haskell-src-exts-simple-1.23.1.0/0000755000000000000000000000000014733624522014612 5ustar0000000000000000haskell-src-exts-simple-1.23.1.0/CHANGELOG.md0000644000000000000000000000164714733624522016433 0ustar0000000000000000# Revision history for haskell-src-exts-simple ## 1.23.1.0 - 2024-12-27 * add COMPLETE pragmas (courtesy of @ratherforky) ## 1.23.0.0 — 2020-03-13 * support haskell-src-exts 1.23.0 ## 1.22.0.0 — 2019-11-05 * support haskell-src-exts 1.22.0 * clean up mentions of ghc < 8 ## 1.21.1.0 — 2019-09-13 * support haskell-src-exts 1.21.1 * require base >= 4.9 (and, consequently, ghc >= 8) ## 1.21.0.0 — 2019-04-27 * support haskell-src-exts 1.21.0 ## 1.20.0.0 — 2017-12-26 * support haskell-src-exts 1.20.0 ## 1.19.0.0 — 2016-11-20 * support haskell-src-exts 1.19.0 * implement `Language.Haskell.Exts.Simple.Syntax.ImportDecl` as a record pattern synonym for ghc-8.0 ## 1.18.0.1.1 — 2016-08-05 * package description should now look fine on hackage ## 1.18.0.1 — 2016-08-02 * ghc-7.8 compatibility (see COMPATIBILITY.md for caveats) ## 1.18.0 — 2016-07-31 * Initial release. haskell-src-exts-simple-1.23.1.0/haskell-src-exts-simple.cabal0000644000000000000000000000276414733624522022267 0ustar0000000000000000name: haskell-src-exts-simple version: 1.23.1.0 synopsis: A simplified view on the haskell-src-exts AST description: This package provides a shim for haskell-src-exts (HSE), exposing the same AST but without annotations, using ghc's pattern synonyms. . See README.md for further information and compatibility considerations. license: MIT license-file: LICENSE author: Bertram Felgenhauer maintainer: Bertram Felgenhauer copyright: 2016-2024, Bertram Felgenhauer category: Development build-type: Simple extra-source-files: README.md, CHANGELOG.md homepage: https://github.com/int-e/haskell-src-exts-simple cabal-version: >=1.10 source-repository head type: git location: https://github.com/int-e/haskell-src-exts-simple library exposed-modules: Language.Haskell.Exts.Simple, Language.Haskell.Exts.Simple.Build, Language.Haskell.Exts.Simple.Extension, Language.Haskell.Exts.Simple.Fixity, Language.Haskell.Exts.Simple.Parser, Language.Haskell.Exts.Simple.Pretty, Language.Haskell.Exts.Simple.Syntax -- other-modules: other-extensions: CPP, PatternSynonyms, ScopedTypeVariables build-depends: base >= 4.9 && < 5, haskell-src-exts >= 1.23 && < 1.24 hs-source-dirs: src default-language: Haskell2010 haskell-src-exts-simple-1.23.1.0/LICENSE0000644000000000000000000000204714733624522015622 0ustar0000000000000000Copyright (c) 2016 Bertram Felgenhauer Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. haskell-src-exts-simple-1.23.1.0/README.md0000644000000000000000000000343514733624522016076 0ustar0000000000000000# haskell-src-exts-simple ## Synopsis This package provides a shim for haskell-src-exts, exposing the same AST but without annotations, using ghc's pattern synonyms. This package is useful for synthesizing and manipulating HSE ASTs that don't carry source location information. It may also aid in porting packages from haskell-src-exts 1.17 to 1.18, but it is *not* a drop-in replacement for the old annotation-free AST. See the Compatibility section for details. ## Versioning To be able to track the haskell-src-exts version numbers conveniently, the first *three* components of the version will be treated as the major version, followed by the minor version as usual. This deviates from the PVP. ## Compatibility Since version 1.18, haskell-src-exts-simple has followed the changes in haskell-src-exts, without any attempt to keep backward compatibility. ### Comparison to haskell-src-exts 1.17 (as of version 1.18): haskell-src-exts-simple provides a simplified view of the annotated AST in haskell-src-exts, so there are differences to the unannotated AST provided by earlier versions of haskell-src-exts: * some constructors carried `SrcLoc` information, which is no longer available, notably - most constructors of the `Decl`, `ModulePragma`, `ImportDecl`, `IPBind`, `ClassDecl`, `InstDecl`, `QualConDecl`, `GadtDecl` datatypes - the `Lambda`, `ExpTypeSig` and `Proc` constructors of the `Exp` type (and a few XML related ones) - the `Generator` constructor of `Stmt` - the `Alt` constructor of `Alt` - the `PatTypeSig` constructor of `Pat` * the second, fourth and fifth fields of the `Module` constructor have been combined into a single field of type `ModuleHead` (this list is probably incomplete) ### ghc compatibility * haskell-src-exts-simple requires ghc-8.0 or later haskell-src-exts-simple-1.23.1.0/Setup.hs0000644000000000000000000000005614733624522016247 0ustar0000000000000000import Distribution.Simple main = defaultMain haskell-src-exts-simple-1.23.1.0/src/0000755000000000000000000000000014733624522015401 5ustar0000000000000000haskell-src-exts-simple-1.23.1.0/src/Language/0000755000000000000000000000000014733624522017124 5ustar0000000000000000haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/0000755000000000000000000000000014733624522020507 5ustar0000000000000000haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/0000755000000000000000000000000014733624522021432 5ustar0000000000000000haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple.hs0000644000000000000000000000427414733624522023226 0ustar0000000000000000-- | -- This module exports all relevant modules of the haskell-src-exts-simple package. -- -- The most important module is "Language.Haskell.Exts.Simple.Syntax". {-# LANGUAGE PatternSynonyms #-} module Language.Haskell.Exts.Simple ( module Language.Haskell.Exts.Simple.Syntax, module Language.Haskell.Exts.Simple.Build, module Language.Haskell.Exts.Simple.Pretty, module Language.Haskell.Exts.Simple.Fixity, module Language.Haskell.Exts.Simple.Extension, module Language.Haskell.Exts.Simple.Parser, module Language.Haskell.Exts.SrcLoc, module Language.Haskell.Exts.Simple ) where import qualified Language.Haskell.Exts as H import Language.Haskell.Exts ( readExtensions, ) import Language.Haskell.Exts.Simple.Syntax import Language.Haskell.Exts.Simple.Build import Language.Haskell.Exts.Simple.Pretty import Language.Haskell.Exts.Simple.Fixity import Language.Haskell.Exts.Simple.Extension import Language.Haskell.Exts.Simple.Parser import Language.Haskell.Exts.SrcLoc -- useful for interpreting parse errors -- * Functions parseFile :: FilePath -> IO (ParseResult Module) parseFile = fmap (fmap (fmap (const ()))) . H.parseFile parseFileWithExts :: [Extension] -> FilePath -> IO (ParseResult Module) parseFileWithExts e = fmap (fmap (fmap (const ()))) . H.parseFileWithExts e parseFileWithMode :: ParseMode -> FilePath -> IO (ParseResult Module) parseFileWithMode m = fmap (fmap (fmap (const ()))) . H.parseFileWithMode m parseFileContents :: String -> ParseResult Module parseFileContents = fmap (fmap (const ())) . H.parseFileContents parseFileContentsWithExts :: [Extension] -> String -> ParseResult Module parseFileContentsWithExts e = fmap (fmap (const ())) . H.parseFileContentsWithExts e parseFileContentsWithMode :: ParseMode -> String -> ParseResult Module parseFileContentsWithMode m = fmap (fmap (const ())) . H.parseFileContentsWithMode m -- omitted: parseFileWithComments :: ParseMode -> FilePath -> IO (ParseResult (Module, [Comment])) -- omitted: parseFileWithCommentsAndPragmas :: ParseMode -> FilePath -> IO (ParseResult (Module, [Comment], [UnknownPragma])) -- omitted: parseFileContentsWithComments :: ParseMode -> String -> ParseResult (Module, [Comment]) haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/0000755000000000000000000000000014733624522022663 5ustar0000000000000000haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/Build.hs0000644000000000000000000000027514733624522024262 0ustar0000000000000000-- | -- This module reexports "Language.Haskell.Exts.Build". module Language.Haskell.Exts.Simple.Build ( module Language.Haskell.Exts.Build ) where import Language.Haskell.Exts.Build haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/Parser.hs0000644000000000000000000001251014733624522024452 0ustar0000000000000000{-# LANGUAGE CPP #-} {-# LANGUAGE PatternSynonyms #-} {-# LANGUAGE ScopedTypeVariables #-} -- | -- This module partially reexports "Language.Haskell.Exts.Parser" with adaptations. module Language.Haskell.Exts.Simple.Parser ( module Language.Haskell.Exts.Simple.Parser, module Language.Haskell.Exts.Parser ) where import qualified Language.Haskell.Exts.Parser as H import qualified Language.Haskell.Exts.SrcLoc as H import Language.Haskell.Exts.Parser ( Parseable, ParseResult (..), ParseMode (..), defaultParseMode, fromParseResult, NonGreedy (..), unListOf, ) import Language.Haskell.Exts.Simple.Syntax import Language.Haskell.Exts.Comments (Comment) import Control.Arrow (first) -- * Datatypes and Constructors -- ** `H.ListOf` type ListOf = H.ListOf pattern ListOf a <- H.ListOf _ a where ListOf a = listOf a listOf :: [a] -> ListOf a listOf a = H.ListOf H.noSrcSpan a #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ListOf #-} #endif -- ** `H.PragmasAndModuleName` type PragmasAndModuleName = H.PragmasAndModuleName () pattern PragmasAndModuleName a b = H.PragmasAndModuleName () (a :: [ModulePragma]) (b :: Maybe ModuleName) :: PragmasAndModuleName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PragmasAndModuleName #-} #endif -- ** `H.PragmasAndModuleHead` type PragmasAndModuleHead = H.PragmasAndModuleHead () pattern PragmasAndModuleHead a b = H.PragmasAndModuleHead () (a :: [ModulePragma]) (b :: Maybe ModuleHead) #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PragmasAndModuleHead #-} #endif -- ** `H.ModuleHeadAndImports` type ModuleHeadAndImports = H.ModuleHeadAndImports () pattern ModuleHeadAndImports a b c = H.ModuleHeadAndImports () (a :: [ModulePragma]) (b :: Maybe ModuleHead) (c :: [ImportDecl]) #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ModuleHeadAndImports #-} #endif -- * Functions parse :: (Parseable (ast H.SrcSpanInfo), Functor ast) => String -> ParseResult (ast ()) parse = fmap (fmap (const () :: H.SrcSpanInfo -> ())) . H.parse parseWithMode :: (Parseable (ast H.SrcSpanInfo), Functor ast) => ParseMode -> String -> ParseResult (ast ()) parseWithMode m = fmap (fmap (const () :: H.SrcSpanInfo -> ())) . H.parseWithMode m parseWithComments :: (Parseable (ast H.SrcSpanInfo), Functor ast) => ParseMode -> String -> ParseResult (ast (), [Comment]) parseWithComments m = fmap (first (fmap (const () :: H.SrcSpanInfo -> ()))) . H.parseWithComments m parseModule :: String -> ParseResult Module parseModule = fmap (fmap (const ())) . H.parseModule parseModuleWithMode :: ParseMode -> String -> ParseResult Module parseModuleWithMode m = fmap (fmap (const ())) . H.parseModuleWithMode m parseModuleWithComments :: ParseMode -> String -> ParseResult (Module, [Comment]) parseModuleWithComments m = fmap (first (fmap (const ()))) . H.parseModuleWithComments m parseExp :: String -> ParseResult Exp parseExp = fmap (fmap (const ())) . H.parseExp parseExpWithMode :: ParseMode -> String -> ParseResult Exp parseExpWithMode m = fmap (fmap (const ())) . H.parseExpWithMode m parseExpWithComments :: ParseMode -> String -> ParseResult (Exp, [Comment]) parseExpWithComments m = fmap (first (fmap (const ()))) . H.parseExpWithComments m parsePat :: String -> ParseResult Pat parsePat = fmap (fmap (const ())) . H.parsePat parsePatWithMode :: ParseMode -> String -> ParseResult Pat parsePatWithMode m = fmap (fmap (const ())) . H.parsePatWithMode m parsePatWithComments :: ParseMode -> String -> ParseResult (Pat, [Comment]) parsePatWithComments m = fmap (first (fmap (const ()))) . H.parsePatWithComments m parseDecl :: String -> ParseResult Decl parseDecl = fmap (fmap (const ())) . H.parseDecl parseDeclWithMode :: ParseMode -> String -> ParseResult Decl parseDeclWithMode m = fmap (fmap (const ())) . H.parseDeclWithMode m parseDeclWithComments :: ParseMode -> String -> ParseResult (Decl, [Comment]) parseDeclWithComments m = fmap (first (fmap (const ()))) . H.parseDeclWithComments m parseType :: String -> ParseResult Type parseType = fmap (fmap (const ())) . H.parseType parseTypeWithMode :: ParseMode -> String -> ParseResult Type parseTypeWithMode m = fmap (fmap (const ())) . H.parseTypeWithMode m parseTypeWithComments :: ParseMode -> String -> ParseResult (Type, [Comment]) parseTypeWithComments m = fmap (first (fmap (const ()))) . H.parseTypeWithComments m parseStmt :: String -> ParseResult Stmt parseStmt = fmap (fmap (const ())) . H.parseStmt parseStmtWithMode :: ParseMode -> String -> ParseResult Stmt parseStmtWithMode m = fmap (fmap (const ())) . H.parseStmtWithMode m parseStmtWithComments :: ParseMode -> String -> ParseResult (Stmt, [Comment]) parseStmtWithComments m = fmap (first (fmap (const ()))) . H.parseStmtWithComments m parseImportDecl :: String -> ParseResult ImportDecl parseImportDecl = fmap (fmap (const ())) . H.parseImportDecl parseImportDeclWithMode :: ParseMode -> String -> ParseResult ImportDecl parseImportDeclWithMode m = fmap (fmap (const ())) . H.parseImportDeclWithMode m parseImportDeclWithComments :: ParseMode -> String -> ParseResult (ImportDecl, [Comment]) parseImportDeclWithComments m = fmap (first (fmap (const ()))) . H.parseImportDeclWithComments m getTopPragmas :: String -> ParseResult [ModulePragma] getTopPragmas = fmap (fmap (fmap (const ()))) . H.getTopPragmas -- omitted: data NonGreedy a -- omitted: toListOf :: ([a], [SrcSpan], SrcSpanInfo) -> ListOf a haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/Syntax.hs0000644000000000000000000011766614733624522024526 0ustar0000000000000000{-# LANGUAGE CPP #-} {-# LANGUAGE PatternSynonyms #-} {-# LANGUAGE ScopedTypeVariables #-} -- | -- This module reexports a simplified view on "Language.Haskell.Exts.Syntax". -- The idea is to expose datatypes like -- -- > data Name l = Ident l String | Symbol l String -- -- using ghc's pattern synonyms: -- -- > type Name = H.Name () -- > pattern Ident a = H.Ident () a -- > pattern Symbol a = H.Symbol () a module Language.Haskell.Exts.Simple.Syntax ( module Language.Haskell.Exts.Simple.Syntax, module Language.Haskell.Exts.Syntax ) where import qualified Language.Haskell.Exts.Syntax as H import Language.Haskell.Exts.Syntax ( Boxed (..), Tool (..), ) -- * Datatypes and Constructors -- ** `H.ModuleName` type ModuleName = H.ModuleName () pattern ModuleName a = H.ModuleName () (a :: String) :: ModuleName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ModuleName #-} #endif -- ** `H.SpecialCon` type SpecialCon = H.SpecialCon () pattern UnitCon = H.UnitCon () :: SpecialCon pattern ListCon = H.ListCon () :: SpecialCon pattern FunCon = H.FunCon () :: SpecialCon pattern TupleCon a b = H.TupleCon () (a :: Boxed) (b :: Int) :: SpecialCon pattern Cons = H.Cons () :: SpecialCon pattern UnboxedSingleCon = H.UnboxedSingleCon () :: SpecialCon pattern ExprHole = H.ExprHole () :: SpecialCon #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE UnitCon, ListCon, FunCon, TupleCon, Cons, UnboxedSingleCon, ExprHole #-} #endif -- ** `H.QName` type QName = H.QName () pattern Qual a b = H.Qual () (a :: ModuleName) (b :: Name) :: QName pattern UnQual a = H.UnQual () (a :: Name) :: QName pattern Special a = H.Special () (a :: SpecialCon) :: QName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Qual, UnQual, Special #-} #endif -- ** `H.Name` type Name = H.Name () pattern Ident a = H.Ident () (a :: String) :: Name pattern Symbol a = H.Symbol () (a :: String) :: Name #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Ident, Symbol #-} #endif -- ** `H.IPName` type IPName = H.IPName () pattern IPDup a = H.IPDup () (a :: String) :: IPName pattern IPLin a = H.IPLin () (a :: String) :: IPName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE IPDup, IPLin #-} #endif -- ** `H.QOp` type QOp = H.QOp () pattern QVarOp a = H.QVarOp () (a :: QName) :: QOp pattern QConOp a = H.QConOp () (a :: QName) :: QOp #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE QVarOp, QConOp #-} #endif -- ** `H.Op` type Op = H.Op () pattern VarOp a = H.VarOp () (a :: Name) :: Op pattern ConOp a = H.ConOp () (a :: Name) :: Op #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE VarOp, ConOp #-} #endif -- ** `H.CName` type CName = H.CName () pattern VarName a = H.VarName () (a :: Name) :: CName pattern ConName a = H.ConName () (a :: Name) :: CName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE VarName, ConName #-} #endif -- ** `H.Module` type Module = H.Module () pattern Module a b c d = H.Module () (a :: (Maybe ModuleHead)) (b :: [ModulePragma]) (c :: [ImportDecl]) (d :: [Decl]) :: Module pattern XmlPage a b c d e f = H.XmlPage () (a :: ModuleName) (b :: [ModulePragma]) (c :: XName) (d :: [XAttr]) (e :: (Maybe Exp)) (f :: [Exp]) :: Module pattern XmlHybrid a b c d e f g h = H.XmlHybrid () (a :: (Maybe ModuleHead)) (b :: [ModulePragma]) (c :: [ImportDecl]) (d :: [Decl]) (e :: XName) (f :: [XAttr]) (g :: (Maybe Exp)) (h :: [Exp]) :: Module #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Module, XmlPage, XmlHybrid #-} #endif -- ** `H.ModuleHead` type ModuleHead = H.ModuleHead () pattern ModuleHead a b c = H.ModuleHead () (a :: ModuleName) (b :: (Maybe WarningText)) (c :: (Maybe ExportSpecList)) :: ModuleHead #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ModuleHead #-} #endif -- ** `H.ExportSpecList` type ExportSpecList = H.ExportSpecList () pattern ExportSpecList a = H.ExportSpecList () (a :: [ExportSpec]) :: ExportSpecList #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ExportSpecList #-} #endif -- ** `H.ExportSpec` type ExportSpec = H.ExportSpec () pattern EVar a = H.EVar () (a :: QName) :: ExportSpec pattern EAbs a b = H.EAbs () (a :: Namespace) (b :: QName) :: ExportSpec pattern EThingWith a b c = H.EThingWith () (a :: EWildcard) (b :: QName) (c :: [CName]) :: ExportSpec pattern EModuleContents a = H.EModuleContents () (a :: ModuleName) :: ExportSpec #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE EVar, EAbs, EThingWith, EModuleContents #-} #endif -- ** `H.EWildcard` type EWildcard = H.EWildcard () pattern NoWildcard = H.NoWildcard () :: EWildcard pattern EWildcard a = H.EWildcard () (a :: Int) :: EWildcard #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE NoWildcard, EWildcard #-} #endif -- ** `H.Namespace` type Namespace = H.Namespace () pattern NoNamespace = H.NoNamespace () :: Namespace pattern TypeNamespace = H.TypeNamespace () :: Namespace pattern PatternNamespace = H.PatternNamespace () :: Namespace #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE NoNamespace, TypeNamespace, PatternNamespace #-} #endif -- ** `H.ImportDecl` type ImportDecl = H.ImportDecl () pattern ImportDecl { importModule, importQualified, importSrc, importSafe, importPkg, importAs, importSpecs } = H.ImportDecl () importModule importQualified importSrc importSafe importPkg importAs importSpecs :: ImportDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ImportDecl #-} #endif -- ** `H.ImportSpecList` type ImportSpecList = H.ImportSpecList () pattern ImportSpecList a b = H.ImportSpecList () (a :: Bool) (b :: [ImportSpec]) :: ImportSpecList #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ImportSpecList #-} #endif -- ** `H.ImportSpec` type ImportSpec = H.ImportSpec () pattern IVar a = H.IVar () (a :: Name) :: ImportSpec pattern IAbs a b = H.IAbs () (a :: Namespace) (b :: Name) :: ImportSpec pattern IThingAll a = H.IThingAll () (a :: Name) :: ImportSpec pattern IThingWith a b = H.IThingWith () (a :: Name) (b :: [CName]) :: ImportSpec #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE IVar, IAbs, IThingAll, IThingWith #-} #endif -- ** `H.Assoc` type Assoc = H.Assoc () pattern AssocNone = H.AssocNone () :: Assoc pattern AssocLeft = H.AssocLeft () :: Assoc pattern AssocRight = H.AssocRight () :: Assoc #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE AssocNone, AssocLeft, AssocRight #-} #endif -- ** `H.Decl` type Decl = H.Decl () pattern TypeDecl a b = H.TypeDecl () (a :: DeclHead) (b :: Type) :: Decl pattern TypeFamDecl a b c = H.TypeFamDecl () (a :: DeclHead) (b :: (Maybe ResultSig)) (c :: (Maybe InjectivityInfo)) :: Decl pattern ClosedTypeFamDecl a b c d = H.ClosedTypeFamDecl () (a :: DeclHead) (b :: (Maybe ResultSig)) (c :: (Maybe InjectivityInfo)) (d :: [TypeEqn]) :: Decl pattern DataDecl a b c d e = H.DataDecl () (a :: DataOrNew) (b :: (Maybe Context)) (c :: DeclHead) (d :: [QualConDecl]) (e :: [Deriving]) :: Decl pattern GDataDecl a b c d e f = H.GDataDecl () (a :: DataOrNew) (b :: (Maybe Context)) (c :: DeclHead) (d :: (Maybe Kind)) (e :: [GadtDecl]) (f :: [Deriving]) :: Decl pattern DataFamDecl a b c = H.DataFamDecl () (a :: (Maybe Context)) (b :: DeclHead) (c :: (Maybe ResultSig)) :: Decl pattern TypeInsDecl a b = H.TypeInsDecl () (a :: Type) (b :: Type) :: Decl pattern DataInsDecl a b c d = H.DataInsDecl () (a :: DataOrNew) (b :: Type) (c :: [QualConDecl]) (d :: [Deriving]) :: Decl pattern GDataInsDecl a b c d e = H.GDataInsDecl () (a :: DataOrNew) (b :: Type) (c :: (Maybe Kind)) (d :: [GadtDecl]) (e :: [Deriving]) :: Decl pattern ClassDecl a b c d = H.ClassDecl () (a :: (Maybe Context)) (b :: DeclHead) (c :: [FunDep]) (d :: (Maybe [ClassDecl])) :: Decl pattern InstDecl a b c = H.InstDecl () (a :: (Maybe Overlap)) (b :: InstRule) (c :: (Maybe [InstDecl])) :: Decl pattern DerivDecl a b c = H.DerivDecl () (a :: (Maybe DerivStrategy)) (b :: (Maybe Overlap)) (c :: InstRule) :: Decl pattern InfixDecl a b c = H.InfixDecl () (a :: Assoc) (b :: (Maybe Int)) (c :: [Op]) :: Decl pattern DefaultDecl a = H.DefaultDecl () (a :: [Type]) :: Decl pattern SpliceDecl a = H.SpliceDecl () (a :: Exp) :: Decl pattern TSpliceDecl a = H.TSpliceDecl () (a :: Exp) :: Decl pattern TypeSig a b = H.TypeSig () (a :: [Name]) (b :: Type) :: Decl pattern PatSynSig a b c d e f = H.PatSynSig () (a :: [Name]) (b :: (Maybe [TyVarBind])) (c :: (Maybe Context)) (d :: (Maybe [TyVarBind])) (e :: (Maybe Context)) (f :: Type) :: Decl pattern FunBind a = H.FunBind () (a :: [Match]) :: Decl pattern PatBind a b c = H.PatBind () (a :: Pat) (b :: Rhs) (c :: (Maybe Binds)) :: Decl pattern PatSyn a b c = H.PatSyn () (a :: Pat) (b :: Pat) (c :: PatternSynDirection) :: Decl pattern ForImp a b c d e = H.ForImp () (a :: CallConv) (b :: (Maybe Safety)) (c :: (Maybe String)) (d :: Name) (e :: Type) :: Decl pattern ForExp a b c d = H.ForExp () (a :: CallConv) (b :: (Maybe String)) (c :: Name) (d :: Type) :: Decl pattern RulePragmaDecl a = H.RulePragmaDecl () (a :: [Rule]) :: Decl pattern DeprPragmaDecl a = H.DeprPragmaDecl () (a :: [([Name], String)]) :: Decl pattern WarnPragmaDecl a = H.WarnPragmaDecl () (a :: [([Name], String)]) :: Decl pattern InlineSig a b c = H.InlineSig () (a :: Bool) (b :: (Maybe Activation)) (c :: QName) :: Decl pattern InlineConlikeSig a b = H.InlineConlikeSig () (a :: (Maybe Activation)) (b :: QName) :: Decl pattern SpecSig a b c = H.SpecSig () (a :: (Maybe Activation)) (b :: QName) (c :: [Type]) :: Decl pattern SpecInlineSig a b c d = H.SpecInlineSig () (a :: Bool) (b :: (Maybe Activation)) (c :: QName) (d :: [Type]) :: Decl pattern InstSig a = H.InstSig () (a :: InstRule) :: Decl pattern AnnPragma a = H.AnnPragma () (a :: Annotation) :: Decl pattern MinimalPragma a = H.MinimalPragma () (a :: (Maybe BooleanFormula)) :: Decl pattern RoleAnnotDecl a b = H.RoleAnnotDecl () (a :: QName) (b :: [Role]) :: Decl pattern CompletePragma a b = H.CompletePragma () (a :: [Name]) (b :: (Maybe QName)) :: Decl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE TypeDecl, TypeFamDecl, ClosedTypeFamDecl, DataDecl, GDataDecl, DataFamDecl, TypeInsDecl, DataInsDecl, GDataInsDecl, ClassDecl, InstDecl, DerivDecl, InfixDecl, DefaultDecl, SpliceDecl, TSpliceDecl, TypeSig, PatSynSig, FunBind, PatBind, PatSyn, ForImp, ForExp, RulePragmaDecl, DeprPragmaDecl, WarnPragmaDecl, InlineSig, InlineConlikeSig, SpecSig, SpecInlineSig, InstSig, AnnPragma, MinimalPragma, RoleAnnotDecl, CompletePragma #-} #endif -- ** `H.PatternSynDirection` type PatternSynDirection = H.PatternSynDirection () pattern Unidirectional = H.Unidirectional :: PatternSynDirection pattern ImplicitBidirectional = H.ImplicitBidirectional :: PatternSynDirection pattern ExplicitBidirectional a = H.ExplicitBidirectional () (a :: [Decl]) :: PatternSynDirection #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Unidirectional, ImplicitBidirectional, ExplicitBidirectional #-} #endif -- ** `H.TypeEqn` type TypeEqn = H.TypeEqn () pattern TypeEqn a b = H.TypeEqn () (a :: Type) (b :: Type) :: TypeEqn #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE TypeEqn #-} #endif -- ** `H.Annotation` type Annotation = H.Annotation () pattern Ann a b = H.Ann () (a :: Name) (b :: Exp) :: Annotation pattern TypeAnn a b = H.TypeAnn () (a :: Name) (b :: Exp) :: Annotation pattern ModuleAnn a = H.ModuleAnn () (a :: Exp) :: Annotation #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Ann, TypeAnn, ModuleAnn #-} #endif -- ** `H.BooleanFormula` type BooleanFormula = H.BooleanFormula () pattern VarFormula a = H.VarFormula () (a :: Name) :: BooleanFormula pattern AndFormula a = H.AndFormula () (a :: [BooleanFormula]) :: BooleanFormula pattern OrFormula a = H.OrFormula () (a :: [BooleanFormula]) :: BooleanFormula pattern ParenFormula a = H.ParenFormula () (a :: BooleanFormula) :: BooleanFormula #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE VarFormula, AndFormula, OrFormula, ParenFormula #-} #endif -- ** `H.Role` type Role = H.Role () pattern Nominal = H.Nominal () :: Role pattern Representational = H.Representational () :: Role pattern Phantom = H.Phantom () :: Role pattern RoleWildcard = H.RoleWildcard () :: Role #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Nominal, Representational, Phantom, RoleWildcard #-} #endif -- ** `H.DataOrNew` type DataOrNew = H.DataOrNew () pattern DataType = H.DataType () :: DataOrNew pattern NewType = H.NewType () :: DataOrNew #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE DataType, NewType #-} #endif -- ** `H.InjectivityInfo` type InjectivityInfo = H.InjectivityInfo () pattern InjectivityInfo a b = H.InjectivityInfo () (a :: Name) (b :: [Name]) :: InjectivityInfo #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE InjectivityInfo #-} #endif -- ** `H.ResultSig` type ResultSig = H.ResultSig () pattern KindSig a = H.KindSig () (a :: Kind) :: ResultSig pattern TyVarSig a = H.TyVarSig () (a :: TyVarBind) :: ResultSig #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE KindSig, TyVarSig #-} #endif -- ** `H.DeclHead` type DeclHead = H.DeclHead () pattern DHead a = H.DHead () (a :: Name) :: DeclHead pattern DHInfix a b = H.DHInfix () (a :: TyVarBind) (b :: Name) :: DeclHead pattern DHParen a = H.DHParen () (a :: DeclHead) :: DeclHead pattern DHApp a b = H.DHApp () (a :: DeclHead) (b :: TyVarBind) :: DeclHead #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE DHead, DHInfix, DHParen, DHApp #-} #endif -- ** `H.InstRule` type InstRule = H.InstRule () pattern IRule a b c = H.IRule () (a :: (Maybe [TyVarBind])) (b :: (Maybe Context)) (c :: InstHead) :: InstRule pattern IParen a = H.IParen () (a :: InstRule) :: InstRule #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE IRule, IParen #-} #endif -- ** `H.InstHead` type InstHead = H.InstHead () pattern IHCon a = H.IHCon () (a :: QName) :: InstHead pattern IHInfix a b = H.IHInfix () (a :: Type) (b :: QName) :: InstHead pattern IHParen a = H.IHParen () (a :: InstHead) :: InstHead pattern IHApp a b = H.IHApp () (a :: InstHead) (b :: Type) :: InstHead #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE IHCon, IHInfix, IHParen, IHApp #-} #endif -- ** `H.Deriving` type Deriving = H.Deriving () pattern Deriving a b = H.Deriving () (a :: (Maybe DerivStrategy)) (b :: [InstRule]) :: Deriving #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Deriving #-} #endif -- ** `H.DerivStrategy` type DerivStrategy = H.DerivStrategy () pattern DerivStock = H.DerivStock () :: DerivStrategy pattern DerivAnyclass = H.DerivAnyclass () :: DerivStrategy pattern DerivNewtype = H.DerivNewtype () :: DerivStrategy pattern DerivVia a = H.DerivVia () (a :: Type) :: DerivStrategy #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE DerivStock, DerivAnyclass, DerivNewtype, DerivVia #-} #endif -- ** `H.Binds` type Binds = H.Binds () pattern BDecls a = H.BDecls () (a :: [Decl]) :: Binds pattern IPBinds a = H.IPBinds () (a :: [IPBind]) :: Binds #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE BDecls, IPBinds #-} #endif -- ** `H.IPBind` type IPBind = H.IPBind () pattern IPBind a b = H.IPBind () (a :: IPName) (b :: Exp) :: IPBind #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE IPBind #-} #endif -- ** `H.Match` type Match = H.Match () pattern Match a b c d = H.Match () (a :: Name) (b :: [Pat]) (c :: Rhs) (d :: (Maybe Binds)) :: Match pattern InfixMatch a b c d e = H.InfixMatch () (a :: Pat) (b :: Name) (c :: [Pat]) (d :: Rhs) (e :: (Maybe Binds)) :: Match #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Match, InfixMatch #-} #endif -- ** `H.QualConDecl` type QualConDecl = H.QualConDecl () pattern QualConDecl a b c = H.QualConDecl () (a :: (Maybe [TyVarBind])) (b :: (Maybe Context)) (c :: ConDecl) :: QualConDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE QualConDecl #-} #endif -- ** `H.ConDecl` type ConDecl = H.ConDecl () pattern ConDecl a b = H.ConDecl () (a :: Name) (b :: [Type]) :: ConDecl pattern InfixConDecl a b c = H.InfixConDecl () (a :: Type) (b :: Name) (c :: Type) :: ConDecl pattern RecDecl a b = H.RecDecl () (a :: Name) (b :: [FieldDecl]) :: ConDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ConDecl, InfixConDecl, RecDecl #-} #endif -- ** `H.FieldDecl` type FieldDecl = H.FieldDecl () pattern FieldDecl a b = H.FieldDecl () (a :: [Name]) (b :: Type) :: FieldDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE FieldDecl #-} #endif -- ** `H.GadtDecl` type GadtDecl = H.GadtDecl () pattern GadtDecl a b c d e = H.GadtDecl () (a :: Name) (b :: (Maybe [TyVarBind])) (c :: (Maybe Context)) (d :: (Maybe [FieldDecl])) (e :: Type) :: GadtDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE GadtDecl #-} #endif -- ** `H.ClassDecl` type ClassDecl = H.ClassDecl () pattern ClsDecl a = H.ClsDecl () (a :: Decl) :: ClassDecl pattern ClsDataFam a b c = H.ClsDataFam () (a :: (Maybe Context)) (b :: DeclHead) (c :: (Maybe ResultSig)) :: ClassDecl pattern ClsTyFam a b c = H.ClsTyFam () (a :: DeclHead) (b :: (Maybe ResultSig)) (c :: (Maybe InjectivityInfo)) :: ClassDecl pattern ClsTyDef a = H.ClsTyDef () (a :: TypeEqn) :: ClassDecl pattern ClsDefSig a b = H.ClsDefSig () (a :: Name) (b :: Type) :: ClassDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ClsDecl, ClsDataFam, ClsTyFam, ClsTyDef, ClsDefSig #-} #endif -- ** `H.InstDecl` type InstDecl = H.InstDecl () pattern InsDecl a = H.InsDecl () (a :: Decl) :: InstDecl pattern InsType a b = H.InsType () (a :: Type) (b :: Type) :: InstDecl pattern InsData a b c d = H.InsData () (a :: DataOrNew) (b :: Type) (c :: [QualConDecl]) (d :: [Deriving]) :: InstDecl pattern InsGData a b c d e = H.InsGData () (a :: DataOrNew) (b :: Type) (c :: (Maybe Kind)) (d :: [GadtDecl]) (e :: [Deriving]) :: InstDecl #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE InsDecl, InsType, InsData, InsGData #-} #endif -- ** `H.BangType` type BangType = H.BangType () pattern BangedTy = H.BangedTy () :: BangType pattern LazyTy = H.LazyTy () :: BangType pattern NoStrictAnnot = H.NoStrictAnnot () :: BangType #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE BangedTy, LazyTy, NoStrictAnnot #-} #endif -- ** `H.Unpackedness` type Unpackedness = H.Unpackedness () pattern Unpack = H.Unpack () :: Unpackedness pattern NoUnpack = H.NoUnpack () :: Unpackedness pattern NoUnpackPragma = H.NoUnpackPragma () :: Unpackedness #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Unpack, NoUnpack, NoUnpackPragma #-} #endif -- ** `H.Rhs` type Rhs = H.Rhs () pattern UnGuardedRhs a = H.UnGuardedRhs () (a :: Exp) :: Rhs pattern GuardedRhss a = H.GuardedRhss () (a :: [GuardedRhs]) :: Rhs #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE UnGuardedRhs, GuardedRhss #-} #endif -- ** `H.GuardedRhs` type GuardedRhs = H.GuardedRhs () pattern GuardedRhs a b = H.GuardedRhs () (a :: [Stmt]) (b :: Exp) :: GuardedRhs #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE GuardedRhs #-} #endif -- ** `H.Type` type Type = H.Type () pattern TyForall a b c = H.TyForall () (a :: (Maybe [TyVarBind])) (b :: (Maybe Context)) (c :: Type) :: Type pattern TyStar = H.TyStar () :: Type pattern TyFun a b = H.TyFun () (a :: Type) (b :: Type) :: Type pattern TyTuple a b = H.TyTuple () (a :: Boxed) (b :: [Type]) :: Type pattern TyUnboxedSum a = H.TyUnboxedSum () (a :: [Type]) :: Type pattern TyList a = H.TyList () (a :: Type) :: Type pattern TyParArray a = H.TyParArray () (a :: Type) :: Type pattern TyApp a b = H.TyApp () (a :: Type) (b :: Type) :: Type pattern TyVar a = H.TyVar () (a :: Name) :: Type pattern TyCon a = H.TyCon () (a :: QName) :: Type pattern TyParen a = H.TyParen () (a :: Type) :: Type pattern TyInfix a b c = H.TyInfix () (a :: Type) (b :: MaybePromotedName) (c :: Type) :: Type pattern TyKind a b = H.TyKind () (a :: Type) (b :: Kind) :: Type pattern TyPromoted a = H.TyPromoted () (a :: Promoted) :: Type pattern TyEquals a b = H.TyEquals () (a :: Type) (b :: Type) :: Type pattern TySplice a = H.TySplice () (a :: Splice) :: Type pattern TyBang a b c = H.TyBang () (a :: BangType) (b :: Unpackedness) (c :: Type) :: Type pattern TyWildCard a = H.TyWildCard () (a :: (Maybe Name)) :: Type pattern TyQuasiQuote a b = H.TyQuasiQuote () (a :: String) (b :: String) :: Type #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE TyForall, TyStar, TyFun, TyTuple, TyUnboxedSum, TyList, TyParArray, TyApp, TyVar, TyCon, TyParen, TyInfix, TyKind, TyPromoted, TyEquals, TySplice, TyBang, TyWildCard, TyQuasiQuote #-} #endif -- ** `H.MaybePromotedName` type MaybePromotedName = H.MaybePromotedName () pattern PromotedName a = H.PromotedName () (a :: QName) :: MaybePromotedName pattern UnpromotedName a = H.UnpromotedName () (a :: QName) :: MaybePromotedName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PromotedName, UnpromotedName #-} #endif -- ** `H.Promoted` type Promoted = H.Promoted () pattern PromotedInteger a b = H.PromotedInteger () (a :: Integer) (b :: String) :: Promoted pattern PromotedString a b = H.PromotedString () (a :: String) (b :: String) :: Promoted pattern PromotedCon a b = H.PromotedCon () (a :: Bool) (b :: QName) :: Promoted pattern PromotedList a b = H.PromotedList () (a :: Bool) (b :: [Type]) :: Promoted pattern PromotedTuple a = H.PromotedTuple () (a :: [Type]) :: Promoted pattern PromotedUnit = H.PromotedUnit () :: Promoted #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PromotedInteger, PromotedString, PromotedCon, PromotedList, PromotedTuple, PromotedUnit #-} #endif -- skipped: data Boxed -- ** `H.TyVarBind` type TyVarBind = H.TyVarBind () pattern KindedVar a b = H.KindedVar () (a :: Name) (b :: Kind) :: TyVarBind pattern UnkindedVar a = H.UnkindedVar () (a :: Name) :: TyVarBind #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE KindedVar, UnkindedVar #-} #endif -- ** `H.Kind` -- | Note that `Kind` is an alias for `Type` since haskell-src-exts-1.21. type Kind = H.Kind () -- ** `H.FunDep` type FunDep = H.FunDep () pattern FunDep a b = H.FunDep () (a :: [Name]) (b :: [Name]) :: FunDep #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE FunDep #-} #endif -- ** `H.Context` type Context = H.Context () pattern CxSingle a = H.CxSingle () (a :: Asst) :: Context pattern CxTuple a = H.CxTuple () (a :: [Asst]) :: Context pattern CxEmpty = H.CxEmpty () :: Context #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE CxSingle, CxTuple, CxEmpty #-} #endif -- ** `H.Asst` type Asst = H.Asst () pattern TypeA a = H.TypeA () (a :: Type) :: Asst pattern IParam a b = H.IParam () (a :: IPName) (b :: Type) :: Asst pattern ParenA a = H.ParenA () (a :: Asst) :: Asst #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE TypeA, IParam, ParenA #-} #endif -- ** `H.Literal` type Literal = H.Literal () pattern Char a <- H.Char () (a :: Char) _ :: Literal where Char a = H.Char () a [a] charL :: Char -> Literal charL a = H.Char () a [a] pattern String a <- H.String () (a :: String) _ :: Literal where String a = stringL a stringL :: String -> Literal stringL a = H.String () a a pattern Int a <- H.Int () (a :: Integer) _ :: Literal where Int a = intL a intL :: Integer -> Literal intL a = H.Int () a (show a) pattern Frac a <- H.Frac () (a :: Rational) _ :: Literal where Frac a = fracL a fracL :: Rational -> Literal fracL a = H.Frac () a (show a) pattern PrimInt a <- H.PrimInt () (a :: Integer) _ :: Literal where PrimInt a = primIntL a primIntL :: Integer -> Literal primIntL a = H.PrimInt () a (show a) pattern PrimWord a <- H.PrimWord () (a :: Integer) _ :: Literal where PrimWord a = primWordL a primWordL :: Integer -> Literal primWordL a = H.PrimWord () a (show a) pattern PrimFloat a <- H.PrimFloat () (a :: Rational) _ :: Literal where PrimFloat a = primFloatL a primFloatL :: Rational -> Literal primFloatL a = H.PrimFloat () a (show (fromRational a :: Float)) pattern PrimDouble a <- H.PrimDouble () (a :: Rational) _ :: Literal where PrimDouble a = primDoubleL a primDoubleL :: Rational -> Literal primDoubleL a = H.PrimDouble () a (show (fromRational a :: Double)) pattern PrimChar a <- H.PrimChar () (a :: Char) _ :: Literal where PrimChar a = primCharL a primCharL :: Char -> Literal primCharL a = H.PrimChar () a [a] pattern PrimString a <- H.PrimString () (a :: String) _ :: Literal where PrimString a = primStringL a primStringL :: String -> Literal primStringL a = H.PrimString () a a #undef where #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Char, String, Int, Frac, PrimInt, PrimWord, PrimFloat, PrimDouble, PrimChar, PrimString #-} #endif -- ** `H.Sign` type Sign = H.Sign () pattern Signless = H.Signless () :: Sign pattern Negative = H.Negative () :: Sign #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Signless, Negative #-} #endif -- ** `H.Exp` type Exp = H.Exp () pattern Var a = H.Var () (a :: QName) :: Exp pattern OverloadedLabel a = H.OverloadedLabel () (a :: String) :: Exp pattern IPVar a = H.IPVar () (a :: IPName) :: Exp pattern Con a = H.Con () (a :: QName) :: Exp pattern Lit a = H.Lit () (a :: Literal) :: Exp pattern InfixApp a b c = H.InfixApp () (a :: Exp) (b :: QOp) (c :: Exp) :: Exp pattern App a b = H.App () (a :: Exp) (b :: Exp) :: Exp pattern NegApp a = H.NegApp () (a :: Exp) :: Exp pattern Lambda a b = H.Lambda () (a :: [Pat]) (b :: Exp) :: Exp pattern Let a b = H.Let () (a :: Binds) (b :: Exp) :: Exp pattern If a b c = H.If () (a :: Exp) (b :: Exp) (c :: Exp) :: Exp pattern MultiIf a = H.MultiIf () (a :: [GuardedRhs]) :: Exp pattern Case a b = H.Case () (a :: Exp) (b :: [Alt]) :: Exp pattern Do a = H.Do () (a :: [Stmt]) :: Exp pattern MDo a = H.MDo () (a :: [Stmt]) :: Exp pattern Tuple a b = H.Tuple () (a :: Boxed) (b :: [Exp]) :: Exp pattern UnboxedSum a b c = H.UnboxedSum () (a :: Int) (b :: Int) (c :: Exp) :: Exp pattern TupleSection a b = H.TupleSection () (a :: Boxed) (b :: [Maybe Exp]) :: Exp pattern List a = H.List () (a :: [Exp]) :: Exp pattern ParArray a = H.ParArray () (a :: [Exp]) :: Exp pattern Paren a = H.Paren () (a :: Exp) :: Exp pattern LeftSection a b = H.LeftSection () (a :: Exp) (b :: QOp) :: Exp pattern RightSection a b = H.RightSection () (a :: QOp) (b :: Exp) :: Exp pattern RecConstr a b = H.RecConstr () (a :: QName) (b :: [FieldUpdate]) :: Exp pattern RecUpdate a b = H.RecUpdate () (a :: Exp) (b :: [FieldUpdate]) :: Exp pattern EnumFrom a = H.EnumFrom () (a :: Exp) :: Exp pattern EnumFromTo a b = H.EnumFromTo () (a :: Exp) (b :: Exp) :: Exp pattern EnumFromThen a b = H.EnumFromThen () (a :: Exp) (b :: Exp) :: Exp pattern EnumFromThenTo a b c = H.EnumFromThenTo () (a :: Exp) (b :: Exp) (c :: Exp) :: Exp pattern ParArrayFromTo a b = H.ParArrayFromTo () (a :: Exp) (b :: Exp) :: Exp pattern ParArrayFromThenTo a b c = H.ParArrayFromThenTo () (a :: Exp) (b :: Exp) (c :: Exp) :: Exp pattern ListComp a b = H.ListComp () (a :: Exp) (b :: [QualStmt]) :: Exp pattern ParComp a b = H.ParComp () (a :: Exp) (b :: [[QualStmt]]) :: Exp pattern ParArrayComp a b = H.ParArrayComp () (a :: Exp) (b :: [[QualStmt]]) :: Exp pattern ExpTypeSig a b = H.ExpTypeSig () (a :: Exp) (b :: Type) :: Exp pattern VarQuote a = H.VarQuote () (a :: QName) :: Exp pattern TypQuote a = H.TypQuote () (a :: QName) :: Exp pattern BracketExp a = H.BracketExp () (a :: Bracket) :: Exp pattern SpliceExp a = H.SpliceExp () (a :: Splice) :: Exp pattern QuasiQuote a b = H.QuasiQuote () (a :: String) (b :: String) :: Exp pattern TypeApp a = H.TypeApp () (a :: Type) :: Exp pattern XTag a b c d = H.XTag () (a :: XName) (b :: [XAttr]) (c :: (Maybe Exp)) (d :: [Exp]) :: Exp pattern XETag a b c = H.XETag () (a :: XName) (b :: [XAttr]) (c :: (Maybe Exp)) :: Exp pattern XPcdata a = H.XPcdata () (a :: String) :: Exp pattern XExpTag a = H.XExpTag () (a :: Exp) :: Exp pattern XChildTag a = H.XChildTag () (a :: [Exp]) :: Exp pattern CorePragma a b = H.CorePragma () (a :: String) (b :: Exp) :: Exp pattern SCCPragma a b = H.SCCPragma () (a :: String) (b :: Exp) :: Exp pattern GenPragma a b c d = H.GenPragma () (a :: String) (b :: (Int, Int)) (c :: (Int, Int)) (d :: Exp) :: Exp pattern Proc a b = H.Proc () (a :: Pat) (b :: Exp) :: Exp pattern LeftArrApp a b = H.LeftArrApp () (a :: Exp) (b :: Exp) :: Exp pattern RightArrApp a b = H.RightArrApp () (a :: Exp) (b :: Exp) :: Exp pattern LeftArrHighApp a b = H.LeftArrHighApp () (a :: Exp) (b :: Exp) :: Exp pattern RightArrHighApp a b = H.RightArrHighApp () (a :: Exp) (b :: Exp) :: Exp pattern ArrOp a = H.ArrOp () (a :: Exp) :: Exp pattern LCase a = H.LCase () (a :: [Alt]) :: Exp #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Var, OverloadedLabel, IPVar, Con, Lit, InfixApp, App, NegApp, Lambda, Let, If, MultiIf, Case, Do, MDo, Tuple, UnboxedSum, TupleSection, List, ParArray, Paren, LeftSection, RightSection, RecConstr, RecUpdate, EnumFrom, EnumFromTo, EnumFromThen, EnumFromThenTo, ParArrayFromTo, ParArrayFromThenTo, ListComp, ParComp, ParArrayComp, ExpTypeSig, VarQuote, TypQuote, BracketExp, SpliceExp, QuasiQuote, TypeApp, XTag, XETag, XPcdata, XExpTag, XChildTag, CorePragma, SCCPragma, GenPragma, Proc, LeftArrApp, RightArrApp, LeftArrHighApp, RightArrHighApp, ArrOp, LCase #-} #endif -- ** `H.XName` type XName = H.XName () pattern XName a = H.XName () (a :: String) :: XName pattern XDomName a b = H.XDomName () (a :: String) (b :: String) :: XName #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE XName, XDomName #-} #endif -- ** `H.XAttr` type XAttr = H.XAttr () pattern XAttr a b = H.XAttr () (a :: XName) (b :: Exp) :: XAttr #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE XAttr #-} #endif -- ** `H.Bracket` type Bracket = H.Bracket () pattern ExpBracket a = H.ExpBracket () (a :: Exp) :: Bracket pattern TExpBracket a = H.TExpBracket () (a :: Exp) :: Bracket pattern PatBracket a = H.PatBracket () (a :: Pat) :: Bracket pattern TypeBracket a = H.TypeBracket () (a :: Type) :: Bracket pattern DeclBracket a = H.DeclBracket () (a :: [Decl]) :: Bracket #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ExpBracket, TExpBracket, PatBracket, TypeBracket, DeclBracket #-} #endif -- ** `H.Splice` type Splice = H.Splice () pattern IdSplice a = H.IdSplice () (a :: String) :: Splice pattern TIdSplice a = H.TIdSplice () (a :: String) :: Splice pattern ParenSplice a = H.ParenSplice () (a :: Exp) :: Splice pattern TParenSplice a = H.TParenSplice () (a :: Exp) :: Splice #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE IdSplice, TIdSplice, ParenSplice, TParenSplice #-} #endif -- ** `H.Safety` type Safety = H.Safety () pattern PlayRisky = H.PlayRisky () :: Safety pattern PlaySafe a = H.PlaySafe () (a :: Bool) :: Safety pattern PlayInterruptible = H.PlayInterruptible () :: Safety #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PlayRisky, PlaySafe, PlayInterruptible #-} #endif -- ** `H.CallConv` type CallConv = H.CallConv () pattern StdCall = H.StdCall () :: CallConv pattern CCall = H.CCall () :: CallConv pattern CPlusPlus = H.CPlusPlus () :: CallConv pattern DotNet = H.DotNet () :: CallConv pattern Jvm = H.Jvm () :: CallConv pattern Js = H.Js () :: CallConv pattern JavaScript = H.JavaScript () :: CallConv pattern CApi = H.CApi () :: CallConv #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE StdCall, CCall, CPlusPlus, DotNet, Jvm, Js, JavaScript, CApi #-} #endif -- ** `H.ModulePragma` type ModulePragma = H.ModulePragma () pattern LanguagePragma a = H.LanguagePragma () (a :: [Name]) :: ModulePragma pattern OptionsPragma a b = H.OptionsPragma () (a :: (Maybe Tool)) (b :: String) :: ModulePragma pattern AnnModulePragma a = H.AnnModulePragma () (a :: Annotation) :: ModulePragma #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE LanguagePragma, OptionsPragma, AnnModulePragma #-} #endif -- skipped: data Tool -- ** `H.Overlap` type Overlap = H.Overlap () pattern NoOverlap = H.NoOverlap () :: Overlap pattern Overlap = H.Overlap () :: Overlap pattern Overlapping = H.Overlapping () :: Overlap pattern Overlaps = H.Overlaps () :: Overlap pattern Overlappable = H.Overlappable () :: Overlap pattern Incoherent = H.Incoherent () :: Overlap #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE NoOverlap, Overlap, Overlapping, Overlaps, Overlappable, Incoherent #-} #endif -- ** `H.Activation` type Activation = H.Activation () pattern ActiveFrom a = H.ActiveFrom () (a :: Int) :: Activation pattern ActiveUntil a = H.ActiveUntil () (a :: Int) :: Activation #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE ActiveFrom, ActiveUntil #-} #endif -- ** `H.Rule` type Rule = H.Rule () pattern Rule a b c d e = H.Rule () (a :: String) (b :: (Maybe Activation)) (c :: (Maybe [RuleVar])) (d :: Exp) (e :: Exp) :: Rule #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Rule #-} #endif -- ** `H.RuleVar` type RuleVar = H.RuleVar () pattern RuleVar a = H.RuleVar () (a :: Name) :: RuleVar pattern TypedRuleVar a b = H.TypedRuleVar () (a :: Name) (b :: Type) :: RuleVar #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE RuleVar, TypedRuleVar #-} #endif -- ** `H.WarningText` type WarningText = H.WarningText () pattern DeprText a = H.DeprText () (a :: String) :: WarningText pattern WarnText a = H.WarnText () (a :: String) :: WarningText #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE DeprText, WarnText #-} #endif -- ** `H.Pat` type Pat = H.Pat () pattern PVar a = H.PVar () (a :: Name) :: Pat pattern PLit a b = H.PLit () (a :: Sign) (b :: Literal) :: Pat pattern PNPlusK a b = H.PNPlusK () (a :: Name) (b :: Integer) :: Pat pattern PInfixApp a b c = H.PInfixApp () (a :: Pat) (b :: QName) (c :: Pat) :: Pat pattern PApp a b = H.PApp () (a :: QName) (b :: [Pat]) :: Pat pattern PTuple a b = H.PTuple () (a :: Boxed) (b :: [Pat]) :: Pat pattern PUnboxedSum a b c = H.PUnboxedSum () (a :: Int) (b :: Int) (c :: Pat) :: Pat pattern PList a = H.PList () (a :: [Pat]) :: Pat pattern PParen a = H.PParen () (a :: Pat) :: Pat pattern PRec a b = H.PRec () (a :: QName) (b :: [PatField]) :: Pat pattern PAsPat a b = H.PAsPat () (a :: Name) (b :: Pat) :: Pat pattern PWildCard = H.PWildCard () :: Pat pattern PIrrPat a = H.PIrrPat () (a :: Pat) :: Pat pattern PatTypeSig a b = H.PatTypeSig () (a :: Pat) (b :: Type) :: Pat pattern PViewPat a b = H.PViewPat () (a :: Exp) (b :: Pat) :: Pat pattern PRPat a = H.PRPat () (a :: [RPat]) :: Pat pattern PXTag a b c d = H.PXTag () (a :: XName) (b :: [PXAttr]) (c :: (Maybe Pat)) (d :: [Pat]) :: Pat pattern PXETag a b c = H.PXETag () (a :: XName) (b :: [PXAttr]) (c :: (Maybe Pat)) :: Pat pattern PXPcdata a = H.PXPcdata () (a :: String) :: Pat pattern PXPatTag a = H.PXPatTag () (a :: Pat) :: Pat pattern PXRPats a = H.PXRPats () (a :: [RPat]) :: Pat pattern PSplice a = H.PSplice () (a :: Splice) :: Pat pattern PQuasiQuote a b = H.PQuasiQuote () (a :: String) (b :: String) :: Pat pattern PBangPat a = H.PBangPat () (a :: Pat) :: Pat #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PVar, PLit, PNPlusK, PInfixApp, PApp, PTuple, PUnboxedSum, PList, PParen, PRec, PAsPat, PWildCard, PIrrPat, PatTypeSig, PViewPat, PRPat, PXTag, PXETag, PXPcdata, PXPatTag, PXRPats, PSplice, PQuasiQuote, PBangPat #-} #endif -- ** `H.PXAttr` type PXAttr = H.PXAttr () pattern PXAttr a b = H.PXAttr () (a :: XName) (b :: Pat) :: PXAttr #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PXAttr #-} #endif -- ** `H.RPatOp` type RPatOp = H.RPatOp () pattern RPStar = H.RPStar () :: RPatOp pattern RPStarG = H.RPStarG () :: RPatOp pattern RPPlus = H.RPPlus () :: RPatOp pattern RPPlusG = H.RPPlusG () :: RPatOp pattern RPOpt = H.RPOpt () :: RPatOp pattern RPOptG = H.RPOptG () :: RPatOp #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE RPStar, RPStarG, RPPlus, RPPlusG, RPOpt, RPOptG #-} #endif -- ** `H.RPat` type RPat = H.RPat () pattern RPOp a b = H.RPOp () (a :: RPat) (b :: RPatOp) :: RPat pattern RPEither a b = H.RPEither () (a :: RPat) (b :: RPat) :: RPat pattern RPSeq a = H.RPSeq () (a :: [RPat]) :: RPat pattern RPGuard a b = H.RPGuard () (a :: Pat) (b :: [Stmt]) :: RPat pattern RPCAs a b = H.RPCAs () (a :: Name) (b :: RPat) :: RPat pattern RPAs a b = H.RPAs () (a :: Name) (b :: RPat) :: RPat pattern RPParen a = H.RPParen () (a :: RPat) :: RPat pattern RPPat a = H.RPPat () (a :: Pat) :: RPat #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE RPOp, RPEither, RPSeq, RPGuard, RPCAs, RPAs, RPParen, RPPat #-} #endif -- ** `H.PatField` type PatField = H.PatField () pattern PFieldPat a b = H.PFieldPat () (a :: QName) (b :: Pat) :: PatField pattern PFieldPun a = H.PFieldPun () (a :: QName) :: PatField pattern PFieldWildcard = H.PFieldWildcard () :: PatField #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE PFieldPat, PFieldPun, PFieldWildcard #-} #endif -- ** `H.Stmt` type Stmt = H.Stmt () pattern Generator a b = H.Generator () (a :: Pat) (b :: Exp) :: Stmt pattern Qualifier a = H.Qualifier () (a :: Exp) :: Stmt pattern LetStmt a = H.LetStmt () (a :: Binds) :: Stmt pattern RecStmt a = H.RecStmt () (a :: [Stmt]) :: Stmt #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Generator, Qualifier, LetStmt, RecStmt #-} #endif -- ** `H.QualStmt` type QualStmt = H.QualStmt () pattern QualStmt a = H.QualStmt () (a :: Stmt) :: QualStmt pattern ThenTrans a = H.ThenTrans () (a :: Exp) :: QualStmt pattern ThenBy a b = H.ThenBy () (a :: Exp) (b :: Exp) :: QualStmt pattern GroupBy a = H.GroupBy () (a :: Exp) :: QualStmt pattern GroupUsing a = H.GroupUsing () (a :: Exp) :: QualStmt pattern GroupByUsing a b = H.GroupByUsing () (a :: Exp) (b :: Exp) :: QualStmt #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE QualStmt, ThenTrans, ThenBy, GroupBy, GroupUsing, GroupByUsing #-} #endif -- ** `H.FieldUpdate` type FieldUpdate = H.FieldUpdate () pattern FieldUpdate a b = H.FieldUpdate () (a :: QName) (b :: Exp) :: FieldUpdate pattern FieldPun a = H.FieldPun () (a :: QName) :: FieldUpdate pattern FieldWildcard = H.FieldWildcard () :: FieldUpdate #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE FieldUpdate, FieldPun, FieldWildcard #-} #endif -- ** `H.Alt` type Alt = H.Alt () pattern Alt a b c = H.Alt () (a :: Pat) (b :: Rhs) (c :: (Maybe Binds)) :: Alt #if MIN_VERSION_GLASGOW_HASKELL(8,2,1,0) {-# COMPLETE Alt #-} #endif -- * Functions prelude_mod, main_mod :: ModuleName prelude_mod = H.prelude_mod () main_mod = H.main_mod () main_name :: Name main_name = H.main_name () unit_con_name :: QName unit_con_name = H.unit_con_name () tuple_con_name :: Boxed -> Int -> QName tuple_con_name = H.tuple_con_name () list_con_name :: QName list_con_name = H.list_con_name () list_cons_name :: QName list_cons_name = H.list_cons_name () unboxed_singleton_con_name :: QName unboxed_singleton_con_name = H.unboxed_singleton_con_name () unit_con :: Exp unit_con = H.unit_con () tuple_con :: Boxed -> Int -> Exp tuple_con = H.tuple_con () unboxed_singleton_con :: Exp unboxed_singleton_con = H.unboxed_singleton_con () as_name, qualified_name, hiding_name, minus_name, bang_name, dot_name, star_name :: Name as_name = H.as_name () qualified_name = H.qualified_name () hiding_name = H.hiding_name () minus_name = H.minus_name () bang_name = H.bang_name () dot_name = H.dot_name () star_name = H.star_name () hole_name :: QName hole_name = H.hole_name () export_name, safe_name, unsafe_name, interruptible_name, threadsafe_name, stdcall_name, ccall_name, cplusplus_name, dotnet_name, jvm_name, js_name, javascript_name, capi_name, forall_name, family_name, role_name, stock_name, anyclass_name, via_name :: Name export_name = H.export_name () safe_name = H.safe_name () unsafe_name = H.unsafe_name () interruptible_name = H.interruptible_name () threadsafe_name = H.threadsafe_name () stdcall_name = H.stdcall_name () ccall_name = H.ccall_name () cplusplus_name = H.cplusplus_name () dotnet_name = H.dotnet_name () jvm_name = H.jvm_name () js_name = H.js_name () javascript_name = H.javascript_name () capi_name = H.capi_name () forall_name = H.forall_name () family_name = H.family_name () role_name = H.role_name () stock_name = H.stock_name () anyclass_name = H.anyclass_name () via_name = H.via_name () unit_tycon_name, fun_tycon_name, list_tycon_name, unboxed_singleton_tycon_name :: QName unit_tycon_name = H.unit_tycon_name () fun_tycon_name = H.fun_tycon_name () list_tycon_name = H.list_tycon_name () unboxed_singleton_tycon_name = H.unboxed_singleton_tycon_name () tuple_tycon_name :: Boxed -> Int -> QName tuple_tycon_name = H.tuple_tycon_name () unit_tycon, fun_tycon, list_tycon, unboxed_singleton_tycon :: Type unit_tycon = H.unit_tycon () fun_tycon = H.fun_tycon () list_tycon = H.list_tycon () unboxed_singleton_tycon = H.unboxed_singleton_tycon () tuple_tycon :: Boxed -> Int -> Type tuple_tycon = H.tuple_tycon () -- skipped: (=~=) :: (Annotated a, Eq (a ())) => a l1 -> a l2 -> Bool -- skipped: class Annotated ast haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/Fixity.hs0000644000000000000000000000137114733624522024475 0ustar0000000000000000-- | -- This module partially reexports "Language.Haskell.Exts.Fixity", adapting `applyFixityies`. module Language.Haskell.Exts.Simple.Fixity ( module Language.Haskell.Exts.Simple.Fixity, module Language.Haskell.Exts.Fixity ) where import qualified Language.Haskell.Exts.Fixity as H import Language.Haskell.Exts.Fixity ( Fixity(..), infix_, infixl_, infixr_, preludeFixities, baseFixities, AppFixity, ) import Language.Haskell.Exts.Simple.Syntax import Language.Haskell.Exts.SrcLoc import Control.Monad import Control.Monad.Fail -- * Functions applyFixities :: (AppFixity ast, Functor ast, MonadFail m) => [Fixity] -> ast () -> m (ast ()) applyFixities fixs = liftM (fmap (const ())) . H.applyFixities fixs . fmap (const noSrcSpan) haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/Extension.hs0000644000000000000000000000031514733624522025172 0ustar0000000000000000-- | -- This module reexports "Language.Haskell.Exts.Extension". module Language.Haskell.Exts.Simple.Extension ( module Language.Haskell.Exts.Extension ) where import Language.Haskell.Exts.Extension haskell-src-exts-simple-1.23.1.0/src/Language/Haskell/Exts/Simple/Pretty.hs0000644000000000000000000000030114733624522024500 0ustar0000000000000000-- | -- This module reexports "Language.Haskell.Exts.Pretty". module Language.Haskell.Exts.Simple.Pretty ( module Language.Haskell.Exts.Pretty ) where import Language.Haskell.Exts.Pretty