pm =

543 ParsedModule {

413 ParsedModule {

544 pm_mod_summary = ms

414 pm_mod_summary = ms

545− , pm_parsed_source = parsed'

415+ , pm_parsed_source = parsed

546 , pm_extra_src_files=[] -- src imports not allowed

416 , pm_extra_src_files=[] -- src imports not allowed

547 , pm_annotations = hpm_annotations

417 , pm_annotations = hpm_annotations

548 }

418 }

549 warnings = diagFromErrMsgs "parser" dflags warns

419 warnings = diagFromErrMsgs "parser" dflags warns

550 pure (warnings ++ preproc_warnings, pm)

420 pure (warnings ++ preproc_warnings, pm)

551

421

552−

553−-- | After parsing the module remove all package imports referring to

554−-- these packages as we have already dealt with what they map to.

555−removePackageImports :: [PackageName] -> GHC.ParsedSource -> GHC.ParsedSource

556−removePackageImports pkgs (L l h@HsModule {hsmodImports} ) = L l (h { hsmodImports = imports' })

557− where

558− imports' = map do_one_import hsmodImports

559− do_one_import (L l i@ImportDecl{ideclPkgQual}) =

560− case PackageName . sl_fs <$> ideclPkgQual of

561− Just pn | pn `elem` pkgs -> L l (i { ideclPkgQual = Nothing })

562− _ -> L l i

563−#if MIN_GHC_API_VERSION(8,6,0)

564− do_one_import l = l

565−#endif

566−

567loadHieFile :: FilePath -> IO GHC.HieFile

422loadHieFile :: FilePath -> IO GHC.HieFile

568loadHieFile f = do

423loadHieFile f = do

569 u <- mkSplitUniqSupply 'a'

424 u <- mkSplitUniqSupply 'a'

570 let nameCache = initNameCache u []

425 let nameCache = initNameCache u []

571 fmap (GHC.hie_file_result . fst) $ GHC.readHieFile nameCache f

426 fmap (GHC.hie_file_result . fst) $ GHC.readHieFile nameCache f

572−

573−-- | Retuns an up-to-date module interface if available.

574−-- Assumes file exists.

575−-- Requires the 'HscEnv' to be set up with dependencies

576−loadInterface

577− :: HscEnv

578− -> ModSummary

579− -> [HiFileResult]

580− -> IO (Either String ModIface)

581−loadInterface session ms deps = do

582− let hiFile = case ms_hsc_src ms of

583− HsBootFile -> addBootSuffix (ml_hi_file $ ms_location ms)

584− _ -> ml_hi_file $ ms_location ms

585− r <- initIfaceLoad session $ readIface (ms_mod ms) hiFile

586− case r of

587− Maybes.Succeeded iface -> do

588− session' <- foldM (\e d -> loadDepModuleIO (hirModIface d) Nothing e) session deps

589− (reason, iface') <- checkOldIface session' ms SourceUnmodified (Just iface)

590− return $ maybeToEither (showReason reason) iface'

591− Maybes.Failed err -> do

592− let errMsg = showSDoc (hsc_dflags session) err

593− return $ Left errMsg

594−

595−showReason :: RecompileRequired -> String

596−showReason MustCompile = "Stale"

597−showReason (RecompBecause reason) = "Stale (" ++ reason ++ ")"

598−showReason UpToDate = "Up to date"

src/Development/IDE/Core/FileExists.hs+40−19

@@ -91,24 +91,20 @@ getFileExists fp = use_ GetFileExists fp

91-- Provides a fast implementation if client supports dynamic watched files.

92-- Creates a global state as a side effect in that case.

93fileExistsRules :: IO LspId -> ClientCapabilities -> VFSHandle -> Rules ()

94−fileExistsRules getLspId ClientCapabilities{_workspace} vfs = do

94+fileExistsRules getLspId ClientCapabilities{_workspace} vfs

95− -- Create the global always, although it should only be used if we have fast rules.

96− -- But there's a chance someone will send unexpected notifications anyway,

97− -- e.g. https://github.com/digital-asset/ghcide/issues/599

98− addIdeGlobal . FileExistsMapVar =<< liftIO (newVar [])

99− case () of

100− _ | Just WorkspaceClientCapabilities{_didChangeWatchedFiles} <- _workspace

95+ | Just WorkspaceClientCapabilities{_didChangeWatchedFiles} <- _workspace

101− , Just DidChangeWatchedFilesClientCapabilities{_dynamicRegistration} <- _didChangeWatchedFiles

96+ , Just DidChangeWatchedFilesClientCapabilities{_dynamicRegistration} <- _didChangeWatchedFiles

102− , Just True <- _dynamicRegistration

97+ , Just True <- _dynamicRegistration

103− -> fileExistsRulesFast getLspId vfs

98+ = fileExistsRulesFast getLspId vfs

104− | otherwise -> do

99+ | otherwise = do

105− logger <- logger <$> getShakeExtrasRules

100+ logger <- logger <$> getShakeExtrasRules

106− liftIO $ logDebug logger "Warning: Client does not support watched files. Falling back to OS polling"

101+ liftIO $ logDebug logger "Warning: Client does not support watched files. Falling back to OS polling"

107− fileExistsRulesSlow vfs

102+ fileExistsRulesSlow vfs

108

103

109-- Requires an lsp client that provides WatchedFiles notifications.

104-- Requires an lsp client that provides WatchedFiles notifications.

110fileExistsRulesFast :: IO LspId -> VFSHandle -> Rules ()

105fileExistsRulesFast :: IO LspId -> VFSHandle -> Rules ()

111−fileExistsRulesFast getLspId vfs =

106+fileExistsRulesFast getLspId vfs = do

107+ addIdeGlobal . FileExistsMapVar =<< liftIO (newVar [])

112 defineEarlyCutoff $ \GetFileExists file -> do

108 defineEarlyCutoff $ \GetFileExists file -> do

113 isWf <- isWorkspaceFile file

109 isWf <- isWorkspaceFile file

114 if isWf

110 if isWf

@@ -150,10 +146,9 @@ fileExistsFast getLspId vfs file = do

150 WorkspaceDidChangeWatchedFiles

146 WorkspaceDidChangeWatchedFiles

151 (Just (A.toJSON regOptions))

147 (Just (A.toJSON regOptions))

152 regOptions =

148 regOptions =

153− DidChangeWatchedFilesRegistrationOptions { _watchers = List [watcher] }

149+ DidChangeWatchedFilesRegistrationOptions { watchers = List [watcher] }

154− watchKind = WatchKind { _watchCreate = True, _watchChange = False, _watchDelete = True}

155− watcher = FileSystemWatcher { _globPattern = fromNormalizedFilePath fp

150+ watcher = FileSystemWatcher { globPattern = fromNormalizedFilePath fp

156− , _kind = Just watchKind

151+ , kind = Just 5 -- Create and Delete events only

157 }

152 }

158

153

159 eventer $ ReqRegisterCapability req

154 eventer $ ReqRegisterCapability req

@@ -179,3 +174,29 @@ getFileExistsVFS vfs file = do

179 handle (\(_ :: IOException) -> return False) $

174 handle (\(_ :: IOException) -> return False) $

180 (isJust <$> getVirtualFile vfs (filePathToUri' file)) ||^

175 (isJust <$> getVirtualFile vfs (filePathToUri' file)) ||^

181 Dir.doesFileExist (fromNormalizedFilePath file)

176 Dir.doesFileExist (fromNormalizedFilePath file)

177+

178+--------------------------------------------------------------------------------------------------

179+-- The message definitions below probably belong in haskell-lsp-types

180+

181+data DidChangeWatchedFilesRegistrationOptions = DidChangeWatchedFilesRegistrationOptions

182+ { watchers :: List FileSystemWatcher

183+ }

184+

185+instance A.ToJSON DidChangeWatchedFilesRegistrationOptions where

186+ toJSON DidChangeWatchedFilesRegistrationOptions {..} =

187+ A.object ["watchers" A..= watchers]

188+

189+data FileSystemWatcher = FileSystemWatcher

190+ { -- | The glob pattern to watch.

191+ -- For details on glob pattern syntax, check the spec: https://microsoft.github.io/language-server-protocol/specifications/specification-3-14/#workspace_didChangeWatchedFiles

192+ globPattern :: String

193+ -- | The kind of event to subscribe to. Defaults to all.

194+ -- Defined as a bitmap of Create(1), Change(2), and Delete(4)

195+ , kind :: Maybe Int

196+ }

197+

198+instance A.ToJSON FileSystemWatcher where

199+ toJSON FileSystemWatcher {..} =

200+ A.object

201+ $ ["globPattern" A..= globPattern]

202+ ++ [ "kind" A..= x | Just x <- [kind] ]

src/Development/IDE/Core/PositionMapping.hs+10−48

@@ -2,15 +2,10 @@

2-- SPDX-License-Identifier: Apache-2.0

3module Development.IDE.Core.PositionMapping

4 ( PositionMapping(..)

5− , fromCurrentPosition

6− , toCurrentPosition

7− , PositionDelta(..)

8− , addDelta

9− , mkDelta

10 , toCurrentRange

5 , toCurrentRange

11 , fromCurrentRange

6 , fromCurrentRange

12 , applyChange

7 , applyChange

13− , zeroMapping

8+ , idMapping

14 -- toCurrent and fromCurrent are mainly exposed for testing

9 -- toCurrent and fromCurrent are mainly exposed for testing

15 , toCurrent

10 , toCurrent

16 , fromCurrent

11 , fromCurrent

@@ -19,25 +14,12 @@ module Development.IDE.Core.PositionMapping

19import Control.Monad

14import Control.Monad

20import qualified Data.Text as T

15import qualified Data.Text as T

21import Language.Haskell.LSP.Types

16import Language.Haskell.LSP.Types

22−import Data.List

24−-- The position delta is the difference between two versions

18+data PositionMapping = PositionMapping

25−data PositionDelta = PositionDelta

26− { toDelta :: !(Position -> Maybe Position)

19+ { toCurrentPosition :: !(Position -> Maybe Position)

27− , fromDelta :: !(Position -> Maybe Position)

20+ , fromCurrentPosition :: !(Position -> Maybe Position)

28 }

21 }

30−fromCurrentPosition :: PositionMapping -> Position -> Maybe Position

31−fromCurrentPosition (PositionMapping pm) = fromDelta pm

32−

33−toCurrentPosition :: PositionMapping -> Position -> Maybe Position

34−toCurrentPosition (PositionMapping pm) = toDelta pm

35−

36−-- A position mapping is the difference from the current version to

37−-- a specific version

38−newtype PositionMapping = PositionMapping PositionDelta

39−

40−

41toCurrentRange :: PositionMapping -> Range -> Maybe Range

23toCurrentRange :: PositionMapping -> Range -> Maybe Range

42toCurrentRange mapping (Range a b) =

24toCurrentRange mapping (Range a b) =

43 Range <$> toCurrentPosition mapping a <*> toCurrentPosition mapping b

25 Range <$> toCurrentPosition mapping a <*> toCurrentPosition mapping b

@@ -46,33 +28,13 @@ fromCurrentRange :: PositionMapping -> Range -> Maybe Range

46fromCurrentRange mapping (Range a b) =

28fromCurrentRange mapping (Range a b) =

47 Range <$> fromCurrentPosition mapping a <*> fromCurrentPosition mapping b

29 Range <$> fromCurrentPosition mapping a <*> fromCurrentPosition mapping b

49−zeroMapping :: PositionMapping

31+idMapping :: PositionMapping

50−zeroMapping = PositionMapping idDelta

32+idMapping = PositionMapping Just Just

51−

52−-- | Compose two position mappings. Composes in the same way as function

53−-- composition (ie the second argument is applyed to the position first).

54−composeDelta :: PositionDelta

55− -> PositionDelta

56− -> PositionDelta

57−composeDelta (PositionDelta to1 from1) (PositionDelta to2 from2) =

58− PositionDelta (to1 <=< to2)

59− (from1 >=> from2)

60−

61−idDelta :: PositionDelta

62−idDelta = PositionDelta Just Just

63−

64−-- | Convert a set of changes into a delta from k to k + 1

65−mkDelta :: [TextDocumentContentChangeEvent] -> PositionDelta

66−mkDelta cs = foldl' applyChange idDelta cs

67−

68−-- | Add a new delta onto a Mapping k n to make a Mapping (k - 1) n

69−addDelta :: PositionDelta -> PositionMapping -> PositionMapping

70−addDelta delta (PositionMapping pm) = PositionMapping (composeDelta delta pm)

72−applyChange :: PositionDelta -> TextDocumentContentChangeEvent -> PositionDelta

34+applyChange :: PositionMapping -> TextDocumentContentChangeEvent -> PositionMapping

73−applyChange PositionDelta{..} (TextDocumentContentChangeEvent (Just r) _ t) = PositionDelta

35+applyChange posMapping (TextDocumentContentChangeEvent (Just r) _ t) = PositionMapping

74− { toDelta = toCurrent r t <=< toDelta

36+ { toCurrentPosition = toCurrent r t <=< toCurrentPosition posMapping

75− , fromDelta = fromDelta <=< fromCurrent r t

37+ , fromCurrentPosition = fromCurrentPosition posMapping <=< fromCurrent r t

76 }

38 }

77applyChange posMapping _ = posMapping

39applyChange posMapping _ = posMapping

src/Development/IDE/Core/Preprocessor.hs+5−14

@@ -29,15 +29,11 @@ import Data.IORef (IORef, modifyIORef, newIORef, readIORef)

29import Data.Text (Text)

30import qualified Data.Text as T

31import Outputable (showSDoc)

32−import Control.DeepSeq (NFData(rnf))

33−import Control.Exception (evaluate)

34−import Control.Monad.IO.Class (MonadIO)

35−import Exception (ExceptionMonad)

38-- | Given a file and some contents, apply any necessary preprocessors,

34-- | Given a file and some contents, apply any necessary preprocessors,

39-- e.g. unlit/cpp. Return the resulting buffer and the DynFlags it implies.

35-- e.g. unlit/cpp. Return the resulting buffer and the DynFlags it implies.

40−preprocessor :: (ExceptionMonad m, HasDynFlags m, MonadIO m) => FilePath -> Maybe StringBuffer -> ExceptT [FileDiagnostic] m (StringBuffer, DynFlags)

36+preprocessor :: GhcMonad m => FilePath -> Maybe StringBuffer -> ExceptT [FileDiagnostic] m (StringBuffer, DynFlags)

41preprocessor filename mbContents = do

37preprocessor filename mbContents = do

42 -- Perform unlit

38 -- Perform unlit

43 (isOnDisk, contents) <-

39 (isOnDisk, contents) <-

@@ -100,7 +96,7 @@ data CPPDiag

100

101diagsFromCPPLogs :: FilePath -> [CPPLog] -> [FileDiagnostic]

97diagsFromCPPLogs :: FilePath -> [CPPLog] -> [FileDiagnostic]

102diagsFromCPPLogs filename logs =

98diagsFromCPPLogs filename logs =

103− map (\d -> (toNormalizedFilePath' filename, ShowDiag, cppDiagToDiagnostic d)) $

99+ map (\d -> (toNormalizedFilePath filename, ShowDiag, cppDiagToDiagnostic d)) $

104 go [] logs

100 go [] logs

105 where

101 where

106 -- On errors, CPP calls logAction with a real span for the initial log and

102 -- On errors, CPP calls logAction with a real span for the initial log and

@@ -122,8 +118,7 @@ diagsFromCPPLogs filename logs =

122 _code = Nothing,

118 _code = Nothing,

123 _source = Just "CPP",

119 _source = Just "CPP",

124 _message = T.unlines $ cdMessage d,

120 _message = T.unlines $ cdMessage d,

125− _relatedInformation = Nothing,

121+ _relatedInformation = Nothing

126− _tags = Nothing

127 }

122 }

128

123

129

124

@@ -133,17 +128,13 @@ isLiterate x = takeExtension x `elem` [".lhs",".lhs-boot"]

133

128

134-- | This reads the pragma information directly from the provided buffer.

129-- | This reads the pragma information directly from the provided buffer.

135parsePragmasIntoDynFlags

130parsePragmasIntoDynFlags

136− :: (ExceptionMonad m, HasDynFlags m, MonadIO m)

131+ :: GhcMonad m

137 => FilePath

132 => FilePath

138 -> SB.StringBuffer

133 -> SB.StringBuffer

139 -> m (Either [FileDiagnostic] DynFlags)

134 -> m (Either [FileDiagnostic] DynFlags)

140parsePragmasIntoDynFlags fp contents = catchSrcErrors "pragmas" $ do

135parsePragmasIntoDynFlags fp contents = catchSrcErrors "pragmas" $ do

141− dflags0 <- getDynFlags

136+ dflags0 <- getSessionDynFlags

142 let opts = Hdr.getOptions dflags0 contents fp

137 let opts = Hdr.getOptions dflags0 contents fp

143−

144− -- Force bits that might keep the dflags and stringBuffer alive unnecessarily

145− liftIO $ evaluate $ rnf opts

146−

147 (dflags, _, _) <- parseDynamicFilePragma dflags0 opts

138 (dflags, _, _) <- parseDynamicFilePragma dflags0 opts

148 return dflags

139 return dflags

149

140

src/Development/IDE/Core/RuleTypes.hs−52

@@ -57,22 +57,6 @@ instance Show TcModuleResult where

57instance NFData TcModuleResult where

58 rnf = rwhnf

60−tmrModSummary :: TcModuleResult -> ModSummary

61−tmrModSummary = pm_mod_summary . tm_parsed_module . tmrModule

62−

63−data HiFileResult = HiFileResult

64− { hirModSummary :: !ModSummary

65− -- Bang patterns here are important to stop the result retaining

66− -- a reference to a typechecked module

67− , hirModIface :: !ModIface

68− }

69−

70−instance NFData HiFileResult where

71− rnf = rwhnf

72−

73−instance Show HiFileResult where

74− show = show . hirModSummary

75−

76-- | The type checked version of this file, requires TypeCheck+

60-- | The type checked version of this file, requires TypeCheck+

77type instance RuleResult TypeCheck = TcModuleResult

61type instance RuleResult TypeCheck = TcModuleResult

@@ -97,18 +81,6 @@ type instance RuleResult GetLocatedImports = ([(Located ModuleName, Maybe Artifa

97-- we can only report diagnostics for the current file.

81-- we can only report diagnostics for the current file.

98type instance RuleResult ReportImportCycles = ()

82type instance RuleResult ReportImportCycles = ()

100−-- | Read the module interface file

101−type instance RuleResult GetHiFile = HiFileResult

102−

103−-- | Get a module interface, either from an interface file or a typechecked module

104−type instance RuleResult GetModIface = HiFileResult

105−

106−type instance RuleResult IsFileOfInterest = Bool

107−

108−-- | Generate a ModSummary that has enough information to be used to get .hi and .hie files.

109−-- without needing to parse the entire source

110−type instance RuleResult GetModSummary = ModSummary

111−

112data GetParsedModule = GetParsedModule

84data GetParsedModule = GetParsedModule

113 deriving (Eq, Show, Typeable, Generic)

85 deriving (Eq, Show, Typeable, Generic)

114instance Hashable GetParsedModule

86instance Hashable GetParsedModule

@@ -168,27 +140,3 @@ data GhcSession = GhcSession

168instance Hashable GhcSession

140instance Hashable GhcSession

169instance NFData GhcSession

141instance NFData GhcSession

170instance Binary GhcSession

142instance Binary GhcSession

171−

172−data GetHiFile = GetHiFile

173− deriving (Eq, Show, Typeable, Generic)

174−instance Hashable GetHiFile

175−instance NFData GetHiFile

176−instance Binary GetHiFile

177−

178−data GetModIface = GetModIface

179− deriving (Eq, Show, Typeable, Generic)

180−instance Hashable GetModIface

181−instance NFData GetModIface

182−instance Binary GetModIface

183−

184−data IsFileOfInterest = IsFileOfInterest

185− deriving (Eq, Show, Typeable, Generic)

186−instance Hashable IsFileOfInterest

187−instance NFData IsFileOfInterest

188−instance Binary IsFileOfInterest

189−

190−data GetModSummary = GetModSummary

191− deriving (Eq, Show, Typeable, Generic)

192−instance Hashable GetModSummary

193−instance NFData GetModSummary

194−instance Binary GetModSummary

src/Development/IDE/Core/Rules.hs+105−363

@@ -1,11 +1,10 @@

2-- SPDX-License-Identifier: Apache-2.0

4−{-# LANGUAGE CPP #-}

5−{-# LANGUAGE TypeFamilies #-}

4+{-# LANGUAGE TypeFamilies #-}

6−{-# LANGUAGE FlexibleInstances #-}

5+{-# LANGUAGE FlexibleInstances #-}

7{-# LANGUAGE DuplicateRecordFields #-}

6{-# LANGUAGE DuplicateRecordFields #-}

8−#include "ghc-api-version.h"

7+{-# LANGUAGE PatternSynonyms #-}

10-- | A Shake implementation of the compiler service, built

9-- | A Shake implementation of the compiler service, built

11-- using the "Shaker" abstraction layer for in-memory use.

10-- using the "Shaker" abstraction layer for in-memory use.

@@ -28,13 +27,12 @@ module Development.IDE.Core.Rules(

29import Fingerprint

28import Fingerprint

31−import Data.Binary hiding (get, put)

30+import Data.Binary

32−import Data.Bifunctor (first, second)

31+import Data.Bifunctor (second)

33import Control.Monad.Extra

32import Control.Monad.Extra

34import Control.Monad.Trans.Class

33import Control.Monad.Trans.Class

35import Control.Monad.Trans.Maybe

34import Control.Monad.Trans.Maybe

36import Development.IDE.Core.Compile

35import Development.IDE.Core.Compile

37−import Development.IDE.Core.OfInterest

38import Development.IDE.Types.Options

36import Development.IDE.Types.Options

39import Development.IDE.Spans.Calculate

37import Development.IDE.Spans.Calculate

40import Development.IDE.Import.DependencyInformation

38import Development.IDE.Import.DependencyInformation

@@ -45,12 +43,12 @@ import Development.IDE.Types.Diagnostics

45import Development.IDE.Types.Location

43import Development.IDE.Types.Location

46import Development.IDE.GHC.Compat hiding (parseModule, typecheckModule)

44import Development.IDE.GHC.Compat hiding (parseModule, typecheckModule)

47import Development.IDE.GHC.Util

45import Development.IDE.GHC.Util

48−import Development.IDE.GHC.WithDynFlags

46+import Data.Coerce

49import Data.Either.Extra

47import Data.Either.Extra

50import Data.Maybe

48import Data.Maybe

51import Data.Foldable

49import Data.Foldable

52import qualified Data.IntMap.Strict as IntMap

50import qualified Data.IntMap.Strict as IntMap

53−import Data.IntMap.Strict (IntMap)

51+import qualified Data.IntSet as IntSet

54import Data.List

52import Data.List

55import Data.Ord

53import Data.Ord

56import qualified Data.Set as Set

54import qualified Data.Set as Set

@@ -59,23 +57,16 @@ import Development.IDE.GHC.Error

59import Development.Shake hiding (Diagnostic)

57import Development.Shake hiding (Diagnostic)

60import Development.IDE.Core.RuleTypes

58import Development.IDE.Core.RuleTypes

61import Development.IDE.Spans.Type

59import Development.IDE.Spans.Type

62−import qualified Data.ByteString.Char8 as BS

64import qualified GHC.LanguageExtensions as LangExt

61import qualified GHC.LanguageExtensions as LangExt

65import HscTypes

62import HscTypes

66−import PackageConfig

67−import DynFlags (gopt_set, xopt)

63+import DynFlags (xopt)

68import GHC.Generics(Generic)

64import GHC.Generics(Generic)

70import qualified Development.IDE.Spans.AtPoint as AtPoint

66import qualified Development.IDE.Spans.AtPoint as AtPoint

71import Development.IDE.Core.Service

67import Development.IDE.Core.Service

72import Development.IDE.Core.Shake

68import Development.IDE.Core.Shake

73−import Development.Shake.Classes hiding (get, put)

69+import Development.Shake.Classes

74−import Control.Monad.Trans.Except (runExceptT)

75−import Data.ByteString (ByteString)

76−import Control.Concurrent.Async (concurrently)

77−

78−import Control.Monad.State

80-- | This is useful for rules to convert rules that can only produce errors or

71-- | This is useful for rules to convert rules that can only produce errors or

81-- a result into the more general IdeResult type that supports producing

72-- a result into the more general IdeResult type that supports producing

@@ -89,14 +80,14 @@ useE :: IdeRule k v => k -> NormalizedFilePath -> MaybeT Action v

89useE k = MaybeT . use k

80useE k = MaybeT . use k

91useNoFileE :: IdeRule k v => k -> MaybeT Action v

82useNoFileE :: IdeRule k v => k -> MaybeT Action v

92−useNoFileE k = useE k emptyFilePath

83+useNoFileE k = useE k ""

94usesE :: IdeRule k v => k -> [NormalizedFilePath] -> MaybeT Action [v]

85usesE :: IdeRule k v => k -> [NormalizedFilePath] -> MaybeT Action [v]

95usesE k = MaybeT . fmap sequence . uses k

86usesE k = MaybeT . fmap sequence . uses k

97defineNoFile :: IdeRule k v => (k -> Action v) -> Rules ()

88defineNoFile :: IdeRule k v => (k -> Action v) -> Rules ()

98defineNoFile f = define $ \k file -> do

89defineNoFile f = define $ \k file -> do

99− if file == emptyFilePath then do res <- f k; return ([], Just res) else

90+ if file == "" then do res <- f k; return ([], Just res) else

100 fail $ "Rule " ++ show k ++ " should always be called with the empty string for a file"

91 fail $ "Rule " ++ show k ++ " should always be called with the empty string for a file"

101

102

@@ -138,19 +129,21 @@ getHieFile file mod = do

138

129

139getHomeHieFile :: NormalizedFilePath -> Action ([a], Maybe HieFile)

130getHomeHieFile :: NormalizedFilePath -> Action ([a], Maybe HieFile)

140getHomeHieFile f = do

131getHomeHieFile f = do

141− ms <- use_ GetModSummary f

132+ pm <- use_ GetParsedModule f

142− let normal_hie_f = toNormalizedFilePath' hie_f

133+ let normal_hie_f = toNormalizedFilePath hie_f

143− hie_f = ml_hie_file $ ms_location ms

134+ hie_f = ml_hie_file $ ms_location $ pm_mod_summary pm

144 mbHieTimestamp <- use GetModificationTime normal_hie_f

135 mbHieTimestamp <- use GetModificationTime normal_hie_f

145 srcTimestamp <- use_ GetModificationTime f

136 srcTimestamp <- use_ GetModificationTime f

137+

146 let isUpToDate

138 let isUpToDate

147 | Just d <- mbHieTimestamp = comparing modificationTime d srcTimestamp == GT

139 | Just d <- mbHieTimestamp = comparing modificationTime d srcTimestamp == GT

148 | otherwise = False

140 | otherwise = False

149

141

142+-- In the future, TypeCheck will emit .hie files as a side effect

150− unless isUpToDate $

143+-- unless isUpToDate $

151− void $ use_ TypeCheck f

144+-- void $ use_ TypeCheck f

152

145

153− hf <- liftIO $ whenMaybe isUpToDate (loadHieFile hie_f)

146+ hf <- liftIO $ if isUpToDate then Just <$> loadHieFile hie_f else pure Nothing

154 return ([], hf)

147 return ([], hf)

155

148

156getPackageHieFile :: Module -- ^ Package Module to load .hie file for

149getPackageHieFile :: Module -- ^ Package Module to load .hie file for

@@ -191,60 +184,31 @@ priorityFilesOfInterest :: Priority

191priorityFilesOfInterest = Priority (-2)

184priorityFilesOfInterest = Priority (-2)

192

185

193getParsedModuleRule :: Rules ()

186getParsedModuleRule :: Rules ()

187+getParsedModuleRule =

194−getParsedModuleRule = defineEarlyCutoff $ \GetParsedModule file -> do

188+ defineEarlyCutoff $ \GetParsedModule file -> do

189+ (_, contents) <- getFileContents file

195− sess <- use_ GhcSession file

190+ packageState <- hscEnv <$> use_ GhcSession file

196− let hsc = hscEnv sess

197− -- These packages are used when removing PackageImports from a

198− -- parsed module

199− comp_pkgs = mapMaybe (fmap fst . mkImportDirs (hsc_dflags hsc)) (deps sess)

200− opt <- getIdeOptions

191+ opt <- getIdeOptions

201− (_, contents) <- getFileContents file

202−

203− let dflags = hsc_dflags hsc

204− mainParse = getParsedModuleDefinition hsc opt comp_pkgs file contents

205−

206− -- Parse again (if necessary) to capture Haddock parse errors

207− if gopt Opt_Haddock dflags

208− then

209− liftIO mainParse

210− else do

211− let hscHaddock = hsc{hsc_dflags = gopt_set dflags Opt_Haddock}

212− haddockParse = do

213− (_, (!diagsHaddock, _)) <-

214− getParsedModuleDefinition hscHaddock opt comp_pkgs file contents

215− return diagsHaddock

216−

217− ((fingerPrint, (diags, res)), diagsHaddock) <-

218− -- parse twice, with and without Haddocks, concurrently

219− -- we cannot ignore Haddock parse errors because files of

220− -- non-interest are always parsed with Haddocks

221− liftIO $ concurrently mainParse haddockParse

222−

223− return (fingerPrint, (mergeDiagnostics diags diagsHaddock, res))

224−

225−getParsedModuleDefinition :: HscEnv -> IdeOptions -> [PackageName] -> NormalizedFilePath -> Maybe T.Text -> IO (Maybe ByteString, ([FileDiagnostic], Maybe ParsedModule))

226−getParsedModuleDefinition packageState opt comp_pkgs file contents = do

227− (diag, res) <- parseModule opt packageState comp_pkgs (fromNormalizedFilePath file) (fmap textToStringBuffer contents)

192+ (diag, res) <- liftIO $ parseModule opt packageState (fromNormalizedFilePath file) (fmap textToStringBuffer contents)

228− case res of

193+ case res of

229− Nothing -> pure (Nothing, (diag, Nothing))

194+ Nothing -> pure (Nothing, (diag, Nothing))

230− Just (contents, modu) -> do

195+ Just (contents, modu) -> do

231− mbFingerprint <- if isNothing $ optShakeFiles opt

196+ mbFingerprint <- if isNothing $ optShakeFiles opt

232− then pure Nothing

197+ then pure Nothing

233− else Just . fingerprintToBS <$> fingerprintFromStringBuffer contents

198+ else liftIO $ Just . fingerprintToBS <$> fingerprintFromStringBuffer contents

234− pure (mbFingerprint, (diag, Just modu))

199+ pure (mbFingerprint, (diag, Just modu))

235

200

236getLocatedImportsRule :: Rules ()

201getLocatedImportsRule :: Rules ()

237getLocatedImportsRule =

202getLocatedImportsRule =

238 define $ \GetLocatedImports file -> do

203 define $ \GetLocatedImports file -> do

239− ms <- use_ GetModSummary file

204+ pm <- use_ GetParsedModule file

205+ let ms = pm_mod_summary pm

240 let imports = [(False, imp) | imp <- ms_textual_imps ms] ++ [(True, imp) | imp <- ms_srcimps ms]

206 let imports = [(False, imp) | imp <- ms_textual_imps ms] ++ [(True, imp) | imp <- ms_srcimps ms]

241− env_eq <- use_ GhcSession file

207+ env <- hscEnv <$> use_ GhcSession file

242− let env = hscEnv env_eq

243− let import_dirs = deps env_eq

244− let dflags = addRelativeImport file (moduleName $ ms_mod ms) $ hsc_dflags env

208+ let dflags = addRelativeImport file pm $ hsc_dflags env

245 opt <- getIdeOptions

209 opt <- getIdeOptions

246 (diags, imports') <- fmap unzip $ forM imports $ \(isSource, (mbPkgName, modName)) -> do

210 (diags, imports') <- fmap unzip $ forM imports $ \(isSource, (mbPkgName, modName)) -> do

247− diagOrImp <- locateModule dflags import_dirs (optExtensions opt) getFileExists modName mbPkgName isSource

211+ diagOrImp <- locateModule dflags (optExtensions opt) getFileExists modName mbPkgName isSource

248 case diagOrImp of

212 case diagOrImp of

249 Left diags -> pure (diags, Left (modName, Nothing))

213 Left diags -> pure (diags, Left (modName, Nothing))

250 Right (FileImport path) -> pure ([], Left (modName, Just path))

214 Right (FileImport path) -> pure ([], Left (modName, Just path))

@@ -258,109 +222,49 @@ getLocatedImportsRule =

258 Nothing -> pure (concat diags, Nothing)

222 Nothing -> pure (concat diags, Nothing)

259 Just pkgImports -> pure (concat diags, Just (moduleImports, Set.fromList $ concat pkgImports))

223 Just pkgImports -> pure (concat diags, Just (moduleImports, Set.fromList $ concat pkgImports))

260

224

261−type RawDepM a = StateT (RawDependencyInformation, IntMap ArtifactsLocation) Action a

262−

263−execRawDepM :: Monad m => StateT (RawDependencyInformation, IntMap a1) m a2 -> m (RawDependencyInformation, IntMap a1)

264−execRawDepM act =

265− execStateT act

266− ( RawDependencyInformation IntMap.empty emptyPathIdMap IntMap.empty

267− , IntMap.empty

268− )

269

225

270-- | Given a target file path, construct the raw dependency results by following

226-- | Given a target file path, construct the raw dependency results by following

271-- imports recursively.

227-- imports recursively.

272−rawDependencyInformation :: [NormalizedFilePath] -> Action RawDependencyInformation

228+rawDependencyInformation :: NormalizedFilePath -> Action RawDependencyInformation

273−rawDependencyInformation fs = do

229+rawDependencyInformation f = do

274− (rdi, ss) <- execRawDepM (mapM_ go fs)

230+ let initialArtifact = ArtifactsLocation f (ModLocation (Just $ fromNormalizedFilePath f) "" "")

275− let bm = IntMap.foldrWithKey (updateBootMap rdi) IntMap.empty ss

231+ (initialId, initialMap) = getPathId initialArtifact emptyPathIdMap

276− return (rdi { rawBootMap = bm })

232+ go (IntSet.singleton $ getFilePathId initialId)

233+ (RawDependencyInformation IntMap.empty initialMap)

277 where

234 where

278− go :: NormalizedFilePath -- ^ Current module being processed

235+ go fs rawDepInfo =

279− -> StateT (RawDependencyInformation, IntMap ArtifactsLocation) Action FilePathId

236+ case IntSet.minView fs of

280− go f = do

237+ -- Queue is empty

281− -- First check to see if we have already processed the FilePath

238+ Nothing -> pure rawDepInfo

282− -- If we have, just return its Id but don't update any of the state.

239+ -- Pop f from the queue and process it

283− -- Otherwise, we need to process its imports.

240+ Just (f, fs) -> do

284− checkAlreadyProcessed f $ do

241+ let fId = FilePathId f

285− al <- lift $ modSummaryToArtifactsLocation f <$> use_ GetModSummary f

286− -- Get a fresh FilePathId for the new file

287− fId <- getFreshFid al

288− -- Adding an edge to the bootmap so we can make sure to

289− -- insert boot nodes before the real files.

290− addBootMap al fId

291− -- Try to parse the imports of the file

292− importsOrErr <- lift $ use GetLocatedImports f

242+ importsOrErr <- use GetLocatedImports $ idToPath (rawPathIdMap rawDepInfo) fId

293− case importsOrErr of

243+ case importsOrErr of

294− Nothing -> do

244+ Nothing ->

295− -- File doesn't parse so add the module as a failure into the

245+ -- File doesn’t parse

296− -- dependency information, continue processing the other

297− -- elements in the queue

298− modifyRawDepInfo (insertImport fId (Left ModuleParseError))

246+ let rawDepInfo' = insertImport fId (Left ModuleParseError) rawDepInfo

299− return fId

247+ in go fs rawDepInfo'

300− Just (modImports, pkgImports) -> do

248+ Just (modImports, pkgImports) -> do

301− -- Get NFPs of the imports which have corresponding files

249+ let f :: PathIdMap -> (a, Maybe ArtifactsLocation) -> (PathIdMap, (a, Maybe FilePathId))

302− -- Imports either come locally from a file or from a package.

250+ f pathMap (imp, mbPath) = case mbPath of

303− let (no_file, with_file) = splitImports modImports

251+ Nothing -> (pathMap, (imp, Nothing))

304− (mns, ls) = unzip with_file

252+ Just path ->

305− -- Recursively process all the imports we just learnt about

253+ let (pathId, pathMap') = getPathId path pathMap

306− -- and get back a list of their FilePathIds

254+ in (pathMap', (imp, Just pathId))

307− fids <- mapM (go . artifactFilePath) ls

255+ -- Convert paths in imports to ids and update the path map

308− -- Associate together the ModuleName with the FilePathId

256+ let (pathIdMap, modImports') = mapAccumL f (rawPathIdMap rawDepInfo) modImports

309− let moduleImports' = map (,Nothing) no_file ++ zip mns (map Just fids)

257+ -- Files that we haven’t seen before are added to the queue.

310− -- Insert into the map the information about this modules

258+ let newFiles =

311− -- imports.

259+ IntSet.fromList (coerce $ mapMaybe snd modImports')

260+ IntSet.\\ IntMap.keysSet (rawImports rawDepInfo)

312− modifyRawDepInfo $ insertImport fId (Right $ ModuleImports moduleImports' pkgImports)

261+ let rawDepInfo' = insertImport fId (Right $ ModuleImports modImports' pkgImports) rawDepInfo

313− return fId

262+ go (newFiles `IntSet.union` fs) (rawDepInfo' { rawPathIdMap = pathIdMap })

314−

315−

316− checkAlreadyProcessed :: NormalizedFilePath -> RawDepM FilePathId -> RawDepM FilePathId

317− checkAlreadyProcessed nfp k = do

318− (rawDepInfo, _) <- get

319− maybe k return (lookupPathToId (rawPathIdMap rawDepInfo) nfp)

320−

321− modifyRawDepInfo :: (RawDependencyInformation -> RawDependencyInformation) -> RawDepM ()

322− modifyRawDepInfo f = modify (first f)

323−

324− addBootMap :: ArtifactsLocation -> FilePathId -> RawDepM ()

325− addBootMap al fId =

326− modify (\(rd, ss) -> (rd, if isBootLocation al

327− then IntMap.insert (getFilePathId fId) al ss

328− else ss))

329−

330− getFreshFid :: ArtifactsLocation -> RawDepM FilePathId

331− getFreshFid al = do

332− (rawDepInfo, ss) <- get

333− let (fId, path_map) = getPathId al (rawPathIdMap rawDepInfo)

334− -- Insert the File into the bootmap if it's a boot module

335− let rawDepInfo' = rawDepInfo { rawPathIdMap = path_map }

336− put (rawDepInfo', ss)

337− return fId

338−

339− -- Split in (package imports, local imports)

340− splitImports :: [(Located ModuleName, Maybe ArtifactsLocation)]

341− -> ([Located ModuleName], [(Located ModuleName, ArtifactsLocation)])

342− splitImports = foldr splitImportsLoop ([],[])

343−

344− splitImportsLoop (imp, Nothing) (ns, ls) = (imp:ns, ls)

345− splitImportsLoop (imp, Just artifact) (ns, ls) = (ns, (imp,artifact) : ls)

346−

347− updateBootMap pm boot_mod_id ArtifactsLocation{..} bm =

348− if not artifactIsSource

349− then

350− let msource_mod_id = lookupPathToId (rawPathIdMap pm) (toNormalizedFilePath' $ dropBootSuffix artifactModLocation)

351− in case msource_mod_id of

352− Just source_mod_id -> insertBootId source_mod_id (FilePathId boot_mod_id) bm

353− Nothing -> bm

354− else bm

355−

356− dropBootSuffix :: ModLocation -> FilePath

357− dropBootSuffix (ModLocation (Just hs_src) _ _) = reverse . drop (length @[] "-boot") . reverse $ hs_src

358− dropBootSuffix _ = error "dropBootSuffix"

359

263

360getDependencyInformationRule :: Rules ()

264getDependencyInformationRule :: Rules ()

361getDependencyInformationRule =

265getDependencyInformationRule =

362 define $ \GetDependencyInformation file -> do

266 define $ \GetDependencyInformation file -> do

363− rawDepInfo <- rawDependencyInformation [file]

267+ rawDepInfo <- rawDependencyInformation file

364 pure ([], Just $ processDependencyInformation rawDepInfo)

268 pure ([], Just $ processDependencyInformation rawDepInfo)

365

269

366reportImportCyclesRule :: Rules ()

270reportImportCyclesRule :: Rules ()

@@ -388,13 +292,12 @@ reportImportCyclesRule =

388 , _message = "Cyclic module dependency between " <> showCycle mods

292 , _message = "Cyclic module dependency between " <> showCycle mods

389 , _code = Nothing

293 , _code = Nothing

390 , _relatedInformation = Nothing

294 , _relatedInformation = Nothing

391− , _tags = Nothing

392 }

295 }

393 where loc = srcSpanToLocation (getLoc imp)

296 where loc = srcSpanToLocation (getLoc imp)

394− fp = toNormalizedFilePath' $ srcSpanToFilename (getLoc imp)

297+ fp = toNormalizedFilePath $ srcSpanToFilename (getLoc imp)

395 getModuleName file = do

298 getModuleName file = do

396− ms <- use_ GetModSummary file

299+ pm <- use_ GetParsedModule file

397− pure (moduleNameString . moduleName . ms_mod $ ms)

300+ pure (moduleNameString . moduleName . ms_mod $ pm_mod_summary pm)

398 showCycle mods = T.intercalate ", " (map T.pack mods)

301 showCycle mods = T.intercalate ", " (map T.pack mods)

399

302

400-- returns all transitive dependencies in topological order.

303-- returns all transitive dependencies in topological order.

@@ -414,89 +317,39 @@ getSpanInfoRule :: Rules ()

414getSpanInfoRule =

317getSpanInfoRule =

415 define $ \GetSpanInfo file -> do

318 define $ \GetSpanInfo file -> do

416 tc <- use_ TypeCheck file

319 tc <- use_ TypeCheck file

417− packageState <- hscEnv <$> use_ GhcSession file

418 deps <- maybe (TransitiveDependencies [] [] []) fst <$> useWithStale GetDependencies file

320 deps <- maybe (TransitiveDependencies [] [] []) fst <$> useWithStale GetDependencies file

419− let tdeps = transitiveModuleDeps deps

321+ parsedDeps <- mapMaybe (fmap fst) <$> usesWithStale GetParsedModule (transitiveModuleDeps deps)

420−

421−-- When possible, rely on the haddocks embedded in our interface files

422−-- This creates problems on ghc-lib, see comment on 'getDocumentationTryGhc'

423−#if MIN_GHC_API_VERSION(8,6,0) && !defined(GHC_LIB)

424− let parsedDeps = []

425−#else

426− parsedDeps <- uses_ GetParsedModule tdeps

427−#endif

428−

429− ifaces <- uses_ GetModIface tdeps

430 (fileImports, _) <- use_ GetLocatedImports file

322 (fileImports, _) <- use_ GetLocatedImports file

323+ packageState <- hscEnv <$> use_ GhcSession file

431 let imports = second (fmap artifactFilePath) <$> fileImports

324 let imports = second (fmap artifactFilePath) <$> fileImports

432− x <- liftIO $ getSrcSpanInfos packageState imports tc parsedDeps (map hirModIface ifaces)

325+ x <- liftIO $ getSrcSpanInfos packageState imports tc parsedDeps

433 return ([], Just x)

326 return ([], Just x)

434

327

435-- Typechecks a module.

328-- Typechecks a module.

436typeCheckRule :: Rules ()

329typeCheckRule :: Rules ()

330+typeCheckRule =

437−typeCheckRule = define $ \TypeCheck file -> do

331+ define $ \TypeCheck file -> do

438− pm <- use_ GetParsedModule file

332+ pm <- use_ GetParsedModule file

439− -- do not generate interface files as this rule is called

440− -- for files of interest on every keystroke

441− typeCheckRuleDefinition file pm SkipGenerationOfInterfaceFiles

442−

443−data GenerateInterfaceFiles

444− = DoGenerateInterfaceFiles

445− | SkipGenerationOfInterfaceFiles

446− deriving (Show)

447−

448−-- This is factored out so it can be directly called from the GetModIface

449−-- rule. Directly calling this rule means that on the initial load we can

450−-- garbage collect all the intermediate typechecked modules rather than

451−-- retain the information forever in the shake graph.

452−typeCheckRuleDefinition

453− :: NormalizedFilePath -- ^ Path to source file

454− -> ParsedModule

455− -> GenerateInterfaceFiles -- ^ Should generate .hi and .hie files ?

456− -> Action (IdeResult TcModuleResult)

457−typeCheckRuleDefinition file pm generateArtifacts = do

458− deps <- use_ GetDependencies file

333+ deps <- use_ GetDependencies file

459− hsc <- hscEnv <$> use_ GhcSession file

334+ packageState <- hscEnv <$> use_ GhcSession file

460− -- Figure out whether we need TemplateHaskell or QuasiQuotes support

335+ -- Figure out whether we need TemplateHaskell or QuasiQuotes support

461− let graph_needs_th_qq = needsTemplateHaskellOrQQ $ hsc_mod_graph hsc

336+ let graph_needs_th_qq = needsTemplateHaskellOrQQ $ hsc_mod_graph packageState

462− file_uses_th_qq = uses_th_qq $ ms_hspp_opts (pm_mod_summary pm)

337+ file_uses_th_qq = uses_th_qq $ ms_hspp_opts (pm_mod_summary pm)

463− any_uses_th_qq = graph_needs_th_qq || file_uses_th_qq

338+ any_uses_th_qq = graph_needs_th_qq || file_uses_th_qq

464− mirs <- uses_ GetModIface (transitiveModuleDeps deps)

465− bytecodes <- if any_uses_th_qq

339+ tms <- if any_uses_th_qq

466− then -- If we use TH or QQ, we must obtain the bytecode

340+ -- If we use TH or QQ, we must obtain the bytecode

341+ then do

467− fmap Just <$> uses_ GenerateByteCode (transitiveModuleDeps deps)

342+ bytecodes <- uses_ GenerateByteCode (transitiveModuleDeps deps)

468− else

343+ tmrs <- uses_ TypeCheck (transitiveModuleDeps deps)

469− pure $ repeat Nothing

344+ pure (zipWith addByteCode bytecodes tmrs)

470−

345+ else uses_ TypeCheck (transitiveModuleDeps deps)

471− setPriority priorityTypeCheck

346+ setPriority priorityTypeCheck

472− IdeOptions { optDefer = defer } <- getIdeOptions

347+ IdeOptions{ optDefer = defer} <- getIdeOptions

473−

474− addUsageDependencies $ liftIO $ do

475− res <- typecheckModule defer hsc (zipWith unpack mirs bytecodes) pm

348+ liftIO $ typecheckModule defer packageState tms pm

476− case res of

477− (diags, Just (hsc,tcm)) | DoGenerateInterfaceFiles <- generateArtifacts -> do

478− diagsHie <- generateAndWriteHieFile hsc (tmrModule tcm)

479− diagsHi <- generateAndWriteHiFile hsc tcm

480− return (diags <> diagsHi <> diagsHie, Just tcm)

481− (diags, res) ->

482− return (diags, snd <$> res)

483− where

349+ where

484− unpack HiFileResult{..} bc = (hirModSummary, (hirModIface, bc))

485− uses_th_qq dflags =

486− xopt LangExt.TemplateHaskell dflags || xopt LangExt.QuasiQuotes dflags

350+ uses_th_qq dflags = xopt LangExt.TemplateHaskell dflags || xopt LangExt.QuasiQuotes dflags

487−

488− addUsageDependencies :: Action (a, Maybe TcModuleResult) -> Action (a, Maybe TcModuleResult)

351+ addByteCode :: Linkable -> TcModuleResult -> TcModuleResult

489− addUsageDependencies a = do

352+ addByteCode lm tmr = tmr { tmrModInfo = (tmrModInfo tmr) { hm_linkable = Just lm } }

490− r@(_, mtc) <- a

491− forM_ mtc $ \tc -> do

492− let used_files = mapMaybe udep (mi_usages (hm_iface (tmrModInfo tc)))

493− udep (UsageFile fp _h) = Just fp

494− udep _ = Nothing

495− -- Add a dependency on these files which are added by things like

496− -- qAddDependentFile

497− void $ uses_ GetModificationTime (map toNormalizedFilePath' used_files)

498− return r

499−

500

353

501generateCore :: RunSimplifier -> NormalizedFilePath -> Action (IdeResult (SafeHaskellMode, CgGuts, ModDetails))

354generateCore :: RunSimplifier -> NormalizedFilePath -> Action (IdeResult (SafeHaskellMode, CgGuts, ModDetails))

502generateCore runSimplifier file = do

355generateCore runSimplifier file = do

@@ -504,7 +357,7 @@ generateCore runSimplifier file = do

504 (tm:tms) <- uses_ TypeCheck (file:transitiveModuleDeps deps)

357 (tm:tms) <- uses_ TypeCheck (file:transitiveModuleDeps deps)

505 setPriority priorityGenerateCore

358 setPriority priorityGenerateCore

506 packageState <- hscEnv <$> use_ GhcSession file

359 packageState <- hscEnv <$> use_ GhcSession file

507− liftIO $ compileModule runSimplifier packageState [(tmrModSummary x, tmrModInfo x) | x <- tms] tm

360+ liftIO $ compileModule runSimplifier packageState tms tm

508

361

509generateCoreRule :: Rules ()

362generateCoreRule :: Rules ()

510generateCoreRule =

363generateCoreRule =

@@ -517,7 +370,7 @@ generateByteCodeRule =

517 (tm : tms) <- uses_ TypeCheck (file: transitiveModuleDeps deps)

370 (tm : tms) <- uses_ TypeCheck (file: transitiveModuleDeps deps)

518 session <- hscEnv <$> use_ GhcSession file

371 session <- hscEnv <$> use_ GhcSession file

519 (_, guts, _) <- use_ GenerateCore file

372 (_, guts, _) <- use_ GenerateCore file

520− liftIO $ generateByteCode session [(tmrModSummary x, tmrModInfo x) | x <- tms] tm guts

373+ liftIO $ generateByteCode session tms tm guts

521

374

522-- A local rule type to get caching. We want to use newCache, but it has

375-- A local rule type to get caching. We want to use newCache, but it has

523-- thread killed exception issues, so we lift it to a full rule.

376-- thread killed exception issues, so we lift it to a full rule.

@@ -529,7 +382,7 @@ instance Hashable GhcSessionIO

529instance NFData GhcSessionIO

382instance NFData GhcSessionIO

530instance Binary GhcSessionIO

383instance Binary GhcSessionIO

531

384

532−newtype GhcSessionFun = GhcSessionFun (FilePath -> Action (IdeResult HscEnvEq))

385+newtype GhcSessionFun = GhcSessionFun (FilePath -> Action HscEnvEq)

533instance Show GhcSessionFun where show _ = "GhcSessionFun"

386instance Show GhcSessionFun where show _ = "GhcSessionFun"

534instance NFData GhcSessionFun where rnf !_ = ()

387instance NFData GhcSessionFun where rnf !_ = ()

535

388

@@ -539,118 +392,11 @@ loadGhcSession = do

539 defineNoFile $ \GhcSessionIO -> do

392 defineNoFile $ \GhcSessionIO -> do

540 opts <- getIdeOptions

393 opts <- getIdeOptions

541 GhcSessionFun <$> optGhcSession opts

394 GhcSessionFun <$> optGhcSession opts

542− -- This function should always be rerun because it consults a cache to

543− -- see what HscEnv needs to be used for the file, which can change.

544− -- However, it should also cut-off early if it's the same HscEnv as

545− -- last time

546 defineEarlyCutoff $ \GhcSession file -> do

395 defineEarlyCutoff $ \GhcSession file -> do

547 GhcSessionFun fun <- useNoFile_ GhcSessionIO

396 GhcSessionFun fun <- useNoFile_ GhcSessionIO

548− alwaysRerun

549 val <- fun $ fromNormalizedFilePath file

397 val <- fun $ fromNormalizedFilePath file

550−

551− -- TODO: What was this doing before?

552 opts <- getIdeOptions

398 opts <- getIdeOptions

553− let cutoffHash =

554− case optShakeFiles opts of

399+ return ("" <$ optShakeFiles opts, ([], Just val))

555− -- optShakeFiles is only set in the DAML case.

556− -- https://github.com/digital-asset/ghcide/pull/522#discussion_r428622915

557− Just {} -> ""

558− -- Hash the HscEnvEq returned so cutoff if it didn't change

559− -- from last time

560− Nothing -> BS.pack (show (hash (snd val)))

561− return (Just cutoffHash, val)

562−

563−getHiFileRule :: Rules ()

564−getHiFileRule = defineEarlyCutoff $ \GetHiFile f -> do

565− -- get all dependencies interface files, to check for freshness

566− (deps,_) <- use_ GetLocatedImports f

567− depHis <- traverse (use GetHiFile) (mapMaybe (fmap artifactFilePath . snd) deps)

568−

569− ms <- use_ GetModSummary f

570− let hiFile = toNormalizedFilePath'

571− $ case ms_hsc_src ms of

572− HsBootFile -> addBootSuffix (ml_hi_file $ ms_location ms)

573− _ -> ml_hi_file $ ms_location ms

574−

575− case sequence depHis of

576− Nothing -> pure (Nothing, ([], Nothing))

577− Just deps -> do

578− gotHiFile <- getFileExists hiFile

579− if not gotHiFile

580− then pure (Nothing, ([], Nothing))

581− else do

582− hiVersion <- use_ GetModificationTime hiFile

583− modVersion <- use_ GetModificationTime f

584− let sourceModified = modificationTime hiVersion < modificationTime modVersion

585− if sourceModified

586− then do

587− pure (Nothing, ([], Nothing))

588− else do

589− session <- hscEnv <$> use_ GhcSession f

590− r <- liftIO $ loadInterface session ms deps

591− case r of

592− Right iface -> do

593− let result = HiFileResult ms iface

594− return (Just (fingerprintToBS (getModuleHash iface)), ([], Just result))

595− Left err -> do

596− let diag = ideErrorWithSource (Just "interface file loading") (Just DsError) f . T.pack $ err

597− return (Nothing, (pure diag, Nothing))

598−

599−getModSummaryRule :: Rules ()

600−getModSummaryRule = define $ \GetModSummary f -> do

601− dflags <- hsc_dflags . hscEnv <$> use_ GhcSession f

602− (_, mFileContent) <- getFileContents f

603− modS <- liftIO $ evalWithDynFlags dflags $ runExceptT $

604− getModSummaryFromImports (fromNormalizedFilePath f) (textToStringBuffer <$> mFileContent)

605− return $ either (,Nothing) (([], ) . Just) modS

606−

607−getModIfaceRule :: Rules ()

608−getModIfaceRule = define $ \GetModIface f -> do

609− fileOfInterest <- use_ IsFileOfInterest f

610− let useHiFile =

611− -- Never load interface files for files of interest

612− not fileOfInterest

613− mbHiFile <- if useHiFile then use GetHiFile f else return Nothing

614− case mbHiFile of

615− Just x ->

616− return ([], Just x)

617− Nothing

618− | fileOfInterest -> do

619− -- For files of interest only, create a Shake dependency on typecheck

620− tmr <- use TypeCheck f

621− return ([], extract tmr)

622− | otherwise -> do

623− -- the interface file does not exist or is out of date.

624− -- Invoke typechecking directly to update it without incurring a dependency

625− -- on the parsed module and the typecheck rules

626− sess <- use_ GhcSession f

627− let hsc = hscEnv sess

628− -- After parsing the module remove all package imports referring to

629− -- these packages as we have already dealt with what they map to.

630− comp_pkgs = mapMaybe (fmap fst . mkImportDirs (hsc_dflags hsc)) (deps sess)

631− opt <- getIdeOptions

632− (_, contents) <- getFileContents f

633− -- Embed --haddocks in the interface file

634− hsc <- pure hsc{hsc_dflags = gopt_set (hsc_dflags hsc) Opt_Haddock}

635− (_, (diags, mb_pm)) <- liftIO $ getParsedModuleDefinition hsc opt comp_pkgs f contents

636− case mb_pm of

637− Nothing -> return (diags, Nothing)

638− Just pm -> do

639− (diags', tmr) <- typeCheckRuleDefinition f pm DoGenerateInterfaceFiles

640− -- Bang pattern is important to avoid leaking 'tmr'

641− let !res = extract tmr

642− return (diags <> diags', res)

643− where

644− extract Nothing = Nothing

645− extract (Just tmr) =

646− -- Bang patterns are important to force the inner fields

647− Just $! HiFileResult (tmrModSummary tmr) (hm_iface $ tmrModInfo tmr)

648−

649−isFileOfInterestRule :: Rules ()

650−isFileOfInterestRule = defineEarlyCutoff $ \IsFileOfInterest f -> do

651− filesOfInterest <- getFilesOfInterest

652− let res = f `elem` filesOfInterest

653− return (Just (if res then "1" else ""), ([], Just res))

654

400

655-- | A rule that wires per-file rules together

401-- | A rule that wires per-file rules together

656mainRule :: Rules ()

402mainRule :: Rules ()

@@ -665,7 +411,3 @@ mainRule = do

665 generateCoreRule

411 generateCoreRule

666 generateByteCodeRule

412 generateByteCodeRule

667 loadGhcSession

413 loadGhcSession

668− getHiFileRule

669− getModIfaceRule

670− isFileOfInterestRule

671− getModSummaryRule

src/Development/IDE/Core/Shake.hs+38−48

@@ -53,7 +53,7 @@ import qualified Data.ByteString.Char8 as BS

53import Data.Dynamic

54import Data.Maybe

55import Data.Map.Strict (Map)

56−import Data.List.Extra (partition, takeEnd)

56+import Data.List.Extra (foldl', partition, takeEnd)

57import qualified Data.Set as Set

58import qualified Data.Text as T

59import Data.Traversable (for)

@@ -69,7 +69,7 @@ import Development.IDE.Types.Location

69import Development.IDE.Types.Options

70import Control.Concurrent.Async

71import Control.Concurrent.Extra

72−import Control.Exception.Extra

72+import Control.Exception

73import Control.DeepSeq

74import System.Time.Extra

75import Data.Typeable

@@ -97,11 +97,9 @@ data ShakeExtras = ShakeExtras

97 ,publishedDiagnostics :: Var (HMap.HashMap NormalizedUri [Diagnostic])

98 -- ^ This represents the set of diagnostics that we have published.

99 -- Due to debouncing not every change might get published.

100− ,positionMapping :: Var (HMap.HashMap NormalizedUri (Map TextDocumentVersion (PositionDelta, PositionMapping)))

100+ ,positionMapping :: Var (HMap.HashMap NormalizedUri (Map TextDocumentVersion PositionMapping))

101 -- ^ Map from a text document version to a PositionMapping that describes how to map

102 -- positions in a version of that document to positions in the latest version

103− -- First mapping is delta from previous version and second one is an

104− -- accumlation of all previous mappings.

105 ,inProgress :: Var (HMap.HashMap NormalizedFilePath Int)

103 ,inProgress :: Var (HMap.HashMap NormalizedFilePath Int)

106 -- ^ How many rules are running for each file

104 -- ^ How many rules are running for each file

107 }

105 }

@@ -126,19 +124,14 @@ addIdeGlobal x = do

126addIdeGlobalExtras :: IsIdeGlobal a => ShakeExtras -> a -> IO ()

124addIdeGlobalExtras :: IsIdeGlobal a => ShakeExtras -> a -> IO ()

127addIdeGlobalExtras ShakeExtras{globals} x@(typeOf -> ty) =

125addIdeGlobalExtras ShakeExtras{globals} x@(typeOf -> ty) =

128 liftIO $ modifyVar_ globals $ \mp -> case HMap.lookup ty mp of

126 liftIO $ modifyVar_ globals $ \mp -> case HMap.lookup ty mp of

129− Just _ -> errorIO $ "Internal error, addIdeGlobalExtras, got the same type twice for " ++ show ty

127+ Just _ -> error $ "Can't addIdeGlobal twice on the same type, got " ++ show ty

130 Nothing -> return $! HMap.insert ty (toDyn x) mp

128 Nothing -> return $! HMap.insert ty (toDyn x) mp

131

129

132

130

133getIdeGlobalExtras :: forall a . IsIdeGlobal a => ShakeExtras -> IO a

131getIdeGlobalExtras :: forall a . IsIdeGlobal a => ShakeExtras -> IO a

134getIdeGlobalExtras ShakeExtras{globals} = do

132getIdeGlobalExtras ShakeExtras{globals} = do

135− let typ = typeRep (Proxy :: Proxy a)

136− x <- HMap.lookup (typeRep (Proxy :: Proxy a)) <$> readVar globals

133+ Just x <- HMap.lookup (typeRep (Proxy :: Proxy a)) <$> readVar globals

137− case x of

134+ return $ fromDyn x $ error "Serious error, corrupt globals"

138− Just x

139− | Just x <- fromDynamic x -> pure x

140− | otherwise -> errorIO $ "Internal error, getIdeGlobalExtras, wrong type for " ++ show typ ++ " (got " ++ show (dynTypeRep x) ++ ")"

141− Nothing -> errorIO $ "Internal error, getIdeGlobalExtras, no entry for " ++ show typ

142

135

143getIdeGlobalAction :: forall a . IsIdeGlobal a => Action a

136getIdeGlobalAction :: forall a . IsIdeGlobal a => Action a

144getIdeGlobalAction = liftIO . getIdeGlobalExtras =<< getShakeExtras

137getIdeGlobalAction = liftIO . getIdeGlobalExtras =<< getShakeExtras

@@ -161,7 +154,7 @@ instance Eq Key where

161 | otherwise = False

154 | otherwise = False

162

155

163instance Hashable Key where

156instance Hashable Key where

164− hashWithSalt salt (Key key) = hashWithSalt salt (typeOf key, key)

157+ hashWithSalt salt (Key key) = hashWithSalt salt key

165

158

166-- | The result of an IDE operation. Warnings and errors are in the Diagnostic,

159-- | The result of an IDE operation. Warnings and errors are in the Diagnostic,

167-- and a value is in the Maybe. For operations that throw an error you

160-- and a value is in the Maybe. For operations that throw an error you

@@ -171,6 +164,9 @@ instance Hashable Key where

171-- get empty diagnostics and a Nothing, to indicate this phase throws no fresh

164-- get empty diagnostics and a Nothing, to indicate this phase throws no fresh

172-- errors but still failed.

165-- errors but still failed.

173--

166--

167+-- A rule on a file should only return diagnostics for that given file. It should

168+-- not propagate diagnostic errors through multiple phases.

169+type IdeResult v = ([FileDiagnostic], Maybe v)

174

170

175data Value v

171data Value v

176 = Succeeded TextDocumentVersion v

172 = Succeeded TextDocumentVersion v

@@ -205,12 +201,12 @@ valueVersion = \case

205 Failed -> Nothing

201 Failed -> Nothing

206

202

207mappingForVersion

203mappingForVersion

208− :: HMap.HashMap NormalizedUri (Map TextDocumentVersion (a, PositionMapping))

204+ :: HMap.HashMap NormalizedUri (Map TextDocumentVersion PositionMapping)

209 -> NormalizedFilePath

205 -> NormalizedFilePath

210 -> TextDocumentVersion

206 -> TextDocumentVersion

211 -> PositionMapping

207 -> PositionMapping

212mappingForVersion allMappings file ver =

208mappingForVersion allMappings file ver =

213− maybe zeroMapping snd $

209+ fromMaybe idMapping $

214 Map.lookup ver =<<

210 Map.lookup ver =<<

215 HMap.lookup (filePathToUri' file) allMappings

211 HMap.lookup (filePathToUri' file) allMappings

216

212

@@ -243,6 +239,7 @@ shakeRunDatabaseProfile mbProfileDir shakeDb acts = do

243 shakeProfileDatabase shakeDb $ dir </> file

239 shakeProfileDatabase shakeDb $ dir </> file

244 return (dir </> file)

240 return (dir </> file)

245 return (res, proFile)

241 return (res, proFile)

242+ where

246

243

247{-# NOINLINE profileStartTime #-}

244{-# NOINLINE profileStartTime #-}

248profileStartTime :: String

245profileStartTime :: String

@@ -417,7 +414,7 @@ shakeRun IdeState{shakeExtras=ShakeExtras{..}, ..} acts =

417 Right _ -> "completed"

414 Right _ -> "completed"

418 profile = case res of

415 profile = case res of

419 Right (_, Just fp) ->

416 Right (_, Just fp) ->

420− let link = case filePathToUri' $ toNormalizedFilePath' fp of

417+ let link = case filePathToUri' $ toNormalizedFilePath fp of

421 NormalizedUri _ x -> x

418 NormalizedUri _ x -> x

422 in ", profile saved at " <> T.unpack link

419 in ", profile saved at " <> T.unpack link

423 _ -> ""

420 _ -> ""

@@ -476,13 +473,13 @@ useWithStale :: IdeRule k v

476useWithStale key file = head <$> usesWithStale key [file]

473useWithStale key file = head <$> usesWithStale key [file]

477

474

478useNoFile :: IdeRule k v => k -> Action (Maybe v)

475useNoFile :: IdeRule k v => k -> Action (Maybe v)

479−useNoFile key = use key emptyFilePath

476+useNoFile key = use key ""

480

477

481use_ :: IdeRule k v => k -> NormalizedFilePath -> Action v

478use_ :: IdeRule k v => k -> NormalizedFilePath -> Action v

482use_ key file = head <$> uses_ key [file]

479use_ key file = head <$> uses_ key [file]

483

480

484useNoFile_ :: IdeRule k v => k -> Action v

481useNoFile_ :: IdeRule k v => k -> Action v

485−useNoFile_ key = use_ key emptyFilePath

482+useNoFile_ key = use_ key ""

486

483

487uses_ :: IdeRule k v => k -> [NormalizedFilePath] -> Action [v]

484uses_ :: IdeRule k v => k -> [NormalizedFilePath] -> Action [v]

488uses_ key files = do

485uses_ key files = do

@@ -513,10 +510,12 @@ instance Show k => Show (Q k) where

513

510

514-- | Invariant: the 'v' must be in normal form (fully evaluated).

511-- | Invariant: the 'v' must be in normal form (fully evaluated).

515-- Otherwise we keep repeatedly 'rnf'ing values taken from the Shake database

512-- Otherwise we keep repeatedly 'rnf'ing values taken from the Shake database

513+-- Note (MK) I am not sure why we need the ShakeValue here, maybe we

514+-- can just remove it?

516−newtype A v = A (Value v)

515+data A v = A (Value v) ShakeValue

517 deriving Show

516 deriving Show

518

517

519−instance NFData (A v) where rnf (A v) = v `seq` ()

518+instance NFData (A v) where rnf (A v x) = v `seq` rnf x

520

519

521-- In the Shake database we only store one type of key/result pairs,

520-- In the Shake database we only store one type of key/result pairs,

522-- namely Q (question) / A (answer).

521-- namely Q (question) / A (answer).

@@ -526,22 +525,19 @@ type instance RuleResult (Q k) = A (RuleResult k)

526-- | Return up2date results. Stale results will be ignored.

525-- | Return up2date results. Stale results will be ignored.

527uses :: IdeRule k v

526uses :: IdeRule k v

528 => k -> [NormalizedFilePath] -> Action [Maybe v]

527 => k -> [NormalizedFilePath] -> Action [Maybe v]

529−uses key files = map (\(A value) -> currentValue value) <$> apply (map (Q . (key,)) files)

528+uses key files = map (\(A value _) -> currentValue value) <$> apply (map (Q . (key,)) files)

530

529

531-- | Return the last computed result which might be stale.

530-- | Return the last computed result which might be stale.

532usesWithStale :: IdeRule k v

531usesWithStale :: IdeRule k v

533 => k -> [NormalizedFilePath] -> Action [Maybe (v, PositionMapping)]

532 => k -> [NormalizedFilePath] -> Action [Maybe (v, PositionMapping)]

534usesWithStale key files = do

533usesWithStale key files = do

535− values <- map (\(A value) -> value) <$> apply (map (Q . (key,)) files)

534+ values <- map (\(A value _) -> value) <$> apply (map (Q . (key,)) files)

536− zipWithM lastValue files values

535+ mapM (uncurry lastValue) (zip files values)

537

536

538

537

539withProgress :: (Eq a, Hashable a) => Var (HMap.HashMap a Int) -> a -> Action b -> Action b

538withProgress :: (Eq a, Hashable a) => Var (HMap.HashMap a Int) -> a -> Action b -> Action b

540withProgress var file = actionBracket (f succ) (const $ f pred) . const

539withProgress var file = actionBracket (f succ) (const $ f pred) . const

541− -- This functions are deliberately eta-expanded to avoid space leaks.

542− -- Do not remove the eta-expansion without profiling a session with at

543− -- least 1000 modifications.

544− where f shift = modifyVar_ var $ \x -> evaluate $ HMap.alter (\x -> Just $! shift (fromMaybe 0 x)) file x

540+ where f shift = modifyVar_ var $ return . HMap.alter (Just . shift . fromMaybe 0) file

545

541

546

542

547defineEarlyCutoff

543defineEarlyCutoff

@@ -558,16 +554,16 @@ defineEarlyCutoff op = addBuiltinRule noLint noIdentity $ \(Q (key, file)) (old

558 case v of

554 case v of

559 -- No changes in the dependencies and we have

555 -- No changes in the dependencies and we have

560 -- an existing result.

556 -- an existing result.

561− Just v -> return $ Just $ RunResult ChangedNothing old $ A v

557+ Just v -> return $ Just $ RunResult ChangedNothing old $ A v (decodeShakeValue old)

562 _ -> return Nothing

558 _ -> return Nothing

563 _ -> return Nothing

559 _ -> return Nothing

564 case val of

560 case val of

565 Just res -> return res

561 Just res -> return res

566 Nothing -> do

562 Nothing -> do

567 (bs, (diags, res)) <- actionCatch

563 (bs, (diags, res)) <- actionCatch

568− (do v <- op key file; liftIO $ evaluate $ force v) $

564+ (do v <- op key file; liftIO $ evaluate $ force $ v) $

569 \(e :: SomeException) -> pure (Nothing, ([ideErrorText file $ T.pack $ show e | not $ isBadDependency e],Nothing))

565 \(e :: SomeException) -> pure (Nothing, ([ideErrorText file $ T.pack $ show e | not $ isBadDependency e],Nothing))

570− modTime <- liftIO $ (currentValue =<<) <$> getValues state GetModificationTime file

566+ modTime <- liftIO $ join . fmap currentValue <$> getValues state GetModificationTime file

571 (bs, res) <- case res of

567 (bs, res) <- case res of

572 Nothing -> do

568 Nothing -> do

573 staleV <- liftIO $ getValues state key file

569 staleV <- liftIO $ getValues state key file

@@ -577,7 +573,7 @@ defineEarlyCutoff op = addBuiltinRule noLint noIdentity $ \(Q (key, file)) (old

577 Succeeded ver v -> (toShakeValue ShakeStale bs, Stale ver v)

573 Succeeded ver v -> (toShakeValue ShakeStale bs, Stale ver v)

578 Stale ver v -> (toShakeValue ShakeStale bs, Stale ver v)

574 Stale ver v -> (toShakeValue ShakeStale bs, Stale ver v)

579 Failed -> (toShakeValue ShakeResult bs, Failed)

575 Failed -> (toShakeValue ShakeResult bs, Failed)

580− Just v -> pure (maybe ShakeNoCutoff ShakeResult bs, Succeeded (vfsVersion =<< modTime) v)

576+ Just v -> pure $ (maybe ShakeNoCutoff ShakeResult bs, Succeeded (vfsVersion =<< modTime) v)

581 liftIO $ setValues state key file res

577 liftIO $ setValues state key file res

582 updateFileDiagnostics file (Key key) extras $ map (\(_,y,z) -> (y,z)) diags

578 updateFileDiagnostics file (Key key) extras $ map (\(_,y,z) -> (y,z)) diags

583 let eq = case (bs, fmap decodeShakeValue old) of

579 let eq = case (bs, fmap decodeShakeValue old) of

@@ -589,7 +585,7 @@ defineEarlyCutoff op = addBuiltinRule noLint noIdentity $ \(Q (key, file)) (old

589 return $ RunResult

585 return $ RunResult

590 (if eq then ChangedRecomputeSame else ChangedRecomputeDiff)

586 (if eq then ChangedRecomputeSame else ChangedRecomputeDiff)

591 (encodeShakeValue bs) $

587 (encodeShakeValue bs) $

592− A res

588+ A res bs

593

589

594

590

595-- | Rule type, input file

591-- | Rule type, input file

@@ -704,7 +700,7 @@ updateFileDiagnostics ::

704 -> [(ShowDiagnostic,Diagnostic)] -- ^ current results

700 -> [(ShowDiagnostic,Diagnostic)] -- ^ current results

705 -> Action ()

701 -> Action ()

706updateFileDiagnostics fp k ShakeExtras{diagnostics, hiddenDiagnostics, publishedDiagnostics, state, debouncer, eventer} current = liftIO $ do

702updateFileDiagnostics fp k ShakeExtras{diagnostics, hiddenDiagnostics, publishedDiagnostics, state, debouncer, eventer} current = liftIO $ do

707− modTime <- (currentValue =<<) <$> getValues state GetModificationTime fp

703+ modTime <- join . fmap currentValue <$> getValues state GetModificationTime fp

708 let (currentShown, currentHidden) = partition ((== ShowDiag) . fst) current

704 let (currentShown, currentHidden) = partition ((== ShowDiag) . fst) current

709 mask_ $ do

705 mask_ $ do

710 -- Mask async exceptions to ensure that updated diagnostics are always

706 -- Mask async exceptions to ensure that updated diagnostics are always

@@ -717,7 +713,7 @@ updateFileDiagnostics fp k ShakeExtras{diagnostics, hiddenDiagnostics, published

717 let newDiags = getFileDiagnostics fp newDiagsStore

713 let newDiags = getFileDiagnostics fp newDiagsStore

718 _ <- evaluate newDiagsStore

714 _ <- evaluate newDiagsStore

719 _ <- evaluate newDiags

715 _ <- evaluate newDiags

720− pure (newDiagsStore, newDiags)

716+ pure $! (newDiagsStore, newDiags)

721 modifyVar_ hiddenDiagnostics $ \old -> do

717 modifyVar_ hiddenDiagnostics $ \old -> do

722 let newDiagsStore = setStageDiagnostics fp (vfsVersion =<< modTime)

718 let newDiagsStore = setStageDiagnostics fp (vfsVersion =<< modTime)

723 (T.pack $ show k) (map snd currentHidden) old

719 (T.pack $ show k) (map snd currentHidden) old

@@ -743,7 +739,7 @@ publishDiagnosticsNotification uri diags =

743newtype Priority = Priority Double

739newtype Priority = Priority Double

744

740

745setPriority :: Priority -> Action ()

741setPriority :: Priority -> Action ()

746−setPriority (Priority p) = reschedule p

742+setPriority (Priority p) = deprioritize p

747

743

748sendEvent :: LSP.FromServerMessage -> Action ()

744sendEvent :: LSP.FromServerMessage -> Action ()

749sendEvent e = do

745sendEvent e = do

@@ -769,7 +765,7 @@ instance Binary GetModificationTime

769type instance RuleResult GetModificationTime = FileVersion

765type instance RuleResult GetModificationTime = FileVersion

770

766

771data FileVersion

767data FileVersion

772− = VFSVersion !Int

768+ = VFSVersion Int

773 | ModificationTime

769 | ModificationTime

774 !Int -- ^ Large unit (platform dependent, do not make assumptions)

770 !Int -- ^ Large unit (platform dependent, do not make assumptions)

775 !Int -- ^ Small unit (platform dependent, do not make assumptions)

771 !Int -- ^ Small unit (platform dependent, do not make assumptions)

@@ -823,7 +819,7 @@ filterDiagnostics ::

823 DiagnosticStore ->

819 DiagnosticStore ->

824 DiagnosticStore

820 DiagnosticStore

825filterDiagnostics keep =

821filterDiagnostics keep =

826− HMap.filterWithKey (\uri _ -> maybe True (keep . toNormalizedFilePath') $ uriToFilePath' $ fromNormalizedUri uri)

822+ HMap.filterWithKey (\uri _ -> maybe True (keep . toNormalizedFilePath) $ uriToFilePath' $ fromNormalizedUri uri)

827

823

828filterVersionMap

824filterVersionMap

829 :: HMap.HashMap NormalizedUri (Set.Set TextDocumentVersion)

825 :: HMap.HashMap NormalizedUri (Set.Set TextDocumentVersion)

@@ -833,17 +829,11 @@ filterVersionMap =

833 HMap.intersectionWith $ \versionsToKeep versionMap -> Map.restrictKeys versionMap versionsToKeep

829 HMap.intersectionWith $ \versionsToKeep versionMap -> Map.restrictKeys versionMap versionsToKeep

834

830

835updatePositionMapping :: IdeState -> VersionedTextDocumentIdentifier -> List TextDocumentContentChangeEvent -> IO ()

831updatePositionMapping :: IdeState -> VersionedTextDocumentIdentifier -> List TextDocumentContentChangeEvent -> IO ()

836−updatePositionMapping IdeState{shakeExtras = ShakeExtras{positionMapping}} VersionedTextDocumentIdentifier{..} (List changes) = do

832+updatePositionMapping IdeState{shakeExtras = ShakeExtras{positionMapping}} VersionedTextDocumentIdentifier{..} changes = do

837 modifyVar_ positionMapping $ \allMappings -> do

833 modifyVar_ positionMapping $ \allMappings -> do

838 let uri = toNormalizedUri _uri

834 let uri = toNormalizedUri _uri

839 let mappingForUri = HMap.lookupDefault Map.empty uri allMappings

835 let mappingForUri = HMap.lookupDefault Map.empty uri allMappings

840− let (_, updatedMapping) =

836+ let updatedMapping =

841− -- Very important to use mapAccum here so that the tails of

837+ Map.insert _version idMapping $

842− -- each mapping can be shared, otherwise quadratic space is

838+ Map.map (\oldMapping -> foldl' applyChange oldMapping changes) mappingForUri

843− -- used which is evident in long running sessions.

844− Map.mapAccumRWithKey (\acc _k (delta, _) -> let new = addDelta delta acc in (new, (delta, acc)))

845− zeroMapping

846− (Map.insert _version (shared_change, zeroMapping) mappingForUri)

847 pure $! HMap.insert uri updatedMapping allMappings

839 pure $! HMap.insert uri updatedMapping allMappings

848− where

849− shared_change = mkDelta changes

src/Development/IDE/GHC/Compat.hs+19−148

@@ -7,15 +7,11 @@

8-- | Attempt at hiding the GHC version differences we can.

9module Development.IDE.GHC.Compat(

10− getHeaderImports,

11 HieFileResult(..),

10 HieFileResult(..),

12− HieFile,

11+ HieFile(..),

13− hieExportNames,

14− hie_module,

15 mkHieFile,

12 mkHieFile,

16 writeHieFile,

13 writeHieFile,

17 readHieFile,

14 readHieFile,

18− supportsHieFiles,

19 setDefaultHieDir,

15 setDefaultHieDir,

20 dontWriteHieFiles,

16 dontWriteHieFiles,

21#if !MIN_GHC_API_VERSION(8,8,0)

17#if !MIN_GHC_API_VERSION(8,8,0)

@@ -25,8 +21,6 @@ module Development.IDE.GHC.Compat(

25 includePathsGlobal,

21 includePathsGlobal,

26 includePathsQuote,

22 includePathsQuote,

27 addIncludePathsQuote,

23 addIncludePathsQuote,

28− getModuleHash,

29− getPackageName,

30 pattern DerivD,

24 pattern DerivD,

31 pattern ForD,

25 pattern ForD,

32 pattern InstD,

26 pattern InstD,

@@ -36,9 +30,7 @@ module Development.IDE.GHC.Compat(

36 pattern IEThingAll,

30 pattern IEThingAll,

37 pattern IEThingWith,

31 pattern IEThingWith,

38 GHC.ModLocation,

32 GHC.ModLocation,

39− Module.addBootSuffix,

40 pattern ModLocation,

33 pattern ModLocation,

41− getConArgs,

43 module GHC

35 module GHC

44 ) where

36 ) where

@@ -46,55 +38,21 @@ module Development.IDE.GHC.Compat(

46import StringBuffer

38import StringBuffer

47import DynFlags

39import DynFlags

48import FieldLabel

40import FieldLabel

49−import Fingerprint (Fingerprint)

50−import qualified Module

51−import Packages

53import qualified GHC

42import qualified GHC

54−import GHC hiding (

55− ClassOpSig, DerivD, ForD, IEThingAll, IEThingWith, InstD, TyClD, ValD, ModLocation

43+import GHC hiding (ClassOpSig, DerivD, ForD, IEThingAll, IEThingWith, InstD, TyClD, ValD, ModLocation)

56−#if MIN_GHC_API_VERSION(8,6,0)

57− , getConArgs

58−#endif

59− )

60−import qualified HeaderInfo as Hdr

61−import Avail

62−import ErrUtils (ErrorMessages)

63−import FastString (FastString)

64−

65−#if MIN_GHC_API_VERSION(8,10,0)

66−import HscTypes (mi_mod_hash)

67−#endif

69#if MIN_GHC_API_VERSION(8,8,0)

45#if MIN_GHC_API_VERSION(8,8,0)

70−import Control.Applicative ((<|>))

46+import HieAst

71−import Development.IDE.GHC.HieAst (mkHieFile)

72import HieBin

47import HieBin

73import HieTypes

48import HieTypes

74−

75−supportsHieFiles :: Bool

76−supportsHieFiles = True

77−

78−hieExportNames :: HieFile -> [(SrcSpan, Name)]

79−hieExportNames = nameListFromAvails . hie_exports

80−

81#else

49#else

82−

83−#if MIN_GHC_API_VERSION(8,6,0)

84−import BinIface

85−import Data.IORef

86−import IfaceEnv

87−#endif

88−

89−import Binary

90−import Control.Exception (catch)

91−import Data.ByteString (ByteString)

92import GhcPlugins hiding (ModLocation)

50import GhcPlugins hiding (ModLocation)

93import NameCache

51import NameCache

52+import Avail

94import TcRnTypes

53import TcRnTypes

95import System.IO

54import System.IO

96import Foreign.ForeignPtr

55import Foreign.ForeignPtr

97−import MkIface

100hPutStringBuffer :: Handle -> StringBuffer -> IO ()

58hPutStringBuffer :: Handle -> StringBuffer -> IO ()

@@ -102,6 +60,20 @@ hPutStringBuffer hdl (StringBuffer buf len cur)

102 = withForeignPtr (plusForeignPtr buf cur) $ \ptr ->

60 = withForeignPtr (plusForeignPtr buf cur) $ \ptr ->

103 hPutBuf hdl ptr len

61 hPutBuf hdl ptr len

104

63+mkHieFile :: ModSummary -> TcGblEnv -> RenamedSource -> Hsc HieFile

64+mkHieFile _ _ _ = return (HieFile () [])

65+

66+writeHieFile :: FilePath -> HieFile -> IO ()

67+writeHieFile _ _ = return ()

68+

69+readHieFile :: NameCache -> FilePath -> IO (HieFileResult, ())

70+readHieFile _ _ = return (HieFileResult (HieFile () []), ())

71+

72+ml_hie_file :: GHC.ModLocation -> FilePath

73+ml_hie_file _ = ""

74+

75+data HieFile = HieFile {hie_module :: (), hie_exports :: [AvailInfo]}

76+data HieFileResult = HieFileResult { hie_file_result :: HieFile }

105#endif

77#endif

106

107#if !MIN_GHC_API_VERSION(8,6,0)

79#if !MIN_GHC_API_VERSION(8,6,0)

@@ -194,7 +166,7 @@ pattern IEThingAll a <-

194setDefaultHieDir :: FilePath -> DynFlags -> DynFlags

166setDefaultHieDir :: FilePath -> DynFlags -> DynFlags

195setDefaultHieDir _f d =

167setDefaultHieDir _f d =

196#if MIN_GHC_API_VERSION(8,8,0)

168#if MIN_GHC_API_VERSION(8,8,0)

197− d { hieDir = hieDir d <|> Just _f}

169+ d { hieDir = hieDir d `mappend` Just _f}

198#else

170#else

199 d

171 d

200#endif

172#endif

@@ -206,104 +178,3 @@ dontWriteHieFiles d =

206#else

178#else

207 d

179 d

208#endif

180#endif

209−

210−nameListFromAvails :: [AvailInfo] -> [(SrcSpan, Name)]

211−nameListFromAvails as =

212− map (\n -> (nameSrcSpan n, n)) (concatMap availNames as)

213−

214−#if !MIN_GHC_API_VERSION(8,8,0)

215−-- Reimplementations of functions for HIE files for GHC 8.6

216−

217−mkHieFile :: ModSummary -> TcGblEnv -> RenamedSource -> ByteString -> Hsc HieFile

218−mkHieFile ms ts _ _ = return (HieFile (ms_mod ms) es)

219− where

220− es = nameListFromAvails (mkIfaceExports (tcg_exports ts))

221−

222−ml_hie_file :: GHC.ModLocation -> FilePath

223−ml_hie_file ml = ml_hi_file ml ++ ".hie"

224−

225−data HieFile = HieFile {hie_module :: Module, hie_exports :: [(SrcSpan, Name)]}

226−

227−hieExportNames :: HieFile -> [(SrcSpan, Name)]

228−hieExportNames = hie_exports

229−

230−instance Binary HieFile where

231− put_ bh (HieFile m es) = do

232− put_ bh m

233− put_ bh es

234−

235− get bh = do

236− mod <- get bh

237− es <- get bh

238− return (HieFile mod es)

239−

240−data HieFileResult = HieFileResult { hie_file_result :: HieFile }

241−

242−writeHieFile :: FilePath -> HieFile -> IO ()

243−readHieFile :: NameCache -> FilePath -> IO (HieFileResult, ())

244−supportsHieFiles :: Bool

245−

246−#if MIN_GHC_API_VERSION(8,6,0)

247−

248−writeHieFile fp hie = do

249− bh <- openBinMem (1024 * 1024)

250− putWithUserData (const $ return ()) bh hie

251− writeBinMem bh fp

252−

253−readHieFile nc fp = do

254− bh <- readBinMem fp

255− nc' <- newIORef nc

256− hie_file <- getWithUserData (NCU (atomicModifyIORef' nc')) bh

257− return (HieFileResult hie_file, ())

258−

259−supportsHieFiles = True

260−

261−#else

262−

263−supportsHieFiles = False

264−

265−writeHieFile _ _ = return ()

266−

267−readHieFile _ _ = return undefined

268−

269−#endif

270−

271−#endif

272−

273−getHeaderImports

274− :: DynFlags

275− -> StringBuffer

276− -> FilePath

277− -> FilePath

278− -> IO

279− ( Either

280− ErrorMessages

281− ( [(Maybe FastString, Located ModuleName)]

282− , [(Maybe FastString, Located ModuleName)]

283− , Located ModuleName

284− )

285− )

286−#if MIN_GHC_API_VERSION(8,8,0)

287−getHeaderImports = Hdr.getImports

288−#else

289−getHeaderImports a b c d =

290− catch (Right <$> Hdr.getImports a b c d)

291− (return . Left . srcErrorMessages)

292−#endif

293−

294−getModuleHash :: ModIface -> Fingerprint

295−#if MIN_GHC_API_VERSION(8,10,0)

296−getModuleHash = mi_mod_hash . mi_final_exts

297−#else

298−getModuleHash = mi_mod_hash

299−#endif

300−

301−getConArgs :: ConDecl pass -> HsConDeclDetails pass

302−#if MIN_GHC_API_VERSION(8,6,0)

303−getConArgs = GHC.getConArgs

304−#else

305−getConArgs = GHC.getConDetails

306−#endif

307−

308−getPackageName :: DynFlags -> Module.InstalledUnitId -> Maybe PackageName

309−getPackageName dfs i = packageName <$> lookupPackage dfs (Module.DefiniteUnitId (Module.DefUnitId i))

src/Development/IDE/GHC/Error.hs+4−27

@@ -9,7 +9,6 @@ module Development.IDE.GHC.Error

9 , diagFromStrings

10 , diagFromGhcException

11 , catchSrcErrors

12− , mergeDiagnostics

14 -- * utilities working with spans

13 -- * utilities working with spans

15 , srcSpanToLocation

14 , srcSpanToLocation

@@ -37,12 +36,11 @@ import Panic

37import ErrUtils

36import ErrUtils

38import SrcLoc

37import SrcLoc

39import qualified Outputable as Out

38import qualified Outputable as Out

40−import Exception (ExceptionMonad)

44diagFromText :: T.Text -> D.DiagnosticSeverity -> SrcSpan -> T.Text -> FileDiagnostic

42diagFromText :: T.Text -> D.DiagnosticSeverity -> SrcSpan -> T.Text -> FileDiagnostic

45−diagFromText diagSource sev loc msg = (toNormalizedFilePath' $ srcSpanToFilename loc,ShowDiag,)

43+diagFromText diagSource sev loc msg = (toNormalizedFilePath $ srcSpanToFilename loc,ShowDiag,)

46 Diagnostic

44 Diagnostic

47 { _range = srcSpanToRange loc

45 { _range = srcSpanToRange loc

48 , _severity = Just sev

46 , _severity = Just sev

@@ -50,39 +48,18 @@ diagFromText diagSource sev loc msg = (toNormalizedFilePath' $ srcSpanToFilename

50 , _message = msg

48 , _message = msg

51 , _code = Nothing

49 , _code = Nothing

52 , _relatedInformation = Nothing

50 , _relatedInformation = Nothing

53− , _tags = Nothing

54 }

51 }

56-- | Produce a GHC-style error from a source span and a message.

53-- | Produce a GHC-style error from a source span and a message.

57diagFromErrMsg :: T.Text -> DynFlags -> ErrMsg -> [FileDiagnostic]

54diagFromErrMsg :: T.Text -> DynFlags -> ErrMsg -> [FileDiagnostic]

58diagFromErrMsg diagSource dflags e =

55diagFromErrMsg diagSource dflags e =

59− [ diagFromText diagSource sev (errMsgSpan e) $ T.pack $ Out.showSDoc dflags $

56+ [ diagFromText diagSource sev (errMsgSpan e) $ T.pack $ Out.showSDoc dflags $ ErrUtils.pprLocErrMsg e

60− ErrUtils.formatErrDoc dflags $ ErrUtils.errMsgDoc e

61 | Just sev <- [toDSeverity $ errMsgSeverity e]]

57 | Just sev <- [toDSeverity $ errMsgSeverity e]]

64diagFromErrMsgs :: T.Text -> DynFlags -> Bag ErrMsg -> [FileDiagnostic]

60diagFromErrMsgs :: T.Text -> DynFlags -> Bag ErrMsg -> [FileDiagnostic]

65diagFromErrMsgs diagSource dflags = concatMap (diagFromErrMsg diagSource dflags) . bagToList

61diagFromErrMsgs diagSource dflags = concatMap (diagFromErrMsg diagSource dflags) . bagToList

67−-- | Merges two sorted lists of diagnostics, removing duplicates.

68−-- Assumes all the diagnostics are for the same file.

69−mergeDiagnostics :: [FileDiagnostic] -> [FileDiagnostic] -> [FileDiagnostic]

70−mergeDiagnostics aa [] = aa

71−mergeDiagnostics [] bb = bb

72−mergeDiagnostics (a@(_,_,ad@Diagnostic{_range = ar}):aa) (b@(_,_,bd@Diagnostic{_range=br}):bb)

73− | ar < br

74− = a : mergeDiagnostics aa (b:bb)

75− | br < ar

76− = b : mergeDiagnostics (a:aa) bb

77− | _severity ad == _severity bd

78− && _source ad == _source bd

79− && _message ad == _message bd

80− && _code ad == _code bd

81− && _relatedInformation ad == _relatedInformation bd

82− && _tags ad == _tags bd

83− = a : mergeDiagnostics aa bb

84− | otherwise

85− = a : b : mergeDiagnostics aa bb

87-- | Convert a GHC SrcSpan to a DAML compiler Range

64-- | Convert a GHC SrcSpan to a DAML compiler Range

88srcSpanToRange :: SrcSpan -> Range

65srcSpanToRange :: SrcSpan -> Range

@@ -103,7 +80,7 @@ srcSpanToFilename (RealSrcSpan real) = FS.unpackFS $ srcSpanFile real

103srcSpanToLocation :: SrcSpan -> Location

80srcSpanToLocation :: SrcSpan -> Location

104srcSpanToLocation src =

81srcSpanToLocation src =

105 -- important that the URI's we produce have been properly normalized, otherwise they point at weird places in VS Code

82 -- important that the URI's we produce have been properly normalized, otherwise they point at weird places in VS Code

106− Location (fromNormalizedUri $ filePathToUri' $ toNormalizedFilePath' $ srcSpanToFilename src) (srcSpanToRange src)

83+ Location (fromNormalizedUri $ filePathToUri' $ toNormalizedFilePath $ srcSpanToFilename src) (srcSpanToRange src)

107

108isInsideSrcSpan :: Position -> SrcSpan -> Bool

85isInsideSrcSpan :: Position -> SrcSpan -> Bool

109p `isInsideSrcSpan` r = sp <= p && p <= ep

86p `isInsideSrcSpan` r = sp <= p && p <= ep

@@ -150,7 +127,7 @@ realSpan = \case

150

127

151-- | Run something in a Ghc monad and catch the errors (SourceErrors and

128-- | Run something in a Ghc monad and catch the errors (SourceErrors and

152-- compiler-internal exceptions like Panic or InstallationError).

129-- compiler-internal exceptions like Panic or InstallationError).

153−catchSrcErrors :: (HasDynFlags m, ExceptionMonad m) => T.Text -> m a -> m (Either [FileDiagnostic] a)

130+catchSrcErrors :: GhcMonad m => T.Text -> m a -> m (Either [FileDiagnostic] a)

154catchSrcErrors fromWhere ghcM = do

131catchSrcErrors fromWhere ghcM = do

155 dflags <- getDynFlags

132 dflags <- getDynFlags

156 handleGhcException (ghcExceptionToDiagnostics dflags) $

133 handleGhcException (ghcExceptionToDiagnostics dflags) $

src/Development/IDE/GHC/Orphans.hs+3−10

@@ -1,10 +1,8 @@

2-- SPDX-License-Identifier: Apache-2.0

4−{-# LANGUAGE CPP #-}

5{-# LANGUAGE FlexibleInstances #-}

4{-# LANGUAGE FlexibleInstances #-}

6{-# OPTIONS_GHC -Wno-orphans #-}

5{-# OPTIONS_GHC -Wno-orphans #-}

7−#include "ghc-api-version.h"

9-- | Orphan instances for GHC.

7-- | Orphan instances for GHC.

10-- Note that the 'NFData' instances may not be law abiding.

8-- Note that the 'NFData' instances may not be law abiding.

@@ -33,7 +31,7 @@ instance NFData Linkable where rnf = rwhnf

33instance Show InstalledUnitId where

31instance Show InstalledUnitId where

34 show = installedUnitIdString

32 show = installedUnitIdString

36−instance NFData InstalledUnitId where rnf = rwhnf . installedUnitIdFS

34+instance NFData InstalledUnitId where rnf = rwhnf

38instance NFData SB.StringBuffer where rnf = rwhnf

36instance NFData SB.StringBuffer where rnf = rwhnf

@@ -42,8 +40,8 @@ instance Show Module where

43instance Show (GenLocated SrcSpan ModuleName) where show = prettyPrint

41instance Show (GenLocated SrcSpan ModuleName) where show = prettyPrint

45−instance (NFData l, NFData e) => NFData (GenLocated l e) where

43+instance NFData (GenLocated SrcSpan ModuleName) where

46− rnf (L l e) = rnf l `seq` rnf e

44+ rnf = rwhnf

48instance Show ModSummary where

46instance Show ModSummary where

49 show = show . ms_mod

47 show = show . ms_mod

@@ -54,11 +52,6 @@ instance Show ParsedModule where

54instance NFData ModSummary where

52instance NFData ModSummary where

55 rnf = rwhnf

53 rnf = rwhnf

57−#if !MIN_GHC_API_VERSION(8,10,0)

58−instance NFData FastString where

59− rnf = rwhnf

60−#endif

61−

62instance NFData ParsedModule where

55instance NFData ParsedModule where

63 rnf = rwhnf

56 rnf = rwhnf

src/Development/IDE/GHC/Util.hs+20−68

@@ -4,24 +4,21 @@

4-- | General utility functions, mostly focused around GHC operations.

5module Development.IDE.GHC.Util(

6 -- * HcsEnv and environment

7− HscEnvEq(GhcVersionMismatch, compileTime, runTime), hscEnv, newHscEnvEq,

7+ HscEnvEq, hscEnv, newHscEnvEq,

8 modifyDynFlags,

9− evalGhcEnv,

10 runGhcEnv,

9 runGhcEnv,

11− deps,

12 -- * GHC wrappers

10 -- * GHC wrappers

13 prettyPrint,

11 prettyPrint,

14 printRdrName,

12 printRdrName,

15 printName,

13 printName,

16 ParseResult(..), runParser,

14 ParseResult(..), runParser,

17 lookupPackageConfig,

15 lookupPackageConfig,

18− textToStringBuffer,

19− stringBufferToByteString,

20 moduleImportPath,

16 moduleImportPath,

21 cgGutsToCoreModule,

17 cgGutsToCoreModule,

22 fingerprintToBS,

18 fingerprintToBS,

23 fingerprintFromStringBuffer,

19 fingerprintFromStringBuffer,

24 -- * General utilities

20 -- * General utilities

21+ textToStringBuffer,

25 readFileUtf8,

22 readFileUtf8,

26 hDuplicateTo',

23 hDuplicateTo',

27 setDefaultHieDir,

24 setDefaultHieDir,

@@ -30,15 +27,14 @@ module Development.IDE.GHC.Util(

31import Control.Concurrent

28import Control.Concurrent

32import Data.List.Extra

29import Data.List.Extra

33−import Data.ByteString.Internal (ByteString(..))

34import Data.Maybe

30import Data.Maybe

35import Data.Typeable

31import Data.Typeable

36import qualified Data.ByteString.Internal as BS

32import qualified Data.ByteString.Internal as BS

37import Fingerprint

33import Fingerprint

38import GhcMonad

34import GhcMonad

39−import Control.Exception

35+import GhcPlugins hiding (Unique)

40import Data.IORef

36import Data.IORef

41−import Data.Version (showVersion, Version)

37+import Control.Exception

42import FileCleanup

38import FileCleanup

43import Foreign.Ptr

39import Foreign.Ptr

44import Foreign.ForeignPtr

40import Foreign.ForeignPtr

@@ -58,16 +54,6 @@ import qualified Data.ByteString as BS

58import Lexer

54import Lexer

59import StringBuffer

55import StringBuffer

60import System.FilePath

56import System.FilePath

61−import HscTypes (cg_binds, md_types, cg_module, ModDetails, CgGuts, ic_dflags, hsc_IC, HscEnv(hsc_dflags))

62−import PackageConfig (PackageConfig)

63−import Outputable (showSDocUnsafe, ppr, showSDoc, Outputable)

64−import Packages (getPackageConfigMap, lookupPackage')

65−import SrcLoc (mkRealSrcLoc)

66−import FastString (mkFastString)

67−import DynFlags (emptyFilesToClean, unsafeGlobalDynFlags)

68−import Module (moduleNameSlashes, InstalledUnitId)

69−import OccName (parenSymOcc)

70−import RdrName (nameRdrName, rdrNameOcc)

72import Development.IDE.GHC.Compat as GHC

58import Development.IDE.GHC.Compat as GHC

73import Development.IDE.Types.Location

59import Development.IDE.Types.Location

@@ -110,9 +96,6 @@ runParser flags str parser = unP parser parseState

110 buffer = stringToStringBuffer str

96 buffer = stringToStringBuffer str

111 parseState = mkPState flags buffer location

97 parseState = mkPState flags buffer location

112

113−stringBufferToByteString :: StringBuffer -> ByteString

114−stringBufferToByteString StringBuffer{..} = PS buf cur len

115−

116-- | Pretty print a GHC value using 'unsafeGlobalDynFlags '.

99-- | Pretty print a GHC value using 'unsafeGlobalDynFlags '.

117prettyPrint :: Outputable a => a -> String

100prettyPrint :: Outputable a => a -> String

118prettyPrint = showSDoc unsafeGlobalDynFlags . ppr

101prettyPrint = showSDoc unsafeGlobalDynFlags . ppr

@@ -129,90 +112,59 @@ printName = printRdrName . nameRdrName

129

112

130-- | Run a 'Ghc' monad value using an existing 'HscEnv'. Sets up and tears down all the required

113-- | Run a 'Ghc' monad value using an existing 'HscEnv'. Sets up and tears down all the required

131-- pieces, but designed to be more efficient than a standard 'runGhc'.

114-- pieces, but designed to be more efficient than a standard 'runGhc'.

132−evalGhcEnv :: HscEnv -> Ghc b -> IO b

133−evalGhcEnv env act = snd <$> runGhcEnv env act

134−

135−-- | Run a 'Ghc' monad value using an existing 'HscEnv'. Sets up and tears down all the required

136−-- pieces, but designed to be more efficient than a standard 'runGhc'.

137−runGhcEnv :: HscEnv -> Ghc a -> IO (HscEnv, a)

115+runGhcEnv :: HscEnv -> Ghc a -> IO a

138runGhcEnv env act = do

116runGhcEnv env act = do

139 filesToClean <- newIORef emptyFilesToClean

117 filesToClean <- newIORef emptyFilesToClean

140 dirsToClean <- newIORef mempty

118 dirsToClean <- newIORef mempty

141 let dflags = (hsc_dflags env){filesToClean=filesToClean, dirsToClean=dirsToClean, useUnicode=True}

119 let dflags = (hsc_dflags env){filesToClean=filesToClean, dirsToClean=dirsToClean, useUnicode=True}

142 ref <- newIORef env{hsc_dflags=dflags}

120 ref <- newIORef env{hsc_dflags=dflags}

143− res <- unGhc act (Session ref) `finally` do

121+ unGhc act (Session ref) `finally` do

144 cleanTempFiles dflags

122 cleanTempFiles dflags

145 cleanTempDirs dflags

123 cleanTempDirs dflags

146− (,res) <$> readIORef ref

147

124

148-- | Given a module location, and its parse tree, figure out what is the include directory implied by it.

125-- | Given a module location, and its parse tree, figure out what is the include directory implied by it.

149-- For example, given the file @\/usr\/\Test\/Foo\/Bar.hs@ with the module name @Foo.Bar@ the directory

126-- For example, given the file @\/usr\/\Test\/Foo\/Bar.hs@ with the module name @Foo.Bar@ the directory

150-- @\/usr\/Test@ should be on the include path to find sibling modules.

127-- @\/usr\/Test@ should be on the include path to find sibling modules.

151−moduleImportPath :: NormalizedFilePath -> GHC.ModuleName -> Maybe FilePath

128+moduleImportPath :: NormalizedFilePath -> GHC.ParsedModule -> Maybe FilePath

152-- The call to takeDirectory is required since DAML does not require that

129-- The call to takeDirectory is required since DAML does not require that

153-- the file name matches the module name in the last component.

130-- the file name matches the module name in the last component.

154-- Once that has changed we can get rid of this.

131-- Once that has changed we can get rid of this.

155−moduleImportPath (takeDirectory . fromNormalizedFilePath -> pathDir) mn

132+moduleImportPath (takeDirectory . fromNormalizedFilePath -> pathDir) pm

156 -- This happens for single-component modules since takeDirectory "A" == "."

133 -- This happens for single-component modules since takeDirectory "A" == "."

157 | modDir == "." = Just pathDir

134 | modDir == "." = Just pathDir

158 | otherwise = dropTrailingPathSeparator <$> stripSuffix modDir pathDir

135 | otherwise = dropTrailingPathSeparator <$> stripSuffix modDir pathDir

159 where

136 where

137+ ms = GHC.pm_mod_summary pm

138+ mod' = GHC.ms_mod ms

160 -- A for module A.B

139 -- A for module A.B

161 modDir =

140 modDir =

162 takeDirectory $

141 takeDirectory $

163− fromNormalizedFilePath $ toNormalizedFilePath' $

142+ fromNormalizedFilePath $ toNormalizedFilePath $

164− moduleNameSlashes mn

143+ moduleNameSlashes $ GHC.moduleName mod'

165

144

166-- | An 'HscEnv' with equality. Two values are considered equal

145-- | An 'HscEnv' with equality. Two values are considered equal

167-- if they are created with the same call to 'newHscEnvEq'.

146-- if they are created with the same call to 'newHscEnvEq'.

168−data HscEnvEq

169− = HscEnvEq !Unique !HscEnv

147+data HscEnvEq = HscEnvEq Unique HscEnv

170− [(InstalledUnitId, DynFlags)] -- In memory components for this HscEnv

171− -- This is only used at the moment for the import dirs in

172− -- the DynFlags

173− | GhcVersionMismatch { compileTime :: !Version

174− , runTime :: !Version

175− }

176

148

177-- | Unwrap an 'HsEnvEq'.

149-- | Unwrap an 'HsEnvEq'.

178hscEnv :: HscEnvEq -> HscEnv

150hscEnv :: HscEnvEq -> HscEnv

179−hscEnv = either error id . hscEnv'

180−

181−hscEnv' :: HscEnvEq -> Either String HscEnv

182−hscEnv' (HscEnvEq _ x _) = Right x

151+hscEnv (HscEnvEq _ x) = x

183−hscEnv' GhcVersionMismatch{..} = Left $

184− unwords

185− ["ghcide compiled against GHC"

186− ,showVersion compileTime

187− ,"but currently using"

188− ,showVersion runTime

189− ,". This is unsupported, ghcide must be compiled with the same GHC version as the project."

190− ]

191−

192−deps :: HscEnvEq -> [(InstalledUnitId, DynFlags)]

193−deps (HscEnvEq _ _ u) = u

194−deps GhcVersionMismatch{} = []

195

152

196-- | Wrap an 'HscEnv' into an 'HscEnvEq'.

153-- | Wrap an 'HscEnv' into an 'HscEnvEq'.

197−newHscEnvEq :: HscEnv -> [(InstalledUnitId, DynFlags)] -> IO HscEnvEq

154+newHscEnvEq :: HscEnv -> IO HscEnvEq

198−newHscEnvEq e uids = do u <- newUnique; return $ HscEnvEq u e uids

155+newHscEnvEq e = do u <- newUnique; return $ HscEnvEq u e

199

156

200instance Show HscEnvEq where

157instance Show HscEnvEq where

201− show (HscEnvEq a _ _) = "HscEnvEq " ++ show (hashUnique a)

158+ show (HscEnvEq a _) = "HscEnvEq " ++ show (hashUnique a)

202− show GhcVersionMismatch{..} = "GhcVersionMismatch " <> show (compileTime, runTime)

203

159

204instance Eq HscEnvEq where

160instance Eq HscEnvEq where

205− HscEnvEq a _ _ == HscEnvEq b _ _ = a == b

161+ HscEnvEq a _ == HscEnvEq b _ = a == b

206− GhcVersionMismatch a b == GhcVersionMismatch c d = a == c && b == d

207− _ == _ = False

208

162

209instance NFData HscEnvEq where

163instance NFData HscEnvEq where

210− rnf (HscEnvEq a b c) = rnf (hashUnique a) `seq` b `seq` c `seq` ()

164+ rnf (HscEnvEq a b) = rnf (hashUnique a) `seq` b `seq` ()

211− rnf GhcVersionMismatch{} = rnf runTime

212

165

213instance Hashable HscEnvEq where

166instance Hashable HscEnvEq where

214− hashWithSalt s (HscEnvEq a _b _c) = hashWithSalt s a

167+ hashWithSalt salt (HscEnvEq u _) = hashWithSalt salt u

215− hashWithSalt salt GhcVersionMismatch{..} = hashWithSalt salt (compileTime, runTime)

216

168

217-- Fake instance needed to persuade Shake to accept this type as a key.

169-- Fake instance needed to persuade Shake to accept this type as a key.

218-- No harm done as ghcide never persists these keys currently

170-- No harm done as ghcide never persists these keys currently

src/Development/IDE/GHC/WithDynFlags.hsdeleted−30

@@ -1,30 +0,0 @@

1−module Development.IDE.GHC.WithDynFlags

2−( WithDynFlags

3−, evalWithDynFlags

4−) where

5−

6−import Control.Monad.Trans.Reader (ask, ReaderT(..))

7−import GHC (DynFlags)

8−import Control.Monad.IO.Class (MonadIO)

9−import Exception (ExceptionMonad(..))

10−import Control.Monad.Trans.Class (MonadTrans(..))

11−import GhcPlugins (HasDynFlags(..))

12−

13−-- | A monad transformer implementing the 'HasDynFlags' effect

14−newtype WithDynFlags m a = WithDynFlags {withDynFlags :: ReaderT DynFlags m a}

15− deriving (Applicative, Functor, Monad, MonadIO, MonadTrans)

16−

17−evalWithDynFlags :: DynFlags -> WithDynFlags m a -> m a

18−evalWithDynFlags dflags = flip runReaderT dflags . withDynFlags

19−

20−instance Monad m => HasDynFlags (WithDynFlags m) where

21− getDynFlags = WithDynFlags ask

22−

23−instance ExceptionMonad m => ExceptionMonad (WithDynFlags m) where

24− gmask f = WithDynFlags $ ReaderT $ \env ->

25− gmask $ \restore ->

26− let restore' = lift . restore . flip runReaderT env . withDynFlags

27− in runReaderT (withDynFlags $ f restore') env

28−

29− gcatch (WithDynFlags act) handle = WithDynFlags $ ReaderT $ \env ->

30− gcatch (runReaderT act env) (flip runReaderT env . withDynFlags . handle)

src/Development/IDE/Import/DependencyInformation.hs+18−55

@@ -14,23 +14,18 @@ module Development.IDE.Import.DependencyInformation

14 , PathIdMap

15 , emptyPathIdMap

16 , getPathId

17− , lookupPathToId

18 , insertImport

17 , insertImport

19 , pathToId

18 , pathToId

20 , idToPath

19 , idToPath

21 , reachableModules

20 , reachableModules

22 , processDependencyInformation

21 , processDependencyInformation

23 , transitiveDeps

22 , transitiveDeps

24−

25− , BootIdMap

26− , insertBootId

27 ) where

23 ) where

29import Control.DeepSeq

25import Control.DeepSeq

30import Data.Bifunctor

26import Data.Bifunctor

31import Data.Coerce

27import Data.Coerce

32import Data.List

28import Data.List

33−import Data.Tuple.Extra hiding (first, second)

34import Development.IDE.GHC.Orphans()

29import Development.IDE.GHC.Orphans()

35import Data.Either

30import Data.Either

36import Data.Graph

31import Data.Graph

@@ -46,6 +41,7 @@ import qualified Data.IntSet as IntSet

46import Data.Maybe

41import Data.Maybe

47import Data.Set (Set)

42import Data.Set (Set)

48import qualified Data.Set as Set

43import qualified Data.Set as Set

44+import Data.Tuple.Extra (fst3)

49import GHC.Generics (Generic)

45import GHC.Generics (Generic)

51import Development.IDE.Types.Diagnostics

47import Development.IDE.Types.Diagnostics

@@ -62,22 +58,17 @@ data ModuleImports = ModuleImports

62 -- that module on disk (if we found it)

58 -- that module on disk (if we found it)

63 , packageImports :: !(Set InstalledUnitId)

59 , packageImports :: !(Set InstalledUnitId)

64 -- ^ Transitive package dependencies unioned for all imports.

60 -- ^ Transitive package dependencies unioned for all imports.

65− } deriving Show

61+ }

67−-- | For processing dependency information, we need lots of maps and sets of

63+-- | For processing dependency information, we need lots of maps and sets

68−-- filepaths. Comparing Strings is really slow, so we work with IntMap/IntSet

64+-- of filepaths. Comparing Strings is really slow, so we work with IntMap/IntSet

69−-- instead and only convert at the edges.

65+-- instead and only convert at the edges

66+-- and

70newtype FilePathId = FilePathId { getFilePathId :: Int }

67newtype FilePathId = FilePathId { getFilePathId :: Int }

71 deriving (Show, NFData, Eq, Ord)

68 deriving (Show, NFData, Eq, Ord)

73−-- | Map from 'FilePathId'

74−type FilePathIdMap = IntMap

75−

76−-- | Set of 'FilePathId's

77−type FilePathIdSet = IntSet

78−

79data PathIdMap = PathIdMap

70data PathIdMap = PathIdMap

80− { idToPathMap :: !(FilePathIdMap ArtifactsLocation)

71+ { idToPathMap :: !(IntMap ArtifactsLocation)

81 , pathToIdMap :: !(HashMap NormalizedFilePath FilePathId)

72 , pathToIdMap :: !(HashMap NormalizedFilePath FilePathId)

82 }

73 }

83 deriving (Show, Generic)

74 deriving (Show, Generic)

@@ -105,49 +96,34 @@ insertImport (FilePathId k) v rawDepInfo = rawDepInfo { rawImports = IntMap.inse

105pathToId :: PathIdMap -> NormalizedFilePath -> FilePathId

96pathToId :: PathIdMap -> NormalizedFilePath -> FilePathId

106pathToId PathIdMap{pathToIdMap} path = pathToIdMap HMS.! path

97pathToId PathIdMap{pathToIdMap} path = pathToIdMap HMS.! path

107

108−lookupPathToId :: PathIdMap -> NormalizedFilePath -> Maybe FilePathId

109−lookupPathToId PathIdMap{pathToIdMap} path = HMS.lookup path pathToIdMap

110−

111idToPath :: PathIdMap -> FilePathId -> NormalizedFilePath

99idToPath :: PathIdMap -> FilePathId -> NormalizedFilePath

112idToPath pathIdMap filePathId = artifactFilePath $ idToModLocation pathIdMap filePathId

100idToPath pathIdMap filePathId = artifactFilePath $ idToModLocation pathIdMap filePathId

113

101

114idToModLocation :: PathIdMap -> FilePathId -> ArtifactsLocation

102idToModLocation :: PathIdMap -> FilePathId -> ArtifactsLocation

115idToModLocation PathIdMap{idToPathMap} (FilePathId id) = idToPathMap IntMap.! id

103idToModLocation PathIdMap{idToPathMap} (FilePathId id) = idToPathMap IntMap.! id

116

104

117−type BootIdMap = FilePathIdMap FilePathId

118−

119−insertBootId :: FilePathId -> FilePathId -> BootIdMap -> BootIdMap

120−insertBootId k = IntMap.insert (getFilePathId k)

121

105

122-- | Unprocessed results that we find by following imports recursively.

106-- | Unprocessed results that we find by following imports recursively.

123data RawDependencyInformation = RawDependencyInformation

107data RawDependencyInformation = RawDependencyInformation

124− { rawImports :: !(FilePathIdMap (Either ModuleParseError ModuleImports))

108+ { rawImports :: !(IntMap (Either ModuleParseError ModuleImports))

125 , rawPathIdMap :: !PathIdMap

109 , rawPathIdMap :: !PathIdMap

126− -- The rawBootMap maps the FilePathId of a hs-boot file to its

110+ }

127− -- corresponding hs file. It is used when topologically sorting as we

111+

128− -- need to add edges between .hs-boot and .hs so that the .hs files

129− -- appear later in the sort.

130− , rawBootMap :: !BootIdMap

131− } deriving Show

132−

133−pkgDependencies :: RawDependencyInformation -> FilePathIdMap (Set InstalledUnitId)

112+pkgDependencies :: RawDependencyInformation -> IntMap (Set InstalledUnitId)

134pkgDependencies RawDependencyInformation{..} =

113pkgDependencies RawDependencyInformation{..} =

135 IntMap.map (either (const Set.empty) packageImports) rawImports

114 IntMap.map (either (const Set.empty) packageImports) rawImports

136

115

137data DependencyInformation =

116data DependencyInformation =

138 DependencyInformation

117 DependencyInformation

139− { depErrorNodes :: !(FilePathIdMap (NonEmpty NodeError))

118+ { depErrorNodes :: !(IntMap (NonEmpty NodeError))

140 -- ^ Nodes that cannot be processed correctly.

119 -- ^ Nodes that cannot be processed correctly.

141− , depModuleNames :: !(FilePathIdMap ShowableModuleName)

120+ , depModuleNames :: !(IntMap ShowableModuleName)

142− , depModuleDeps :: !(FilePathIdMap FilePathIdSet)

121+ , depModuleDeps :: !(IntMap IntSet)

143 -- ^ For a non-error node, this contains the set of module immediate dependencies

122 -- ^ For a non-error node, this contains the set of module immediate dependencies

144 -- in the same package.

123 -- in the same package.

145− , depPkgDeps :: !(FilePathIdMap (Set InstalledUnitId))

124+ , depPkgDeps :: !(IntMap (Set InstalledUnitId))

146 -- ^ For a non-error node, this contains the set of immediate pkg deps.

125 -- ^ For a non-error node, this contains the set of immediate pkg deps.

147 , depPathIdMap :: !PathIdMap

126 , depPathIdMap :: !PathIdMap

148− -- ^ Map from FilePath to FilePathId

149− , depBootMap :: !BootIdMap

150− -- ^ Map from hs-boot file to the corresponding hs file

151 } deriving (Show, Generic)

127 } deriving (Show, Generic)

152

128

153newtype ShowableModuleName =

129newtype ShowableModuleName =

@@ -225,7 +201,6 @@ processDependencyInformation rawDepInfo@RawDependencyInformation{..} =

225 , depModuleNames = IntMap.fromList $ coerce moduleNames

201 , depModuleNames = IntMap.fromList $ coerce moduleNames

226 , depPkgDeps = pkgDependencies rawDepInfo

202 , depPkgDeps = pkgDependencies rawDepInfo

227 , depPathIdMap = rawPathIdMap

203 , depPathIdMap = rawPathIdMap

228− , depBootMap = rawBootMap

229 }

204 }

230 where resultGraph = buildResultGraph rawImports

205 where resultGraph = buildResultGraph rawImports

231 (errorNodes, successNodes) = partitionNodeResults $ IntMap.toList resultGraph

206 (errorNodes, successNodes) = partitionNodeResults $ IntMap.toList resultGraph

@@ -247,7 +222,7 @@ processDependencyInformation rawDepInfo@RawDependencyInformation{..} =

247-- 2. Mark each node that has a parse error as an error node.

222-- 2. Mark each node that has a parse error as an error node.

248-- 3. Mark each node whose immediate children could not be located as an error.

223-- 3. Mark each node whose immediate children could not be located as an error.

249-- 4. Recursively propagate errors to parents if they are not already error nodes.

224-- 4. Recursively propagate errors to parents if they are not already error nodes.

250−buildResultGraph :: FilePathIdMap (Either ModuleParseError ModuleImports) -> FilePathIdMap NodeResult

225+buildResultGraph :: IntMap (Either ModuleParseError ModuleImports) -> IntMap NodeResult

251buildResultGraph g = propagatedErrors

226buildResultGraph g = propagatedErrors

252 where

227 where

253 sccs = stronglyConnComp (graphEdges g)

228 sccs = stronglyConnComp (graphEdges g)

@@ -294,7 +269,7 @@ buildResultGraph g = propagatedErrors

294 Right ModuleImports{moduleImports} ->

269 Right ModuleImports{moduleImports} ->

295 fmap fst $ find (\(_, resolvedImp) -> resolvedImp == Just importedFile) moduleImports

270 fmap fst $ find (\(_, resolvedImp) -> resolvedImp == Just importedFile) moduleImports

296

271

297−graphEdges :: FilePathIdMap (Either ModuleParseError ModuleImports) -> [(FilePathId, FilePathId, [FilePathId])]

272+graphEdges :: IntMap (Either ModuleParseError ModuleImports) -> [(FilePathId, FilePathId, [FilePathId])]

298graphEdges g =

273graphEdges g =

299 map (\(k, v) -> (FilePathId k, FilePathId k, deps v)) $ IntMap.toList g

274 map (\(k, v) -> (FilePathId k, FilePathId k, deps v)) $ IntMap.toList g

300 where deps :: Either e ModuleImports -> [FilePathId]

275 where deps :: Either e ModuleImports -> [FilePathId]

@@ -306,12 +281,10 @@ partitionSCC (CyclicSCC xs:rest) = second (xs:) $ partitionSCC rest

306partitionSCC (AcyclicSCC x:rest) = first (x:) $ partitionSCC rest

281partitionSCC (AcyclicSCC x:rest) = first (x:) $ partitionSCC rest

307partitionSCC [] = ([], [])

282partitionSCC [] = ([], [])

308

283

309−

310transitiveDeps :: DependencyInformation -> NormalizedFilePath -> Maybe TransitiveDependencies

284transitiveDeps :: DependencyInformation -> NormalizedFilePath -> Maybe TransitiveDependencies

311transitiveDeps DependencyInformation{..} file = do

285transitiveDeps DependencyInformation{..} file = do

312 let !fileId = pathToId depPathIdMap file

286 let !fileId = pathToId depPathIdMap file

313 reachableVs <-

287 reachableVs <-

314− -- Delete the starting node

315 IntSet.delete (getFilePathId fileId) .

288 IntSet.delete (getFilePathId fileId) .

316 IntSet.fromList . map (fst3 . fromVertex) .

289 IntSet.fromList . map (fst3 . fromVertex) .

317 reachable g <$> toVertex (getFilePathId fileId)

290 reachable g <$> toVertex (getFilePathId fileId)

@@ -330,21 +303,11 @@ transitiveDeps DependencyInformation{..} file = do

330 ]

303 ]

331 pure TransitiveDependencies {..}

304 pure TransitiveDependencies {..}

332 where

305 where

333− (g, fromVertex, toVertex) = graphFromEdges edges

334− edges = map (\(f, fs) -> (f, f, IntSet.toList fs ++ boot_edge f)) $ IntMap.toList depModuleDeps

306+ (g, fromVertex, toVertex) = graphFromEdges (map (\(f, fs) -> (f, f, IntSet.toList fs)) $ IntMap.toList depModuleDeps)

335−

336− -- Need to add an edge between the .hs and .hs-boot file if it exists

337− -- so the .hs file gets loaded after the .hs-boot file and the right

338− -- stuff ends up in the HPT. If you don't have this check then GHC will

339− -- fail to work with ghcide.

340− boot_edge f = [getFilePathId f' | Just f' <- [IntMap.lookup f depBootMap]]

341−

342 vs = topSort g

307 vs = topSort g

343

308

344data TransitiveDependencies = TransitiveDependencies

309data TransitiveDependencies = TransitiveDependencies

345 { transitiveModuleDeps :: [NormalizedFilePath]

310 { transitiveModuleDeps :: [NormalizedFilePath]

346− -- ^ Transitive module dependencies in topological order.

347− -- The module itself is not included.

348 , transitiveNamedModuleDeps :: [NamedModuleDep]

311 , transitiveNamedModuleDeps :: [NamedModuleDep]

349 -- ^ Transitive module dependencies in topological order.

312 -- ^ Transitive module dependencies in topological order.

350 -- The module itself is not included.

313 -- The module itself is not included.

src/Development/IDE/Import/FindImports.hs+18−49

@@ -8,18 +8,16 @@ module Development.IDE.Import.FindImports

8 ( locateModule

9 , Import(..)

10 , ArtifactsLocation(..)

11− , modSummaryToArtifactsLocation

12− , isBootLocation

13− , mkImportDirs

14 ) where

11 ) where

16import Development.IDE.GHC.Error as ErrUtils

13import Development.IDE.GHC.Error as ErrUtils

17import Development.IDE.GHC.Orphans()

14import Development.IDE.GHC.Orphans()

18import Development.IDE.Types.Diagnostics

15import Development.IDE.Types.Diagnostics

19import Development.IDE.Types.Location

16import Development.IDE.Types.Location

20−import Development.IDE.GHC.Compat

21-- GHC imports

17-- GHC imports

18+import DynFlags

22import FastString

19import FastString

20+import GHC

23import qualified Module as M

21import qualified Module as M

24import Packages

22import Packages

25import Outputable (showSDoc, ppr, pprPanic)

23import Outputable (showSDoc, ppr, pprPanic)

@@ -30,8 +28,6 @@ import Control.DeepSeq

30import Control.Monad.Extra

28import Control.Monad.Extra

31import Control.Monad.IO.Class

29import Control.Monad.IO.Class

32import System.FilePath

30import System.FilePath

33−import DriverPhases

34−import Data.Maybe

36data Import

32data Import

37 = FileImport !ArtifactsLocation

33 = FileImport !ArtifactsLocation

@@ -39,97 +35,70 @@ data Import

39 deriving (Show)

35 deriving (Show)

41data ArtifactsLocation = ArtifactsLocation

37data ArtifactsLocation = ArtifactsLocation

42− { artifactFilePath :: !NormalizedFilePath

38+ { artifactFilePath :: !NormalizedFilePath

43 , artifactModLocation :: !ModLocation

39 , artifactModLocation :: !ModLocation

44− , artifactIsSource :: !Bool -- ^ True if a module is a source input

45 }

40 }

46 deriving (Show)

41 deriving (Show)

48instance NFData ArtifactsLocation where

43instance NFData ArtifactsLocation where

49− rnf ArtifactsLocation{..} = rnf artifactFilePath `seq` rwhnf artifactModLocation `seq` rnf artifactIsSource

44+ rnf ArtifactsLocation{..} = rnf artifactFilePath `seq` rwhnf artifactModLocation

50−

51−isBootLocation :: ArtifactsLocation -> Bool

52−isBootLocation = not . artifactIsSource

54instance NFData Import where

46instance NFData Import where

55 rnf (FileImport x) = rnf x

47 rnf (FileImport x) = rnf x

56 rnf (PackageImport x) = rnf x

48 rnf (PackageImport x) = rnf x

58−modSummaryToArtifactsLocation :: NormalizedFilePath -> ModSummary -> ArtifactsLocation

59−modSummaryToArtifactsLocation nfp ms = ArtifactsLocation nfp (ms_location ms) (isSource (ms_hsc_src ms))

60− where

61− isSource HsSrcFile = True

62− isSource _ = False

63−

65-- | locate a module in the file system. Where we go from *daml to Haskell

51-- | locate a module in the file system. Where we go from *daml to Haskell

66locateModuleFile :: MonadIO m

52locateModuleFile :: MonadIO m

67− => [[FilePath]]

53+ => DynFlags

68 -> [String]

54 -> [String]

69 -> (NormalizedFilePath -> m Bool)

55 -> (NormalizedFilePath -> m Bool)

70 -> Bool

56 -> Bool

71 -> ModuleName

57 -> ModuleName

72 -> m (Maybe NormalizedFilePath)

58 -> m (Maybe NormalizedFilePath)

73−locateModuleFile import_dirss exts doesExist isSource modName = do

59+locateModuleFile dflags exts doesExist isSource modName = do

74− let candidates import_dirs =

60+ let candidates =

75− [ toNormalizedFilePath' (prefix </> M.moduleNameSlashes modName <.> maybeBoot ext)

61+ [ toNormalizedFilePath (prefix </> M.moduleNameSlashes modName <.> maybeBoot ext)

76− | prefix <- import_dirs , ext <- exts]

62+ | prefix <- importPaths dflags, ext <- exts]

77− findM doesExist (concatMap candidates import_dirss)

63+ findM doesExist candidates

78 where

64 where

79 maybeBoot ext

65 maybeBoot ext

80 | isSource = ext ++ "-boot"

66 | isSource = ext ++ "-boot"

81 | otherwise = ext

67 | otherwise = ext

83−-- | This function is used to map a package name to a set of import paths.

84−-- It only returns Just for unit-ids which are possible to import into the

85−-- current module. In particular, it will return Nothing for 'main' components

86−-- as they can never be imported into another package.

87−mkImportDirs :: DynFlags -> (M.InstalledUnitId, DynFlags) -> Maybe (PackageName, [FilePath])

88−mkImportDirs df (i, DynFlags{importPaths}) = (, importPaths) <$> getPackageName df i

89−

90-- | locate a module in either the file system or the package database. Where we go from *daml to

69-- | locate a module in either the file system or the package database. Where we go from *daml to

91-- Haskell

70-- Haskell

92locateModule

71locateModule

93 :: MonadIO m

72 :: MonadIO m

94 => DynFlags

73 => DynFlags

95− -> [(M.InstalledUnitId, DynFlags)] -- Sets import directories to look in

96 -> [String]

74 -> [String]

97 -> (NormalizedFilePath -> m Bool)

75 -> (NormalizedFilePath -> m Bool)

98 -> Located ModuleName

76 -> Located ModuleName

99 -> Maybe FastString

77 -> Maybe FastString

100 -> Bool

78 -> Bool

101 -> m (Either [FileDiagnostic] Import)

79 -> m (Either [FileDiagnostic] Import)

102−locateModule dflags comp_info exts doesExist modName mbPkgName isSource = do

80+locateModule dflags exts doesExist modName mbPkgName isSource = do

103 case mbPkgName of

81 case mbPkgName of

104 -- "this" means that we should only look in the current package

82 -- "this" means that we should only look in the current package

105 Just "this" -> do

83 Just "this" -> do

106− lookupLocal [importPaths dflags]

84+ mbFile <- locateModuleFile dflags exts doesExist isSource $ unLoc modName

85+ case mbFile of

86+ Nothing -> return $ Left $ notFoundErr dflags modName $ LookupNotFound []

87+ Just file -> toModLocation file

107 -- if a package name is given we only go look for a package

88 -- if a package name is given we only go look for a package

108− Just pkgName

109− | Just dirs <- lookup (PackageName pkgName) import_paths

110− -> lookupLocal [dirs]

111− | otherwise -> lookupInPackageDB dflags

89+ Just _pkgName -> lookupInPackageDB dflags

112 Nothing -> do

90 Nothing -> do

113 -- first try to find the module as a file. If we can't find it try to find it in the package

91 -- first try to find the module as a file. If we can't find it try to find it in the package

114 -- database.

92 -- database.

115− -- Here the importPaths for the current modules are added to the front of the import paths from the other components.

116− -- This is particularly important for Paths_* modules which get generated for every component but unless you use it in

117− -- each component will end up being found in the wrong place and cause a multi-cradle match failure.

118− mbFile <- locateModuleFile (importPaths dflags : map snd import_paths) exts doesExist isSource $ unLoc modName

93+ mbFile <- locateModuleFile dflags exts doesExist isSource $ unLoc modName

119 case mbFile of

94 case mbFile of

120 Nothing -> lookupInPackageDB dflags

95 Nothing -> lookupInPackageDB dflags

121 Just file -> toModLocation file

96 Just file -> toModLocation file

122 where

97 where

123− import_paths = mapMaybe (mkImportDirs dflags) comp_info

124 toModLocation file = liftIO $ do

98 toModLocation file = liftIO $ do

125 loc <- mkHomeModLocation dflags (unLoc modName) (fromNormalizedFilePath file)

99 loc <- mkHomeModLocation dflags (unLoc modName) (fromNormalizedFilePath file)

126− return $ Right $ FileImport $ ArtifactsLocation file loc (not isSource)

100+ return $ Right $ FileImport $ ArtifactsLocation file loc

127

101

128− lookupLocal dirs = do

129− mbFile <- locateModuleFile dirs exts doesExist isSource $ unLoc modName

130− case mbFile of

131− Nothing -> return $ Left $ notFoundErr dflags modName $ LookupNotFound []

132− Just file -> toModLocation file

133

102

134 lookupInPackageDB dfs =

103 lookupInPackageDB dfs =

135 case lookupModuleWithSuggestions dfs (unLoc modName) mbPkgName of

104 case lookupModuleWithSuggestions dfs (unLoc modName) mbPkgName of

src/Development/IDE/LSP/HoverDefinition.hs+1−1

@@ -55,7 +55,7 @@ request label getResults notFound found ide (TextDocumentPositionParams (TextDoc

56logAndRunRequest :: T.Text -> (NormalizedFilePath -> Position -> Action b) -> IdeState -> Position -> String -> IO b

57logAndRunRequest label getResults ide pos path = do

58− let filePath = toNormalizedFilePath' path

58+ let filePath = toNormalizedFilePath path

59 logInfo (ideLogger ide) $

60 label <> " request at position " <> T.pack (showPosition pos) <>

61 " in file: " <> T.pack path

src/Development/IDE/LSP/LanguageServer.hs+8−8

@@ -144,14 +144,14 @@ runLanguageServer options userHandlers onInitialConfig onConfigChange getIdeStat

144 Response x@RequestMessage{_id, _params} wrap act ->

145 checkCancelled ide clearReqId waitForCancel lspFuncs wrap act x _id _params $

146 \case

147− Left e -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) (Left e)

147+ Left e -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) Nothing (Just e)

148− Right r -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) (Right r)

148+ Right r -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) (Just r) Nothing

149 ResponseAndRequest x@RequestMessage{_id, _params} wrap wrapNewReq act ->

150 checkCancelled ide clearReqId waitForCancel lspFuncs wrap act x _id _params $

151 \(res, newReq) -> do

152 case res of

153− Left e -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) (Left e)

153+ Left e -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) Nothing (Just e)

154− Right r -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) (Right r)

154+ Right r -> sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) (Just r) Nothing

155 whenJust newReq $ \(rm, newReqParams) -> do

156 reqId <- getNextReqId

157 sendFunc $ wrapNewReq $ RequestMessage "2.0" reqId rm newReqParams

@@ -175,16 +175,16 @@ runLanguageServer options userHandlers onInitialConfig onConfigChange getIdeStat

175 Left () -> do

176 logDebug (ideLogger ide) $ T.pack $

177 "Cancelled request " <> show _id

178− sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) $ Left

178+ sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) Nothing $

179− $ ResponseError RequestCancelled "" Nothing

179+ Just $ ResponseError RequestCancelled "" Nothing

180 Right res -> k res

181 ) $ \(e :: SomeException) -> do

182 logError (ideLogger ide) $ T.pack $

183 "Unexpected exception on request, please report!\n" ++

184 "Message: " ++ show msg ++ "\n" ++

185 "Exception: " ++ show e

186− sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) $ Left

186+ sendFunc $ wrap $ ResponseMessage "2.0" (responseId _id) Nothing $

187− $ ResponseError InternalError (T.pack $ show e) Nothing

187+ Just $ ResponseError InternalError (T.pack $ show e) Nothing

188

189initializeRequestHandler :: PartialHandlers config

190initializeRequestHandler = PartialHandlers $ \WithMessage{..} x -> return x{

src/Development/IDE/LSP/Notifications.hs+2−2

@@ -30,7 +30,7 @@ import Development.IDE.Core.OfInterest

32whenUriFile :: Uri -> (NormalizedFilePath -> IO ()) -> IO ()

33−whenUriFile uri act = whenJust (LSP.uriToFilePath uri) $ act . toNormalizedFilePath'

33+whenUriFile uri act = whenJust (LSP.uriToFilePath uri) $ act . toNormalizedFilePath

35setHandlersNotifications :: PartialHandlers c

36setHandlersNotifications = PartialHandlers $ \WithMessage{..} x -> return x

@@ -62,7 +62,7 @@ setHandlersNotifications = PartialHandlers $ \WithMessage{..} x -> return x

62 let events =

63 mapMaybe

64 (\(FileEvent uri ev) ->

65− (, ev /= FcDeleted) . toNormalizedFilePath'

65+ (, ev /= FcDeleted) . toNormalizedFilePath

66 <$> LSP.uriToFilePath uri

67 )

68 ( F.toList fileEvents )

src/Development/IDE/LSP/Outline.hs+5−19

@@ -4,8 +4,6 @@

5module Development.IDE.LSP.Outline

6 ( setHandlersOutline

7− -- * For haskell-language-server

8− , moduleOutline

9 )

7 )

10where

8where

@@ -39,11 +37,11 @@ moduleOutline

39 :: LSP.LspFuncs c -> IdeState -> DocumentSymbolParams -> IO (Either ResponseError DSResult)

37 :: LSP.LspFuncs c -> IdeState -> DocumentSymbolParams -> IO (Either ResponseError DSResult)

40moduleOutline _lsp ideState DocumentSymbolParams { _textDocument = TextDocumentIdentifier uri }

38moduleOutline _lsp ideState DocumentSymbolParams { _textDocument = TextDocumentIdentifier uri }

41 = case uriToFilePath uri of

39 = case uriToFilePath uri of

42− Just (toNormalizedFilePath' -> fp) -> do

40+ Just (toNormalizedFilePath -> fp) -> do

43 mb_decls <- runAction ideState $ use GetParsedModule fp

41 mb_decls <- runAction ideState $ use GetParsedModule fp

44 pure $ Right $ case mb_decls of

42 pure $ Right $ case mb_decls of

45 Nothing -> DSDocumentSymbols (List [])

43 Nothing -> DSDocumentSymbols (List [])

46− Just ParsedModule { pm_parsed_source = L _ltop HsModule { hsmodName, hsmodDecls, hsmodImports } }

44+ Just (ParsedModule { pm_parsed_source = L _ltop HsModule { hsmodName, hsmodDecls, hsmodImports } })

47 -> let

45 -> let

48 declSymbols = mapMaybe documentSymbolForDecl hsmodDecls

46 declSymbols = mapMaybe documentSymbolForDecl hsmodDecls

49 moduleSymbol = hsmodName <&> \(L l m) ->

47 moduleSymbol = hsmodName <&> \(L l m) ->

@@ -108,39 +106,27 @@ documentSymbolForDecl (L l (TyClD DataDecl { tcdLName = L _ name, tcdDataDefn =

108 { _name = showRdrName n

106 { _name = showRdrName n

109 , _kind = SkConstructor

107 , _kind = SkConstructor

110 , _selectionRange = srcSpanToRange l'

108 , _selectionRange = srcSpanToRange l'

111− , _children = conArgRecordFields (getConArgs x)

112 }

109 }

113 | L l x <- dd_cons

110 | L l x <- dd_cons

114 , L l' n <- getConNames x

111 , L l' n <- getConNames x

115 ]

112 ]

116 }

113 }

117− where

118− -- | Extract the record fields of a constructor

119− conArgRecordFields (RecCon (L _ lcdfs)) = Just $ List

120− [ (defDocumentSymbol l :: DocumentSymbol)

121− { _name = showRdrName n

122− , _kind = SkField

123− }

124− | L _ cdf <- lcdfs

125− , L l n <- rdrNameFieldOcc . unLoc <$> cd_fld_names cdf

126− ]

127− conArgRecordFields _ = Nothing

128documentSymbolForDecl (L l (TyClD SynDecl { tcdLName = L l' n })) = Just

114documentSymbolForDecl (L l (TyClD SynDecl { tcdLName = L l' n })) = Just

129 (defDocumentSymbol l :: DocumentSymbol) { _name = showRdrName n

115 (defDocumentSymbol l :: DocumentSymbol) { _name = showRdrName n

130 , _kind = SkTypeParameter

116 , _kind = SkTypeParameter

131 , _selectionRange = srcSpanToRange l'

117 , _selectionRange = srcSpanToRange l'

132 }

118 }

133−documentSymbolForDecl (L l (InstD ClsInstD { cid_inst = ClsInstDecl { cid_poly_ty } }))

119+documentSymbolForDecl (L l (InstD (ClsInstD { cid_inst = ClsInstDecl { cid_poly_ty } })))

134 = Just (defDocumentSymbol l :: DocumentSymbol) { _name = pprText cid_poly_ty

120 = Just (defDocumentSymbol l :: DocumentSymbol) { _name = pprText cid_poly_ty

135 , _kind = SkInterface

121 , _kind = SkInterface

136 }

122 }

137−documentSymbolForDecl (L l (InstD DataFamInstD { dfid_inst = DataFamInstDecl HsIB { hsib_body = FamEqn { feqn_tycon, feqn_pats } } }))

123+documentSymbolForDecl (L l (InstD DataFamInstD { dfid_inst = DataFamInstDecl (HsIB { hsib_body = FamEqn { feqn_tycon, feqn_pats } }) }))

138 = Just (defDocumentSymbol l :: DocumentSymbol)

124 = Just (defDocumentSymbol l :: DocumentSymbol)

139 { _name = showRdrName (unLoc feqn_tycon) <> " " <> T.unwords

125 { _name = showRdrName (unLoc feqn_tycon) <> " " <> T.unwords

140 (map pprText feqn_pats)

126 (map pprText feqn_pats)

141 , _kind = SkInterface

127 , _kind = SkInterface

142 }

128 }

143−documentSymbolForDecl (L l (InstD TyFamInstD { tfid_inst = TyFamInstDecl HsIB { hsib_body = FamEqn { feqn_tycon, feqn_pats } } }))

129+documentSymbolForDecl (L l (InstD TyFamInstD { tfid_inst = TyFamInstDecl (HsIB { hsib_body = FamEqn { feqn_tycon, feqn_pats } }) }))

144 = Just (defDocumentSymbol l :: DocumentSymbol)

130 = Just (defDocumentSymbol l :: DocumentSymbol)

145 { _name = showRdrName (unLoc feqn_tycon) <> " " <> T.unwords

131 { _name = showRdrName (unLoc feqn_tycon) <> " " <> T.unwords

146 (map pprText feqn_pats)

132 (map pprText feqn_pats)

src/Development/IDE/Plugin.hs+1−24

@@ -1,13 +1,11 @@

2−module Development.IDE.Plugin(Plugin(..), codeActionPlugin, codeActionPluginWithRules,makeLspCommandId,getPid) where

2+module Development.IDE.Plugin(Plugin(..), codeActionPlugin, codeActionPluginWithRules) where

4import Data.Default

5−import qualified Data.Text as T

6import Development.Shake

5import Development.Shake

7import Development.IDE.LSP.Server

6import Development.IDE.LSP.Server

9import Language.Haskell.LSP.Types

8import Language.Haskell.LSP.Types

10−import Development.IDE.Compat

11import Development.IDE.Core.Rules

9import Development.IDE.Core.Rules

12import qualified Language.Haskell.LSP.Core as LSP

10import qualified Language.Haskell.LSP.Core as LSP

13import Language.Haskell.LSP.Messages

11import Language.Haskell.LSP.Messages

@@ -37,24 +35,3 @@ codeActionPluginWithRules rr f = Plugin rr $ PartialHandlers $ \WithMessage{..}

37 }

35 }

38 where

36 where

39 g lsp state (CodeActionParams a b c _) = fmap List <$> f lsp state a b c

37 g lsp state (CodeActionParams a b c _) = fmap List <$> f lsp state a b c

40−

41−-- | Prefix to uniquely identify commands sent to the client. This

42−-- has two parts

43−--

44−-- - A representation of the process id to make sure that a client has

45−-- unique commands if it is running multiple servers, since some

46−-- clients have a global command table and get confused otherwise.

47−--

48−-- - A string to identify ghcide, to ease integration into

49−-- haskell-language-server, which routes commands to plugins based

50−-- on that.

51−makeLspCommandId :: T.Text -> IO T.Text

52−makeLspCommandId command = do

53− pid <- getPid

54− return $ pid <> ":ghcide:" <> command

55−

56−-- | Get the operating system process id for the running server

57−-- instance. This should be the same for the lifetime of the instance,

58−-- and different from that of any other currently running instance.

59−getPid :: IO T.Text

60−getPid = T.pack . show <$> getProcessID

src/Development/IDE/Plugin/CodeAction.hs+5−21

@@ -6,16 +6,7 @@

6#include "ghc-api-version.h"

8-- | Go to the definition of a variable.

9−module Development.IDE.Plugin.CodeAction

9+module Development.IDE.Plugin.CodeAction(plugin) where

10− (

11− plugin

12−

13− -- * For haskell-language-server

14− , codeAction

15− , codeLens

16− , rulePackageExports

17− , executeAddSignatureCommand

18− ) where

20import Language.Haskell.LSP.Types

11import Language.Haskell.LSP.Types

21import Control.Monad (join)

12import Control.Monad (join)

@@ -73,7 +64,7 @@ codeAction lsp state (TextDocumentIdentifier uri) _range CodeActionContext{_diag

73 -- logInfo (ideLogger ide) $ T.pack $ "Code action req: " ++ show arg

64 -- logInfo (ideLogger ide) $ T.pack $ "Code action req: " ++ show arg

74 contents <- LSP.getVirtualFileFunc lsp $ toNormalizedUri uri

65 contents <- LSP.getVirtualFileFunc lsp $ toNormalizedUri uri

75 let text = Rope.toText . (_text :: VirtualFile -> Rope.Rope) <$> contents

66 let text = Rope.toText . (_text :: VirtualFile -> Rope.Rope) <$> contents

76− mbFile = toNormalizedFilePath' <$> uriToFilePath uri

67+ mbFile = toNormalizedFilePath <$> uriToFilePath uri

77 (ideOptions, parsedModule, join -> env) <- runAction state $

68 (ideOptions, parsedModule, join -> env) <- runAction state $

78 (,,) <$> getIdeOptions

69 (,,) <$> getIdeOptions

79 <*> getParsedModule `traverse` mbFile

70 <*> getParsedModule `traverse` mbFile

@@ -93,14 +84,13 @@ codeLens

93 -> CodeLensParams

84 -> CodeLensParams

94 -> IO (Either ResponseError (List CodeLens))

85 -> IO (Either ResponseError (List CodeLens))

95codeLens _lsp ideState CodeLensParams{_textDocument=TextDocumentIdentifier uri} = do

86codeLens _lsp ideState CodeLensParams{_textDocument=TextDocumentIdentifier uri} = do

96− commandId <- makeLspCommandId "typesignature.add"

97 fmap (Right . List) $ case uriToFilePath' uri of

87 fmap (Right . List) $ case uriToFilePath' uri of

98− Just (toNormalizedFilePath' -> filePath) -> do

88+ Just (toNormalizedFilePath -> filePath) -> do

99 _ <- runAction ideState $ runMaybeT $ useE TypeCheck filePath

89 _ <- runAction ideState $ runMaybeT $ useE TypeCheck filePath

100 diag <- getDiagnostics ideState

90 diag <- getDiagnostics ideState

101 hDiag <- getHiddenDiagnostics ideState

91 hDiag <- getHiddenDiagnostics ideState

102 pure

92 pure

103− [ CodeLens _range (Just (Command title commandId (Just $ List [toJSON edit]))) Nothing

93+ [ CodeLens _range (Just (Command title "typesignature.add" (Just $ List [toJSON edit]))) Nothing

104 | (dFile, _, dDiag@Diagnostic{_range=_range}) <- diag ++ hDiag

94 | (dFile, _, dDiag@Diagnostic{_range=_range}) <- diag ++ hDiag

105 , dFile == filePath

95 , dFile == filePath

106 , (title, tedit) <- suggestSignature False dDiag

96 , (title, tedit) <- suggestSignature False dDiag

@@ -115,11 +105,7 @@ executeAddSignatureCommand

115 -> ExecuteCommandParams

105 -> ExecuteCommandParams

116 -> IO (Either ResponseError Value, Maybe (ServerMethod, ApplyWorkspaceEditParams))

106 -> IO (Either ResponseError Value, Maybe (ServerMethod, ApplyWorkspaceEditParams))

117executeAddSignatureCommand _lsp _ideState ExecuteCommandParams{..}

107executeAddSignatureCommand _lsp _ideState ExecuteCommandParams{..}

118− -- _command is prefixed with a process ID, because certain clients

119− -- have a global command registry, and all commands must be

120− -- unique. And there can be more than one ghcide instance running

121− -- at a time against the same client.

122− | T.isSuffixOf "typesignature.add" _command

108+ | _command == "typesignature.add"

123 , Just (List [edit]) <- _arguments

109 , Just (List [edit]) <- _arguments

124 , Success wedit <- fromJSON edit

110 , Success wedit <- fromJSON edit

125 = return (Right Null, Just (WorkspaceApplyEdit, ApplyWorkspaceEditParams wedit))

111 = return (Right Null, Just (WorkspaceApplyEdit, ApplyWorkspaceEditParams wedit))

@@ -424,8 +410,6 @@ extractNotInScopeName x

424 = Just $ NotInScopeDataConstructor name

410 = Just $ NotInScopeDataConstructor name

425 | Just [name] <- matchRegex x "ot in scope: type constructor or class [^‘]*‘([^’]*)’"

411 | Just [name] <- matchRegex x "ot in scope: type constructor or class [^‘]*‘([^’]*)’"

426 = Just $ NotInScopeTypeConstructorOrClass name

412 = Just $ NotInScopeTypeConstructorOrClass name

427− | Just [name] <- matchRegex x "ot in scope: \$([^‘ ]+)\$"

428− = Just $ NotInScopeThing name

429 | Just [name] <- matchRegex x "ot in scope: ([^‘ ]+)"

413 | Just [name] <- matchRegex x "ot in scope: ([^‘ ]+)"

430 = Just $ NotInScopeThing name

414 = Just $ NotInScopeThing name

431 | Just [name] <- matchRegex x "ot in scope:[^‘]*‘([^’]*)’"

415 | Just [name] <- matchRegex x "ot in scope:[^‘]*‘([^’]*)’"

src/Development/IDE/Plugin/Completions.hs+3−14

@@ -1,10 +1,9 @@

1−{-# LANGUAGE CPP #-}

2{-# LANGUAGE TypeFamilies #-}

1{-# LANGUAGE TypeFamilies #-}

3−#include "ghc-api-version.h"

5module Development.IDE.Plugin.Completions(plugin) where

3module Development.IDE.Plugin.Completions(plugin) where

7import Control.Applicative

5import Control.Applicative

6+import Data.Maybe

8import Language.Haskell.LSP.Messages

7import Language.Haskell.LSP.Messages

9import Language.Haskell.LSP.Types

8import Language.Haskell.LSP.Types

10import qualified Language.Haskell.LSP.Core as LSP

9import qualified Language.Haskell.LSP.Core as LSP

@@ -23,11 +22,8 @@ import Development.IDE.Core.RuleTypes

23import Development.IDE.Core.Shake

22import Development.IDE.Core.Shake

24import Development.IDE.GHC.Util

23import Development.IDE.GHC.Util

25import Development.IDE.LSP.Server

24import Development.IDE.LSP.Server

26−

27−#if !MIN_GHC_API_VERSION(8,6,0) || defined(GHC_LIB)

28−import Data.Maybe

29import Development.IDE.Import.DependencyInformation

25import Development.IDE.Import.DependencyInformation

30−#endif

26+

32plugin :: Plugin c

28plugin :: Plugin c

33plugin = Plugin produceCompletions setHandlersCompletion

29plugin = Plugin produceCompletions setHandlersCompletion

@@ -35,15 +31,8 @@ plugin = Plugin produceCompletions setHandlersCompletion

35produceCompletions :: Rules ()

31produceCompletions :: Rules ()

36produceCompletions =

32produceCompletions =

37 define $ \ProduceCompletions file -> do

33 define $ \ProduceCompletions file -> do

38−

39−-- When possible, rely on the haddocks embedded in our interface files

40−-- This creates problems on ghc-lib, see comment on 'getDocumentationTryGhc'

41−#if MIN_GHC_API_VERSION(8,6,0) && !defined(GHC_LIB)

42− let parsedDeps = []

43−#else

44 deps <- maybe (TransitiveDependencies [] [] []) fst <$> useWithStale GetDependencies file

34 deps <- maybe (TransitiveDependencies [] [] []) fst <$> useWithStale GetDependencies file

45 parsedDeps <- mapMaybe (fmap fst) <$> usesWithStale GetParsedModule (transitiveModuleDeps deps)

35 parsedDeps <- mapMaybe (fmap fst) <$> usesWithStale GetParsedModule (transitiveModuleDeps deps)

46−#endif

47 tm <- fmap fst <$> useWithStale TypeCheck file

36 tm <- fmap fst <$> useWithStale TypeCheck file

48 packageState <- fmap (hscEnv . fst) <$> useWithStale GhcSession file

37 packageState <- fmap (hscEnv . fst) <$> useWithStale GhcSession file

49 case (tm, packageState) of

38 case (tm, packageState) of

@@ -77,7 +66,7 @@ getCompletionsLSP lsp ide

77 contents <- LSP.getVirtualFileFunc lsp $ toNormalizedUri uri

66 contents <- LSP.getVirtualFileFunc lsp $ toNormalizedUri uri

78 fmap Right $ case (contents, uriToFilePath' uri) of

67 fmap Right $ case (contents, uriToFilePath' uri) of

79 (Just cnts, Just path) -> do

68 (Just cnts, Just path) -> do

80− let npath = toNormalizedFilePath' path

69+ let npath = toNormalizedFilePath path

81 (ideOpts, compls) <- runAction ide $ do

70 (ideOpts, compls) <- runAction ide $ do

82 opts <- getIdeOptions

71 opts <- getIdeOptions

83 compls <- useWithStale ProduceCompletions npath

72 compls <- useWithStale ProduceCompletions npath

src/Development/IDE/Plugin/Completions/Logic.hs+10−10

@@ -11,7 +11,7 @@ module Development.IDE.Plugin.Completions.Logic (

11import Control.Applicative

12import Data.Char (isSpace, isUpper)

13import Data.Generics

14−import Data.List.Extra as List hiding (stripPrefix)

14+import Data.List as List hiding (stripPrefix)

15import qualified Data.Map as Map

16import Data.Maybe (fromMaybe, mapMaybe)

17import qualified Data.Text as T

@@ -132,7 +132,7 @@ occNameToComKind ty oc

132

133mkCompl :: IdeOptions -> CompItem -> CompletionItem

134mkCompl IdeOptions{..} CI{origName,importedFrom,thingType,label,isInfix,docs} =

135− CompletionItem label kind (List []) ((colon <>) <$> typeText)

135+ CompletionItem label kind ((colon <>) <$> typeText)

136 (Just $ CompletionDocMarkup $ MarkupContent MkMarkdown $ T.intercalate sectionSeparator docs')

137 Nothing Nothing Nothing Nothing (Just insertText) (Just Snippet)

138 Nothing Nothing Nothing Nothing Nothing

@@ -162,7 +162,7 @@ getArgText typ = argText

162 where

163 argTypes = getArgs typ

164 argText :: T.Text

165− argText = mconcat $ List.intersperse " " $ zipWithFrom snippet 1 argTypes

165+ argText = mconcat $ List.intersperse " " $ zipWith snippet [1..] argTypes

166 snippet :: Int -> Type -> T.Text

167 snippet i t = T.pack $ "${" <> show i <> ":" <> showGhc t <> "}"

168 getArgs :: Type -> [Type]

@@ -186,13 +186,13 @@ getArgText typ = argText

186

187mkModCompl :: T.Text -> CompletionItem

188mkModCompl label =

189− CompletionItem label (Just CiModule) (List []) Nothing

189+ CompletionItem label (Just CiModule) Nothing

190 Nothing Nothing Nothing Nothing Nothing Nothing Nothing

191 Nothing Nothing Nothing Nothing Nothing

192

193mkImportCompl :: T.Text -> T.Text -> CompletionItem

194mkImportCompl enteredQual label =

195− CompletionItem m (Just CiModule) (List []) (Just label)

195+ CompletionItem m (Just CiModule) (Just label)

196 Nothing Nothing Nothing Nothing Nothing Nothing Nothing

197 Nothing Nothing Nothing Nothing Nothing

198 where

@@ -200,13 +200,13 @@ mkImportCompl enteredQual label =

200

201mkExtCompl :: T.Text -> CompletionItem

202mkExtCompl label =

203− CompletionItem label (Just CiKeyword) (List []) Nothing

203+ CompletionItem label (Just CiKeyword) Nothing

204 Nothing Nothing Nothing Nothing Nothing Nothing Nothing

205 Nothing Nothing Nothing Nothing Nothing

206

207mkPragmaCompl :: T.Text -> T.Text -> CompletionItem

208mkPragmaCompl label insertText =

209− CompletionItem label (Just CiKeyword) (List []) Nothing

209+ CompletionItem label (Just CiKeyword) Nothing

210 Nothing Nothing Nothing Nothing Nothing (Just insertText) (Just Snippet)

211 Nothing Nothing Nothing Nothing Nothing

212

@@ -270,18 +270,18 @@ cacheDataProducer packageState tm deps = do

270 let typ = Just $ varType var

271 name = Var.varName var

272 label = T.pack $ showGhc name

273− docs <- evalGhcEnv packageState $ getDocumentationTryGhc (tm_parsed_module tm : deps) name

273+ docs <- runGhcEnv packageState $ getDocumentationTryGhc (tm_parsed_module tm : deps) name

274 return $ CI name (showModName curMod) typ label Nothing docs

275

276 toCompItem :: ModuleName -> Name -> IO CompItem

277 toCompItem mn n = do

278− docs <- evalGhcEnv packageState $ getDocumentationTryGhc (tm_parsed_module tm : deps) n

278+ docs <- runGhcEnv packageState $ getDocumentationTryGhc (tm_parsed_module tm : deps) n

279-- lookupName uses runInteractiveHsc, i.e., GHCi stuff which does not work with GHCi

280-- and leads to fun errors like "Cannot continue after interface file error".

281#ifdef GHC_LIB

282 let ty = Right Nothing

283#else

284− ty <- evalGhcEnv packageState $ catchSrcErrors "completion" $ do

284+ ty <- runGhcEnv packageState $ catchSrcErrors "completion" $ do

285 name' <- lookupName n

286 return $ name' >>= safeTyThingType

287#endif

src/Development/IDE/Spans/AtPoint.hs+6−5

@@ -19,6 +19,7 @@ import Development.IDE.Spans.Type as SpanInfo

19import Development.IDE.Spans.Common (spanDocToMarkdown)

21-- GHC API imports

22+import Avail

22import DynFlags

23import DynFlags

23import FastString

24import FastString

24import Name

25import Name

@@ -83,7 +84,7 @@ atPoint IdeOptions{..} (SpansInfo srcSpans cntsSpans) pos = do

83 constraintsOverFVs = filter (\cnt -> not (tyCoVarsOfType cnt `disjointVarSet` thisFVs)) cnts

84 constraintsOverFVs = filter (\cnt -> not (tyCoVarsOfType cnt `disjointVarSet` thisFVs)) cnts

84 constraintsT = T.intercalate ", " (map showName constraintsOverFVs)

85 constraintsT = T.intercalate ", " (map showName constraintsOverFVs)

86− typeAnnotation = case constraintsOverFVs of

87+ typeAnnotation = case constraintsOverFVs of

87 [] -> colon <> showName typ

88 [] -> colon <> showName typ

88 [_] -> colon <> constraintsT <> "\n=> " <> showName typ

89 [_] -> colon <> constraintsT <> "\n=> " <> showName typ

89 _ -> colon <> "(" <> constraintsT <> ")\n=> " <> showName typ

90 _ -> colon <> "(" <> constraintsT <> ")\n=> " <> showName typ

@@ -123,7 +124,7 @@ locationsAtPoint

123 -> Position

124 -> Position

124 -> [SpanInfo]

125 -> [SpanInfo]

125 -> m [Location]

126 -> m [Location]

126−locationsAtPoint getHieFile _ideOptions pos =

127+locationsAtPoint getHieFile IdeOptions{..} pos =

127 fmap (map srcSpanToLocation) . mapMaybeM (getSpan . spaninfoSource) . spansAtPoint pos

128 fmap (map srcSpanToLocation) . mapMaybeM (getSpan . spaninfoSource) . spansAtPoint pos

128 where getSpan :: SpanSource -> m (Maybe SrcSpan)

129 where getSpan :: SpanSource -> m (Maybe SrcSpan)

129 getSpan NoSource = pure Nothing

130 getSpan NoSource = pure Nothing

@@ -133,16 +134,16 @@ locationsAtPoint getHieFile _ideOptions pos =

133 sp@(RealSrcSpan _) -> pure $ Just sp

134 sp@(RealSrcSpan _) -> pure $ Just sp

134 sp@(UnhelpfulSpan _) -> runMaybeT $ do

135 sp@(UnhelpfulSpan _) -> runMaybeT $ do

135 guard (sp /= wiredInSrcSpan)

136 guard (sp /= wiredInSrcSpan)

136− -- This case usually arises when the definition is in an external package (DAML only).

137+ -- This case usually arises when the definition is in an external package.

137 -- In this case the interface files contain garbage source spans

138 -- In this case the interface files contain garbage source spans

138 -- so we instead read the .hie files to get useful source spans.

139 -- so we instead read the .hie files to get useful source spans.

139 mod <- MaybeT $ return $ nameModule_maybe name

140 mod <- MaybeT $ return $ nameModule_maybe name

140 (hieFile, srcPath) <- MaybeT $ getHieFile mod

141 (hieFile, srcPath) <- MaybeT $ getHieFile mod

141− avail <- MaybeT $ pure $ find (eqName name . snd) $ hieExportNames hieFile

142+ avail <- MaybeT $ pure $ listToMaybe (filterAvails (eqName name) $ hie_exports hieFile)

142 -- The location will point to the source file used during compilation.

143 -- The location will point to the source file used during compilation.

143 -- This file might no longer exists and even if it does the path will be relative

144 -- This file might no longer exists and even if it does the path will be relative

144 -- to the compilation directory which we don’t know.

145 -- to the compilation directory which we don’t know.

145− let span = setFileName srcPath $ fst avail

146+ let span = setFileName srcPath $ nameSrcSpan $ availName avail

146 pure span

147 pure span

147 -- We ignore uniques and source spans and only compare the name and the module.

148 -- We ignore uniques and source spans and only compare the name and the module.

148 eqName :: Name -> Name -> Bool

149 eqName :: Name -> Name -> Bool

src/Development/IDE/Spans/Calculate.hs+10−19

@@ -20,7 +20,6 @@ import DataCon

20import Desugar

21import GHC

22import GhcMonad

23−import HscTypes

24import FastString (mkFastString)

23import FastString (mkFastString)

25import OccName

24import OccName

26import Development.IDE.Types.Location

25import Development.IDE.Types.Location

@@ -50,36 +49,28 @@ import Development.IDE.Spans.Documentation

50-- | Get source span info, used for e.g. AtPoint and Goto Definition.

49-- | Get source span info, used for e.g. AtPoint and Goto Definition.

51getSrcSpanInfos

50getSrcSpanInfos

52 :: HscEnv

51 :: HscEnv

53− -> [(Located ModuleName, Maybe NormalizedFilePath)] -- ^ Dependencies in topological order

52+ -> [(Located ModuleName, Maybe NormalizedFilePath)]

54 -> TcModuleResult

53 -> TcModuleResult

55− -> [ParsedModule] -- ^ Dependencies parsed, optional

54+ -> [ParsedModule]

56− -> [ModIface] -- ^ Dependencies module interfaces, required

57 -> IO SpansInfo

55 -> IO SpansInfo

58−getSrcSpanInfos env imports tc parsedDeps deps =

56+getSrcSpanInfos env imports tc deps =

59− evalGhcEnv env $

57+ runGhcEnv env $

60− getSpanInfo imports (tmrModule tc) parsedDeps deps

58+ getSpanInfo imports (tmrModule tc) deps

62-- | Get ALL source spans in the module.

60-- | Get ALL source spans in the module.

63getSpanInfo :: GhcMonad m

61getSpanInfo :: GhcMonad m

64 => [(Located ModuleName, Maybe NormalizedFilePath)] -- ^ imports

62 => [(Located ModuleName, Maybe NormalizedFilePath)] -- ^ imports

65 -> TypecheckedModule

63 -> TypecheckedModule

66 -> [ParsedModule]

64 -> [ParsedModule]

67− -> [ModIface]

68 -> m SpansInfo

65 -> m SpansInfo

69−getSpanInfo mods tcm@TypecheckedModule{..} parsedDeps deps =

66+getSpanInfo mods tcm deps =

70− do let tcs = tm_typechecked_source

67+ do let tcs = tm_typechecked_source tcm

71 bs = listifyAllSpans tcs :: [LHsBind GhcTc]

68 bs = listifyAllSpans tcs :: [LHsBind GhcTc]

72 es = listifyAllSpans tcs :: [LHsExpr GhcTc]

69 es = listifyAllSpans tcs :: [LHsExpr GhcTc]

73 ps = listifyAllSpans' tcs :: [Pat GhcTc]

70 ps = listifyAllSpans' tcs :: [Pat GhcTc]

74− ts = listifyAllSpans tm_renamed_source :: [LHsType GhcRn]

71+ ts = listifyAllSpans $ tm_renamed_source tcm :: [LHsType GhcRn]

75− allModules = tm_parsed_module : parsedDeps

72+ allModules = tm_parsed_module tcm : deps

76− funBinds = funBindMap tm_parsed_module

73+ funBinds = funBindMap $ tm_parsed_module tcm

77−

78− -- Load all modules in HPT to make their interface documentation available

79− mapM_ (`loadDepModule` Nothing) (reverse deps)

80− forM_ (modInfoIface tm_checked_module_info) $ \modIface ->

81− modifySession (loadModuleHome $ HomeModInfo modIface (snd tm_internals_) Nothing)

82−

83 bts <- mapM (getTypeLHsBind allModules funBinds) bs -- binds

74 bts <- mapM (getTypeLHsBind allModules funBinds) bs -- binds

84 ets <- mapM (getTypeLHsExpr allModules) es -- expressions

75 ets <- mapM (getTypeLHsExpr allModules) es -- expressions

85 pts <- mapM (getTypeLPat allModules) ps -- patterns

76 pts <- mapM (getTypeLPat allModules) ps -- patterns

src/Development/IDE/Types/Diagnostics.hs+5−19

@@ -6,12 +6,10 @@ module Development.IDE.Types.Diagnostics (

6 LSP.Diagnostic(..),

7 ShowDiagnostic(..),

8 FileDiagnostic,

9− IdeResult,

10 LSP.DiagnosticSeverity(..),

9 LSP.DiagnosticSeverity(..),

11 DiagnosticStore,

10 DiagnosticStore,

12 List(..),

11 List(..),

13 ideErrorText,

12 ideErrorText,

14− ideErrorWithSource,

15 showDiagnostics,

13 showDiagnostics,

16 showDiagnosticsColored,

14 showDiagnosticsColored,

17 ) where

15 ) where

@@ -20,7 +18,7 @@ import Control.DeepSeq

20import Data.Maybe as Maybe

18import Data.Maybe as Maybe

21import qualified Data.Text as T

19import qualified Data.Text as T

22import Data.Text.Prettyprint.Doc

20import Data.Text.Prettyprint.Doc

23−import Language.Haskell.LSP.Types as LSP (DiagnosticSource,

21+import Language.Haskell.LSP.Types as LSP (

24 DiagnosticSeverity(..)

22 DiagnosticSeverity(..)

25 , Diagnostic(..)

23 , Diagnostic(..)

26 , List(..)

24 , List(..)

@@ -32,27 +30,15 @@ import Data.Text.Prettyprint.Doc.Render.Terminal (Color(..), color)

33import Development.IDE.Types.Location

31import Development.IDE.Types.Location

35−-- A rule on a file should only return diagnostics for that given file. It should

36−-- not propagate diagnostic errors through multiple phases.

37−type IdeResult v = ([FileDiagnostic], Maybe v)

39ideErrorText :: NormalizedFilePath -> T.Text -> FileDiagnostic

34ideErrorText :: NormalizedFilePath -> T.Text -> FileDiagnostic

40−ideErrorText = ideErrorWithSource (Just "compiler") (Just DsError)

41−

42−ideErrorWithSource

43− :: Maybe DiagnosticSource

44− -> Maybe DiagnosticSeverity

45− -> a

46− -> T.Text

47− -> (a, ShowDiagnostic, Diagnostic)

48−ideErrorWithSource source sev fp msg = (fp, ShowDiag, LSP.Diagnostic {

35+ideErrorText fp msg = (fp, ShowDiag, LSP.Diagnostic {

49 _range = noRange,

36 _range = noRange,

50− _severity = sev,

37+ _severity = Just LSP.DsError,

51 _code = Nothing,

38 _code = Nothing,

52− _source = source,

39+ _source = Just "compiler",

53 _message = msg,

40 _message = msg,

54− _relatedInformation = Nothing,

41+ _relatedInformation = Nothing

55− _tags = Nothing

56 })

42 })

58-- | Defines whether a particular diagnostic should be reported

44-- | Defines whether a particular diagnostic should be reported

src/Development/IDE/Types/Location.hs+116−24

@@ -10,16 +10,15 @@ module Development.IDE.Types.Location

10 , Position(..)

11 , showPosition

12 , Range(..)

13− , LSP.Uri(..)

13+ , Uri(..)

14− , LSP.NormalizedUri

14+ , NormalizedUri

15 , LSP.toNormalizedUri

16 , LSP.fromNormalizedUri

17− , LSP.NormalizedFilePath

17+ , NormalizedFilePath

18 , fromUri

19− , emptyFilePath

20− , emptyPathUri

21− , toNormalizedFilePath'

19+ , toNormalizedFilePath

22− , LSP.fromNormalizedFilePath

20+ , fromNormalizedFilePath

21+ , filePathToUri

23 , filePathToUri'

22 , filePathToUri'

24 , uriToFilePath'

23 , uriToFilePath'

25 , readSrcSpan

24 , readSrcSpan

@@ -27,42 +26,135 @@ module Development.IDE.Types.Location

28import Control.Applicative

27import Control.Applicative

29import Language.Haskell.LSP.Types (Location(..), Range(..), Position(..))

28import Language.Haskell.LSP.Types (Location(..), Range(..), Position(..))

29+import Control.DeepSeq

30import Control.Monad

31−import Data.Hashable (Hashable(hash))

31+import Data.Binary

32+import Data.Maybe as Maybe

33+import Data.Hashable

32import Data.String

34import Data.String

35+import qualified Data.Text as T

33import FastString

36import FastString

37+import Network.URI

38+import System.FilePath

39+import qualified System.FilePath.Posix as FPP

40+import qualified System.FilePath.Windows as FPW

41+import System.Info.Extra

34import qualified Language.Haskell.LSP.Types as LSP

42import qualified Language.Haskell.LSP.Types as LSP

43+import Language.Haskell.LSP.Types as LSP (

44+ filePathToUri

45+ , NormalizedUri(..)

46+ , Uri(..)

47+ , toNormalizedUri

48+ , fromNormalizedUri

49+ )

35import SrcLoc as GHC

50import SrcLoc as GHC

36import Text.ParserCombinators.ReadP as ReadP

51import Text.ParserCombinators.ReadP as ReadP

37−import Data.Maybe (fromMaybe)

52+import GHC.Generics

54+

55+-- | Newtype wrapper around FilePath that always has normalized slashes.

56+-- The NormalizedUri and hash of the FilePath are cached to avoided

57+-- repeated normalisation when we need to compute them (which is a lot).

58+--

59+-- This is one of the most performance critical parts of ghcide, do not

60+-- modify it without profiling.

61+data NormalizedFilePath = NormalizedFilePath NormalizedUriWrapper !Int !FilePath

62+ deriving (Generic, Eq, Ord)

63+

64+instance NFData NormalizedFilePath where

65+instance Binary NormalizedFilePath where

66+ put (NormalizedFilePath _ _ fp) = put fp

67+ get = do

68+ v <- Data.Binary.get :: Get FilePath

69+ return (toNormalizedFilePath v)

70+

71+

72+instance Show NormalizedFilePath where

73+ show (NormalizedFilePath _ _ fp) = "NormalizedFilePath " ++ show fp

74+

75+instance Hashable NormalizedFilePath where

76+ hash (NormalizedFilePath _ h _) = h

77+

78+-- Just to define NFData and Binary

79+newtype NormalizedUriWrapper =

80+ NormalizedUriWrapper { unwrapNormalizedFilePath :: NormalizedUri }

81+ deriving (Show, Generic, Eq, Ord)

82+

83+instance NFData NormalizedUriWrapper where

84+ rnf = rwhnf

85+

86+

87+instance Hashable NormalizedUriWrapper where

88+

89+instance IsString NormalizedFilePath where

90+ fromString = toNormalizedFilePath

91+

39−toNormalizedFilePath' :: FilePath -> LSP.NormalizedFilePath

92+toNormalizedFilePath :: FilePath -> NormalizedFilePath

40-- We want to keep empty paths instead of normalising them to "."

93-- We want to keep empty paths instead of normalising them to "."

41−toNormalizedFilePath' "" = emptyFilePath

94+toNormalizedFilePath "" = NormalizedFilePath (NormalizedUriWrapper emptyPathUri) (hash ("" :: String)) ""

42−toNormalizedFilePath' fp = LSP.toNormalizedFilePath fp

95+toNormalizedFilePath fp =

96+ let nfp = normalise fp

97+ in NormalizedFilePath (NormalizedUriWrapper $ filePathToUriInternal' nfp) (hash nfp) nfp

44−emptyFilePath :: LSP.NormalizedFilePath

99+fromNormalizedFilePath :: NormalizedFilePath -> FilePath

45−emptyFilePath = LSP.NormalizedFilePath emptyPathUri ""

100+fromNormalizedFilePath (NormalizedFilePath _ _ fp) = fp

101

47-- | We use an empty string as a filepath when we don’t have a file.

102-- | We use an empty string as a filepath when we don’t have a file.

48-- However, haskell-lsp doesn’t support that in uriToFilePath and given

103-- However, haskell-lsp doesn’t support that in uriToFilePath and given

49-- that it is not a valid filepath it does not make sense to upstream a fix.

104-- that it is not a valid filepath it does not make sense to upstream a fix.

50-- So we have our own wrapper here that supports empty filepaths.

105-- So we have our own wrapper here that supports empty filepaths.

51−uriToFilePath' :: LSP.Uri -> Maybe FilePath

106+uriToFilePath' :: Uri -> Maybe FilePath

52uriToFilePath' uri

107uriToFilePath' uri

53− | uri == LSP.fromNormalizedUri emptyPathUri = Just ""

108+ | uri == fromNormalizedUri emptyPathUri = Just ""

54 | otherwise = LSP.uriToFilePath uri

109 | otherwise = LSP.uriToFilePath uri

110

56−emptyPathUri :: LSP.NormalizedUri

111+emptyPathUri :: NormalizedUri

57−emptyPathUri =

112+emptyPathUri = filePathToUriInternal' ""

58− let s = "file://"

113+

59− in LSP.NormalizedUri (hash s) s

114+filePathToUri' :: NormalizedFilePath -> NormalizedUri

115+filePathToUri' (NormalizedFilePath (NormalizedUriWrapper u) _ _) = u

116

117+filePathToUriInternal' :: FilePath -> NormalizedUri

118+filePathToUriInternal' fp = toNormalizedUri $ Uri $ T.pack $ LSP.fileScheme <> "//" <> platformAdjustToUriPath fp

119+ where

120+ -- The definitions below are variants of the corresponding functions in Language.Haskell.LSP.Types.Uri that assume that

121+ -- the filepath has already been normalised. This is necessary since normalising the filepath has a nontrivial cost.

122+

123+ toNormalizedUri :: Uri -> NormalizedUri

124+ toNormalizedUri (Uri t) =

125+ let fp = T.pack $ escapeURIString isUnescapedInURI $ unEscapeString $ T.unpack t

126+ in NormalizedUri (hash fp) fp

127+

128+ platformAdjustToUriPath :: FilePath -> String

129+ platformAdjustToUriPath srcPath

130+ | isWindows = '/' : escapedPath

131+ | otherwise = escapedPath

132+ where

133+ (splitDirectories, splitDrive)

134+ | isWindows =

135+ (FPW.splitDirectories, FPW.splitDrive)

136+ | otherwise =

137+ (FPP.splitDirectories, FPP.splitDrive)

138+ escapedPath =

139+ case splitDrive srcPath of

140+ (drv, rest) ->

141+ convertDrive drv `FPP.joinDrive`

142+ FPP.joinPath (map (escapeURIString unescaped) $ splitDirectories rest)

143+ -- splitDirectories does not remove the path separator after the drive so

144+ -- we do a final replacement of \ to /

145+ convertDrive drv

146+ | isWindows && FPW.hasTrailingPathSeparator drv =

147+ FPP.addTrailingPathSeparator (init drv)

148+ | otherwise = drv

149+ unescaped c

150+ | isWindows = isUnreserved c || c `elem` [':', '\\', '/']

151+ | otherwise = isUnreserved c || c == '/'

152+

153+

154+

61−filePathToUri' :: LSP.NormalizedFilePath -> LSP.NormalizedUri

155+fromUri :: LSP.NormalizedUri -> NormalizedFilePath

62−filePathToUri' = LSP.normalizedFilePathToUri

156+fromUri = toNormalizedFilePath . fromMaybe noFilePath . uriToFilePath' . fromNormalizedUri

157

64−fromUri :: LSP.NormalizedUri -> LSP.NormalizedFilePath

65−fromUri = fromMaybe (toNormalizedFilePath' noFilePath) . LSP.uriToNormalizedFilePath

158

67noFilePath :: FilePath

159noFilePath :: FilePath

68noFilePath = "<unknown>"

160noFilePath = "<unknown>"

src/Development/IDE/Types/Options.hs+2−4

@@ -12,7 +12,6 @@ module Development.IDE.Types.Options

12 , clientSupportsProgress

13 , IdePkgLocationOptions(..)

14 , defaultIdeOptions

15− , IdeResult

16 ) where

15 ) where

18import Development.Shake

17import Development.Shake

@@ -21,13 +20,12 @@ import GHC hiding (parseModule, typecheckModule)

21import GhcPlugins as GHC hiding (fst3, (<>))

20import GhcPlugins as GHC hiding (fst3, (<>))

22import qualified Language.Haskell.LSP.Types.Capabilities as LSP

21import qualified Language.Haskell.LSP.Types.Capabilities as LSP

23import qualified Data.Text as T

22import qualified Data.Text as T

24−import Development.IDE.Types.Diagnostics

26data IdeOptions = IdeOptions

24data IdeOptions = IdeOptions

27 { optPreprocessor :: GHC.ParsedSource -> IdePreprocessedSource

25 { optPreprocessor :: GHC.ParsedSource -> IdePreprocessedSource

28 -- ^ Preprocessor to run over all parsed source trees, generating a list of warnings

26 -- ^ Preprocessor to run over all parsed source trees, generating a list of warnings

29 -- and a list of errors, along with a new parse tree.

27 -- and a list of errors, along with a new parse tree.

30− , optGhcSession :: Action (FilePath -> Action (IdeResult HscEnvEq))

28+ , optGhcSession :: Action (FilePath -> Action HscEnvEq)

31 -- ^ Setup a GHC session for a given file, e.g. @Foo.hs@.

29 -- ^ Setup a GHC session for a given file, e.g. @Foo.hs@.

32 -- For the same 'ComponentOptions' from hie-bios, the resulting function will be applied once per file.

30 -- For the same 'ComponentOptions' from hie-bios, the resulting function will be applied once per file.

33 -- It is desirable that many files get the same 'HscEnvEq', so that more IDE features work.

31 -- It is desirable that many files get the same 'HscEnvEq', so that more IDE features work.

@@ -78,7 +76,7 @@ clientSupportsProgress :: LSP.ClientCapabilities -> IdeReportProgress

78clientSupportsProgress caps = IdeReportProgress $ Just True ==

76clientSupportsProgress caps = IdeReportProgress $ Just True ==

79 (LSP._workDoneProgress =<< LSP._window (caps :: LSP.ClientCapabilities))

77 (LSP._workDoneProgress =<< LSP._window (caps :: LSP.ClientCapabilities))

81−defaultIdeOptions :: Action (FilePath -> Action (IdeResult HscEnvEq)) -> IdeOptions

79+defaultIdeOptions :: Action (FilePath -> Action HscEnvEq) -> IdeOptions

82defaultIdeOptions session = IdeOptions

80defaultIdeOptions session = IdeOptions

83 {optPreprocessor = IdePreprocessedSource [] []

81 {optPreprocessor = IdePreprocessedSource [] []

84 ,optGhcSession = session

82 ,optGhcSession = session

stack-ghc-lib.yaml+4−5

@@ -2,10 +2,10 @@ resolver: nightly-2019-09-16

2packages:

3- .

4extra-deps:

5−- haskell-lsp-0.22.0.0

5+- haskell-lsp-0.20.0.0

6−- haskell-lsp-types-0.22.0.0

6+- haskell-lsp-types-0.20.0.0

7−- lsp-test-0.10.3.0

7+- lsp-test-0.10.1.0

8−- hie-bios-0.5.0

8+- hie-bios-0.4.0

9- ghc-lib-parser-8.8.1

10- ghc-lib-8.8.1

11- fuzzy-0.1.0.0

@@ -13,7 +13,6 @@ extra-deps:

13- regex-base-0.94.0.0

14- regex-tdfa-1.3.1.0

15- haddock-library-1.8.0

16−- ghc-check-0.3.0.1

17nix:

16nix:

18 packages: [zlib]

17 packages: [zlib]

19flags:

18flags:

stack.yaml+4−5

@@ -2,10 +2,10 @@ resolver: nightly-2019-09-21

2packages:

3- .

4extra-deps:

5−- haskell-lsp-0.22.0.0

5+- haskell-lsp-0.20.0.0

6−- haskell-lsp-types-0.22.0.0

6+- haskell-lsp-types-0.20.0.0

7−- lsp-test-0.11.0.1

7+- lsp-test-0.10.1.0

8−- hie-bios-0.5.0

8+- hie-bios-0.4.0

9- fuzzy-0.1.0.0

10- regex-pcre-builtin-0.95.1.1.8.43

11- regex-base-0.94.0.0

@@ -14,6 +14,5 @@ extra-deps:

14- parser-combinators-1.2.1

15- haddock-library-1.8.0

16- tasty-rerun-1.1.17

17−- ghc-check-0.3.0.1

18nix:

17nix:

19 packages: [zlib]

18 packages: [zlib]

stack810.yamldeleted−18

@@ -1,18 +0,0 @@

1−resolver: nightly-2020-02-13

2−compiler: ghc-8.10.1

3−allow-newer: true

4−packages:

5−- .

6−extra-deps:

7−- haskell-lsp-0.22.0.0

8−- haskell-lsp-types-0.22.0.0

9−- lsp-test-0.11.0.1

10−- ghc-check-0.3.0.1

11−- hie-bios-0.5.0

12−

13−# for ghc-8.10

14−- Cabal-3.2.0.0

15−- lens-4.19.1

16−

17−nix:

18− packages: [zlib]

stack84.yaml+5−6

@@ -5,13 +5,13 @@ packages:

5extra-deps:

6- aeson-1.4.6.0

7- base-orphans-0.8.2

8−- haskell-lsp-0.22.0.0

8+- haskell-lsp-0.20.0.0

9−- haskell-lsp-types-0.22.0.0

9+- haskell-lsp-types-0.20.0.0

10−- lsp-test-0.11.0.1

10+- lsp-test-0.10.1.0

11- rope-utf16-splay-0.3.1.0

12- filepattern-0.1.1

13- js-dgtable-0.5.2

14−- hie-bios-0.5.0

14+- hie-bios-0.4.0

15- fuzzy-0.1.0.0

16- shake-0.18.5

17- time-compat-1.9.2.2

@@ -22,12 +22,11 @@ extra-deps:

22- unordered-containers-0.2.10.0

23- file-embed-0.0.11.2

24- heaps-0.3.6.1

25−- ghc-check-0.3.0.1

25+

26# For tasty-retun

27- ansi-terminal-0.10.3

28- ansi-wl-pprint-0.6.9

29- tasty-1.2.3

30- tasty-rerun-1.1.17

31−

32nix:

31nix:

33 packages: [zlib]

32 packages: [zlib]

stack88.yaml−5

@@ -2,10 +2,5 @@ resolver: nightly-2020-02-13

2packages:

3- .

4extra-deps:

5−- haskell-lsp-0.22.0.0

6−- haskell-lsp-types-0.22.0.0

7−- lsp-test-0.11.0.1

8−- ghc-check-0.3.0.1

9−- hie-bios-0.5.0

10nix:

5nix:

11 packages: [zlib]

6 packages: [zlib]

test/data/hover/GotoHover.hs → test/data/GotoHover.hsrenamed−7

@@ -1,10 +1,6 @@

1−{-# LANGUAGE OverloadedStrings #-}

2{- HLINT ignore -}

1{- HLINT ignore -}

3module Testing ( module Testing ) where

2module Testing ( module Testing ) where

4import Data.Text (Text, pack)

3import Data.Text (Text, pack)

5−import Foo (Bar, foo)

6−

7−

8data TypeConstructor = DataConstructor

4data TypeConstructor = DataConstructor

9 { fff :: Text

5 { fff :: Text

10 , ggg :: Int }

6 , ggg :: Int }

@@ -52,6 +48,3 @@ outer = undefined where

53 inner :: Char

49 inner :: Char

54 inner = undefined

50 inner = undefined

55−

56−imported :: Bar

57−imported = foo

test/data/hover/Bar.hsdeleted−3

@@ -1,3 +0,0 @@

1−module Bar (Bar(..)) where

2−

3−data Bar = Bar

test/data/hover/Foo.hsdeleted−5

@@ -1,5 +0,0 @@

1−module Foo (Bar, foo) where

2−

3−import Bar

4−

5−foo = Bar

test/data/multi/a/A.hsdeleted−3

@@ -1,3 +0,0 @@

1−module A(foo) where

2−

3−foo = ()

test/data/multi/a/a.cabaldeleted−9

@@ -1,9 +0,0 @@

1−name: a

2−version: 1.0.0

3−build-type: Simple

4−cabal-version: >= 1.2

5−

6−library

7− build-depends: base

8− exposed-modules: A

9− hs-source-dirs: .

test/data/multi/b/B.hsdeleted−3

@@ -1,3 +0,0 @@

1−module B(module B) where

2−import A

3−qux = foo

test/data/multi/b/b.cabaldeleted−9

@@ -1,9 +0,0 @@

1−name: b

2−version: 1.0.0

3−build-type: Simple

4−cabal-version: >= 1.2

5−

6−library

7− build-depends: base, a

8− exposed-modules: B

9− hs-source-dirs: .

test/data/multi/cabal.projectdeleted−1

@@ -1 +0,0 @@

1−packages: a b

test/data/multi/hie.yamldeleted−6

@@ -1,6 +0,0 @@

1−cradle:

2− cabal:

3− - path: "./a"

4− component: "lib:a"

5− - path: "./b"

6− component: "lib:b"

test/exe/Main.hs+273−468

@@ -1,7 +1,6 @@

2-- SPDX-License-Identifier: Apache-2.0

4−{-# LANGUAGE AllowAmbiguousTypes #-}

5{-# LANGUAGE DuplicateRecordFields #-}

4{-# LANGUAGE DuplicateRecordFields #-}

6{-# LANGUAGE PatternSynonyms #-}

5{-# LANGUAGE PatternSynonyms #-}

7{-# LANGUAGE CPP #-}

6{-# LANGUAGE CPP #-}

@@ -10,32 +9,29 @@

10module Main (main) where

9module Main (main) where

12import Control.Applicative.Combinators

11import Control.Applicative.Combinators

13−import Control.Exception (bracket, catch)

12+import Control.Exception (catch)

14−import qualified Control.Lens as Lens

15import Control.Monad

13import Control.Monad

16import Control.Monad.IO.Class (liftIO)

14import Control.Monad.IO.Class (liftIO)

17−import Data.Aeson (FromJSON, Value)

15+import Data.Aeson (Value)

16+import Data.Char (toLower)

18import Data.Foldable

17import Data.Foldable

19−import Data.List.Extra

18+import Data.List

20import Data.Rope.UTF16 (Rope)

19import Data.Rope.UTF16 (Rope)

21import qualified Data.Rope.UTF16 as Rope

20import qualified Data.Rope.UTF16 as Rope

22import Development.IDE.Core.PositionMapping (fromCurrent, toCurrent)

21import Development.IDE.Core.PositionMapping (fromCurrent, toCurrent)

23import Development.IDE.GHC.Util

22import Development.IDE.GHC.Util

24import qualified Data.Text as T

23import qualified Data.Text as T

25−import Data.Typeable

26import Development.IDE.Spans.Common

24import Development.IDE.Spans.Common

27import Development.IDE.Test

25import Development.IDE.Test

28import Development.IDE.Test.Runfiles

26import Development.IDE.Test.Runfiles

29import Development.IDE.Types.Location

27import Development.IDE.Types.Location

30−import Development.Shake (getDirectoryFilesIO)

28+import qualified Language.Haskell.LSP.Test as LSPTest

31−import Language.Haskell.LSP.Test

29+import Language.Haskell.LSP.Test hiding (openDoc')

32import Language.Haskell.LSP.Messages

30import Language.Haskell.LSP.Messages

33import Language.Haskell.LSP.Types

31import Language.Haskell.LSP.Types

34import Language.Haskell.LSP.Types.Capabilities

32import Language.Haskell.LSP.Types.Capabilities

35−import qualified Language.Haskell.LSP.Types.Lens as Lsp (diagnostics, params, message)

36import Language.Haskell.LSP.VFS (applyChange)

33import Language.Haskell.LSP.VFS (applyChange)

37−import Network.URI

38−import System.Environment.Blank (getEnv, setEnv, unsetEnv)

34+import System.Environment.Blank (setEnv)

39import System.FilePath

35import System.FilePath

40import System.IO.Extra

36import System.IO.Extra

41import System.Directory

37import System.Directory

@@ -49,35 +45,31 @@ import Test.Tasty.QuickCheck

49import Data.Maybe

45import Data.Maybe

51main :: IO ()

47main :: IO ()

52−main = do

53− -- We mess with env vars so run single-threaded.

54− setEnv "TASTY_NUM_THREADS" "1" True

55− defaultMainWithRerun $ testGroup "HIE"

48+main = defaultMainWithRerun $ testGroup "HIE"

56− [ testSession "open close" $ do

49+ [ testSession "open close" $ do

57− doc <- createDoc "Testing.hs" "haskell" ""

50+ doc <- openDoc' "Testing.hs" "haskell" ""

58− void (skipManyTill anyMessage message :: Session WorkDoneProgressCreateRequest)

51+ void (skipManyTill anyMessage message :: Session WorkDoneProgressCreateRequest)

59− void (skipManyTill anyMessage message :: Session WorkDoneProgressBeginNotification)

52+ void (skipManyTill anyMessage message :: Session WorkDoneProgressBeginNotification)

60− closeDoc doc

53+ closeDoc doc

61− void (skipManyTill anyMessage message :: Session WorkDoneProgressEndNotification)

54+ void (skipManyTill anyMessage message :: Session WorkDoneProgressEndNotification)

62− , initializeResponseTests

55+ , initializeResponseTests

63− , completionTests

56+ , completionTests

64− , cppTests

57+ , cppTests

65− , diagnosticTests

58+ , diagnosticTests

66− , codeActionTests

59+ , codeActionTests

67− , codeLensesTests

60+ , codeLensesTests

68− , outlineTests

61+ , outlineTests

69− , findDefinitionAndHoverTests

62+ , findDefinitionAndHoverTests

70− , pluginTests

63+ , pluginTests

71− , preprocessorTests

64+ , preprocessorTests

72− , thTests

65+ , thTests

73− , safeTests

66+ , safeTests

74− , unitTests

67+ , unitTests

75− , haddockTests

68+ , haddockTests

76− , positionMappingTests

69+ , positionMappingTests

77− , watchedFilesTests

70+ , watchedFilesTests

78− , cradleTests

71+ , cradleTests

79− , dependentFileTest

80− ]

72+ ]

82initializeResponseTests :: TestTree

74initializeResponseTests :: TestTree

83initializeResponseTests = withResource acquire release tests where

75initializeResponseTests = withResource acquire release tests where

@@ -112,7 +104,7 @@ initializeResponseTests = withResource acquire release tests where

112 , chk "NO doc link" _documentLinkProvider Nothing

104 , chk "NO doc link" _documentLinkProvider Nothing

113 , chk "NO color" _colorProvider (Just $ ColorOptionsStatic False)

105 , chk "NO color" _colorProvider (Just $ ColorOptionsStatic False)

114 , chk "NO folding range" _foldingRangeProvider (Just $ FoldingRangeOptionsStatic False)

106 , chk "NO folding range" _foldingRangeProvider (Just $ FoldingRangeOptionsStatic False)

115− , che " execute command" _executeCommandProvider (Just $ ExecuteCommandOptions $ List ["typesignature.add"])

107+ , chk " execute command" _executeCommandProvider (Just $ ExecuteCommandOptions $ List ["typesignature.add"])

116 , chk " workspace" _workspace (Just $ WorkspaceOptions (Just WorkspaceFolderOptions{_supported = Just True, _changeNotifications = Just ( WorkspaceFolderChangeNotificationsBool True )}))

108 , chk " workspace" _workspace (Just $ WorkspaceOptions (Just WorkspaceFolderOptions{_supported = Just True, _changeNotifications = Just ( WorkspaceFolderChangeNotificationsBool True )}))

117 , chk "NO experimental" _experimental Nothing

109 , chk "NO experimental" _experimental Nothing

118 ] where

110 ] where

@@ -128,17 +120,8 @@ initializeResponseTests = withResource acquire release tests where

128 chk title getActual expected =

120 chk title getActual expected =

129 testCase title $ getInitializeResponse >>= \ir -> expected @=? (getActual . innerCaps) ir

121 testCase title $ getInitializeResponse >>= \ir -> expected @=? (getActual . innerCaps) ir

130

122

131− che :: TestName -> (InitializeResponseCapabilitiesInner -> Maybe ExecuteCommandOptions) -> Maybe ExecuteCommandOptions -> TestTree

132− che title getActual _expected = testCase title doTest

133− where

134− doTest = do

135− ir <- getInitializeResponse

136− let Just ExecuteCommandOptions {_commands = List [command]} = getActual $ innerCaps ir

137− True @=? T.isSuffixOf "typesignature.add" command

138−

139−

140 innerCaps :: InitializeResponse -> InitializeResponseCapabilitiesInner

123 innerCaps :: InitializeResponse -> InitializeResponseCapabilitiesInner

141− innerCaps (ResponseMessage _ _ (Right (InitializeResponseCapabilities c))) = c

124+ innerCaps (ResponseMessage _ _ (Just (InitializeResponseCapabilities c)) _) = c

142 innerCaps _ = error "this test only expects inner capabilities"

125 innerCaps _ = error "this test only expects inner capabilities"

143

126

144 acquire :: IO InitializeResponse

127 acquire :: IO InitializeResponse

@@ -152,7 +135,7 @@ diagnosticTests :: TestTree

152diagnosticTests = testGroup "diagnostics"

135diagnosticTests = testGroup "diagnostics"

153 [ testSessionWait "fix syntax error" $ do

136 [ testSessionWait "fix syntax error" $ do

154 let content = T.unlines [ "module Testing wher" ]

137 let content = T.unlines [ "module Testing wher" ]

155− doc <- createDoc "Testing.hs" "haskell" content

138+ doc <- openDoc' "Testing.hs" "haskell" content

156 expectDiagnostics [("Testing.hs", [(DsError, (0, 15), "parse error")])]

139 expectDiagnostics [("Testing.hs", [(DsError, (0, 15), "parse error")])]

157 let change = TextDocumentContentChangeEvent

140 let change = TextDocumentContentChangeEvent

158 { _range = Just (Range (Position 0 15) (Position 0 19))

141 { _range = Just (Range (Position 0 15) (Position 0 19))

@@ -163,7 +146,7 @@ diagnosticTests = testGroup "diagnostics"

163 expectDiagnostics [("Testing.hs", [])]

146 expectDiagnostics [("Testing.hs", [])]

164 , testSessionWait "introduce syntax error" $ do

147 , testSessionWait "introduce syntax error" $ do

165 let content = T.unlines [ "module Testing where" ]

148 let content = T.unlines [ "module Testing where" ]

166− doc <- createDoc "Testing.hs" "haskell" content

149+ doc <- openDoc' "Testing.hs" "haskell" content

167 void $ skipManyTill anyMessage (message :: Session WorkDoneProgressCreateRequest)

150 void $ skipManyTill anyMessage (message :: Session WorkDoneProgressCreateRequest)

168 void $ skipManyTill anyMessage (message :: Session WorkDoneProgressBeginNotification)

151 void $ skipManyTill anyMessage (message :: Session WorkDoneProgressBeginNotification)

169 let change = TextDocumentContentChangeEvent

152 let change = TextDocumentContentChangeEvent

@@ -181,7 +164,7 @@ diagnosticTests = testGroup "diagnostics"

181 , "bar :: Int -> Int -> Int"

164 , "bar :: Int -> Int -> Int"

182 , "bar a b = cd + b"

165 , "bar a b = cd + b"

183 ]

166 ]

184− _ <- createDoc "Testing.hs" "haskell" content

167+ _ <- openDoc' "Testing.hs" "haskell" content

185 expectDiagnostics

168 expectDiagnostics

186 [ ( "Testing.hs"

169 [ ( "Testing.hs"

187 , [ (DsError, (2, 14), "Variable not in scope: ab")

170 , [ (DsError, (2, 14), "Variable not in scope: ab")

@@ -195,7 +178,7 @@ diagnosticTests = testGroup "diagnostics"

195 , "foo :: Int -> String -> Int"

178 , "foo :: Int -> String -> Int"

196 , "foo a b = a + b"

179 , "foo a b = a + b"

197 ]

180 ]

198− _ <- createDoc "Testing.hs" "haskell" content

181+ _ <- openDoc' "Testing.hs" "haskell" content

199 expectDiagnostics

182 expectDiagnostics

200 [ ( "Testing.hs"

183 [ ( "Testing.hs"

201 , [(DsError, (2, 14), "Couldn't match type '[Char]' with 'Int'")]

184 , [(DsError, (2, 14), "Couldn't match type '[Char]' with 'Int'")]

@@ -207,7 +190,7 @@ diagnosticTests = testGroup "diagnostics"

207 , "foo :: Int -> String"

190 , "foo :: Int -> String"

208 , "foo a = _ a"

191 , "foo a = _ a"

209 ]

192 ]

210− _ <- createDoc "Testing.hs" "haskell" content

193+ _ <- openDoc' "Testing.hs" "haskell" content

211 expectDiagnostics

194 expectDiagnostics

212 [ ( "Testing.hs"

195 [ ( "Testing.hs"

213 , [(DsError, (2, 8), "Found hole: _ :: Int -> String")]

196 , [(DsError, (2, 8), "Found hole: _ :: Int -> String")]

@@ -229,23 +212,24 @@ diagnosticTests = testGroup "diagnostics"

229 [ ("A.hs", [(DsError, (2,4), aMessage)])

212 [ ("A.hs", [(DsError, (2,4), aMessage)])

230 , ("B.hs", [(DsError, (3,4), bMessage)])]

213 , ("B.hs", [(DsError, (3,4), bMessage)])]

231 deferralTest title binding msg = testSessionWait title $ do

214 deferralTest title binding msg = testSessionWait title $ do

232− _ <- createDoc "A.hs" "haskell" $ sourceA binding

215+ _ <- openDoc' "A.hs" "haskell" $ sourceA binding

233− _ <- createDoc "B.hs" "haskell" sourceB

216+ _ <- openDoc' "B.hs" "haskell" sourceB

234 expectDiagnostics $ expectedDs msg

217 expectDiagnostics $ expectedDs msg

235 in

218 in

236 [ deferralTest "type error" "True" "Couldn't match expected type"

219 [ deferralTest "type error" "True" "Couldn't match expected type"

237 , deferralTest "typed hole" "_" "Found hole"

220 , deferralTest "typed hole" "_" "Found hole"

238 , deferralTest "out of scope var" "unbound" "Variable not in scope"

221 , deferralTest "out of scope var" "unbound" "Variable not in scope"

222+ , deferralTest "message shows error" "True" "A.hs:3:5: error:"

239 ]

223 ]

240

224

241 , testSessionWait "remove required module" $ do

225 , testSessionWait "remove required module" $ do

242 let contentA = T.unlines [ "module ModuleA where" ]

226 let contentA = T.unlines [ "module ModuleA where" ]

243− docA <- createDoc "ModuleA.hs" "haskell" contentA

227+ docA <- openDoc' "ModuleA.hs" "haskell" contentA

244 let contentB = T.unlines

228 let contentB = T.unlines

245 [ "module ModuleB where"

229 [ "module ModuleB where"

246 , "import ModuleA"

230 , "import ModuleA"

247 ]

231 ]

248− _ <- createDoc "ModuleB.hs" "haskell" contentB

232+ _ <- openDoc' "ModuleB.hs" "haskell" contentB

249 let change = TextDocumentContentChangeEvent

233 let change = TextDocumentContentChangeEvent

250 { _range = Just (Range (Position 0 0) (Position 0 20))

234 { _range = Just (Range (Position 0 0) (Position 0 20))

251 , _rangeLength = Nothing

235 , _rangeLength = Nothing

@@ -258,20 +242,20 @@ diagnosticTests = testGroup "diagnostics"

258 [ "module ModuleB where"

242 [ "module ModuleB where"

259 , "import ModuleA"

243 , "import ModuleA"

260 ]

244 ]

261− _ <- createDoc "ModuleB.hs" "haskell" contentB

245+ _ <- openDoc' "ModuleB.hs" "haskell" contentB

262 expectDiagnostics [("ModuleB.hs", [(DsError, (1, 7), "Could not find module")])]

246 expectDiagnostics [("ModuleB.hs", [(DsError, (1, 7), "Could not find module")])]

263 let contentA = T.unlines [ "module ModuleA where" ]

247 let contentA = T.unlines [ "module ModuleA where" ]

264− _ <- createDoc "ModuleA.hs" "haskell" contentA

248+ _ <- openDoc' "ModuleA.hs" "haskell" contentA

265 expectDiagnostics [("ModuleB.hs", [])]

249 expectDiagnostics [("ModuleB.hs", [])]

266 , testSessionWait "add missing module (non workspace)" $ do

250 , testSessionWait "add missing module (non workspace)" $ do

267 let contentB = T.unlines

251 let contentB = T.unlines

268 [ "module ModuleB where"

252 [ "module ModuleB where"

269 , "import ModuleA"

253 , "import ModuleA"

270 ]

254 ]

271− _ <- createDoc "/tmp/ModuleB.hs" "haskell" contentB

255+ _ <- openDoc'' "/tmp/ModuleB.hs" "haskell" contentB

272 expectDiagnostics [("/tmp/ModuleB.hs", [(DsError, (1, 7), "Could not find module")])]

256 expectDiagnostics [("/tmp/ModuleB.hs", [(DsError, (1, 7), "Could not find module")])]

273 let contentA = T.unlines [ "module ModuleA where" ]

257 let contentA = T.unlines [ "module ModuleA where" ]

274− _ <- createDoc "/tmp/ModuleA.hs" "haskell" contentA

258+ _ <- openDoc'' "/tmp/ModuleA.hs" "haskell" contentA

275 expectDiagnostics [("/tmp/ModuleB.hs", [])]

259 expectDiagnostics [("/tmp/ModuleB.hs", [])]

276 , testSessionWait "cyclic module dependency" $ do

260 , testSessionWait "cyclic module dependency" $ do

277 let contentA = T.unlines

261 let contentA = T.unlines

@@ -282,8 +266,8 @@ diagnosticTests = testGroup "diagnostics"

282 [ "module ModuleB where"

266 [ "module ModuleB where"

283 , "import ModuleA"

267 , "import ModuleA"

284 ]

268 ]

285− _ <- createDoc "ModuleA.hs" "haskell" contentA

269+ _ <- openDoc' "ModuleA.hs" "haskell" contentA

286− _ <- createDoc "ModuleB.hs" "haskell" contentB

270+ _ <- openDoc' "ModuleB.hs" "haskell" contentB

287 expectDiagnostics

271 expectDiagnostics

288 [ ( "ModuleA.hs"

272 [ ( "ModuleA.hs"

289 , [(DsError, (1, 7), "Cyclic module dependency between ModuleA, ModuleB")]

273 , [(DsError, (1, 7), "Cyclic module dependency between ModuleA, ModuleB")]

@@ -304,9 +288,9 @@ diagnosticTests = testGroup "diagnostics"

304 let contentBboot = T.unlines

288 let contentBboot = T.unlines

305 [ "module ModuleB where"

289 [ "module ModuleB where"

306 ]

290 ]

307− _ <- createDoc "ModuleA.hs" "haskell" contentA

291+ _ <- openDoc' "ModuleA.hs" "haskell" contentA

308− _ <- createDoc "ModuleB.hs" "haskell" contentB

292+ _ <- openDoc' "ModuleB.hs" "haskell" contentB

309− _ <- createDoc "ModuleB.hs-boot" "haskell" contentBboot

293+ _ <- openDoc' "ModuleB.hs-boot" "haskell" contentBboot

310 expectDiagnostics []

294 expectDiagnostics []

311 , testSessionWait "correct reference used with hs-boot" $ do

295 , testSessionWait "correct reference used with hs-boot" $ do

312 let contentB = T.unlines

296 let contentB = T.unlines

@@ -328,10 +312,10 @@ diagnosticTests = testGroup "diagnostics"

328 -- resolved to the hs-boot file

312 -- resolved to the hs-boot file

329 , "y = x"

313 , "y = x"

330 ]

314 ]

331− _ <- createDoc "ModuleB.hs" "haskell" contentB

315+ _ <- openDoc' "ModuleB.hs" "haskell" contentB

332− _ <- createDoc "ModuleA.hs" "haskell" contentA

316+ _ <- openDoc' "ModuleA.hs" "haskell" contentA

333− _ <- createDoc "ModuleA.hs-boot" "haskell" contentAboot

317+ _ <- openDoc' "ModuleA.hs-boot" "haskell" contentAboot

334− _ <- createDoc "ModuleC.hs" "haskell" contentC

318+ _ <- openDoc' "ModuleC.hs" "haskell" contentC

335 expectDiagnostics []

319 expectDiagnostics []

336 , testSessionWait "redundant import" $ do

320 , testSessionWait "redundant import" $ do

337 let contentA = T.unlines ["module ModuleA where"]

321 let contentA = T.unlines ["module ModuleA where"]

@@ -340,8 +324,8 @@ diagnosticTests = testGroup "diagnostics"

340 , "module ModuleB where"

324 , "module ModuleB where"

341 , "import ModuleA"

325 , "import ModuleA"

342 ]

326 ]

343− _ <- createDoc "ModuleA.hs" "haskell" contentA

327+ _ <- openDoc' "ModuleA.hs" "haskell" contentA

344− _ <- createDoc "ModuleB.hs" "haskell" contentB

328+ _ <- openDoc' "ModuleB.hs" "haskell" contentB

345 expectDiagnostics

329 expectDiagnostics

346 [ ( "ModuleB.hs"

330 [ ( "ModuleB.hs"

347 , [(DsWarning, (2, 0), "The import of 'ModuleA' is redundant")]

331 , [(DsWarning, (2, 0), "The import of 'ModuleA' is redundant")]

@@ -363,8 +347,8 @@ diagnosticTests = testGroup "diagnostics"

363 , "wrong1 = ThisList.map"

347 , "wrong1 = ThisList.map"

364 , "wrong2 = BaseList.x"

348 , "wrong2 = BaseList.x"

365 ]

349 ]

366− _ <- createDoc "Data/List.hs" "haskell" thisDataListContent

350+ _ <- openDoc' "Data/List.hs" "haskell" thisDataListContent

367− _ <- createDoc "Main.hs" "haskell" mainContent

351+ _ <- openDoc' "Main.hs" "haskell" mainContent

368 expectDiagnostics

352 expectDiagnostics

369 [ ( "Main.hs"

353 [ ( "Main.hs"

370 , [(DsError, (6, 9), "Not in scope: \8216ThisList.map\8217")

354 , [(DsError, (6, 9), "Not in scope: \8216ThisList.map\8217")

@@ -379,7 +363,7 @@ diagnosticTests = testGroup "diagnostics"

379 , "foo :: Ord a => a -> Int"

363 , "foo :: Ord a => a -> Int"

380 , "foo a = 1"

364 , "foo a = 1"

381 ]

365 ]

382− _ <- createDoc "Foo.hs" "haskell" fooContent

366+ _ <- openDoc' "Foo.hs" "haskell" fooContent

383 expectDiagnostics

367 expectDiagnostics

384 [ ( "Foo.hs"

368 [ ( "Foo.hs"

385 -- The test is to make sure that warnings contain unqualified names

369 -- The test is to make sure that warnings contain unqualified names

@@ -404,18 +388,18 @@ diagnosticTests = testGroup "diagnostics"

404 Just pathB <- pure $ uriToFilePath uriB

388 Just pathB <- pure $ uriToFilePath uriB

405 uriB <- pure $

389 uriB <- pure $

406 let (drive, suffix) = splitDrive pathB

390 let (drive, suffix) = splitDrive pathB

407− in filePathToUri (joinDrive (lower drive) suffix)

391+ in filePathToUri (joinDrive (map toLower drive ) suffix)

408 liftIO $ createDirectoryIfMissing True (takeDirectory pathB)

392 liftIO $ createDirectoryIfMissing True (takeDirectory pathB)

409 liftIO $ writeFileUTF8 pathB $ T.unpack bContent

393 liftIO $ writeFileUTF8 pathB $ T.unpack bContent

410 uriA <- getDocUri "A/A.hs"

394 uriA <- getDocUri "A/A.hs"

411 Just pathA <- pure $ uriToFilePath uriA

395 Just pathA <- pure $ uriToFilePath uriA

412 uriA <- pure $

396 uriA <- pure $

413 let (drive, suffix) = splitDrive pathA

397 let (drive, suffix) = splitDrive pathA

414− in filePathToUri (joinDrive (lower drive) suffix)

398+ in filePathToUri (joinDrive (map toLower drive ) suffix)

415 let itemA = TextDocumentItem uriA "haskell" 0 aContent

399 let itemA = TextDocumentItem uriA "haskell" 0 aContent

416 let a = TextDocumentIdentifier uriA

400 let a = TextDocumentIdentifier uriA

417 sendNotification TextDocumentDidOpen (DidOpenTextDocumentParams itemA)

401 sendNotification TextDocumentDidOpen (DidOpenTextDocumentParams itemA)

418− diagsNot <- skipManyTill anyMessage diagnostic

402+ diagsNot <- skipManyTill anyMessage message :: Session PublishDiagnosticsNotification

419 let PublishDiagnosticsParams fileUri diags = _params (diagsNot :: PublishDiagnosticsNotification)

403 let PublishDiagnosticsParams fileUri diags = _params (diagsNot :: PublishDiagnosticsNotification)

420 -- Check that if we put a lower-case drive in for A.A

404 -- Check that if we put a lower-case drive in for A.A

421 -- the diagnostics for A.B will also be lower-case.

405 -- the diagnostics for A.B will also be lower-case.

@@ -424,38 +408,6 @@ diagnosticTests = testGroup "diagnostics"

424 liftIO $ unless ("redundant" `T.isInfixOf` msg) $

408 liftIO $ unless ("redundant" `T.isInfixOf` msg) $

425 assertFailure ("Expected redundant import but got " <> T.unpack msg)

409 assertFailure ("Expected redundant import but got " <> T.unpack msg)

426 closeDoc a

410 closeDoc a

427− , testSessionWait "haddock parse error" $ do

428− let fooContent = T.unlines

429− [ "module Foo where"

430− , "foo :: Int"

431− , "foo = 1 {-|-}"

432− ]

433− _ <- createDoc "Foo.hs" "haskell" fooContent

434− expectDiagnostics

435− [ ( "Foo.hs"

436− , [(DsError, (2, 8), "Parse error on input")

437− ]

438− )

439− ]

440− , testSessionWait "strip file path" $ do

441− let

442− name = "Testing"

443− content = T.unlines

444− [ "module " <> name <> " where"

445− , "value :: Maybe ()"

446− , "value = [()]"

447− ]

448− _ <- createDoc (T.unpack name <> ".hs") "haskell" content

449− notification <- skipManyTill anyMessage diagnostic

450− let

451− offenders =

452− Lsp.params .

453− Lsp.diagnostics .

454− Lens.folded .

455− Lsp.message .

456− Lens.filtered (T.isInfixOf ("/" <> name <> ".hs:"))

457− failure msg = liftIO $ assertFailure $ "Expected file path to be stripped but got " <> T.unpack msg

458− Lens.mapMOf_ offenders failure notification

459 ]

411 ]

460

412

461codeActionTests :: TestTree

413codeActionTests :: TestTree

@@ -481,26 +433,26 @@ codeLensesTests = testGroup "code lenses"

481watchedFilesTests :: TestTree

433watchedFilesTests :: TestTree

482watchedFilesTests = testGroup "watched files"

434watchedFilesTests = testGroup "watched files"

483 [ testSession' "workspace files" $ \sessionDir -> do

435 [ testSession' "workspace files" $ \sessionDir -> do

484− liftIO $ writeFile (sessionDir </> "hie.yaml") "cradle: {direct: {arguments: [\"-isrc\"]}}"

436+ liftIO $ writeFile (sessionDir </> "hie.yaml") $ "cradle: {direct: {arguments: [\"-isrc\"]}}"

485− _doc <- createDoc "A.hs" "haskell" "{-#LANGUAGE NoImplicitPrelude #-}\nmodule A where\nimport WatchedFilesMissingModule"

437+ _ <- openDoc' "A.hs" "haskell" "{-#LANGUAGE NoImplicitPrelude #-}\nmodule A where\nimport B"

486− watchedFileRegs <- getWatchedFilesSubscriptionsUntil @PublishDiagnosticsNotification

438+ watchedFileRegs <- getWatchedFilesSubscriptionsUntilProgressEnd

487−

439+

488− -- Expect 4 subscriptions (A does not get any because it's VFS):

440+ -- Expect 6 subscriptions (A does not get any because it's VFS):

489− -- - /path-to-workspace/WatchedFilesMissingModule.hs

441+ -- - /path-to-workspace/B.hs

490− -- - /path-to-workspace/WatchedFilesMissingModule.lhs

442+ -- - /path-to-workspace/B.lhs

491− -- - /path-to-workspace/src/WatchedFilesMissingModule.hs

443+ -- - B.hs

492− -- - /path-to-workspace/src/WatchedFilesMissingModule.lhs

444+ -- - B.lhs

445+ -- - src/B.hs

446+ -- - src/B.lhs

493− liftIO $ length watchedFileRegs @?= 4

447+ liftIO $ length watchedFileRegs @?= 6

494

448

495 , testSession' "non workspace file" $ \sessionDir -> do

449 , testSession' "non workspace file" $ \sessionDir -> do

496− liftIO $ writeFile (sessionDir </> "hie.yaml") "cradle: {direct: {arguments: [\"-i/tmp\"]}}"

450+ liftIO $ writeFile (sessionDir </> "hie.yaml") $ "cradle: {direct: {arguments: [\"-i/tmp\"]}}"

497− _doc <- createDoc "A.hs" "haskell" "{-# LANGUAGE NoImplicitPrelude#-}\nmodule A where\nimport WatchedFilesMissingModule"

451+ _ <- openDoc' "A.hs" "haskell" "{-# LANGUAGE NoImplicitPrelude#-}\nmodule A where\nimport B"

498− watchedFileRegs <- getWatchedFilesSubscriptionsUntil @PublishDiagnosticsNotification

452+ watchedFileRegs <- getWatchedFilesSubscriptionsUntilProgressEnd

499

453

500− -- Expect 2 subscriptions (/tmp does not get any as it is out of the workspace):

454+ -- Expect 4 subscriptions:

501− -- - /path-to-workspace/WatchedFilesMissingModule.hs

502− -- - /path-to-workspace/WatchedFilesMissingModule.lhs

503− liftIO $ length watchedFileRegs @?= 2

455+ liftIO $ length watchedFileRegs @?= 4

504

456

505 -- TODO add a test for didChangeWorkspaceFolder

457 -- TODO add a test for didChangeWorkspaceFolder

506 ]

458 ]

@@ -513,7 +465,7 @@ renameActionTests = testGroup "rename actions"

513 , "foo :: Int -> Int"

465 , "foo :: Int -> Int"

514 , "foo argName = argNme"

466 , "foo argName = argNme"

515 ]

467 ]

516− doc <- createDoc "Testing.hs" "haskell" content

468+ doc <- openDoc' "Testing.hs" "haskell" content

517 _ <- waitForDiagnostics

469 _ <- waitForDiagnostics

518 action <- findCodeAction doc (Range (Position 2 14) (Position 2 20)) "Replace with ‘argName’"

470 action <- findCodeAction doc (Range (Position 2 14) (Position 2 20)) "Replace with ‘argName’"

519 executeCodeAction action

471 executeCodeAction action

@@ -531,7 +483,7 @@ renameActionTests = testGroup "rename actions"

531 , "foo :: Maybe a -> [a]"

483 , "foo :: Maybe a -> [a]"

532 , "foo = maybToList"

484 , "foo = maybToList"

533 ]

485 ]

534− doc <- createDoc "Testing.hs" "haskell" content

486+ doc <- openDoc' "Testing.hs" "haskell" content

535 _ <- waitForDiagnostics

487 _ <- waitForDiagnostics

536 action <- findCodeAction doc (Range (Position 3 6) (Position 3 16)) "Replace with ‘maybeToList’"

488 action <- findCodeAction doc (Range (Position 3 6) (Position 3 16)) "Replace with ‘maybeToList’"

537 executeCodeAction action

489 executeCodeAction action

@@ -549,7 +501,7 @@ renameActionTests = testGroup "rename actions"

549 , "foo :: Char -> Char -> Char -> Char"

501 , "foo :: Char -> Char -> Char -> Char"

550 , "foo argument1 argument2 argument3 = argumentX"

502 , "foo argument1 argument2 argument3 = argumentX"

551 ]

503 ]

552− doc <- createDoc "Testing.hs" "haskell" content

504+ doc <- openDoc' "Testing.hs" "haskell" content

553 _ <- waitForDiagnostics

505 _ <- waitForDiagnostics

554 _ <- findCodeActions doc (Range (Position 2 36) (Position 2 45))

506 _ <- findCodeActions doc (Range (Position 2 36) (Position 2 45))

555 ["Replace with ‘argument1’", "Replace with ‘argument2’", "Replace with ‘argument3’"]

507 ["Replace with ‘argument1’", "Replace with ‘argument2’", "Replace with ‘argument3’"]

@@ -561,7 +513,7 @@ renameActionTests = testGroup "rename actions"

561 , "monus x y = max 0 (x - y)"

513 , "monus x y = max 0 (x - y)"

562 , "foo x y = x `monnus` y"

514 , "foo x y = x `monnus` y"

563 ]

515 ]

564− doc <- createDoc "Testing.hs" "haskell" content

516+ doc <- openDoc' "Testing.hs" "haskell" content

565 _ <- waitForDiagnostics

517 _ <- waitForDiagnostics

566 actionsOrCommands <- getCodeActions doc (Range (Position 3 12) (Position 3 20))

518 actionsOrCommands <- getCodeActions doc (Range (Position 3 12) (Position 3 20))

567 [fixTypo] <- pure [action | CACodeAction action@CodeAction{ _title = actionTitle } <- actionsOrCommands, "monus" `T.isInfixOf` actionTitle ]

519 [fixTypo] <- pure [action | CACodeAction action@CodeAction{ _title = actionTitle } <- actionsOrCommands, "monus" `T.isInfixOf` actionTitle ]

@@ -584,7 +536,7 @@ typeWildCardActionTests = testGroup "type wildcard actions"

584 , "func :: _"

536 , "func :: _"

585 , "func x = x"

537 , "func x = x"

586 ]

538 ]

587− doc <- createDoc "Testing.hs" "haskell" content

539+ doc <- openDoc' "Testing.hs" "haskell" content

588 _ <- waitForDiagnostics

540 _ <- waitForDiagnostics

589 actionsOrCommands <- getCodeActions doc (Range (Position 2 1) (Position 2 10))

541 actionsOrCommands <- getCodeActions doc (Range (Position 2 1) (Position 2 10))

590 let [addSignature] = [action | CACodeAction action@CodeAction { _title = actionTitle } <- actionsOrCommands

542 let [addSignature] = [action | CACodeAction action@CodeAction { _title = actionTitle } <- actionsOrCommands

@@ -604,7 +556,7 @@ typeWildCardActionTests = testGroup "type wildcard actions"

604 , "func :: _"

556 , "func :: _"

605 , "func x y = x + y"

557 , "func x y = x + y"

606 ]

558 ]

607− doc <- createDoc "Testing.hs" "haskell" content

559+ doc <- openDoc' "Testing.hs" "haskell" content

608 _ <- waitForDiagnostics

560 _ <- waitForDiagnostics

609 actionsOrCommands <- getCodeActions doc (Range (Position 2 1) (Position 2 10))

561 actionsOrCommands <- getCodeActions doc (Range (Position 2 1) (Position 2 10))

610 let [addSignature] = [action | CACodeAction action@CodeAction { _title = actionTitle } <- actionsOrCommands

562 let [addSignature] = [action | CACodeAction action@CodeAction { _title = actionTitle } <- actionsOrCommands

@@ -627,7 +579,7 @@ typeWildCardActionTests = testGroup "type wildcard actions"

627 , " y = x * 2"

579 , " y = x * 2"

628 , " in y"

580 , " in y"

629 ]

581 ]

630− doc <- createDoc "Testing.hs" "haskell" content

582+ doc <- openDoc' "Testing.hs" "haskell" content

631 _ <- waitForDiagnostics

583 _ <- waitForDiagnostics

632 actionsOrCommands <- getCodeActions doc (Range (Position 4 1) (Position 4 10))

584 actionsOrCommands <- getCodeActions doc (Range (Position 4 1) (Position 4 10))

633 let [addSignature] = [action | CACodeAction action@CodeAction { _title = actionTitle } <- actionsOrCommands

585 let [addSignature] = [action | CACodeAction action@CodeAction { _title = actionTitle } <- actionsOrCommands

@@ -652,7 +604,7 @@ removeImportTests = testGroup "remove import actions"

652 let contentA = T.unlines

604 let contentA = T.unlines

653 [ "module ModuleA where"

605 [ "module ModuleA where"

654 ]

606 ]

655− _docA <- createDoc "ModuleA.hs" "haskell" contentA

607+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

656 let contentB = T.unlines

608 let contentB = T.unlines

657 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

609 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

658 , "module ModuleB where"

610 , "module ModuleB where"

@@ -660,7 +612,7 @@ removeImportTests = testGroup "remove import actions"

660 , "stuffB :: Integer"

612 , "stuffB :: Integer"

661 , "stuffB = 123"

613 , "stuffB = 123"

662 ]

614 ]

663− docB <- createDoc "ModuleB.hs" "haskell" contentB

615+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

664 _ <- waitForDiagnostics

616 _ <- waitForDiagnostics

665 [CACodeAction action@CodeAction { _title = actionTitle }]

617 [CACodeAction action@CodeAction { _title = actionTitle }]

666 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

618 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

@@ -678,7 +630,7 @@ removeImportTests = testGroup "remove import actions"

678 let contentA = T.unlines

630 let contentA = T.unlines

679 [ "module ModuleA where"

631 [ "module ModuleA where"

680 ]

632 ]

681− _docA <- createDoc "ModuleA.hs" "haskell" contentA

633+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

682 let contentB = T.unlines

634 let contentB = T.unlines

683 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

635 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

684 , "module ModuleB where"

636 , "module ModuleB where"

@@ -686,7 +638,7 @@ removeImportTests = testGroup "remove import actions"

686 , "stuffB :: Integer"

638 , "stuffB :: Integer"

687 , "stuffB = 123"

639 , "stuffB = 123"

688 ]

640 ]

689− docB <- createDoc "ModuleB.hs" "haskell" contentB

641+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

690 _ <- waitForDiagnostics

642 _ <- waitForDiagnostics

691 [CACodeAction action@CodeAction { _title = actionTitle }]

643 [CACodeAction action@CodeAction { _title = actionTitle }]

692 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

644 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

@@ -708,14 +660,14 @@ removeImportTests = testGroup "remove import actions"

708 , "stuffB = 123"

660 , "stuffB = 123"

709 , "stuffC = ()"

661 , "stuffC = ()"

710 ]

662 ]

711− _docA <- createDoc "ModuleA.hs" "haskell" contentA

663+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

712 let contentB = T.unlines

664 let contentB = T.unlines

713 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

665 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

714 , "module ModuleB where"

666 , "module ModuleB where"

715 , "import ModuleA (stuffA, stuffB, stuffC, stuffA)"

667 , "import ModuleA (stuffA, stuffB, stuffC, stuffA)"

716 , "main = print stuffB"

668 , "main = print stuffB"

717 ]

669 ]

718− docB <- createDoc "ModuleB.hs" "haskell" contentB

670+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

719 _ <- waitForDiagnostics

671 _ <- waitForDiagnostics

720 [CACodeAction action@CodeAction { _title = actionTitle }]

672 [CACodeAction action@CodeAction { _title = actionTitle }]

721 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

673 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

@@ -737,18 +689,22 @@ removeImportTests = testGroup "remove import actions"

737 , "stuffB :: Integer"

689 , "stuffB :: Integer"

738 , "stuffB = 123"

690 , "stuffB = 123"

739 ]

691 ]

740− _docA <- createDoc "ModuleA.hs" "haskell" contentA

692+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

741 let contentB = T.unlines

693 let contentB = T.unlines

742 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

694 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

743 , "module ModuleB where"

695 , "module ModuleB where"

744 , "import qualified ModuleA as A ((<?>), stuffB, (!!))"

696 , "import qualified ModuleA as A ((<?>), stuffB, (!!))"

745 , "main = print A.stuffB"

697 , "main = print A.stuffB"

746 ]

698 ]

747− docB <- createDoc "ModuleB.hs" "haskell" contentB

699+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

748 _ <- waitForDiagnostics

700 _ <- waitForDiagnostics

749 [CACodeAction action@CodeAction { _title = actionTitle }]

701 [CACodeAction action@CodeAction { _title = actionTitle }]

750 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

702 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

703+#if MIN_GHC_API_VERSION(8,6,0)

751 liftIO $ "Remove !!, <?> from import" @=? actionTitle

704 liftIO $ "Remove !!, <?> from import" @=? actionTitle

705+#else

706+ liftIO $ "Remove A.!!, A.<?> from import" @=? actionTitle

707+#endif

752 executeCodeAction action

708 executeCodeAction action

753 contentAfterAction <- documentContents docB

709 contentAfterAction <- documentContents docB

754 let expectedContentAfterAction = T.unlines

710 let expectedContentAfterAction = T.unlines

@@ -765,14 +721,14 @@ removeImportTests = testGroup "remove import actions"

765 , "stuffB :: Integer"

721 , "stuffB :: Integer"

766 , "stuffB = 123"

722 , "stuffB = 123"

767 ]

723 ]

768− _docA <- createDoc "ModuleA.hs" "haskell" contentA

724+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

769 let contentB = T.unlines

725 let contentB = T.unlines

770 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

726 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

771 , "module ModuleB where"

727 , "module ModuleB where"

772 , "import ModuleA (A(..), stuffB)"

728 , "import ModuleA (A(..), stuffB)"

773 , "main = print stuffB"

729 , "main = print stuffB"

774 ]

730 ]

775− docB <- createDoc "ModuleB.hs" "haskell" contentB

731+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

776 _ <- waitForDiagnostics

732 _ <- waitForDiagnostics

777 [CACodeAction action@CodeAction { _title = actionTitle }]

733 [CACodeAction action@CodeAction { _title = actionTitle }]

778 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

734 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

@@ -792,14 +748,14 @@ removeImportTests = testGroup "remove import actions"

792 , "data D = A | B"

748 , "data D = A | B"

793 , "data E = F"

749 , "data E = F"

794 ]

750 ]

795− _docA <- createDoc "ModuleA.hs" "haskell" contentA

751+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

796 let contentB = T.unlines

752 let contentB = T.unlines

797 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

753 [ "{-# OPTIONS_GHC -Wunused-imports #-}"

798 , "module ModuleB where"

754 , "module ModuleB where"

799 , "import ModuleA (D(A,B), E(F))"

755 , "import ModuleA (D(A,B), E(F))"

800 , "main = B"

756 , "main = B"

801 ]

757 ]

802− docB <- createDoc "ModuleB.hs" "haskell" contentB

758+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

803 _ <- waitForDiagnostics

759 _ <- waitForDiagnostics

804 [CACodeAction action@CodeAction { _title = actionTitle }]

760 [CACodeAction action@CodeAction { _title = actionTitle }]

805 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

761 <- getCodeActions docB (Range (Position 2 0) (Position 2 5))

@@ -940,8 +896,8 @@ extendImportTests = testGroup "extend import actions"

940 ]

896 ]

941 where

897 where

942 template contentA contentB range expectedAction expectedContentB = do

898 template contentA contentB range expectedAction expectedContentB = do

943− _docA <- createDoc "ModuleA.hs" "haskell" contentA

899+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

944− docB <- createDoc "ModuleB.hs" "haskell" contentB

900+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

945 _ <- waitForDiagnostics

901 _ <- waitForDiagnostics

946 CACodeAction action@CodeAction { _title = actionTitle } : _

902 CACodeAction action@CodeAction { _title = actionTitle } : _

947 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

903 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

@@ -981,8 +937,6 @@ suggestImportTests = testGroup "suggest import actions"

981 , test True [] "f :: Typeable a => a" ["f = undefined"] "import Data.Typeable (Typeable)"

937 , test True [] "f :: Typeable a => a" ["f = undefined"] "import Data.Typeable (Typeable)"

982 , test True [] "f = pack" [] "import Data.Text (pack)"

938 , test True [] "f = pack" [] "import Data.Text (pack)"

983 , test True [] "f :: Text" ["f = undefined"] "import Data.Text (Text)"

939 , test True [] "f :: Text" ["f = undefined"] "import Data.Text (Text)"

984− , test True [] "f = [] & id" [] "import Data.Function ((&))"

985− , test True [] "f = (&) [] id" [] "import Data.Function ((&))"

986 ]

940 ]

987 ]

941 ]

988 where

942 where

@@ -991,20 +945,19 @@ suggestImportTests = testGroup "suggest import actions"

991 after = T.unlines $ "module A where" : ["import " <> x | x <- imps] ++ [newImp] ++ def : other

945 after = T.unlines $ "module A where" : ["import " <> x | x <- imps] ++ [newImp] ++ def : other

992 cradle = "cradle: {direct: {arguments: [-hide-all-packages, -package, base, -package, text, -package-env, -]}}"

946 cradle = "cradle: {direct: {arguments: [-hide-all-packages, -package, base, -package, text, -package-env, -]}}"

993 liftIO $ writeFileUTF8 (dir </> "hie.yaml") cradle

947 liftIO $ writeFileUTF8 (dir </> "hie.yaml") cradle

994− doc <- createDoc "Test.hs" "haskell" before

948+ doc <- openDoc' "Test.hs" "haskell" before

995 _diags <- waitForDiagnostics

949 _diags <- waitForDiagnostics

996 let defLine = length imps + 1

950 let defLine = length imps + 1

997 range = Range (Position defLine 0) (Position defLine maxBound)

951 range = Range (Position defLine 0) (Position defLine maxBound)

998 actions <- getCodeActions doc range

952 actions <- getCodeActions doc range

999− if wanted

953+ case wanted of

1000− then do

954+ False ->

1001− action <- liftIO $ pickActionWithTitle newImp actions

1002− executeCodeAction action

1003− contentAfterAction <- documentContents doc

1004− liftIO $ after @=? contentAfterAction

1005− else

1006− liftIO $ [_title | CACodeAction CodeAction{_title} <- actions, _title == newImp ] @?= []

955+ liftIO $ [_title | CACodeAction CodeAction{_title} <- actions, _title == newImp ] @?= []

1007−

956+ True -> do

957+ action <- liftIO $ pickActionWithTitle newImp actions

958+ executeCodeAction action

959+ contentAfterAction <- documentContents doc

960+ liftIO $ after @=? contentAfterAction

1008

961

1009addExtensionTests :: TestTree

962addExtensionTests :: TestTree

1010addExtensionTests = testGroup "add language extension actions"

963addExtensionTests = testGroup "add language extension actions"

@@ -1051,7 +1004,7 @@ addExtensionTests = testGroup "add language extension actions"

1051 ]

1004 ]

1052 where

1005 where

1053 template initialContent range expectedAction expectedContents = do

1006 template initialContent range expectedAction expectedContents = do

1054− doc <- createDoc "Module.hs" "haskell" initialContent

1007+ doc <- openDoc' "Module.hs" "haskell" initialContent

1055 _ <- waitForDiagnostics

1008 _ <- waitForDiagnostics

1056 CACodeAction action@CodeAction { _title = actionTitle } : _

1009 CACodeAction action@CodeAction { _title = actionTitle } : _

1057 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

1010 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

@@ -1074,7 +1027,7 @@ insertNewDefinitionTests = testGroup "insert new definition actions"

1074 [""

1027 [""

1075 ,"someOtherCode = ()"

1028 ,"someOtherCode = ()"

1076 ]

1029 ]

1077− docB <- createDoc "ModuleB.hs" "haskell" (T.unlines $ txtB ++ txtB')

1030+ docB <- openDoc' "ModuleB.hs" "haskell" (T.unlines $ txtB ++ txtB')

1078 _ <- waitForDiagnostics

1031 _ <- waitForDiagnostics

1079 CACodeAction action@CodeAction { _title = actionTitle } : _

1032 CACodeAction action@CodeAction { _title = actionTitle } : _

1080 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

1033 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

@@ -1098,7 +1051,7 @@ insertNewDefinitionTests = testGroup "insert new definition actions"

1098 [""

1051 [""

1099 ,"someOtherCode = ()"

1052 ,"someOtherCode = ()"

1100 ]

1053 ]

1101− docB <- createDoc "ModuleB.hs" "haskell" (T.unlines $ txtB ++ txtB')

1054+ docB <- openDoc' "ModuleB.hs" "haskell" (T.unlines $ txtB ++ txtB')

1102 _ <- waitForDiagnostics

1055 _ <- waitForDiagnostics

1103 CACodeAction action@CodeAction { _title = actionTitle } : _

1056 CACodeAction action@CodeAction { _title = actionTitle } : _

1104 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

1057 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

@@ -1137,8 +1090,8 @@ fixConstructorImportTests = testGroup "fix import actions"

1137 ]

1090 ]

1138 where

1091 where

1139 template contentA contentB range expectedAction expectedContentB = do

1092 template contentA contentB range expectedAction expectedContentB = do

1140− _docA <- createDoc "ModuleA.hs" "haskell" contentA

1093+ _docA <- openDoc' "ModuleA.hs" "haskell" contentA

1141− docB <- createDoc "ModuleB.hs" "haskell" contentB

1094+ docB <- openDoc' "ModuleB.hs" "haskell" contentB

1142 _diags <- waitForDiagnostics

1095 _diags <- waitForDiagnostics

1143 CACodeAction action@CodeAction { _title = actionTitle } : _

1096 CACodeAction action@CodeAction { _title = actionTitle } : _

1144 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

1097 <- sortOn (\(CACodeAction CodeAction{_title=x}) -> x) <$>

@@ -1157,7 +1110,7 @@ importRenameActionTests = testGroup "import rename actions"

1157 [ "module Testing where"

1110 [ "module Testing where"

1158 , "import Data.Mape"

1111 , "import Data.Mape"

1159 ]

1112 ]

1160− doc <- createDoc "Testing.hs" "haskell" content

1113+ doc <- openDoc' "Testing.hs" "haskell" content

1161 _ <- waitForDiagnostics

1114 _ <- waitForDiagnostics

1162 actionsOrCommands <- getCodeActions doc (Range (Position 2 8) (Position 2 16))

1115 actionsOrCommands <- getCodeActions doc (Range (Position 2 8) (Position 2 16))

1163 let [changeToMap] = [action | CACodeAction action@CodeAction{ _title = actionTitle } <- actionsOrCommands, ("Data." <> modname) `T.isInfixOf` actionTitle ]

1116 let [changeToMap] = [action | CACodeAction action@CodeAction{ _title = actionTitle } <- actionsOrCommands, ("Data." <> modname) `T.isInfixOf` actionTitle ]

@@ -1194,7 +1147,7 @@ fillTypedHoleTests = let

1194 newA newB newC = testSession (T.unpack actionTitle) $ do

1147 newA newB newC = testSession (T.unpack actionTitle) $ do

1195 let originalCode = sourceCode oldA oldB oldC

1148 let originalCode = sourceCode oldA oldB oldC

1196 let expectedCode = sourceCode newA newB newC

1149 let expectedCode = sourceCode newA newB newC

1197− doc <- createDoc "Testing.hs" "haskell" originalCode

1150+ doc <- openDoc' "Testing.hs" "haskell" originalCode

1198 _ <- waitForDiagnostics

1151 _ <- waitForDiagnostics

1199 actionsOrCommands <- getCodeActions doc (Range (Position 9 0) (Position 9 maxBound))

1152 actionsOrCommands <- getCodeActions doc (Range (Position 9 0) (Position 9 maxBound))

1200 chosenAction <- liftIO $ pickActionWithTitle actionTitle actionsOrCommands

1153 chosenAction <- liftIO $ pickActionWithTitle actionTitle actionsOrCommands

@@ -1242,7 +1195,7 @@ addSigActionTests = let

1242 def >:: sig = testSession (T.unpack def) $ do

1195 def >:: sig = testSession (T.unpack def) $ do

1243 let originalCode = before def

1196 let originalCode = before def

1244 let expectedCode = after' def sig

1197 let expectedCode = after' def sig

1245− doc <- createDoc "Sigs.hs" "haskell" originalCode

1198+ doc <- openDoc' "Sigs.hs" "haskell" originalCode

1246 _ <- waitForDiagnostics

1199 _ <- waitForDiagnostics

1247 actionsOrCommands <- getCodeActions doc (Range (Position 3 1) (Position 3 maxBound))

1200 actionsOrCommands <- getCodeActions doc (Range (Position 3 1) (Position 3 maxBound))

1248 chosenAction <- liftIO $ pickActionWithTitle ("add signature: " <> sig) actionsOrCommands

1201 chosenAction <- liftIO $ pickActionWithTitle ("add signature: " <> sig) actionsOrCommands

@@ -1274,7 +1227,7 @@ addSigLensesTests = let

1274 sigSession withMissing def sig = testSession (T.unpack def) $ do

1227 sigSession withMissing def sig = testSession (T.unpack def) $ do

1275 let originalCode = before withMissing def

1228 let originalCode = before withMissing def

1276 let expectedCode = after' withMissing def sig

1229 let expectedCode = after' withMissing def sig

1277− doc <- createDoc "Sigs.hs" "haskell" originalCode

1230+ doc <- openDoc' "Sigs.hs" "haskell" originalCode

1278 [CodeLens {_command = Just c}] <- getCodeLenses doc

1231 [CodeLens {_command = Just c}] <- getCodeLenses doc

1279 executeCommand c

1232 executeCommand c

1280 modifiedCode <- getDocumentEdit doc

1233 modifiedCode <- getDocumentEdit doc

@@ -1296,39 +1249,33 @@ addSigLensesTests = let

1296 ]

1249 ]

1297 ]

1250 ]

1298

1251

1299−checkDefs :: [Location] -> Session [Expect] -> Session ()

1300−checkDefs defs mkExpectations = traverse_ check =<< mkExpectations where

1301−

1302− check (ExpectRange expectedRange) = do

1303− assertNDefinitionsFound 1 defs

1304− assertRangeCorrect (head defs) expectedRange

1305− check (ExpectLocation expectedLocation) = do

1306− assertNDefinitionsFound 1 defs

1307− liftIO $ head defs @?= expectedLocation

1308− check ExpectNoDefinitions = do

1309− assertNDefinitionsFound 0 defs

1310− check ExpectExternFail = liftIO $ assertFailure "Expecting to fail to find in external file"

1311− check _ = pure () -- all other expectations not relevant to getDefinition

1312−

1313− assertNDefinitionsFound :: Int -> [a] -> Session ()

1314− assertNDefinitionsFound n defs = liftIO $ assertEqual "number of definitions" n (length defs)

1315−

1316− assertRangeCorrect Location{_range = foundRange} expectedRange =

1317− liftIO $ expectedRange @=? foundRange

1318−

1319−

1320findDefinitionAndHoverTests :: TestTree

1252findDefinitionAndHoverTests :: TestTree

1321findDefinitionAndHoverTests = let

1253findDefinitionAndHoverTests = let

1322

1254

1323− tst (get, check) pos targetRange title = testSessionWithExtraFiles "hover" title $ \dir -> do

1255+ tst (get, check) pos targetRange title = testSession title $ do

1324− doc <- openTestDataDoc (dir </> sourceFilePath)

1256+ doc <- openTestDataDoc sourceFilePath

1325 found <- get doc pos

1257 found <- get doc pos

1326 check found targetRange

1258 check found targetRange

1327

1259

1260+ checkDefs :: [Location] -> [Expect] -> Session ()

1261+ checkDefs defs expectations = traverse_ check expectations where

1262+

1263+ check (ExpectRange expectedRange) = do

1264+ assertNDefinitionsFound 1 defs

1265+ assertRangeCorrect (head defs) expectedRange

1266+ check ExpectNoDefinitions = do

1267+ assertNDefinitionsFound 0 defs

1268+ check ExpectExternFail = liftIO $ assertFailure "Expecting to fail to find in external file"

1269+ check _ = pure () -- all other expectations not relevant to getDefinition

1270+

1271+ assertNDefinitionsFound :: Int -> [a] -> Session ()

1272+ assertNDefinitionsFound n defs = liftIO $ assertEqual "number of definitions" n (length defs)

1328

1273

1274+ assertRangeCorrect Location{_range = foundRange} expectedRange =

1275+ liftIO $ expectedRange @=? foundRange

1329

1276

1330− checkHover :: Maybe Hover -> Session [Expect] -> Session ()

1277+ checkHover :: Maybe Hover -> [Expect] -> Session ()

1331− checkHover hover expectations = traverse_ check =<< expectations where

1278+ checkHover hover expectations = traverse_ check expectations where

1332

1279

1333 check expected =

1280 check expected =

1334 case hover of

1281 case hover of

@@ -1371,12 +1318,9 @@ findDefinitionAndHoverTests = let

1371

1318

1372 mkFindTests tests = testGroup "get"

1319 mkFindTests tests = testGroup "get"

1373 [ testGroup "definition" $ mapMaybe fst tests

1320 [ testGroup "definition" $ mapMaybe fst tests

1374− , testGroup "hover" $ mapMaybe snd tests

1321+ , testGroup "hover" $ mapMaybe snd tests ]

1375− , checkFileCompiles sourceFilePath ]

1376

1322

1377− test runDef runHover look expect = testM runDef runHover look (return expect)

1323+ test runDef runHover look expect title =

1378−

1379− testM runDef runHover look expect title =

1380 ( runDef $ tst def look expect title

1324 ( runDef $ tst def look expect title

1381 , runHover $ tst hover look expect title ) where

1325 , runHover $ tst hover look expect title ) where

1382 def = (getDefinitions, checkDefs)

1326 def = (getDefinitions, checkDefs)

@@ -1384,100 +1328,87 @@ findDefinitionAndHoverTests = let

1384 --type_ = (getTypeDefinitions, checkTDefs) -- getTypeDefinitions always times out

1328 --type_ = (getTypeDefinitions, checkTDefs) -- getTypeDefinitions always times out

1385

1329

1386 -- search locations expectations on results

1330 -- search locations expectations on results

1387− fffL4 = _start fffR ; fffR = mkRange 8 4 8 7 ; fff = [ExpectRange fffR]

1331+ fffL4 = _start fffR ; fffR = mkRange 4 4 4 7 ; fff = [ExpectRange fffR]

1388− fffL8 = Position 12 4 ;

1332+ fffL8 = Position 8 4 ;

1389− fffL14 = Position 18 7 ;

1333+ fffL14 = Position 14 7 ;

1390− aaaL14 = Position 18 20 ; aaa = [mkR 11 0 11 3]

1334+ aaaL14 = Position 14 20 ; aaa = [mkR 7 0 7 3]

1391− dcL7 = Position 11 11 ; tcDC = [mkR 7 23 9 16]

1335+ dcL7 = Position 7 11 ; tcDC = [mkR 3 23 5 16]

1392− dcL12 = Position 16 11 ;

1336+ dcL12 = Position 12 11 ;

1393− xtcL5 = Position 9 11 ; xtc = [ExpectExternFail, ExpectHoverText ["Int", "Defined in ‘GHC.Types’"]]

1337+ xtcL5 = Position 5 11 ; xtc = [ExpectExternFail, ExpectHoverText ["Int", "Defined in ‘GHC.Types’"]]

1394− tcL6 = Position 10 11 ; tcData = [mkR 7 0 9 16, ExpectHoverText ["TypeConstructor", "GotoHover.hs:8:1"]]

1338+ tcL6 = Position 6 11 ; tcData = [mkR 3 0 5 16, ExpectHoverText ["TypeConstructor", "GotoHover.hs:4:1"]]

1395− vvL16 = Position 20 12 ; vv = [mkR 20 4 20 6]

1339+ vvL16 = Position 16 12 ; vv = [mkR 16 4 16 6]

1396− opL16 = Position 20 15 ; op = [mkR 21 2 21 4]

1340+ opL16 = Position 16 15 ; op = [mkR 17 2 17 4]

1397− opL18 = Position 22 22 ; opp = [mkR 22 13 22 17]

1341+ opL18 = Position 18 22 ; opp = [mkR 18 13 18 17]

1398− aL18 = Position 22 20 ; apmp = [mkR 22 10 22 11]

1342+ aL18 = Position 18 20 ; apmp = [mkR 18 10 18 11]

1399− b'L19 = Position 23 13 ; bp = [mkR 23 6 23 7]

1343+ b'L19 = Position 19 13 ; bp = [mkR 19 6 19 7]

1400− xvL20 = Position 24 8 ; xvMsg = [ExpectExternFail, ExpectHoverText ["Data.Text.pack", ":: String -> Text"]]

1344+ xvL20 = Position 20 8 ; xvMsg = [ExpectExternFail, ExpectHoverText ["Data.Text.pack", ":: String -> Text"]]

1401− clL23 = Position 27 11 ; cls = [mkR 25 0 26 20, ExpectHoverText ["MyClass", "GotoHover.hs:26:1"]]

1345+ clL23 = Position 23 11 ; cls = [mkR 21 0 22 20, ExpectHoverText ["MyClass", "GotoHover.hs:22:1"]]

1402− clL25 = Position 29 9

1346+ clL25 = Position 25 9

1403− eclL15 = Position 19 8 ; ecls = [ExpectExternFail, ExpectHoverText ["Num", "Defined in ‘GHC.Num’"]]

1347+ eclL15 = Position 15 8 ; ecls = [ExpectExternFail, ExpectHoverText ["Num", "Defined in ‘GHC.Num’"]]

1404− dnbL29 = Position 33 18 ; dnb = [ExpectHoverText [":: ()"], mkR 33 12 33 21]

1348+ dnbL29 = Position 29 18 ; dnb = [ExpectHoverText [":: ()"], mkR 29 12 29 21]

1405− dnbL30 = Position 34 23

1349+ dnbL30 = Position 30 23

1406− lcbL33 = Position 37 26 ; lcb = [ExpectHoverText [":: Char"], mkR 37 26 37 27]

1350+ lcbL33 = Position 33 26 ; lcb = [ExpectHoverText [":: Char"], mkR 33 26 33 27]

1407− lclL33 = Position 37 22

1351+ lclL33 = Position 33 22

1408− mclL36 = Position 40 1 ; mcl = [mkR 40 0 40 14]

1352+ mclL36 = Position 36 1 ; mcl = [mkR 36 0 36 14]

1409− mclL37 = Position 41 1

1353+ mclL37 = Position 37 1

1410− spaceL37 = Position 41 24 ; space = [ExpectNoDefinitions, ExpectHoverText [":: Char"]]

1354+ spaceL37 = Position 37 24 ; space = [ExpectNoDefinitions, ExpectHoverText [":: Char"]]

1411− docL41 = Position 45 1 ; doc = [ExpectHoverText ["Recognizable docs: kpqz"]]

1355+ docL41 = Position 41 1 ; doc = [ExpectHoverText ["Recognizable docs: kpqz"]]

1412 ; constr = [ExpectHoverText ["Monad m"]]

1356 ; constr = [ExpectHoverText ["Monad m"]]

1413− eitL40 = Position 44 28 ; kindE = [ExpectHoverText [":: * -> * -> *\n"]]

1357+ eitL40 = Position 40 28 ; kindE = [ExpectHoverText [":: * -> * -> *\n"]]

1414− intL40 = Position 44 34 ; kindI = [ExpectHoverText [":: *\n"]]

1358+ intL40 = Position 40 34 ; kindI = [ExpectHoverText [":: *\n"]]

1415− tvrL40 = Position 44 37 ; kindV = [ExpectHoverText [":: * -> *\n"]]

1359+ tvrL40 = Position 40 37 ; kindV = [ExpectHoverText [":: * -> *\n"]]

1416− intL41 = Position 45 20 ; litI = [ExpectHoverText ["7518"]]

1360+ intL41 = Position 41 20 ; litI = [ExpectHoverText ["7518"]]

1417− chrL36 = Position 41 24 ; litC = [ExpectHoverText ["'f'"]]

1361+ chrL36 = Position 37 24 ; litC = [ExpectHoverText ["'f'"]]

1418− txtL8 = Position 12 14 ; litT = [ExpectHoverText ["\"dfgy\""]]

1362+ txtL8 = Position 8 14 ; litT = [ExpectHoverText ["\"dfgy\""]]

1419− lstL43 = Position 47 12 ; litL = [ExpectHoverText ["[8391 :: Int, 6268]"]]

1363+ lstL43 = Position 43 12 ; litL = [ExpectHoverText ["[8391 :: Int, 6268]"]]

1420− outL45 = Position 49 3 ; outSig = [ExpectHoverText ["outer", "Bool"], mkR 46 0 46 5]

1364+ outL45 = Position 45 3 ; outSig = [ExpectHoverText ["outer", "Bool"], mkR 46 0 46 5]

1421− innL48 = Position 52 5 ; innSig = [ExpectHoverText ["inner", "Char"], mkR 49 2 49 7]

1365+ innL48 = Position 48 5 ; innSig = [ExpectHoverText ["inner", "Char"], mkR 49 2 49 7]

1422− imported = Position 56 13 ; importedSig = getDocUri "Foo.hs" >>= \foo -> return [ExpectHoverText ["foo", "Foo"], mkL foo 4 0 4 3]

1423− reexported = Position 55 14 ; reexportedSig = getDocUri "Bar.hs" >>= \bar -> return [ExpectHoverText ["Bar", "Bar"], mkL bar 2 0 2 14]

1424 in

1366 in

1425 mkFindTests

1367 mkFindTests

1426− -- def hover look expect

1368+ -- def hover look expect

1427− [ test yes yes fffL4 fff "field in record definition"

1369+ [ test yes yes fffL4 fff "field in record definition"

1428− , test broken broken fffL8 fff "field in record construction #71"

1370+ , test broken broken fffL8 fff "field in record construction #71"

1429− , test yes yes fffL14 fff "field name used as accessor" -- 120 in Calculate.hs

1371+ , test yes yes fffL14 fff "field name used as accessor" -- 120 in Calculate.hs

1430− , test yes yes aaaL14 aaa "top-level name" -- 120

1372+ , test yes yes aaaL14 aaa "top-level name" -- 120

1431− , test yes yes dcL7 tcDC "data constructor record #247"

1373+ , test yes yes dcL7 tcDC "data constructor record #247"

1432− , test yes yes dcL12 tcDC "data constructor plain" -- 121

1374+ , test yes yes dcL12 tcDC "data constructor plain" -- 121

1433− , test yes yes tcL6 tcData "type constructor #248" -- 147

1375+ , test yes yes tcL6 tcData "type constructor #248" -- 147

1434− , test broken yes xtcL5 xtc "type constructor external #248,249"

1376+ , test broken yes xtcL5 xtc "type constructor external #248,249"

1435− , test broken yes xvL20 xvMsg "value external package #249" -- 120

1377+ , test broken yes xvL20 xvMsg "value external package #249" -- 120

1436− , test yes yes vvL16 vv "plain parameter" -- 120

1378+ , test yes yes vvL16 vv "plain parameter" -- 120

1437− , test yes yes aL18 apmp "pattern match name" -- 120

1379+ , test yes yes aL18 apmp "pattern match name" -- 120

1438− , test yes yes opL16 op "top-level operator" -- 120, 123

1380+ , test yes yes opL16 op "top-level operator" -- 120, 123

1439− , test yes yes opL18 opp "parameter operator" -- 120

1381+ , test yes yes opL18 opp "parameter operator" -- 120

1440− , test yes yes b'L19 bp "name in backticks" -- 120

1382+ , test yes yes b'L19 bp "name in backticks" -- 120

1441− , test yes yes clL23 cls "class in instance declaration #250"

1383+ , test yes yes clL23 cls "class in instance declaration #250"

1442− , test yes yes clL25 cls "class in signature #250" -- 147

1384+ , test yes yes clL25 cls "class in signature #250" -- 147

1443− , test broken yes eclL15 ecls "external class in signature #249,250"

1385+ , test broken yes eclL15 ecls "external class in signature #249,250"

1444− , test yes yes dnbL29 dnb "do-notation bind" -- 137

1386+ , test yes yes dnbL29 dnb "do-notation bind" -- 137

1445− , test yes yes dnbL30 dnb "do-notation lookup"

1387+ , test yes yes dnbL30 dnb "do-notation lookup"

1446− , test yes yes lcbL33 lcb "listcomp bind" -- 137

1388+ , test yes yes lcbL33 lcb "listcomp bind" -- 137

1447− , test yes yes lclL33 lcb "listcomp lookup"

1389+ , test yes yes lclL33 lcb "listcomp lookup"

1448− , test yes yes mclL36 mcl "top-level fn 1st clause"

1390+ , test yes yes mclL36 mcl "top-level fn 1st clause"

1449− , test yes yes mclL37 mcl "top-level fn 2nd clause #246"

1391+ , test yes yes mclL37 mcl "top-level fn 2nd clause #246"

1450− , test yes yes spaceL37 space "top-level fn on space #315"

1392+ , test yes yes spaceL37 space "top-level fn on space #315"

1451− , test no broken docL41 doc "documentation #7"

1393+ , test no broken docL41 doc "documentation #7"

1452− , test no yes eitL40 kindE "kind of Either #273"

1394+ , test no yes eitL40 kindE "kind of Either #273"

1453− , test no yes intL40 kindI "kind of Int #273"

1395+ , test no yes intL40 kindI "kind of Int #273"

1454− , test no broken tvrL40 kindV "kind of (* -> *) type variable #273"

1396+ , test no broken tvrL40 kindV "kind of (* -> *) type variable #273"

1455− , test no yes intL41 litI "literal Int in hover info #274"

1397+ , test no yes intL41 litI "literal Int in hover info #274"

1456− , test no yes chrL36 litC "literal Char in hover info #274"

1398+ , test no yes chrL36 litC "literal Char in hover info #274"

1457− , test no yes txtL8 litT "literal Text in hover info #274"

1399+ , test no yes txtL8 litT "literal Text in hover info #274"

1458− , test no yes lstL43 litL "literal List in hover info #274"

1400+ , test no yes lstL43 litL "literal List in hover info #274"

1459− , test no yes docL41 constr "type constraint in hover info #283"

1401+ , test no yes docL41 constr "type constraint in hover info #283"

1460− , test broken broken outL45 outSig "top-level signature #310"

1402+ , test broken broken outL45 outSig "top-level signature #310"

1461− , test broken broken innL48 innSig "inner signature #310"

1403+ , test broken broken innL48 innSig "inner signature #310"

1462− , testM yes yes imported importedSig "Imported symbol"

1463− , testM yes yes reexported reexportedSig "Imported symbol (reexported)"

1464 ]

1404 ]

1465 where yes, broken :: (TestTree -> Maybe TestTree)

1405 where yes, broken :: (TestTree -> Maybe TestTree)

1466 yes = Just -- test should run and pass

1406 yes = Just -- test should run and pass

1467 broken = Just . (`xfail` "known broken")

1407 broken = Just . (`xfail` "known broken")

1468 no = const Nothing -- don't run this test at all

1408 no = const Nothing -- don't run this test at all

1469

1409

1470−checkFileCompiles :: FilePath -> TestTree

1471−checkFileCompiles fp =

1472− testSessionWithExtraFiles "hover" ("Does " ++ fp ++ " compile") $ \dir -> do

1473− void (openTestDataDoc (dir </> fp))

1474− expectNoMoreDiagnostics 0.5

1475−

1476−

1477−

1478pluginTests :: TestTree

1410pluginTests :: TestTree

1479−pluginTests = (`xfail8101` "known broken (#556)")

1480− $ testSessionWait "plugins" $ do

1411+pluginTests = testSessionWait "plugins" $ do

1481 let content =

1412 let content =

1482 T.unlines

1413 T.unlines

1483 [ "{-# OPTIONS_GHC -fplugin GHC.TypeLits.KnownNat.Solver #-}"

1414 [ "{-# OPTIONS_GHC -fplugin GHC.TypeLits.KnownNat.Solver #-}"

@@ -1491,7 +1422,7 @@ pluginTests = (`xfail8101` "known broken (#556)")

1491 , "foo :: Int -> Int -> Int"

1422 , "foo :: Int -> Int -> Int"

1492 , "foo a b = a + c"

1423 , "foo a b = a + c"

1493 ]

1424 ]

1494− _ <- createDoc "Testing.hs" "haskell" content

1425+ _ <- openDoc' "Testing.hs" "haskell" content

1495 expectDiagnostics

1426 expectDiagnostics

1496 [ ( "Testing.hs",

1427 [ ( "Testing.hs",

1497 [(DsError, (8, 14), "Variable not in scope: c")]

1428 [(DsError, (8, 14), "Variable not in scope: c")]

@@ -1518,7 +1449,7 @@ cppTests =

1518 run $ expectError content (2, 1)

1449 run $ expectError content (2, 1)

1519 )

1450 )

1520 , testSessionWait "cpp-ghcide" $ do

1451 , testSessionWait "cpp-ghcide" $ do

1521− _ <- createDoc "A.hs" "haskell" $ T.unlines

1452+ _ <- openDoc' "A.hs" "haskell" $ T.unlines

1522 ["{-# LANGUAGE CPP #-}"

1453 ["{-# LANGUAGE CPP #-}"

1523 ,"main ="

1454 ,"main ="

1524 ,"#ifdef __GHCIDE__"

1455 ,"#ifdef __GHCIDE__"

@@ -1532,7 +1463,7 @@ cppTests =

1532 where

1463 where

1533 expectError :: T.Text -> Cursor -> Session ()

1464 expectError :: T.Text -> Cursor -> Session ()

1534 expectError content cursor = do

1465 expectError content cursor = do

1535− _ <- createDoc "Testing.hs" "haskell" content

1466+ _ <- openDoc' "Testing.hs" "haskell" content

1536 expectDiagnostics

1467 expectDiagnostics

1537 [ ( "Testing.hs",

1468 [ ( "Testing.hs",

1538 [(DsError, cursor, "error: unterminated")]

1469 [(DsError, cursor, "error: unterminated")]

@@ -1548,7 +1479,7 @@ preprocessorTests = testSessionWait "preprocessor" $ do

1548 , "module Testing where"

1479 , "module Testing where"

1549 , "y = x + z" -- plugin replaces x with y, making this have only one diagnostic

1480 , "y = x + z" -- plugin replaces x with y, making this have only one diagnostic

1550 ]

1481 ]

1551− _ <- createDoc "Testing.hs" "haskell" content

1482+ _ <- openDoc' "Testing.hs" "haskell" content

1552 expectDiagnostics

1483 expectDiagnostics

1553 [ ( "Testing.hs",

1484 [ ( "Testing.hs",

1554 [(DsError, (2, 8), "Variable not in scope: z")]

1485 [(DsError, (2, 8), "Variable not in scope: z")]

@@ -1581,8 +1512,8 @@ safeTests =

1581 ,"safeId = trustWorthyId"

1512 ,"safeId = trustWorthyId"

1582 ]

1513 ]

1583

1514

1584− _ <- createDoc "A.hs" "haskell" sourceA

1515+ _ <- openDoc' "A.hs" "haskell" sourceA

1585− _ <- createDoc "B.hs" "haskell" sourceB

1516+ _ <- openDoc' "B.hs" "haskell" sourceB

1586 expectNoMoreDiagnostics 1 ]

1517 expectNoMoreDiagnostics 1 ]

1587

1518

1588thTests :: TestTree

1519thTests :: TestTree

@@ -1610,8 +1541,8 @@ thTests =

1610 "b :: Integer",

1541 "b :: Integer",

1611 "b = $(litE $ IntegerL $ a) + n"

1542 "b = $(litE $ IntegerL $ a) + n"

1612 ]

1543 ]

1613− _ <- createDoc "A.hs" "haskell" sourceA

1544+ _ <- openDoc' "A.hs" "haskell" sourceA

1614− _ <- createDoc "B.hs" "haskell" sourceB

1545+ _ <- openDoc' "B.hs" "haskell" sourceB

1615 expectDiagnostics [ ( "B.hs", [(DsError, (6, 29), "Variable not in scope: n")] ) ]

1546 expectDiagnostics [ ( "B.hs", [(DsError, (6, 29), "Variable not in scope: n")] ) ]

1616 , testSessionWait "newtype-closure" $ do

1547 , testSessionWait "newtype-closure" $ do

1617 let sourceA =

1548 let sourceA =

@@ -1631,8 +1562,8 @@ thTests =

1631 ,"import A"

1562 ,"import A"

1632 ,"b :: Int"

1563 ,"b :: Int"

1633 ,"b = $( a )" ]

1564 ,"b = $( a )" ]

1634− _ <- createDoc "A.hs" "haskell" sourceA

1565+ _ <- openDoc' "A.hs" "haskell" sourceA

1635− _ <- createDoc "B.hs" "haskell" sourceB

1566+ _ <- openDoc' "B.hs" "haskell" sourceB

1636 return ()

1567 return ()

1637 ]

1568 ]

1638

1569

@@ -1641,7 +1572,7 @@ completionTests

1641 = testGroup "completion"

1572 = testGroup "completion"

1642 [ testSessionWait "variable" $ do

1573 [ testSessionWait "variable" $ do

1643 let source = T.unlines ["module A where", "f = hea"]

1574 let source = T.unlines ["module A where", "f = hea"]

1644− docId <- createDoc "A.hs" "haskell" source

1575+ docId <- openDoc' "A.hs" "haskell" source

1645 compls <- getCompletions docId (Position 1 7)

1576 compls <- getCompletions docId (Position 1 7)

1646 liftIO $ map dropDocs compls @?=

1577 liftIO $ map dropDocs compls @?=

1647 [complItem "head" (Just CiFunction) (Just "[a] -> a")]

1578 [complItem "head" (Just CiFunction) (Just "[a] -> a")]

@@ -1653,7 +1584,7 @@ completionTests

1653 ]

1584 ]

1654 , testSessionWait "constructor" $ do

1585 , testSessionWait "constructor" $ do

1655 let source = T.unlines ["module A where", "f = Tru"]

1586 let source = T.unlines ["module A where", "f = Tru"]

1656− docId <- createDoc "A.hs" "haskell" source

1587+ docId <- openDoc' "A.hs" "haskell" source

1657 compls <- getCompletions docId (Position 1 7)

1588 compls <- getCompletions docId (Position 1 7)

1658 liftIO $ map dropDocs compls @?=

1589 liftIO $ map dropDocs compls @?=

1659 [ complItem "True" (Just CiConstructor) (Just "Bool")

1590 [ complItem "True" (Just CiConstructor) (Just "Bool")

@@ -1665,7 +1596,7 @@ completionTests

1665 ]

1596 ]

1666 , testSessionWait "type" $ do

1597 , testSessionWait "type" $ do

1667 let source = T.unlines ["{-# OPTIONS_GHC -Wall #-}", "module A () where", "f :: ()", "f = ()"]

1598 let source = T.unlines ["{-# OPTIONS_GHC -Wall #-}", "module A () where", "f :: ()", "f = ()"]

1668− docId <- createDoc "A.hs" "haskell" source

1599+ docId <- openDoc' "A.hs" "haskell" source

1669 expectDiagnostics [ ("A.hs", [(DsWarning, (3,0), "not used")]) ]

1600 expectDiagnostics [ ("A.hs", [(DsWarning, (3,0), "not used")]) ]

1670 changeDoc docId [TextDocumentContentChangeEvent Nothing Nothing $ T.unlines ["{-# OPTIONS_GHC -Wall #-}", "module A () where", "f :: Bo", "f = True"]]

1601 changeDoc docId [TextDocumentContentChangeEvent Nothing Nothing $ T.unlines ["{-# OPTIONS_GHC -Wall #-}", "module A () where", "f :: Bo", "f = True"]]

1671 compls <- getCompletions docId (Position 2 7)

1602 compls <- getCompletions docId (Position 2 7)

@@ -1682,7 +1613,7 @@ completionTests

1682 checkDocText "Bool" boolDocs [ "Defined in 'Prelude'" ]

1613 checkDocText "Bool" boolDocs [ "Defined in 'Prelude'" ]

1683 , testSessionWait "qualified" $ do

1614 , testSessionWait "qualified" $ do

1684 let source = T.unlines ["{-# OPTIONS_GHC -Wunused-binds #-}", "module A () where", "f = ()"]

1615 let source = T.unlines ["{-# OPTIONS_GHC -Wunused-binds #-}", "module A () where", "f = ()"]

1685− docId <- createDoc "A.hs" "haskell" source

1616+ docId <- openDoc' "A.hs" "haskell" source

1686 expectDiagnostics [ ("A.hs", [(DsWarning, (2, 0), "not used")]) ]

1617 expectDiagnostics [ ("A.hs", [(DsWarning, (2, 0), "not used")]) ]

1687 changeDoc docId [TextDocumentContentChangeEvent Nothing Nothing $ T.unlines ["{-# OPTIONS_GHC -Wunused-binds #-}", "module A () where", "f = Prelude.hea"]]

1618 changeDoc docId [TextDocumentContentChangeEvent Nothing Nothing $ T.unlines ["{-# OPTIONS_GHC -Wunused-binds #-}", "module A () where", "f = Prelude.hea"]]

1688 compls <- getCompletions docId (Position 2 15)

1619 compls <- getCompletions docId (Position 2 15)

@@ -1696,7 +1627,7 @@ completionTests

1696 ]

1627 ]

1697 , testSessionWait "keyword" $ do

1628 , testSessionWait "keyword" $ do

1698 let source = T.unlines ["module A where", "f = newty"]

1629 let source = T.unlines ["module A where", "f = newty"]

1699− docId <- createDoc "A.hs" "haskell" source

1630+ docId <- openDoc' "A.hs" "haskell" source

1700 compls <- getCompletions docId (Position 1 9)

1631 compls <- getCompletions docId (Position 1 9)

1701 liftIO $ compls @?= [keywordItem "newtype"]

1632 liftIO $ compls @?= [keywordItem "newtype"]

1702 , testSessionWait "type context" $ do

1633 , testSessionWait "type context" $ do

@@ -1705,7 +1636,7 @@ completionTests

1705 , "module A () where"

1636 , "module A () where"

1706 , "f = f"

1637 , "f = f"

1707 ]

1638 ]

1708− docId <- createDoc "A.hs" "haskell" source

1639+ docId <- openDoc' "A.hs" "haskell" source

1709 expectDiagnostics [("A.hs", [(DsWarning, (2, 0), "not used")])]

1640 expectDiagnostics [("A.hs", [(DsWarning, (2, 0), "not used")])]

1710 changeDoc docId

1641 changeDoc docId

1711 [ TextDocumentContentChangeEvent Nothing Nothing $ T.unlines

1642 [ TextDocumentContentChangeEvent Nothing Nothing $ T.unlines

@@ -1727,7 +1658,6 @@ completionTests

1727 complItem label kind ty = CompletionItem

1658 complItem label kind ty = CompletionItem

1728 { _label = label

1659 { _label = label

1729 , _kind = kind

1660 , _kind = kind

1730− , _tags = List []

1731 , _detail = (":: " <>) <$> ty

1661 , _detail = (":: " <>) <$> ty

1732 , _documentation = Nothing

1662 , _documentation = Nothing

1733 , _deprecated = Nothing

1663 , _deprecated = Nothing

@@ -1745,7 +1675,6 @@ completionTests

1745 keywordItem label = CompletionItem

1675 keywordItem label = CompletionItem

1746 { _label = label

1676 { _label = label

1747 , _kind = Just CiKeyword

1677 , _kind = Just CiKeyword

1748− , _tags = List []

1749 , _detail = Nothing

1678 , _detail = Nothing

1750 , _documentation = Nothing

1679 , _documentation = Nothing

1751 , _deprecated = Nothing

1680 , _deprecated = Nothing

@@ -1773,7 +1702,7 @@ outlineTests = testGroup

1773 "outline"

1702 "outline"

1774 [ testSessionWait "type class" $ do

1703 [ testSessionWait "type class" $ do

1775 let source = T.unlines ["module A where", "class A a where a :: a -> Bool"]

1704 let source = T.unlines ["module A where", "class A a where a :: a -> Bool"]

1776− docId <- createDoc "A.hs" "haskell" source

1705+ docId <- openDoc' "A.hs" "haskell" source

1777 symbols <- getDocumentSymbols docId

1706 symbols <- getDocumentSymbols docId

1778 liftIO $ symbols @?= Left

1707 liftIO $ symbols @?= Left

1779 [ moduleSymbol

1708 [ moduleSymbol

@@ -1786,7 +1715,7 @@ outlineTests = testGroup

1786 ]

1715 ]

1787 , testSessionWait "type class instance " $ do

1716 , testSessionWait "type class instance " $ do

1788 let source = T.unlines ["class A a where", "instance A () where"]

1717 let source = T.unlines ["class A a where", "instance A () where"]

1789− docId <- createDoc "A.hs" "haskell" source

1718+ docId <- openDoc' "A.hs" "haskell" source

1790 symbols <- getDocumentSymbols docId

1719 symbols <- getDocumentSymbols docId

1791 liftIO $ symbols @?= Left

1720 liftIO $ symbols @?= Left

1792 [ classSymbol "A a" (R 0 0 0 15) []

1721 [ classSymbol "A a" (R 0 0 0 15) []

@@ -1794,7 +1723,7 @@ outlineTests = testGroup

1794 ]

1723 ]

1795 , testSessionWait "type family" $ do

1724 , testSessionWait "type family" $ do

1796 let source = T.unlines ["{-# language TypeFamilies #-}", "type family A"]

1725 let source = T.unlines ["{-# language TypeFamilies #-}", "type family A"]

1797− docId <- createDoc "A.hs" "haskell" source

1726+ docId <- openDoc' "A.hs" "haskell" source

1798 symbols <- getDocumentSymbols docId

1727 symbols <- getDocumentSymbols docId

1799 liftIO $ symbols @?= Left [docSymbolD "A" "type family" SkClass (R 1 0 1 13)]

1728 liftIO $ symbols @?= Left [docSymbolD "A" "type family" SkClass (R 1 0 1 13)]

1800 , testSessionWait "type family instance " $ do

1729 , testSessionWait "type family instance " $ do

@@ -1803,7 +1732,7 @@ outlineTests = testGroup

1803 , "type family A a"

1732 , "type family A a"

1804 , "type instance A () = ()"

1733 , "type instance A () = ()"

1805 ]

1734 ]

1806− docId <- createDoc "A.hs" "haskell" source

1735+ docId <- openDoc' "A.hs" "haskell" source

1807 symbols <- getDocumentSymbols docId

1736 symbols <- getDocumentSymbols docId

1808 liftIO $ symbols @?= Left

1737 liftIO $ symbols @?= Left

1809 [ docSymbolD "A a" "type family" SkClass (R 1 0 1 15)

1738 [ docSymbolD "A a" "type family" SkClass (R 1 0 1 15)

@@ -1811,7 +1740,7 @@ outlineTests = testGroup

1811 ]

1740 ]

1812 , testSessionWait "data family" $ do

1741 , testSessionWait "data family" $ do

1813 let source = T.unlines ["{-# language TypeFamilies #-}", "data family A"]

1742 let source = T.unlines ["{-# language TypeFamilies #-}", "data family A"]

1814− docId <- createDoc "A.hs" "haskell" source

1743+ docId <- openDoc' "A.hs" "haskell" source

1815 symbols <- getDocumentSymbols docId

1744 symbols <- getDocumentSymbols docId

1816 liftIO $ symbols @?= Left [docSymbolD "A" "data family" SkClass (R 1 0 1 11)]

1745 liftIO $ symbols @?= Left [docSymbolD "A" "data family" SkClass (R 1 0 1 11)]

1817 , testSessionWait "data family instance " $ do

1746 , testSessionWait "data family instance " $ do

@@ -1820,7 +1749,7 @@ outlineTests = testGroup

1820 , "data family A a"

1749 , "data family A a"

1821 , "data instance A () = A ()"

1750 , "data instance A () = A ()"

1822 ]

1751 ]

1823− docId <- createDoc "A.hs" "haskell" source

1752+ docId <- openDoc' "A.hs" "haskell" source

1824 symbols <- getDocumentSymbols docId

1753 symbols <- getDocumentSymbols docId

1825 liftIO $ symbols @?= Left

1754 liftIO $ symbols @?= Left

1826 [ docSymbolD "A a" "data family" SkClass (R 1 0 1 11)

1755 [ docSymbolD "A a" "data family" SkClass (R 1 0 1 11)

@@ -1828,36 +1757,36 @@ outlineTests = testGroup

1828 ]

1757 ]

1829 , testSessionWait "constant" $ do

1758 , testSessionWait "constant" $ do

1830 let source = T.unlines ["a = ()"]

1759 let source = T.unlines ["a = ()"]

1831− docId <- createDoc "A.hs" "haskell" source

1760+ docId <- openDoc' "A.hs" "haskell" source

1832 symbols <- getDocumentSymbols docId

1761 symbols <- getDocumentSymbols docId

1833 liftIO $ symbols @?= Left

1762 liftIO $ symbols @?= Left

1834 [docSymbol "a" SkFunction (R 0 0 0 6)]

1763 [docSymbol "a" SkFunction (R 0 0 0 6)]

1835 , testSessionWait "pattern" $ do

1764 , testSessionWait "pattern" $ do

1836 let source = T.unlines ["Just foo = Just 21"]

1765 let source = T.unlines ["Just foo = Just 21"]

1837− docId <- createDoc "A.hs" "haskell" source

1766+ docId <- openDoc' "A.hs" "haskell" source

1838 symbols <- getDocumentSymbols docId

1767 symbols <- getDocumentSymbols docId

1839 liftIO $ symbols @?= Left

1768 liftIO $ symbols @?= Left

1840 [docSymbol "Just foo" SkFunction (R 0 0 0 18)]

1769 [docSymbol "Just foo" SkFunction (R 0 0 0 18)]

1841 , testSessionWait "pattern with type signature" $ do

1770 , testSessionWait "pattern with type signature" $ do

1842 let source = T.unlines ["{-# language ScopedTypeVariables #-}", "a :: () = ()"]

1771 let source = T.unlines ["{-# language ScopedTypeVariables #-}", "a :: () = ()"]

1843− docId <- createDoc "A.hs" "haskell" source

1772+ docId <- openDoc' "A.hs" "haskell" source

1844 symbols <- getDocumentSymbols docId

1773 symbols <- getDocumentSymbols docId

1845 liftIO $ symbols @?= Left

1774 liftIO $ symbols @?= Left

1846 [docSymbol "a :: ()" SkFunction (R 1 0 1 12)]

1775 [docSymbol "a :: ()" SkFunction (R 1 0 1 12)]

1847 , testSessionWait "function" $ do

1776 , testSessionWait "function" $ do

1848 let source = T.unlines ["a x = ()"]

1777 let source = T.unlines ["a x = ()"]

1849− docId <- createDoc "A.hs" "haskell" source

1778+ docId <- openDoc' "A.hs" "haskell" source

1850 symbols <- getDocumentSymbols docId

1779 symbols <- getDocumentSymbols docId

1851 liftIO $ symbols @?= Left [docSymbol "a" SkFunction (R 0 0 0 8)]

1780 liftIO $ symbols @?= Left [docSymbol "a" SkFunction (R 0 0 0 8)]

1852 , testSessionWait "type synonym" $ do

1781 , testSessionWait "type synonym" $ do

1853 let source = T.unlines ["type A = Bool"]

1782 let source = T.unlines ["type A = Bool"]

1854− docId <- createDoc "A.hs" "haskell" source

1783+ docId <- openDoc' "A.hs" "haskell" source

1855 symbols <- getDocumentSymbols docId

1784 symbols <- getDocumentSymbols docId

1856 liftIO $ symbols @?= Left

1785 liftIO $ symbols @?= Left

1857 [docSymbol' "A" SkTypeParameter (R 0 0 0 13) (R 0 5 0 6)]

1786 [docSymbol' "A" SkTypeParameter (R 0 0 0 13) (R 0 5 0 6)]

1858 , testSessionWait "datatype" $ do

1787 , testSessionWait "datatype" $ do

1859 let source = T.unlines ["data A = C"]

1788 let source = T.unlines ["data A = C"]

1860− docId <- createDoc "A.hs" "haskell" source

1789+ docId <- openDoc' "A.hs" "haskell" source

1861 symbols <- getDocumentSymbols docId

1790 symbols <- getDocumentSymbols docId

1862 liftIO $ symbols @?= Left

1791 liftIO $ symbols @?= Left

1863 [ docSymbolWithChildren "A"

1792 [ docSymbolWithChildren "A"

@@ -1865,21 +1794,9 @@ outlineTests = testGroup

1865 (R 0 0 0 10)

1794 (R 0 0 0 10)

1866 [docSymbol "C" SkConstructor (R 0 9 0 10)]

1795 [docSymbol "C" SkConstructor (R 0 9 0 10)]

1867 ]

1796 ]

1868− , testSessionWait "record fields" $ do

1869− let source = T.unlines ["data A = B {", " x :: Int", " , y :: Int}"]

1870− docId <- createDoc "A.hs" "haskell" source

1871− symbols <- getDocumentSymbols docId

1872− liftIO $ symbols @=? Left

1873− [ docSymbolWithChildren "A" SkStruct (R 0 0 2 13)

1874− [ docSymbolWithChildren' "B" SkConstructor (R 0 9 2 13) (R 0 9 0 10)

1875− [ docSymbol "x" SkField (R 1 2 1 3)

1876− , docSymbol "y" SkField (R 2 4 2 5)

1877− ]

1878− ]

1879− ]

1880 , testSessionWait "import" $ do

1797 , testSessionWait "import" $ do

1881 let source = T.unlines ["import Data.Maybe"]

1798 let source = T.unlines ["import Data.Maybe"]

1882− docId <- createDoc "A.hs" "haskell" source

1799+ docId <- openDoc' "A.hs" "haskell" source

1883 symbols <- getDocumentSymbols docId

1800 symbols <- getDocumentSymbols docId

1884 liftIO $ symbols @?= Left

1801 liftIO $ symbols @?= Left

1885 [docSymbolWithChildren "imports"

1802 [docSymbolWithChildren "imports"

@@ -1890,7 +1807,7 @@ outlineTests = testGroup

1890 ]

1807 ]

1891 , testSessionWait "multiple import" $ do

1808 , testSessionWait "multiple import" $ do

1892 let source = T.unlines ["", "import Data.Maybe", "", "import Control.Exception", ""]

1809 let source = T.unlines ["", "import Data.Maybe", "", "import Control.Exception", ""]

1893− docId <- createDoc "A.hs" "haskell" source

1810+ docId <- openDoc' "A.hs" "haskell" source

1894 symbols <- getDocumentSymbols docId

1811 symbols <- getDocumentSymbols docId

1895 liftIO $ symbols @?= Left

1812 liftIO $ symbols @?= Left

1896 [docSymbolWithChildren "imports"

1813 [docSymbolWithChildren "imports"

@@ -1905,7 +1822,7 @@ outlineTests = testGroup

1905 [ "{-# language ForeignFunctionInterface #-}"

1822 [ "{-# language ForeignFunctionInterface #-}"

1906 , "foreign import ccall \"a\" a :: Int"

1823 , "foreign import ccall \"a\" a :: Int"

1907 ]

1824 ]

1908− docId <- createDoc "A.hs" "haskell" source

1825+ docId <- openDoc' "A.hs" "haskell" source

1909 symbols <- getDocumentSymbols docId

1826 symbols <- getDocumentSymbols docId

1910 liftIO $ symbols @?= Left [docSymbolD "a" "import" SkObject (R 1 0 1 33)]

1827 liftIO $ symbols @?= Left [docSymbolD "a" "import" SkObject (R 1 0 1 33)]

1911 , testSessionWait "foreign export" $ do

1828 , testSessionWait "foreign export" $ do

@@ -1913,7 +1830,7 @@ outlineTests = testGroup

1913 [ "{-# language ForeignFunctionInterface #-}"

1830 [ "{-# language ForeignFunctionInterface #-}"

1914 , "foreign export ccall odd :: Int -> Bool"

1831 , "foreign export ccall odd :: Int -> Bool"

1915 ]

1832 ]

1916− docId <- createDoc "A.hs" "haskell" source

1833+ docId <- openDoc' "A.hs" "haskell" source

1917 symbols <- getDocumentSymbols docId

1834 symbols <- getDocumentSymbols docId

1918 liftIO $ symbols @?= Left [docSymbolD "odd" "export" SkObject (R 1 0 1 39)]

1835 liftIO $ symbols @?= Left [docSymbolD "odd" "export" SkObject (R 1 0 1 39)]

1919 ]

1836 ]

@@ -1926,8 +1843,6 @@ outlineTests = testGroup

1926 DocumentSymbol name (Just detail) kind Nothing loc loc Nothing

1843 DocumentSymbol name (Just detail) kind Nothing loc loc Nothing

1927 docSymbolWithChildren name kind loc cc =

1844 docSymbolWithChildren name kind loc cc =

1928 DocumentSymbol name Nothing kind Nothing loc loc (Just $ List cc)

1845 DocumentSymbol name Nothing kind Nothing loc loc (Just $ List cc)

1929− docSymbolWithChildren' name kind loc selectionLoc cc =

1930− DocumentSymbol name Nothing kind Nothing loc selectionLoc (Just $ List cc)

1931 moduleSymbol name loc cc = DocumentSymbol name

1846 moduleSymbol name loc cc = DocumentSymbol name

1932 Nothing

1847 Nothing

1933 SkFile

1848 SkFile

@@ -1949,16 +1864,8 @@ pattern R x y x' y' = Range (Position x y) (Position x' y')

1949xfail :: TestTree -> String -> TestTree

1864xfail :: TestTree -> String -> TestTree

1950xfail = flip expectFailBecause

1865xfail = flip expectFailBecause

1951

1866

1952−xfail8101 :: TestTree -> String -> TestTree

1953−#if MIN_GHC_API_VERSION(8,10,0)

1954−xfail8101 = flip expectFailBecause

1955−#else

1956−xfail8101 t _ = t

1957−#endif

1958−

1959data Expect

1867data Expect

1960 = ExpectRange Range -- Both gotoDef and hover should report this range

1868 = ExpectRange Range -- Both gotoDef and hover should report this range

1961− | ExpectLocation Location

1962-- | ExpectDefRange Range -- Only gotoDef should report this range

1869-- | ExpectDefRange Range -- Only gotoDef should report this range

1963 | ExpectHoverRange Range -- Only hover should report this range

1870 | ExpectHoverRange Range -- Only hover should report this range

1964 | ExpectHoverText [T.Text] -- the hover message must contain these snippets

1871 | ExpectHoverText [T.Text] -- the hover message must contain these snippets

@@ -1971,9 +1878,6 @@ data Expect

1971mkR :: Int -> Int -> Int -> Int -> Expect

1878mkR :: Int -> Int -> Int -> Int -> Expect

1972mkR startLine startColumn endLine endColumn = ExpectRange $ mkRange startLine startColumn endLine endColumn

1879mkR startLine startColumn endLine endColumn = ExpectRange $ mkRange startLine startColumn endLine endColumn

1973

1880

1974−mkL :: Uri -> Int -> Int -> Int -> Int -> Expect

1975−mkL uri startLine startColumn endLine endColumn = ExpectLocation $ Location uri $ mkRange startLine startColumn endLine endColumn

1976−

1977haddockTests :: TestTree

1881haddockTests :: TestTree

1978haddockTests

1882haddockTests

1979 = testGroup "haddock"

1883 = testGroup "haddock"

@@ -2033,7 +1937,6 @@ cradleTests :: TestTree

2033cradleTests = testGroup "cradle"

1937cradleTests = testGroup "cradle"

2034 [testGroup "dependencies" [sessionDepsArePickedUp]

1938 [testGroup "dependencies" [sessionDepsArePickedUp]

2035 ,testGroup "loading" [loadCradleOnlyonce]

1939 ,testGroup "loading" [loadCradleOnlyonce]

2036− ,testGroup "multi" [simpleMultiTest, simpleMultiTest2]

2037 ]

1940 ]

2038

1941

2039loadCradleOnlyonce :: TestTree

1942loadCradleOnlyonce :: TestTree

@@ -2048,53 +1951,17 @@ loadCradleOnlyonce = testGroup "load cradle only once"

2048 test dir

1951 test dir

2049 implicit dir = test dir

1952 implicit dir = test dir

2050 test _dir = do

1953 test _dir = do

2051− doc <- createDoc "B.hs" "haskell" "module B where\nimport Data.Foo"

1954+ doc <- openDoc' "B.hs" "haskell" "module B where\nimport Data.Foo"

2052 msgs <- someTill (skipManyTill anyMessage cradleLoadedMessage) (skipManyTill anyMessage (message @PublishDiagnosticsNotification))

1955 msgs <- someTill (skipManyTill anyMessage cradleLoadedMessage) (skipManyTill anyMessage (message @PublishDiagnosticsNotification))

2053 liftIO $ length msgs @?= 1

1956 liftIO $ length msgs @?= 1

2054 changeDoc doc [TextDocumentContentChangeEvent Nothing Nothing "module B where\nimport Data.Maybe"]

1957 changeDoc doc [TextDocumentContentChangeEvent Nothing Nothing "module B where\nimport Data.Maybe"]

2055 msgs <- manyTill (skipManyTill anyMessage cradleLoadedMessage) (skipManyTill anyMessage (message @PublishDiagnosticsNotification))

1958 msgs <- manyTill (skipManyTill anyMessage cradleLoadedMessage) (skipManyTill anyMessage (message @PublishDiagnosticsNotification))

2056 liftIO $ length msgs @?= 0

1959 liftIO $ length msgs @?= 0

2057− _ <- createDoc "A.hs" "haskell" "module A where\nimport LoadCradleBar"

1960+ _ <- openDoc' "A.hs" "haskell" "module A where\nimport Bar"

2058 msgs <- manyTill (skipManyTill anyMessage cradleLoadedMessage) (skipManyTill anyMessage (message @PublishDiagnosticsNotification))

1961 msgs <- manyTill (skipManyTill anyMessage cradleLoadedMessage) (skipManyTill anyMessage (message @PublishDiagnosticsNotification))

2059 liftIO $ length msgs @?= 0

1962 liftIO $ length msgs @?= 0

2060

1963

2061

1964

2062−dependentFileTest :: TestTree

2063−dependentFileTest = testGroup "addDependentFile"

2064− [testGroup "file-changed" [testSession' "test" test]

2065− ]

2066− where

2067− test dir = do

2068− -- If the file contains B then no type error

2069− -- otherwise type error

2070− liftIO $ writeFile (dir </> "dep-file.txt") "A"

2071− let fooContent = T.unlines

2072− [ "{-# LANGUAGE TemplateHaskell #-}"

2073− , "module Foo where"

2074− , "import Language.Haskell.TH.Syntax"

2075− , "foo :: Int"

2076− , "foo = 1 + $(do"

2077− , " qAddDependentFile \"dep-file.txt\""

2078− , " f <- qRunIO (readFile \"dep-file.txt\")"

2079− , " if f == \"B\" then [| 1 |] else lift f)"

2080− ]

2081− let bazContent = T.unlines ["module Baz where", "import Foo"]

2082− _ <-createDoc "Foo.hs" "haskell" fooContent

2083− doc <- createDoc "Baz.hs" "haskell" bazContent

2084− expectDiagnostics

2085− [("Foo.hs", [(DsError, (4, 6), "Couldn't match expected type")])]

2086− -- Now modify the dependent file

2087− liftIO $ writeFile (dir </> "dep-file.txt") "B"

2088− let change = TextDocumentContentChangeEvent

2089− { _range = Just (Range (Position 2 0) (Position 2 6))

2090− , _rangeLength = Nothing

2091− , _text = "f = ()"

2092− }

2093− -- Modifying Baz will now trigger Foo to be rebuilt as well

2094− changeDoc doc [change]

2095− expectDiagnostics [("Foo.hs", [])]

2096−

2097−

2098cradleLoadedMessage :: Session FromServerMessage

1965cradleLoadedMessage :: Session FromServerMessage

2099cradleLoadedMessage = satisfy $ \case

1966cradleLoadedMessage = satisfy $ \case

2100 NotCustomServer (NotificationMessage _ (CustomServerMethod m) _) -> m == cradleLoadedMethod

1967 NotCustomServer (NotificationMessage _ (CustomServerMethod m) _) -> m == cradleLoadedMethod

@@ -2103,56 +1970,6 @@ cradleLoadedMessage = satisfy $ \case

2103cradleLoadedMethod :: T.Text

1970cradleLoadedMethod :: T.Text

2104cradleLoadedMethod = "ghcide/cradle/loaded"

1971cradleLoadedMethod = "ghcide/cradle/loaded"

2105

1972

2106−-- Stack sets this which trips up cabal in the multi-component tests.

2107−-- However, our plugin tests rely on those env vars so we unset it locally.

2108−withoutStackEnv :: IO a -> IO a

2109−withoutStackEnv s =

2110− bracket

2111− (mapM getEnv vars >>= \prevState -> mapM_ unsetEnv vars >> pure prevState)

2112− (\prevState -> mapM_ (\(var, value) -> restore var value) (zip vars prevState))

2113− (const s)

2114− where vars =

2115− [ "GHC_PACKAGE_PATH"

2116− , "GHC_ENVIRONMENT"

2117− , "HASKELL_DIST_DIR"

2118− , "HASKELL_PACKAGE_SANDBOX"

2119− , "HASKELL_PACKAGE_SANDBOXES"

2120− ]

2121− restore var Nothing = unsetEnv var

2122− restore var (Just val) = setEnv var val True

2123−

2124−simpleMultiTest :: TestTree

2125−simpleMultiTest = testCase "simple-multi-test" $ withoutStackEnv $ runWithExtraFiles "multi" $ \dir -> do

2126− let aPath = dir </> "a/A.hs"

2127− bPath = dir </> "b/B.hs"

2128− aSource <- liftIO $ readFileUtf8 aPath

2129− (TextDocumentIdentifier adoc) <- createDoc aPath "haskell" aSource

2130− expectNoMoreDiagnostics 0.5

2131− bSource <- liftIO $ readFileUtf8 bPath

2132− bdoc <- createDoc bPath "haskell" bSource

2133− expectNoMoreDiagnostics 0.5

2134− locs <- getDefinitions bdoc (Position 2 7)

2135− let fooL = mkL adoc 2 0 2 3

2136− checkDefs locs (pure [fooL])

2137− expectNoMoreDiagnostics 0.5

2138−

2139−-- Like simpleMultiTest but open the files in the other order

2140−simpleMultiTest2 :: TestTree

2141−simpleMultiTest2 = testCase "simple-multi-test2" $ withoutStackEnv $ runWithExtraFiles "multi" $ \dir -> do

2142− let aPath = dir </> "a/A.hs"

2143− bPath = dir </> "b/B.hs"

2144− bSource <- liftIO $ readFileUtf8 bPath

2145− bdoc <- createDoc bPath "haskell" bSource

2146− expectNoMoreDiagnostics 5

2147− aSource <- liftIO $ readFileUtf8 aPath

2148− (TextDocumentIdentifier adoc) <- createDoc aPath "haskell" aSource

2149− -- Need to have some delay here or the test fails

2150− expectNoMoreDiagnostics 5

2151− locs <- getDefinitions bdoc (Position 2 7)

2152− let fooL = mkL adoc 2 0 2 3

2153− checkDefs locs (pure [fooL])

2154− expectNoMoreDiagnostics 0.5

2155−

2156sessionDepsArePickedUp :: TestTree

1973sessionDepsArePickedUp :: TestTree

2157sessionDepsArePickedUp = testSession'

1974sessionDepsArePickedUp = testSession'

2158 "session-deps-are-picked-up"

1975 "session-deps-are-picked-up"

@@ -2162,7 +1979,7 @@ sessionDepsArePickedUp = testSession'

2162 (dir </> "hie.yaml")

1979 (dir </> "hie.yaml")

2163 "cradle: {direct: {arguments: []}}"

1980 "cradle: {direct: {arguments: []}}"

2164 -- Open without OverloadedStrings and expect an error.

1981 -- Open without OverloadedStrings and expect an error.

2165− doc <- createDoc "Foo.hs" "haskell" fooContent

1982+ doc <- openDoc' "Foo.hs" "haskell" fooContent

2166 expectDiagnostics

1983 expectDiagnostics

2167 [("Foo.hs", [(DsError, (3, 6), "Couldn't match expected type")])]

1984 [("Foo.hs", [(DsError, (3, 6), "Couldn't match expected type")])]

2168 -- Update hie.yaml to enable OverloadedStrings.

1985 -- Update hie.yaml to enable OverloadedStrings.

@@ -2197,9 +2014,6 @@ sessionDepsArePickedUp = testSession'

2197testSession :: String -> Session () -> TestTree

2014testSession :: String -> Session () -> TestTree

2198testSession name = testCase name . run

2015testSession name = testCase name . run

2199

2016

2200−testSessionWithExtraFiles :: FilePath -> String -> (FilePath -> Session ()) -> TestTree

2201−testSessionWithExtraFiles prefix name = testCase name . runWithExtraFiles prefix

2202−

2203testSession' :: String -> (FilePath -> Session ()) -> TestTree

2017testSession' :: String -> (FilePath -> Session ()) -> TestTree

2204testSession' name = testCase name . run'

2018testSession' name = testCase name . run'

2205

2019

@@ -2234,19 +2048,6 @@ mkRange a b c d = Range (Position a b) (Position c d)

2234run :: Session a -> IO a

2048run :: Session a -> IO a

2235run s = withTempDir $ \dir -> runInDir dir s

2049run s = withTempDir $ \dir -> runInDir dir s

2236

2050

2237−runWithExtraFiles :: FilePath -> (FilePath -> Session a) -> IO a

2238−runWithExtraFiles prefix s = withTempDir $ \dir -> do

2239− copyTestDataFiles dir prefix

2240− runInDir dir (s dir)

2241−

2242−copyTestDataFiles :: FilePath -> FilePath -> IO ()

2243−copyTestDataFiles dir prefix = do

2244− -- Copy all the test data files to the temporary workspace

2245− testDataFiles <- getDirectoryFilesIO ("test/data" </> prefix) ["//*"]

2246− for_ testDataFiles $ \f -> do

2247− createDirectoryIfMissing True $ dir </> takeDirectory f

2248− copyFile ("test/data" </> prefix </> f) (dir </> f)

2249−

2250run' :: (FilePath -> Session a) -> IO a

2051run' :: (FilePath -> Session a) -> IO a

2251run' s = withTempDir $ \dir -> runInDir dir (s dir)

2052run' s = withTempDir $ \dir -> runInDir dir (s dir)

2252

2053

@@ -2258,7 +2059,6 @@ runInDir dir s = do

2258 -- since the package import test creates "Data/List.hs", which otherwise has no physical home

2059 -- since the package import test creates "Data/List.hs", which otherwise has no physical home

2259 createDirectoryIfMissing True $ dir ++ "/Data"

2060 createDirectoryIfMissing True $ dir ++ "/Data"

2260

2061

2261−

2262 let cmd = unwords [ghcideExe, "--lsp", "--test", "--cwd", dir]

2062 let cmd = unwords [ghcideExe, "--lsp", "--test", "--cwd", dir]

2263 -- HIE calls getXgdDirectory which assumes that HOME is set.

2063 -- HIE calls getXgdDirectory which assumes that HOME is set.

2264 -- Only sets HOME if it wasn't already set.

2064 -- Only sets HOME if it wasn't already set.

@@ -2276,7 +2076,7 @@ runInDir dir s = do

2276openTestDataDoc :: FilePath -> Session TextDocumentIdentifier

2076openTestDataDoc :: FilePath -> Session TextDocumentIdentifier

2277openTestDataDoc path = do

2077openTestDataDoc path = do

2278 source <- liftIO $ readFileUtf8 $ "test/data" </> path

2078 source <- liftIO $ readFileUtf8 $ "test/data" </> path

2279− createDoc path "haskell" source

2079+ openDoc' path "haskell" source

2280

2080

2281findCodeActions :: TextDocumentIdentifier -> Range -> [T.Text] -> Session [CodeAction]

2081findCodeActions :: TextDocumentIdentifier -> Range -> [T.Text] -> Session [CodeAction]

2282findCodeActions doc range expectedTitles = do

2082findCodeActions doc range expectedTitles = do

@@ -2304,19 +2104,24 @@ findCodeAction doc range t = head <$> findCodeActions doc range [t]

2304unitTests :: TestTree

2104unitTests :: TestTree

2305unitTests = do

2105unitTests = do

2306 testGroup "Unit"

2106 testGroup "Unit"

2307− [ testCase "empty file path does NOT work with the empty String literal" $

2107+ [ testCase "empty file path" $

2308− uriToFilePath' (fromNormalizedUri $ filePathToUri' "") @?= Just "."

2108+ uriToFilePath' (fromNormalizedUri $ filePathToUri' "") @?= Just ""

2309− , testCase "empty file path works using toNormalizedFilePath'" $

2310− uriToFilePath' (fromNormalizedUri $ filePathToUri' (toNormalizedFilePath' "")) @?= Just ""

2311− , testCase "empty path URI" $ do

2312− Just URI{..} <- pure $ parseURI (T.unpack $ getUri $ fromNormalizedUri emptyPathUri)

2313− uriScheme @?= "file:"

2314− uriPath @?= ""

2315− , testCase "from empty path URI" $ do

2316− let uri = Uri "file://"

2317− uriToFilePath' uri @?= Just ""

2318 ]

2109 ]

2319

2110

2111+-- | Wrapper around 'LSPTest.openDoc'' that sends file creation events

2112+openDoc' :: FilePath -> String -> T.Text -> Session TextDocumentIdentifier

2113+openDoc' fp name contents = do

2114+ res@(TextDocumentIdentifier uri) <- LSPTest.openDoc' fp name contents

2115+ -- Needed as ghcide sets up and relies on WatchedFiles but lsp-test does not track them

2116+ sendNotification WorkspaceDidChangeWatchedFiles (DidChangeWatchedFilesParams $ List [FileEvent uri FcCreated])

2117+ return res

2118+

2119+-- | Version of 'LSPTest.openDoc'' that does not send WatchedFiles events for files outside the workspace

2120+openDoc'' :: FilePath -> String -> T.Text -> Session TextDocumentIdentifier

2121+-- At the moment this is just LSPTest.openDoc' but it may change in the future

2122+-- when/if lsp-test implements WatchedFiles

2123+openDoc'' = LSPTest.openDoc'

2124+

2320positionMappingTests :: TestTree

2125positionMappingTests :: TestTree

2321positionMappingTests =

2126positionMappingTests =

2322 testGroup "position mapping"

2127 testGroup "position mapping"

@@ -2486,11 +2291,11 @@ nthLine i r

2486 | i >= Rope.rows r = error $ "Row number out of bounds: " <> show i <> "/" <> show (Rope.rows r)

2291 | i >= Rope.rows r = error $ "Row number out of bounds: " <> show i <> "/" <> show (Rope.rows r)

2487 | otherwise = Rope.takeWhile (/= '\n') $ fst $ Rope.splitAtLine 1 $ snd $ Rope.splitAtLine (i - 1) r

2292 | otherwise = Rope.takeWhile (/= '\n') $ fst $ Rope.splitAtLine 1 $ snd $ Rope.splitAtLine (i - 1) r

2488

2293

2489−getWatchedFilesSubscriptionsUntil :: forall end . (FromJSON end, Typeable end) => Session [Maybe Value]

2294+getWatchedFilesSubscriptionsUntilProgressEnd :: Session [Maybe Value]

2490−getWatchedFilesSubscriptionsUntil = do

2295+getWatchedFilesSubscriptionsUntilProgressEnd = do

2491− msgs <- manyTill (Just <$> message @RegisterCapabilityRequest <|> Nothing <$ anyMessage) (message @end)

2296+ msgs <- manyTill (Just <$> message @RegisterCapabilityRequest <|> Nothing <$ anyMessage) (message @WorkDoneProgressEndNotification)

2492 return

2297 return

2493 [ args

2298 [ args

2494− | Just RequestMessage{_params = RegistrationParams (List regs)} <- msgs

2299+ | Just (RequestMessage{_params = RegistrationParams (List regs)}) <- msgs

2495 , Registration _id WorkspaceDidChangeWatchedFiles args <- regs

2300 , Registration _id WorkspaceDidChangeWatchedFiles args <- regs

2496 ]

2301 ]

test/src/Development/IDE/Test.hs+2−8

@@ -1,13 +1,10 @@

2-- SPDX-License-Identifier: Apache-2.0

4−{-# LANGUAGE DuplicateRecordFields #-}

5−

6module Development.IDE.Test

4module Development.IDE.Test

7 ( Cursor

5 ( Cursor

8 , cursorPosition

6 , cursorPosition

9 , requireDiagnostic

7 , requireDiagnostic

10− , diagnostic

11 , expectDiagnostics

8 , expectDiagnostics

12 , expectNoMoreDiagnostics

9 , expectNoMoreDiagnostics

13 ) where

10 ) where

@@ -18,7 +15,7 @@ import Control.Monad

18import Control.Monad.IO.Class

15import Control.Monad.IO.Class

19import qualified Data.Map.Strict as Map

16import qualified Data.Map.Strict as Map

20import qualified Data.Text as T

17import qualified Data.Text as T

21−import Language.Haskell.LSP.Test hiding (message)

18+import Language.Haskell.LSP.Test hiding (message, openDoc')

22import qualified Language.Haskell.LSP.Test as LspTest

19import qualified Language.Haskell.LSP.Test as LspTest

23import Language.Haskell.LSP.Types

20import Language.Haskell.LSP.Types

24import Language.Haskell.LSP.Types.Lens as Lsp

21import Language.Haskell.LSP.Types.Lens as Lsp

@@ -80,7 +77,7 @@ expectDiagnostics expected = do

80 go m

77 go m

81 | Map.null m = pure ()

78 | Map.null m = pure ()

82 | otherwise = do

79 | otherwise = do

83− diagsNot <- skipManyTill anyMessage diagnostic

80+ diagsNot <- skipManyTill anyMessage LspTest.message :: Session PublishDiagnosticsNotification

84 let fileUri = diagsNot ^. params . uri

81 let fileUri = diagsNot ^. params . uri

85 case Map.lookup (diagsNot ^. params . uri . to toNormalizedUri) m of

82 case Map.lookup (diagsNot ^. params . uri . to toNormalizedUri) m of

86 Nothing -> do

83 Nothing -> do

@@ -99,9 +96,6 @@ expectDiagnostics expected = do

99 " but got " <> show actual

96 " but got " <> show actual

100 go $ Map.delete (diagsNot ^. params . uri . to toNormalizedUri) m

97 go $ Map.delete (diagsNot ^. params . uri . to toNormalizedUri) m

101

102−diagnostic :: Session PublishDiagnosticsNotification

103−diagnostic = LspTest.message

104−

105standardizeQuotes :: T.Text -> T.Text

99standardizeQuotes :: T.Text -> T.Text

106standardizeQuotes msg = let

100standardizeQuotes msg = let

107 repl '‘' = '\''

101 repl '‘' = '\''