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Use MonadState Instance to simplify install', del', set' and changelog'. Lensify the app

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This commit is contained in:
Luis Morillo 2023-07-11 18:55:10 +02:00
parent 2caf491e9d
commit aa9fbdbfc2
2 changed files with 304 additions and 100 deletions
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app/ghcup/BrickMain.hs
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@ -7,6 +7,9 @@
{-# LANGUAGE ViewPatterns #-}
{-# OPTIONS_GHC -Wno-unused-record-wildcards #-}
{-# OPTIONS_GHC -Wno-unused-matches #-}
{-# LANGUAGE FlexibleInstances #-}
{-# LANGUAGE MultiParamTypeClasses #-}
{-# LANGUAGE TemplateHaskell #-}
module BrickMain where
@ -22,14 +25,57 @@ import GHCup.Prelude.Logger
import GHCup.Prelude.Process
import GHCup.Prompts
import Brick
import Brick.Widgets.Border
import Brick.Widgets.Border.Style
import Brick.Widgets.Center
import Brick
( defaultMain,
suspendAndResume,
attrMap,
showFirstCursor,
hLimit,
vBox,
viewport,
visible,
fill,
vLimit,
forceAttr,
putCursor,
updateAttrMap,
withDefAttr,
padLeft,
(<+>),
emptyWidget,
txtWrap,
attrName,
withAttr,
(<=>),
str,
withBorderStyle,
padBottom,
halt,
BrickEvent(VtyEvent, MouseDown),
App(..),
ViewportType(Vertical),
Size(Greedy),
Location(Location),
Padding(Max, Pad),
Widget(Widget, render),
AttrMap,
Direction(..),
get,
zoom,
EventM,
suffixLenses,
Named(..), modify )
import Brick.Widgets.Border ( hBorder, borderWithLabel )
import Brick.Widgets.Border.Style ( unicode )
import Brick.Widgets.Center ( center )
import Brick.Widgets.Dialog (buttonSelectedAttr)
import Brick.Widgets.List ( listSelectedFocusedAttr
, listSelectedAttr
, listAttr
)
import qualified Brick.Widgets.List as L
import Brick.Focus (FocusRing)
import qualified Brick.Focus as F
import Codec.Archive
import Control.Applicative
import Control.Exception.Safe
@ -41,9 +87,10 @@ import Control.Monad.Trans.Except
import Control.Monad.Trans.Resource
import Data.Bool
import Data.Functor
import Data.Function ( (&))
import Data.List
import Data.Maybe
import Data.IORef
import Data.IORef (IORef, readIORef, newIORef, writeIORef, modifyIORef)
import Data.Vector ( Vector
, (!?)
)
@ -67,6 +114,153 @@ import System.FilePath
import qualified System.Posix.Process as SPP
#endif
import Optics.TH (makeLenses, makeLensesFor)
import Optics.State (use)
import Optics.State.Operators ( (.=), (%=), (<%=))
import Optics.Optic ((%))
import Optics.Operators ((.~), (^.))
import Optics.Getter (view)
import Optics.Lens (Lens', lens, toLensVL, lensVL)
{- Brick's widget:
It is a FocusRing over many list's. Each list contains the information for each tool. Each list has an internal name (for Brick's runtime)
and a label which we can use in rendering. This data-structure helps to reuse Brick.Widget.List and to navegate easily across
Consider this code as private. GenericSectionList should not be used directly as the FocusRing should be align with the Vector containing
the elements, otherwise you'd be focusing on a non-existent widget with unknown result (In theory the code is safe unless you have an empty section list).
- To build a SectionList use the safe constructor sectionList
- To access sections use the lens provider sectionL and the name of the section you'd like to access
- You can modify Brick.Widget.List.GenericList within GenericSectionList via sectionL but do not
modify the vector length
-}
data GenericSectionList n t e
= GenericSectionList
{ sectionListFocusRing :: FocusRing n -- ^ The FocusRing for all sections
, sectionListElements :: !(Vector (L.GenericList n t e)) -- ^ A key-value vector
, sectionListName :: n -- ^ The section list name
}
makeLensesFor [("sectionListFocusRing", "sectionListFocusRingL"), ("sectionListElements", "sectionListElementsL"), ("sectionListName", "sectionListNameL")] ''GenericSectionList
type SectionList n e = GenericSectionList n V.Vector e
instance Named (GenericSectionList n t e) n where
getName = sectionListName
-- | Build a SectionList from nonempty list. If empty we could not defined sectionL lenses.
sectionList :: Foldable t
=> n -- The name of the section list
-> [(n, t e)] -- a list of tuples (section name, collection of elements)
-> Int
-> GenericSectionList n t e
sectionList name elements height
= GenericSectionList
{ sectionListFocusRing = F.focusRing [section_name | (section_name, _) <- elements]
, sectionListElements = V.fromList [L.list section_name els height | (section_name, els) <- elements]
, sectionListName = name
}
-- | This lens constructor, takes a name and looks if a section has such a name.
-- Used to dispatch events to sections. It is a partial function only meant to
-- be used with the FocusRing inside GenericSectionList
sectionL :: Eq n => n -> Lens' (GenericSectionList n t e) (L.GenericList n t e)
sectionL section_name = lens g s
where is_section_name = (== section_name) . L.listName
g section_list =
let elms = section_list ^. sectionListElementsL
zeroth = elms V.! 0 -- TODO: This crashes for empty vectors.
in fromMaybe zeroth (V.find is_section_name elms)
s gl@(GenericSectionList _ elms _) list =
case V.findIndex is_section_name elms of
Nothing -> gl
Just i -> let new_elms = V.update elms (V.fromList [(i, list)])
in gl & sectionListElementsL .~ new_elms
-- | Handle events for list cursor movement. Events handled are:
--
-- * Up (up arrow key). If first element of section, then jump prev section
-- * Down (down arrow key). If last element of section, then jump next section
-- * Page Up (PgUp)
-- * Page Down (PgDown)
-- * Go to next section (Tab)
-- * Go to prev section (BackTab)
handleGenericListEvent :: (Foldable t, L.Splittable t, Ord n)
=> BrickEvent n ()
-> EventM n (GenericSectionList n t e) ()
handleGenericListEvent (VtyEvent (Vty.EvKey (Vty.KChar '\t') [])) = sectionListFocusRingL %= F.focusNext
handleGenericListEvent (VtyEvent (Vty.EvKey Vty.KBackTab [])) = sectionListFocusRingL %= F.focusPrev
handleGenericListEvent (VtyEvent ev@(Vty.EvKey Vty.KDown [])) = do
ring <- use sectionListFocusRingL
case F.focusGetCurrent ring of
Nothing -> pure ()
Just l -> do -- If it is the last element, move to the first element of the next focus; else, just handle regular list event.
current_list <- use (sectionL l)
let current_idx = L.listSelected current_list
list_length = current_list & length
if current_idx == Just (list_length - 1)
then do
new_focus <- sectionListFocusRingL <%= F.focusNext
case F.focusGetCurrent new_focus of
Nothing -> pure () -- |- Optic.Zoom.zoom doesn't typecheck but Lens.Micro.Mtl.zoom does. It is re-exported by Brick
Just new_l -> zoom (toLensVL $ sectionL new_l) (modify L.listMoveToBeginning)
else zoom (toLensVL $ sectionL l) $ L.handleListEvent ev
handleGenericListEvent (VtyEvent ev@(Vty.EvKey Vty.KUp [])) = do
ring <- use sectionListFocusRingL
case F.focusGetCurrent ring of
Nothing -> pure ()
Just l -> do -- If it is the first element, move to the last element of the prev focus; else, just handle regular list event.
current_list <- use (sectionL l)
let current_idx = L.listSelected current_list
if current_idx == Just 0
then do
new_focus <- sectionListFocusRingL <%= F.focusPrev
case F.focusGetCurrent new_focus of
Nothing -> pure ()
Just new_l -> zoom (toLensVL $ sectionL new_l) (modify L.listMoveToEnd)
else zoom (toLensVL $ sectionL l) $ L.handleListEvent ev
handleGenericListEvent (VtyEvent ev) = do
ring <- use sectionListFocusRingL
case F.focusGetCurrent ring of
Nothing -> pure ()
Just l -> zoom (toLensVL $ sectionL l) $ L.handleListEvent ev
handleGenericListEvent _ = pure ()
-- This re-uses Brick.Widget.List.renderList
renderSectionList :: (Traversable t, Ord n, Show n, Eq n, L.Splittable t)
=> (Bool -> n -> Widget n) -- ^ Rendering function for separator between sections. True for selected before section
-> (Bool -> n -> Widget n -> Widget n) -- ^ Rendering function for the borders. True for selected section
-> (Bool -> e -> Widget n) -- ^ Rendering function of the list element, True for the selected element
-> Bool -- ^ Whether the section list has focus
-> GenericSectionList n t e -- ^ The section list to render
-> Widget n
renderSectionList render_separator render_border render_elem section_focus (GenericSectionList focus elms _) =
V.foldl' (\wacc list ->
let has_focus = is_focused_section list
list_name = L.listName list
in wacc
<=> render_separator has_focus list_name
<=> inner_widget has_focus list_name list
)
emptyWidget elms
where
is_focused_section l = section_focus && Just (L.listName l) == F.focusGetCurrent focus
inner_widget has_focus k l = render_border has_focus k (L.renderList render_elem has_focus l)
-- | Equivalent to listSelectedElement
sectionListSelectedElement :: (Eq n, L.Splittable t, Traversable t, Semigroup (t e)) => GenericSectionList n t e -> Maybe (Int, e)
sectionListSelectedElement generic_section_list = do
current_focus <- generic_section_list ^. sectionListFocusRingL & F.focusGetCurrent
let current_section = generic_section_list ^. sectionL current_focus
L.listSelectedElement current_section
{- GHCUp State
-}
installedSign :: String
#if IS_WINDOWS
@ -91,55 +285,71 @@ notInstalledSign = "✗ "
data BrickData = BrickData
{ lr :: [ListResult]
{ _lr :: [ListResult]
}
deriving Show
makeLenses ''BrickData
data BrickSettings = BrickSettings
{ showAllVersions :: Bool
{ _showAllVersions :: Bool
, _showAllTools :: Bool
}
deriving Show
--deriving Show
makeLenses ''BrickSettings
data BrickInternalState = BrickInternalState
{ clr :: Vector ListResult
, ix :: Int
{ _clr :: Vector ListResult
, _ix :: Int
}
deriving Show
--deriving Show
makeLenses ''BrickInternalState
data BrickState = BrickState
{ appData :: BrickData
, appSettings :: BrickSettings
, appState :: BrickInternalState
, appKeys :: KeyBindings
{ _appData :: BrickData
, _appSettings :: BrickSettings
, _appState :: BrickInternalState
, _appKeys :: KeyBindings
}
deriving Show
--deriving Show
makeLenses ''BrickState
keyHandlers :: KeyBindings
-> [ ( KeyCombination
, BrickSettings -> String
, BrickState -> EventM String BrickState ()
, EventM String BrickState ()
)
]
keyHandlers KeyBindings {..} =
[ (bQuit, const "Quit" , \_ -> halt)
[ (bQuit, const "Quit" , halt)
, (bInstall, const "Install" , withIOAction install')
, (bUninstall, const "Uninstall", withIOAction del')
, (bSet, const "Set" , withIOAction set')
, (bChangelog, const "ChangeLog", withIOAction changelog')
, ( bShowAllVersions
, \BrickSettings {..} ->
if showAllVersions then "Don't show all versions" else "Show all versions"
, hideShowHandler (not . showAllVersions)
if _showAllVersions then "Don't show all versions" else "Show all versions"
, hideShowHandler' (not . _showAllVersions) _showAllTools
)
, (bUp, const "Up", \BrickState {..} -> put BrickState{ appState = moveCursor 1 appState Up, .. })
, (bDown, const "Down", \BrickState {..} -> put BrickState{ appState = moveCursor 1 appState Down, .. })
, (bUp, const "Up", appState %= moveCursor 1 Up)
, (bDown, const "Down", appState %= moveCursor 1 Down)
]
where
hideShowHandler f BrickState{..} =
let newAppSettings = appSettings { showAllVersions = f appSettings }
newInternalState = constructList appData newAppSettings (Just appState)
in put (BrickState appData newAppSettings newInternalState appKeys)
--hideShowHandler' :: (BrickSettings -> Bool) -> (BrickSettings -> Bool) -> m ()
hideShowHandler' f p = do
app_settings <- use appSettings
let
vers = f app_settings
tools = p app_settings
newAppSettings = app_settings & showAllVersions .~ vers & showAllTools .~ tools
ad <- use appData
current_app_state <- use appState
appSettings .= newAppSettings
appState .= constructList ad app_settings (Just current_app_state)
showKey :: Vty.Key -> String
@ -153,11 +363,11 @@ showMod = tail . show
ui :: AttrMap -> BrickState -> Widget String
ui dimAttrs BrickState{ appSettings = as@BrickSettings{}, ..}
ui dimAttrs BrickState{ _appSettings = as@BrickSettings{}, ..}
= padBottom Max
( withBorderStyle unicode
$ borderWithLabel (str "GHCup")
(center (header <=> hBorder <=> renderList' appState))
(center (header <=> hBorder <=> renderList' _appState))
)
<=> footer
@ -168,7 +378,7 @@ ui dimAttrs BrickState{ appSettings = as@BrickSettings{}, ..}
. T.pack
. foldr1 (\x y -> x <> " " <> y)
. fmap (\(KeyCombination key mods, s, _) -> intercalate "+" (showKey key : (showMod <$> mods)) <> ":" <> s as)
$ keyHandlers appKeys
$ keyHandlers _appKeys
header =
minHSize 2 emptyWidget
<+> padLeft (Pad 2) (minHSize 6 $ str "Tool")
@ -176,8 +386,8 @@ ui dimAttrs BrickState{ appSettings = as@BrickSettings{}, ..}
<+> padLeft (Pad 1) (minHSize 25 $ str "Tags")
<+> padLeft (Pad 5) (str "Notes")
renderList' bis@BrickInternalState{..} =
let minTagSize = V.maximum $ V.map (length . intercalate "," . fmap tagToString . lTag) clr
minVerSize = V.maximum $ V.map (\ListResult{..} -> T.length $ tVerToText (GHCTargetVersion lCross lVer)) clr
let minTagSize = V.maximum $ V.map (length . intercalate "," . fmap tagToString . lTag) _clr
minVerSize = V.maximum $ V.map (\ListResult{..} -> T.length $ tVerToText (GHCTargetVersion lCross lVer)) _clr
in withDefAttr listAttr . drawListElements (renderItem minTagSize minVerSize) True $ bis
renderItem minTagSize minVerSize _ b listResult@ListResult{lTag = lTag', ..} =
let marks = if
@ -283,11 +493,10 @@ ui dimAttrs BrickState{ appSettings = as@BrickSettings{}, ..}
minHSize :: Int -> Widget n -> Widget n
minHSize s' = hLimit s' . vLimit 1 . (<+> fill ' ')
app :: AttrMap -> AttrMap -> App BrickState e String
app :: AttrMap -> AttrMap -> App BrickState () String
app attrs dimAttrs =
App { appDraw = \st -> [ui dimAttrs st]
, appHandleEvent = \be -> get >>= \s -> eventHandler s be
App { appDraw = \st -> [ui dimAttrs st]
, appHandleEvent = eventHandler
, appStartEvent = return ()
, appAttrMap = const attrs
, appChooseCursor = showFirstCursor
@ -312,6 +521,7 @@ defaultAttributes no_color = attrMap
, (attrName "day" , Vty.defAttr `withForeColor` Vty.blue)
, (attrName "help" , Vty.defAttr `withStyle` Vty.italic)
, (attrName "hooray" , Vty.defAttr `withForeColor` Vty.brightWhite)
, (buttonSelectedAttr , Vty.defAttr `withBackColor` Vty.brightWhite)
]
where
withForeColor | no_color = const
@ -332,56 +542,51 @@ dimAttributes no_color = attrMap
withBackColor | no_color = \attr _ -> attr `Vty.withStyle` Vty.reverseVideo
| otherwise = Vty.withBackColor
eventHandler :: BrickState -> BrickEvent String e -> EventM String BrickState ()
eventHandler st@BrickState{..} ev = do
eventHandler :: BrickEvent String e -> EventM String BrickState ()
eventHandler ev = do
AppState { keyBindings = kb } <- liftIO $ readIORef settings'
case ev of
(MouseDown _ Vty.BScrollUp _ _) ->
put (BrickState { appState = moveCursor 1 appState Up, .. })
(MouseDown _ Vty.BScrollDown _ _) ->
put (BrickState { appState = moveCursor 1 appState Down, .. })
(VtyEvent (Vty.EvResize _ _)) -> put st
(VtyEvent (Vty.EvKey Vty.KUp [])) ->
put BrickState{ appState = moveCursor 1 appState Up, .. }
(VtyEvent (Vty.EvKey Vty.KDown [])) ->
put BrickState{ appState = moveCursor 1 appState Down, .. }
(VtyEvent (Vty.EvKey key mods)) ->
case find (\(keyCombo, _, _) -> keyCombo == KeyCombination key mods) (keyHandlers kb) of
Nothing -> put st
Just (_, _, handler) -> handler st
_ -> put st
(MouseDown _ Vty.BScrollUp _ _) -> appState %= moveCursor 1 Up
(MouseDown _ Vty.BScrollDown _ _) -> appState %= moveCursor 1 Down
(VtyEvent (Vty.EvResize _ _)) -> pure ()
(VtyEvent (Vty.EvKey Vty.KUp _)) -> appState %= moveCursor 1 Up
(VtyEvent (Vty.EvKey Vty.KDown _)) -> appState %= moveCursor 1 Down
(VtyEvent (Vty.EvKey key _)) ->
case find (\(key', _, _) -> key' == key) (keyHandlers kb) of
Nothing -> pure ()
Just (_, _, handler) -> handler
_ -> pure ()
moveCursor :: Int -> BrickInternalState -> Direction -> BrickInternalState
moveCursor steps ais@BrickInternalState{..} direction =
let newIx = if direction == Down then ix + steps else ix - steps
in case clr !? newIx of
Just _ -> BrickInternalState { ix = newIx, .. }
moveCursor :: Int -> Direction -> BrickInternalState -> BrickInternalState
moveCursor steps direction ais@BrickInternalState{..} =
let newIx = if direction == Down then _ix + steps else _ix - steps
in case _clr !? newIx of
Just _ -> ais & ix .~ newIx
Nothing -> ais
-- | Suspend the current UI and run an IO action in terminal. If the
-- IO action returns a Left value, then it's thrown as userError.
withIOAction :: Ord n
=> (BrickState
-> (Int, ListResult)
-> ReaderT AppState IO (Either String a))
-> BrickState
=> ( (Int, ListResult) -> ReaderT AppState IO (Either String a))
-> EventM n BrickState ()
withIOAction action as = case listSelectedElement' (appState as) of
Nothing -> put as
Just (ix, e) -> do
suspendAndResume $ do
settings <- readIORef settings'
flip runReaderT settings $ action as (ix, e) >>= \case
Left err -> liftIO $ putStrLn ("Error: " <> err)
Right _ -> liftIO $ putStrLn "Success"
getAppData Nothing >>= \case
Right data' -> do
putStrLn "Press enter to continue"
_ <- getLine
pure (updateList data' as)
Left err -> throwIO $ userError err
withIOAction action = do
as <- get
case listSelectedElement' (view appState as) of
Nothing -> pure ()
Just (curr_ix, e) -> do
suspendAndResume $ do
settings <- readIORef settings'
flip runReaderT settings $ action (curr_ix, e) >>= \case
Left err -> liftIO $ putStrLn ("Error: " <> err)
Right _ -> liftIO $ putStrLn "Success"
getAppData Nothing >>= \case
Right data' -> do
putStrLn "Press enter to continue"
_ <- getLine
pure (updateList data' as)
Left err -> throwIO $ userError err
-- | Update app data and list internal state based on new evidence.
@ -389,11 +594,11 @@ withIOAction action as = case listSelectedElement' (appState as) of
-- and @BrickSettings@.
updateList :: BrickData -> BrickState -> BrickState
updateList appD BrickState{..} =
let newInternalState = constructList appD appSettings (Just appState)
in BrickState { appState = newInternalState
, appData = appD
, appSettings = appSettings
, appKeys = appKeys
let newInternalState = constructList appD _appSettings (Just _appState)
in BrickState { _appState = newInternalState
, _appData = appD
, _appSettings = _appSettings
, _appKeys = _appKeys
}
@ -402,11 +607,12 @@ constructList :: BrickData
-> Maybe BrickInternalState
-> BrickInternalState
constructList appD appSettings =
replaceLR (filterVisible (showAllVersions appSettings))
(lr appD)
replaceLR (filterVisible (_showAllVersions appSettings)
(_showAllTools appSettings))
(_lr appD)
listSelectedElement' :: BrickInternalState -> Maybe (Int, ListResult)
listSelectedElement' BrickInternalState{..} = fmap (ix, ) $ clr !? ix
listSelectedElement' BrickInternalState{..} = fmap (_ix, ) $ _clr !? _ix
selectLatest :: Vector ListResult -> Int
@ -444,11 +650,10 @@ filterVisible v e | lInstalled e = True
(Nightly `notElem` lTag e)
install' :: (MonadReader AppState m, MonadIO m, MonadThrow m, MonadFail m, MonadMask m, MonadUnliftIO m, Alternative m)
=> BrickState
-> (Int, ListResult)
install' :: (MonadReader AppState m, MonadIO m, MonadThrow m, MonadFail m, MonadMask m, MonadUnliftIO m)
=> (Int, ListResult)
-> m (Either String ())
install' _ (_, ListResult {..}) = do
install' (_, ListResult {..}) = do
AppState { ghcupInfo = GHCupInfo { _ghcupDownloads = dls }} <- ask
let run =
@ -530,10 +735,9 @@ install' _ (_, ListResult {..}) = do
set' :: (MonadReader AppState m, MonadIO m, MonadThrow m, MonadFail m, MonadMask m, MonadUnliftIO m, Alternative m)
=> BrickState
-> (Int, ListResult)
=> (Int, ListResult)
-> m (Either String ())
set' bs input@(_, ListResult {..}) = do
set' input@(_, ListResult {..}) = do
settings <- liftIO $ readIORef settings'
let run =
@ -588,12 +792,12 @@ set' bs input@(_, ListResult {..}) = do
promptAnswer <- getUserPromptResponse userPrompt
case promptAnswer of
PromptYes -> do
res <- install' bs input
res <- install' input
case res of
(Left err) -> pure $ Left err
(Right _) -> do
logInfo "Setting now..."
set' bs input
set' input
PromptNo -> pure $ Left (prettyHFError e)
where
@ -608,10 +812,9 @@ set' bs input@(_, ListResult {..}) = do
del' :: (MonadReader AppState m, MonadIO m, MonadFail m, MonadMask m, MonadUnliftIO m)
=> BrickState
-> (Int, ListResult)
=> (Int, ListResult)
-> m (Either String ())
del' _ (_, ListResult {..}) = do
del' (_, ListResult {..}) = do
AppState { ghcupInfo = GHCupInfo { _ghcupDownloads = dls }} <- ask
let run = runE @'[NotInstalled, UninstallFailed]
@ -635,10 +838,9 @@ del' _ (_, ListResult {..}) = do
changelog' :: (MonadReader AppState m, MonadIO m)
=> BrickState
-> (Int, ListResult)
=> (Int, ListResult)
-> m (Either String ())
changelog' _ (_, ListResult {..}) = do
changelog' (_, ListResult {..}) = do
AppState { pfreq, ghcupInfo = GHCupInfo { _ghcupDownloads = dls }} <- ask
case getChangeLog dls lTool (ToolVersion lVer) of
Nothing -> pure $ Left $
@ -671,7 +873,6 @@ settings' = unsafePerformIO $ do
loggerConfig
brickMain :: AppState
-> IO ()
brickMain s = do
@ -695,7 +896,7 @@ brickMain s = do
defaultAppSettings :: BrickSettings
defaultAppSettings = BrickSettings { showAllVersions = False }
defaultAppSettings = BrickSettings { _showAllVersions = False, _showAllTools = False }
getGHCupInfo :: IO (Either String GHCupInfo)
@ -724,3 +925,4 @@ getAppData mgi = runExceptT $ do
flip runReaderT settings $ do
lV <- listVersions Nothing [] False True (Nothing, Nothing)
pure $ BrickData (reverse lV)

4
ghcup.cabal
View File

@ -327,6 +327,8 @@ executable ghcup
, brick ^>=2.1
, transformers ^>=0.5
, vty ^>=6.0
, unix ^>=2.7
, optics ^>=0.4
if os(windows)
cpp-options: -DIS_WINDOWS
@ -352,7 +354,7 @@ test-suite ghcup-test
default-language: Haskell2010
default-extensions:
LambdaCase
MultiWayIf
MultiWayIf++-
PackageImports
RecordWildCards
ScopedTypeVariables