464 lines
16 KiB
Haskell
464 lines
16 KiB
Haskell
{-# LANGUAGE CPP #-}
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{-# LANGUAGE QuasiQuotes #-}
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{-# LANGUAGE TypeApplications #-}
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{-# LANGUAGE DataKinds #-}
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{-# LANGUAGE RankNTypes #-}
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{-# LANGUAGE FlexibleContexts #-}
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{-# LANGUAGE TypeFamilies #-}
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module GHCup.OptParse.Run where
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import GHCup
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import GHCup.Utils
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import GHCup.Utils.Prelude
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import GHCup.Utils.File
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import GHCup.OptParse.Common
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import GHCup.Errors
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import GHCup.Types
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import GHCup.Types.Optics
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import GHCup.Utils.Logger
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import GHCup.Utils.String.QQ
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import Control.Exception.Safe ( MonadMask, MonadCatch )
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#if !MIN_VERSION_base(4,13,0)
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import Control.Monad.Fail ( MonadFail )
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#endif
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import Codec.Archive
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import Control.Monad.Reader
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import Control.Monad.Trans.Resource
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import Data.Functor
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import Data.Maybe (isNothing)
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import Data.List ( intercalate )
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import Haskus.Utils.Variant.Excepts
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import Options.Applicative hiding ( style )
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import Prelude hiding ( appendFile )
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import System.Directory
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import System.FilePath
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import System.Environment
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import System.Exit
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import Text.PrettyPrint.HughesPJClass ( prettyShow )
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import qualified Data.Map.Strict as Map
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import qualified Data.Text as T
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#ifndef IS_WINDOWS
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import qualified System.Posix.Process as SPP
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#endif
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---------------
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--[ Options ]--
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---------------
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data RunOptions = RunOptions
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{ runAppendPATH :: Bool
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, runInstTool' :: Bool
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, runGHCVer :: Maybe ToolVersion
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, runCabalVer :: Maybe ToolVersion
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, runHLSVer :: Maybe ToolVersion
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, runStackVer :: Maybe ToolVersion
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, runBinDir :: Maybe FilePath
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, runCOMMAND :: [String]
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}
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---------------
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--[ Parsers ]--
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---------------
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runOpts :: Parser RunOptions
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runOpts =
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RunOptions
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<$> switch
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(short 'a' <> long "append" <> help "Append bin/ dir to PATH instead of prepending (this means that e.g. a system installation may take precedence)")
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<*> switch
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(short 'i' <> long "install" <> help "Install the tool, if missing")
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<*> optional
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(option
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(eitherReader toolVersionEither)
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(metavar "GHC_VERSION" <> long "ghc" <> help "The ghc version"
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<> completer (tagCompleter GHC [])
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<> (completer $ versionCompleter Nothing GHC)
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)
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)
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<*> optional
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(option
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(eitherReader toolVersionEither)
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(metavar "CABAL_VERSION" <> long "cabal" <> help "The cabal version"
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<> completer (tagCompleter Cabal [])
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<> (completer $ versionCompleter Nothing Cabal)
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)
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)
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<*> optional
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(option
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(eitherReader toolVersionEither)
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(metavar "HLS_VERSION" <> long "hls" <> help "The HLS version"
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<> completer (tagCompleter HLS [])
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<> (completer $ versionCompleter Nothing HLS)
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)
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)
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<*> optional
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(option
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(eitherReader toolVersionEither)
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(metavar "STACK_VERSION" <> long "stack" <> help "The stack version"
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<> completer (tagCompleter Stack [])
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<> (completer $ versionCompleter Nothing Stack)
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)
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)
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<*> optional
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(option
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(eitherReader isolateParser)
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( short 'b'
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<> long "bindir"
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<> metavar "DIR"
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<> help "directory where to create the tool symlinks (default: newly created system temp dir)"
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<> completer (bashCompleter "directory")
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)
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)
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<*> many (argument str (metavar "COMMAND" <> help "The command to run, with arguments (use longopts --). If omitted, just prints the created bin/ dir to stdout and exits."))
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--------------
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--[ Footer ]--
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--------------
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runFooter :: String
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runFooter = [s|Discussion:
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Adds the given tools to a dedicated bin/ directory and adds them to PATH, exposing
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the relevant binaries, then executes a command.
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Examples:
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# run VSCode with all latest toolchain exposed, installing missing versions if necessary
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ghcup run --ghc latest --cabal latest --hls latest --stack latest --install -- code Setup.hs
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# create a custom toolchain bin/ dir with GHC and cabal that can be manually added to PATH
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ghcup run --ghc 8.10.7 --cabal 3.2.0.0 --bindir $HOME/toolchain/bin
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# run a specific ghc version
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ghcup run --ghc 8.10.7 -- ghc --version|]
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---------------------------
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--[ Effect interpreters ]--
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---------------------------
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type RunEffects = '[ AlreadyInstalled
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, UnknownArchive
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, ArchiveResult
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, FileDoesNotExistError
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, CopyError
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, NotInstalled
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, DirNotEmpty
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, NoDownload
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, NotInstalled
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, BuildFailed
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, TagNotFound
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, DigestError
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, GPGError
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, DownloadFailed
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, TarDirDoesNotExist
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, NextVerNotFound
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, NoToolVersionSet
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, FileAlreadyExistsError
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, ProcessError
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]
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runLeanRUN :: (MonadUnliftIO m, MonadIO m)
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=> LeanAppState
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-> Excepts RunEffects (ReaderT LeanAppState m) a
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-> m (VEither RunEffects a)
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runLeanRUN leanAppstate =
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-- Don't use runLeanAppState here, which is disabled on windows.
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-- This is the only command on all platforms that doesn't need full appstate.
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flip runReaderT leanAppstate
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. runE
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@RunEffects
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runRUN :: MonadUnliftIO m
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=> IO AppState
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-> Excepts RunEffects (ResourceT (ReaderT AppState m)) a
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-> m (VEither RunEffects a)
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runRUN appState action' = do
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s' <- liftIO appState
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flip runReaderT s'
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. runResourceT
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. runE
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@RunEffects
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$ action'
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------------------
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--[ Entrypoint ]--
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------------------
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run :: forall m.
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( MonadFail m
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, MonadMask m
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, MonadCatch m
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, MonadIO m
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, MonadUnliftIO m
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)
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=> RunOptions
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-> IO AppState
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-> LeanAppState
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-> (ReaderT LeanAppState m () -> m ())
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-> m ExitCode
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run RunOptions{..} runAppState leanAppstate runLogger = do
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r <- if or (fmap (maybe False isToolTag) [runGHCVer, runCabalVer, runHLSVer, runStackVer]) || runInstTool'
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then runRUN runAppState $ do
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toolchain <- liftE resolveToolchainFull
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tmp <- case runBinDir of
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Just bindir -> do
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liftIO $ createDirRecursive' bindir
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liftIO $ canonicalizePath bindir
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Nothing -> do
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d <- liftIO $ predictableTmpDir toolchain
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liftIO $ createDirRecursive' d
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liftIO $ canonicalizePath d
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liftE $ installToolChainFull toolchain tmp
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pure tmp
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else runLeanRUN leanAppstate $ do
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toolchain <- resolveToolchain
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tmp <- case runBinDir of
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Just bindir -> do
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liftIO $ createDirRecursive' bindir
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liftIO $ canonicalizePath bindir
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Nothing -> do
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d <- liftIO $ predictableTmpDir toolchain
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liftIO $ createDirRecursive' d
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liftIO $ canonicalizePath d
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liftE $ installToolChain toolchain tmp
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pure tmp
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case r of
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VRight tmp -> do
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case runCOMMAND of
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[] -> do
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liftIO $ putStr tmp
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pure ExitSuccess
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(cmd:args) -> do
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newEnv <- liftIO $ addToPath tmp
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#ifndef IS_WINDOWS
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void $ liftIO $ SPP.executeFile cmd True args (Just newEnv)
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pure ExitSuccess
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#else
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r' <- runLeanRUN leanAppstate $ liftE $ lEM @_ @'[ProcessError] $ exec cmd args Nothing (Just newEnv)
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case r' of
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VRight _ -> pure ExitSuccess
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VLeft e -> do
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runLogger $ logError $ T.pack $ prettyShow e
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pure $ ExitFailure 28
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#endif
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VLeft e -> do
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runLogger $ logError $ T.pack $ prettyShow e
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pure $ ExitFailure 27
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where
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isToolTag :: ToolVersion -> Bool
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isToolTag (ToolTag _) = True
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isToolTag _ = False
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-- TODO: doesn't work for cross
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resolveToolchainFull :: ( MonadFail m
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, MonadThrow m
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, MonadIO m
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, MonadCatch m
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)
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=> Excepts
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'[ TagNotFound
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, NextVerNotFound
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, NoToolVersionSet
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] (ResourceT (ReaderT AppState m)) Toolchain
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resolveToolchainFull = do
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ghcVer <- forM runGHCVer $ \ver -> do
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(v, _) <- liftE $ fromVersion (Just ver) GHC
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pure v
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cabalVer <- forM runCabalVer $ \ver -> do
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(v, _) <- liftE $ fromVersion (Just ver) Cabal
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pure v
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hlsVer <- forM runHLSVer $ \ver -> do
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(v, _) <- liftE $ fromVersion (Just ver) HLS
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pure v
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stackVer <- forM runStackVer $ \ver -> do
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(v, _) <- liftE $ fromVersion (Just ver) Stack
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pure v
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pure Toolchain{..}
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resolveToolchain = do
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ghcVer <- case runGHCVer of
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Just (ToolVersion v) -> pure $ Just v
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Nothing -> pure Nothing
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_ -> fail "Internal error"
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cabalVer <- case runCabalVer of
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Just (ToolVersion v) -> pure $ Just v
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Nothing -> pure Nothing
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_ -> fail "Internal error"
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hlsVer <- case runHLSVer of
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Just (ToolVersion v) -> pure $ Just v
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Nothing -> pure Nothing
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_ -> fail "Internal error"
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stackVer <- case runStackVer of
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Just (ToolVersion v) -> pure $ Just v
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Nothing -> pure Nothing
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_ -> fail "Internal error"
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pure Toolchain{..}
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installToolChainFull :: ( MonadFail m
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, MonadThrow m
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, MonadIO m
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, MonadCatch m
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)
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=> Toolchain
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-> FilePath
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-> Excepts
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'[ TagNotFound
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, NextVerNotFound
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, NoToolVersionSet
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, UnknownArchive
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, TarDirDoesNotExist
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, ProcessError
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, NotInstalled
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, NoDownload
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, GPGError
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, DownloadFailed
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, DirNotEmpty
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, DigestError
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, BuildFailed
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, ArchiveResult
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, AlreadyInstalled
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, FileAlreadyExistsError
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, CopyError
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] (ResourceT (ReaderT AppState m)) ()
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installToolChainFull Toolchain{..} tmp = do
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forM_ [(GHC,) <$> ghcVer, (Cabal,) <$> cabalVer, (HLS,) <$> hlsVer, (Stack,) <$> stackVer] $ \mt -> do
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isInstalled <- maybe (pure False) (\(tool, v) -> lift $ checkIfToolInstalled' tool v) mt
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case mt of
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Just (GHC, v) -> do
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unless isInstalled $ when (runInstTool' && isNothing (_tvTarget v)) $ void $ liftE $ installGHCBin
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(_tvVersion v)
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Nothing
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False
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setTool GHC v tmp
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Just (Cabal, v) -> do
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unless isInstalled $ when runInstTool' $ void $ liftE $ installCabalBin
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(_tvVersion v)
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Nothing
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False
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setTool Cabal v tmp
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Just (Stack, v) -> do
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unless isInstalled $ when runInstTool' $ void $ liftE $ installStackBin
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(_tvVersion v)
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Nothing
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False
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setTool Stack v tmp
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Just (HLS, v) -> do
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unless isInstalled $ when runInstTool' $ void $ liftE $ installHLSBin
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(_tvVersion v)
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Nothing
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False
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setTool HLS v tmp
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_ -> pure ()
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installToolChain :: ( MonadFail m
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, MonadThrow m
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, MonadIO m
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, MonadCatch m
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)
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=> Toolchain
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-> FilePath
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-> Excepts '[NotInstalled] (ReaderT LeanAppState m) ()
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installToolChain Toolchain{..} tmp = do
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forM_ [(GHC,) <$> ghcVer, (Cabal,) <$> cabalVer, (HLS,) <$> hlsVer, (Stack,) <$> stackVer] $ \mt -> do
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case mt of
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Just (GHC, v) -> setTool GHC v tmp
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Just (Cabal, v) -> setTool Cabal v tmp
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Just (Stack, v) -> setTool Stack v tmp
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Just (HLS, v) -> setTool HLS v tmp
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_ -> pure ()
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setTool tool v tmp =
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case tool of
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GHC -> do
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void $ liftE $ setGHC v SetGHC_XYZ (Just tmp)
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void $ liftE $ setGHC v SetGHCOnly (Just tmp)
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Cabal -> do
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bin <- liftE $ whereIsTool Cabal v
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cbin <- liftIO $ canonicalizePath bin
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lift $ createLink (relativeSymlink tmp cbin) (tmp </> ("cabal" <.> exeExt))
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Stack -> do
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bin <- liftE $ whereIsTool Stack v
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cbin <- liftIO $ canonicalizePath bin
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lift $ createLink (relativeSymlink tmp cbin) (tmp </> ("stack" <.> exeExt))
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HLS -> do
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Dirs {..} <- getDirs
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let v' = _tvVersion v
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legacy <- isLegacyHLS v'
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if legacy
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then do
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-- TODO: factor this out
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hlsWrapper <- liftE @_ @'[NotInstalled] $ hlsWrapperBinary v' !? (NotInstalled HLS (mkTVer v'))
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cw <- liftIO $ canonicalizePath (binDir </> hlsWrapper)
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lift $ createLink (relativeSymlink tmp cw) (tmp </> takeFileName cw)
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hlsBins <- hlsServerBinaries v' Nothing >>= liftIO . traverse (canonicalizePath . (binDir </>))
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forM_ hlsBins $ \bin ->
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lift $ createLink (relativeSymlink tmp bin) (tmp </> takeFileName bin)
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liftE $ setHLS (_tvVersion v) SetHLSOnly (Just tmp)
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else do
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liftE $ setHLS (_tvVersion v) SetHLS_XYZ (Just tmp)
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liftE $ setHLS (_tvVersion v) SetHLSOnly (Just tmp)
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GHCup -> pure ()
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addToPath path = do
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cEnv <- Map.fromList <$> getEnvironment
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let paths = ["PATH", "Path"]
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curPaths = (\x -> maybe [] splitSearchPath (Map.lookup x cEnv)) =<< paths
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newPath = intercalate [searchPathSeparator] (if runAppendPATH then (curPaths ++ [path]) else (path : curPaths))
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envWithoutPath = foldr (\x y -> Map.delete x y) cEnv paths
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pathVar = if isWindows then "Path" else "PATH"
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envWithNewPath = Map.toList $ Map.insert pathVar newPath envWithoutPath
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liftIO $ setEnv pathVar newPath
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return envWithNewPath
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predictableTmpDir (Toolchain Nothing Nothing Nothing Nothing) =
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liftIO (getTemporaryDirectory >>= \tmp -> pure (tmp </> "ghcup-none"))
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predictableTmpDir Toolchain{..} = do
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tmp <- getTemporaryDirectory
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pure $ tmp
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</> ("ghcup-" <> intercalate "_"
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( maybe [] ( (:[]) . ("ghc-" <>) . T.unpack . tVerToText) ghcVer
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<> maybe [] ( (:[]) . ("cabal-" <>) . T.unpack . tVerToText) cabalVer
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<> maybe [] ( (:[]) . ("hls-" <>) . T.unpack . tVerToText) hlsVer
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<> maybe [] ( (:[]) . ("stack-" <>) . T.unpack . tVerToText) stackVer
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)
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)
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-------------------------
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--[ Other local types ]--
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-------------------------
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data Toolchain = Toolchain
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{ ghcVer :: Maybe GHCTargetVersion
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, cabalVer :: Maybe GHCTargetVersion
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, hlsVer :: Maybe GHCTargetVersion
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, stackVer :: Maybe GHCTargetVersion
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}
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