858 lines
31 KiB
Haskell
858 lines
31 KiB
Haskell
--------------------------------------------------------------------------------
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-- XMonad binary
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module Main (main) where
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import Data.Internal.DBus
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import Data.Internal.XIO
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import Data.Monoid
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import Data.Text.IO (hPutStrLn)
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import Graphics.X11.Types
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import Graphics.X11.Xlib.Atom
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import Graphics.X11.Xlib.Extras
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import Options.Applicative hiding (action)
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import RIO
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import RIO.Directory
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import RIO.List
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import RIO.Process
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import qualified RIO.Text as T
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import System.Posix.Signals
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import System.Process
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( getPid
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, getProcessExitCode
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)
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import XMonad hiding (display)
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import XMonad.Actions.CopyWindow
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import XMonad.Actions.CycleWS
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import XMonad.Actions.PhysicalScreens
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import XMonad.Actions.Warp
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import XMonad.Hooks.DynamicLog
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import XMonad.Hooks.EwmhDesktops
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import XMonad.Hooks.ManageDocks
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import XMonad.Hooks.ManageHelpers
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import XMonad.Internal.Command.DMenu
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import XMonad.Internal.Command.Desktop
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import XMonad.Internal.Command.Power
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import XMonad.Internal.Concurrent.ACPIEvent
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import XMonad.Internal.Concurrent.ClientMessage
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import XMonad.Internal.Concurrent.DynamicWorkspaces
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import XMonad.Internal.Concurrent.VirtualBox
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import XMonad.Internal.DBus.Brightness.ClevoKeyboard
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import XMonad.Internal.DBus.Brightness.Common
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import XMonad.Internal.DBus.Brightness.IntelBacklight
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import XMonad.Internal.DBus.Control
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import XMonad.Internal.DBus.Removable
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import XMonad.Internal.DBus.Screensaver
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import XMonad.Internal.Shell hiding (proc)
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import qualified XMonad.Internal.Theme as XT
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import XMonad.Layout.Decoration
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import XMonad.Layout.MultiToggle
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import XMonad.Layout.NoBorders
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import XMonad.Layout.NoFrillsDecoration
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import XMonad.Layout.PerWorkspace
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import XMonad.Layout.Renamed
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import XMonad.Layout.Tabbed
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import qualified XMonad.Operations as O
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import qualified XMonad.StackSet as W
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import XMonad.Util.Cursor
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import XMonad.Util.EZConfig
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import qualified XMonad.Util.ExtensibleState as E
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import XMonad.Util.NamedActions
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import XMonad.Util.WorkspaceCompare
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main :: IO ()
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main = parse >>= xio
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parse :: IO XOpts
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parse = execParser opts
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where
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parseOpts = parseDeps <|> parseTest <|> pure XRun
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opts =
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info (parseOpts <**> helper) $
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fullDesc <> header "xmonad: the best window manager ever"
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data XOpts = XDeps | XTest | XRun
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parseDeps :: Parser XOpts
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parseDeps =
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flag'
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XDeps
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(long "deps" <> short 'd' <> help "print dependencies")
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parseTest :: Parser XOpts
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parseTest =
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flag'
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XTest
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(long "test" <> short 't' <> help "test dependencies without running")
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xio :: XOpts -> IO ()
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xio o = case o of
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XDeps -> hRunXIO False stderr printDeps
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XTest -> undefined
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XRun -> runXIO "xmonad.log" run
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run :: XIO ()
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run = do
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-- These first two commands are only significant when xmonad is restarted.
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-- The 'launch' function below this will turn off buffering (so flushes are
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-- required to see stdout) and will also install xmonad's silly signal
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-- handlers (which set the handlers for sigCHLD and sigPIPE to SIG_IGN).
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-- Ignoring sigCHLD is particularly bad since most of my setup entails
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-- spawning processes and waiting for their exit code, which totally breaks
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-- when sigCHLD is ignored (since children are killed immediately without
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-- the parent invoking 'wait'). Since the 'launch' function is called last
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-- here, everything before should be fine except for the case where xmonad
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-- is restarted, which uses 'exec' and thus should cause the buffering and
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-- signal handlers to carry over to the top.
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uninstallSignalHandlers
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hSetBuffering stdout LineBuffering
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withDBusX_ $ \db -> do
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let fs = features $ dbSysClient db
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withDBusInterfaces db (fsDBusExporters fs) $ \unexporters -> do
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withXmobar $ \xmobarP -> do
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withChildDaemons fs $ \ds -> do
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let toClean = Cleanup ds (Just xmobarP) unexporters
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void $ executeSometimes $ fsRemovableMon fs $ dbSysClient db
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void $ async $ void $ executeSometimes $ fsPowerMon fs
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dws <- startDynWorkspaces fs
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runIO <- askRunInIO
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let cleanup = runCleanup runIO toClean db
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kbs <- filterExternal <$> evalExternal (fsKeys fs runIO cleanup db)
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sk <- evalAlways $ fsShowKeys fs
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ha <- evalAlways $ fsACPIHandler fs
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tt <- evalAlways $ fsTabbedTheme fs
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let conf =
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ewmh $
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addKeymap dws (liftIO . runIO . sk) kbs $
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docks $
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def
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{ terminal = myTerm
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, modMask = myModMask
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, layoutHook = myLayouts tt
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, manageHook = myManageHook dws
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, handleEventHook = myEventHook runIO ha
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, startupHook = myStartupHook
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, workspaces = myWorkspaces
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, logHook = myLoghook xmobarP
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, clickJustFocuses = False
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, focusFollowsMouse = False
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, normalBorderColor = T.unpack XT.bordersColor
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, focusedBorderColor = T.unpack XT.selectedBordersColor
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}
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runXMonad conf
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where
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startDynWorkspaces fs = do
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dws <- catMaybes <$> mapM evalSometimes (fsDynWorkspaces fs)
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void $ async $ runWorkspaceMon dws
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return dws
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runXMonad :: (LayoutClass l Window, Read (l Window)) => XConfig l -> XIO ()
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runXMonad conf = do
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dirs <- getCreateDirectories
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liftIO $ launch conf dirs
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getCreateDirectories :: XIO Directories
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getCreateDirectories = do
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ds <- liftIO getDirectories
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mapM_ (createIfMissing ds) [dataDir, cfgDir, cacheDir]
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return ds
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where
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createIfMissing ds f = do
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let d = f ds
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r <- tryIO $ createDirectoryIfMissing True d
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case r of
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(Left e) -> logError $ display e
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_ -> return ()
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data FeatureSet = FeatureSet
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{ fsKeys :: (XIO () -> IO ()) -> X () -> DBusState -> [KeyGroup FeatureX]
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, fsDBusExporters :: [Maybe NamedSesConnection -> Sometimes (XIO (), XIO ())]
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, fsPowerMon :: SometimesIO
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, fsRemovableMon :: Maybe NamedSysConnection -> SometimesIO
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, fsDaemons :: [Sometimes (XIO (Process () () ()))]
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, fsACPIHandler :: Always (String -> X ())
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, fsTabbedTheme :: Always Theme
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, fsDynWorkspaces :: [Sometimes DynWorkspace]
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, fsShowKeys :: Always ([((KeyMask, KeySym), NamedAction)] -> XIO ())
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}
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tabbedFeature :: Always Theme
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tabbedFeature = Always "theme for tabbed windows" $ Option sf fallback
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where
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sf = Subfeature niceTheme "theme with nice font"
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niceTheme = IORoot XT.tabbedTheme $ fontTree XT.defFontFamily defFontPkgs
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fallback = Always_ $ FallbackAlone $ XT.tabbedTheme XT.fallbackFont
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features :: Maybe NamedSysConnection -> FeatureSet
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features cl =
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FeatureSet
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{ fsKeys = externalBindings
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, fsDBusExporters = dbusExporters
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, fsPowerMon = runPowermon
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, fsRemovableMon = runRemovableMon
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, fsACPIHandler = runHandleACPI
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, fsDynWorkspaces = allDWs'
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, fsTabbedTheme = tabbedFeature
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, fsShowKeys = runShowKeys
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, fsDaemons = [runNetAppDaemon cl, runAutolock]
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}
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withXmobar :: (Process Handle () () -> XIO a) -> XIO a
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withXmobar = bracket startXmobar stopXmobar
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startXmobar :: XIO (Process Handle () ())
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startXmobar = do
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logInfo "starting xmobar child process"
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p <- proc "xmobar" [] start
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io $ hSetBuffering (getStdin p) LineBuffering
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return p
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where
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start =
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startProcess
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. setStdin createPipe
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. setCreateGroup True
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stopXmobar
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:: (MonadReader env m, HasLogFunc env, MonadUnliftIO m)
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=> Process Handle () ()
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-> m ()
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stopXmobar p = do
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logInfo "stopping xmobar child process"
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io $ killNoWait p
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withChildDaemons
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:: FeatureSet
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-> ([(Utf8Builder, Process () () ())] -> XIO a)
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-> XIO a
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withChildDaemons fs = bracket (startChildDaemons fs) stopChildDaemons
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startChildDaemons :: FeatureSet -> XIO [(Utf8Builder, Process () () ())]
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startChildDaemons fs = catMaybes <$> mapM start (fsDaemons fs)
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where
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start s@(Sometimes sname _ _) = do
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let sname_ = Utf8Builder $ encodeUtf8Builder sname
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res <- executeSometimes s
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case res of
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Just p -> do
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logInfo $ "starting child process: " <> sname_
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return $ Just (sname_, p)
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-- don't log anything here since presumably the feature itself will log
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-- an error if it fails during execution
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_ -> return Nothing
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stopChildDaemons
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:: (MonadReader env m, HasLogFunc env, MonadUnliftIO m)
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=> [(Utf8Builder, Process () () ())]
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-> m ()
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stopChildDaemons = mapM_ stop
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where
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stop (n, p) = do
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logInfo $ "stopping child process: " <> n
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liftIO $ killNoWait p
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printDeps :: XIO ()
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printDeps = withDBus_ Nothing Nothing $ \db -> do
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runIO <- askRunInIO
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let mockCleanup = runCleanup runIO mockClean db
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let bfs =
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concatMap (fmap kbMaybeAction . kgBindings) $
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externalBindings runIO mockCleanup db
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let dbus =
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fmap (\f -> f $ dbSesClient db) dbusExporters
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:: [Sometimes (XIO (), XIO ())]
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let others = [runRemovableMon $ dbSysClient db, runPowermon]
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-- TODO might be better to use glog for this?
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mapM_ logInfo $
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fmap showFulfillment $
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sort $
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nub $
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concat $
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fmap dumpSometimes dbus
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++ fmap dumpSometimes others
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++ fmap dumpSometimes allDWs'
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++ fmap dumpFeature bfs
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where
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mockClean = Cleanup {clChildren = [], clXmobar = Nothing, clDBusUnexporters = []}
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--------------------------------------------------------------------------------
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-- Concurrency configuration
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data Cleanup = Cleanup
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{ clChildren :: [(Utf8Builder, Process () () ())]
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, clXmobar :: Maybe (Process Handle () ())
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, clDBusUnexporters :: [XIO ()]
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}
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runCleanup
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:: (XIO () -> IO ())
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-> Cleanup
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-> DBusState
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-> X ()
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runCleanup runIO ts db = liftIO $ runIO $ do
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mapM_ stopXmobar $ clXmobar ts
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stopChildDaemons $ clChildren ts
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sequence_ $ clDBusUnexporters ts
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disconnectDBus db
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-- | Kill a process (group) after xmonad has already started
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-- This is necessary (as opposed to 'stopProcess' from rio) because a) xmonad
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-- sets the handler for sigCHLD to Ignore which breaks 'waitForProcess' (which
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-- in turn will break 'stopProcess') and b) because I want to kill off entire
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-- process groups since they may spawn child processes themselves. NOTE:
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-- for reasons unknown I cannot just turn off/on the signal handlers here.
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killNoWait :: Process a () () -> IO ()
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killNoWait p = do
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-- this strategy is outlined/sanctioned in RIO.Process under
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-- 'unsafeProcessHandle':
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--
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-- get the handle (unsafely, since it breaks the semantics of RIO)
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let ph = unsafeProcessHandle p
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-- check if the process has already exited (if so, do nothing since trying
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-- to kill it will open wormholes
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ec <- getProcessExitCode ph
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unless (isJust ec) $ do
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-- send SIGTERM to the entire group (NOTE: 'System.Process.terminateProcess'
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-- does not actually do this despite what the docs say)
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i <- getPid ph
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forM_ i $ signalProcessGroup sigTERM
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-- actually call 'stopProcess' which will clean up associated data and
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-- then try to wait for the exit, which will fail because we are assuming
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-- this function is called when the handler for SIGCHLD is Ignore. Ignore
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-- the failure and move on with life.
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handleIO (\_ -> return ()) $ stopProcess p
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--------------------------------------------------------------------------------
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-- Startuphook configuration
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-- TODO add _NET_DESKTOP_VIEWPORTS to _NET_SUPPORTED?
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myStartupHook :: X ()
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myStartupHook =
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setDefaultCursor xC_left_ptr
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<+> startupHook def
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--------------------------------------------------------------------------------
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-- Workspace configuration
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myWorkspaces :: [WorkspaceId]
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myWorkspaces = map show [1 .. 10 :: Int]
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gimpTag :: String
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gimpTag = "GIMP"
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vmTag :: String
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vmTag = "VM"
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xsaneTag :: String
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xsaneTag = "XSANE"
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gimpDynamicWorkspace :: Sometimes DynWorkspace
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gimpDynamicWorkspace = sometimesIO_ "gimp workspace" "gimp" tree dw
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where
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tree = Only_ $ sysExe [Package Official "gimp"] exe
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dw =
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DynWorkspace
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{ dwName = "Gimp"
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, dwTag = gimpTag
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, dwClass = c
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, dwHook =
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[ matchGimpRole "gimp-image-window" -?> appendViewShift gimpTag
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, matchGimpRole "gimp-dock" -?> doF W.swapDown
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, matchGimpRole "gimp-toolbox" -?> doF W.swapDown
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, className =? c -?> appendViewShift gimpTag
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]
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, dwKey = 'g'
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, dwCmd = Just $ spawnCmd exe []
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}
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exe = "gimp-2.10"
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matchGimpRole role =
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isPrefixOf role
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<$> stringProperty "WM_WINDOW_ROLE"
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<&&> className
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=? c
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c = "Gimp-2.10" -- TODO I don't feel like changing the version long term
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-- TODO don't hardcode the VM name/title/shortcut
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vmDynamicWorkspace :: Sometimes DynWorkspace
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vmDynamicWorkspace =
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Sometimes
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"virtualbox workspace"
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xpfVirtualBox
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[Subfeature root "windows 8 VM"]
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where
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root =
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IORoot_ dw $
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toAnd_ (sysExe [Package Official "virtualbox"] "VBoxManage") $
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IOTest_ name [] $
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io $
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vmExists vm
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name = T.unwords ["test if", vm, "exists"]
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c = "VirtualBoxVM"
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vm = "win8raw"
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dw =
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DynWorkspace
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{ dwName = "Windows VirtualBox"
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, dwTag = vmTag
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, dwClass = c
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, dwHook = [className =? c -?> appendViewShift vmTag]
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, dwKey = 'v'
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, dwCmd = Just $ spawnCmd "vbox-start" [vm]
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}
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xsaneDynamicWorkspace :: Sometimes DynWorkspace
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xsaneDynamicWorkspace =
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Sometimes
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"scanner workspace"
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xpfXSANE
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[Subfeature (IORoot_ dw tree) "xsane"]
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where
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tree = Only_ $ sysExe [Package Official "xsane"] "xsane"
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dw =
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DynWorkspace
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{ dwName = "XSane"
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, dwTag = xsaneTag
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, dwClass = c
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, dwHook = [className =? c -?> appendViewShift xsaneTag >> doFloat]
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, dwKey = 'x'
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, dwCmd = Just $ spawnCmd "xsane" []
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}
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c = "Xsane"
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allDWs' :: [Sometimes DynWorkspace]
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allDWs' =
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[ xsaneDynamicWorkspace
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, vmDynamicWorkspace
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, gimpDynamicWorkspace
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]
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--------------------------------------------------------------------------------
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-- Layout configuration
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-- NOTE this will have all available layouts, even those that may be for
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-- features that failed. Trying to dynamically take out a layout seems to
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-- make a new type :/
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myLayouts tt =
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onWorkspace vmTag vmLayout $
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onWorkspace gimpTag gimpLayout $
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mkToggle (single HIDE) $
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tall ||| fulltab ||| full
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where
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addTopBar
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:: (Eq a)
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=> l a
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-> ModifiedLayout (Decoration NoFrillsDecoration DefaultShrinker) l a
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addTopBar = noFrillsDeco shrinkText tt
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tall =
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renamed [Replace "Tall"] $
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avoidStruts $
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addTopBar $
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noBorders $
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Tall 1 0.03 0.5
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fulltab =
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renamed [Replace "Tabbed"] $
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avoidStruts $
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noBorders $
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tabbedAlways shrinkText tt
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full =
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renamed [Replace "Full"] $
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noBorders Full
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vmLayout = noBorders Full
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-- TODO use a tabbed layout for multiple master windows
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gimpLayout =
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renamed [Replace "Gimp Layout"] $
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avoidStruts $
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noBorders $
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addTopBar $
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Tall 1 0.025 0.8
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-- | Make a new empty layout and add a message to show/hide it. This is useful
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-- for quickly showing conky.
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data EmptyLayout a = EmptyLayout
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deriving (Show, Read)
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instance LayoutClass EmptyLayout a where
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doLayout a b _ = emptyLayout a b
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description _ = "Desktop"
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data HIDE = HIDE
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deriving (Read, Show, Eq, Typeable)
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instance Transformer HIDE Window where
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transform _ x k = k EmptyLayout (\EmptyLayout -> x)
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-- TODO toggle back to normal when a new window is opened
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runHide :: X ()
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runHide = sendMessage $ Toggle HIDE
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--------------------------------------------------------------------------------
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-- Loghook configuration
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myLoghook :: Process Handle () () -> X ()
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myLoghook h = do
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logXinerama h
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logViewports
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-- | Viewports loghook
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-- This is all stuff that should probably be added to the EVMH contrib module.
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-- Basically, this will send the workspace "viewport" positions to
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-- _NET_DESKTOP_VIEWPORT which can be further processed by tools such as
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-- 'wmctrl' to figure out which workspaces are on what monitor outside of
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-- xmomad. This is more or less the way i3 does this, where the current
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-- workspace has a valid position and everything else is just (0, 0). Also, I
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-- probably should set the _NET_SUPPORT atom to reflect the existance of
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-- _NET_DESKTOP_VIEWPORT, but for now there seems to be no ill effects so why
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-- bother...(if that were necessary it would go in the startup hook)
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newtype DesktopViewports = DesktopViewports [Int]
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deriving (Eq)
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instance ExtensionClass DesktopViewports where
|
|
initialValue = DesktopViewports []
|
|
|
|
logViewports :: X ()
|
|
logViewports = withWindowSet $ \s -> do
|
|
sort' <- getSortByIndex
|
|
let ws = sort' $ W.workspaces s
|
|
let desktopViewports = concatMap (wsToViewports s) ws
|
|
whenChanged (DesktopViewports desktopViewports) $
|
|
setDesktopViewports desktopViewports
|
|
where
|
|
wsToViewports s w =
|
|
let cur = W.current s
|
|
in if W.tag w == currentTag cur then currentPos cur else [0, 0]
|
|
currentTag = W.tag . W.workspace
|
|
currentPos = rectXY . screenRect . W.screenDetail
|
|
rectXY (Rectangle x y _ _) = [fromIntegral x, fromIntegral y]
|
|
|
|
setDesktopViewports :: [Int] -> X ()
|
|
setDesktopViewports vps = withDisplay $ \dpy -> do
|
|
r <- asks theRoot
|
|
a <- getAtom "_NET_DESKTOP_VIEWPORT"
|
|
c <- getAtom "CARDINAL"
|
|
io $ changeProperty32 dpy r a c propModeReplace $ map fromIntegral vps
|
|
|
|
-- stolen from XMonad.Hooks.EwmhDesktops
|
|
whenChanged :: (Eq a, ExtensionClass a) => a -> X () -> X ()
|
|
whenChanged v action = do
|
|
v0 <- E.get
|
|
unless (v == v0) $ do
|
|
action
|
|
E.put v
|
|
|
|
-- | Xinerama loghook (for xmobar)
|
|
-- The format will be like "[<1> 2 3] 4 5 | LAYOUT (N)" where each digit is the
|
|
-- workspace and LAYOUT is the current layout. Each workspace in the brackets is
|
|
-- currently visible and the order reflects the physical location of each
|
|
-- screen. The "<>" is the workspace that currently has focus. N is the number
|
|
-- of windows on the current workspace.
|
|
logXinerama :: Process Handle () () -> X ()
|
|
logXinerama p = withWindowSet $ \ws ->
|
|
io $
|
|
hPutStrLn (getStdin p) $
|
|
T.unwords $
|
|
filter (not . T.null) [onScreen ws, offScreen ws, sep, layout ws, nWindows ws]
|
|
where
|
|
onScreen ws =
|
|
xmobarColor_ hilightFgColor hilightBgColor $
|
|
(T.pack . pad . T.unpack) $
|
|
T.unwords $
|
|
map (fmtTags ws . W.tag . W.workspace) $
|
|
sortBy compareXCoord $
|
|
W.current ws : W.visible ws
|
|
offScreen =
|
|
xmobarColor_ XT.backdropFgColor ""
|
|
. T.unwords
|
|
. fmap (T.pack . W.tag)
|
|
. filter (isJust . W.stack)
|
|
. sortOn W.tag
|
|
. W.hidden
|
|
sep = xmobarColor_ XT.backdropFgColor "" ":"
|
|
layout = T.pack . description . W.layout . W.workspace . W.current
|
|
nWindows =
|
|
(\x -> T.concat ["(", x, ")"])
|
|
. T.pack
|
|
. show
|
|
. length
|
|
. W.integrate'
|
|
. W.stack
|
|
. W.workspace
|
|
. W.current
|
|
hilightBgColor = "#A6D3FF"
|
|
hilightFgColor = XT.blend' 0.4 hilightBgColor XT.fgColor
|
|
fmtTags ws t =
|
|
let t_ = T.pack t
|
|
in if t == W.currentTag ws
|
|
then xmobarColor_ XT.fgColor hilightBgColor t_
|
|
else t_
|
|
xmobarColor_ a b c = T.pack $ xmobarColor (T.unpack a) (T.unpack b) (T.unpack c)
|
|
|
|
compareXCoord
|
|
:: W.Screen i1 l1 a1 ScreenId ScreenDetail
|
|
-> W.Screen i2 l2 a2 ScreenId ScreenDetail
|
|
-> Ordering
|
|
compareXCoord s0 s1 = compare (go s0) (go s1)
|
|
where
|
|
go = (\(Rectangle x _ _ _) -> x) . snd . getScreenIdAndRectangle
|
|
|
|
--------------------------------------------------------------------------------
|
|
-- Managehook configuration
|
|
|
|
myManageHook :: [DynWorkspace] -> ManageHook
|
|
myManageHook dws = manageApps dws <+> manageHook def
|
|
|
|
manageApps :: [DynWorkspace] -> ManageHook
|
|
manageApps dws =
|
|
composeOne $
|
|
concatMap dwHook dws
|
|
++ [ isDialog -?> doCenterFloat
|
|
, -- the seafile applet
|
|
className =? "Seafile Client" -?> doFloat
|
|
, -- gnucash
|
|
(className =? "Gnucash" <&&> title =? "Transaction Import Assistant") -?> doFloat
|
|
, -- plots and graphics
|
|
className =? "R_x11" -?> doFloat
|
|
, className =? "Matplotlib" -?> doFloat
|
|
, className =? "mpv" -?> doFloat
|
|
, -- the floating windows created by the brave browser
|
|
stringProperty "WM_NAME" =? "Brave" -?> doFloat
|
|
, -- , (stringProperty "WM_WINDOW_ROLE" =? "pop-up"
|
|
-- <&&> className =? "Brave-browser") -?> doFloat
|
|
-- the dialog windows created by the zotero addon in Google Docs
|
|
(className =? "Zotero" <&&> resource =? "Toplevel") -?> doFloat
|
|
]
|
|
|
|
--------------------------------------------------------------------------------
|
|
-- Eventhook configuration
|
|
|
|
myEventHook
|
|
:: (MonadReader env m, HasLogFunc env, MonadUnliftIO m)
|
|
=> (m () -> IO ())
|
|
-> (String -> X ())
|
|
-> Event
|
|
-> X All
|
|
myEventHook runIO handler = xMsgEventHook runIO handler <+> handleEventHook def
|
|
|
|
-- | React to ClientMessage events from concurrent threads
|
|
xMsgEventHook
|
|
:: (MonadReader env m, HasLogFunc env, MonadUnliftIO m)
|
|
=> (m () -> IO ())
|
|
-> (String -> X ())
|
|
-> Event
|
|
-> X All
|
|
xMsgEventHook runIO handler ClientMessageEvent {ev_message_type = t, ev_data = d}
|
|
| t == bITMAP = do
|
|
let (xtype, tag) = splitXMsg d
|
|
case xtype of
|
|
Workspace -> removeDynamicWorkspace tag
|
|
ACPI -> handler tag
|
|
Unknown -> liftIO $ runIO $ logWarn "unknown concurrent message"
|
|
return (All True)
|
|
xMsgEventHook _ _ _ = return (All True)
|
|
|
|
--------------------------------------------------------------------------------
|
|
-- Keymap configuration
|
|
|
|
myModMask :: KeyMask
|
|
myModMask = mod4Mask
|
|
|
|
addKeymap
|
|
:: [DynWorkspace]
|
|
-> ([((KeyMask, KeySym), NamedAction)] -> X ())
|
|
-> [KeyGroup (X ())]
|
|
-> XConfig l
|
|
-> XConfig l
|
|
addKeymap dws showKeys external =
|
|
addDescrKeys'
|
|
((myModMask, xK_F1), showKeys)
|
|
(\c -> concatMap (mkNamedSubmap c) $ internalBindings dws c ++ external)
|
|
|
|
internalBindings :: [DynWorkspace] -> XConfig Layout -> [KeyGroup (X ())]
|
|
internalBindings dws c =
|
|
[ KeyGroup
|
|
"Window Layouts"
|
|
[ KeyBinding "M-j" "focus down" $ windows W.focusDown
|
|
, KeyBinding "M-k" "focus up" $ windows W.focusUp
|
|
, KeyBinding "M-m" "focus master" $ windows W.focusMaster
|
|
, KeyBinding "M-d" "focus master" runHide
|
|
, KeyBinding "M-S-j" "swap down" $ windows W.swapDown
|
|
, KeyBinding "M-S-k" "swap up" $ windows W.swapUp
|
|
, KeyBinding "M-S-m" "swap master" $ windows W.swapMaster
|
|
, KeyBinding "M-<Return>" "next layout" $ sendMessage NextLayout
|
|
, KeyBinding "M-S-<Return>" "reset layout" $ setLayout $ layoutHook c
|
|
, KeyBinding "M-t" "sink tiling" $ withFocused $ windows . W.sink
|
|
, KeyBinding "M-S-t" "float tiling" $ withFocused O.float
|
|
, KeyBinding "M--" "shrink" $ sendMessage Shrink
|
|
, KeyBinding "M-=" "expand" $ sendMessage Expand
|
|
, KeyBinding "M-S--" "remove master window" $ sendMessage $ IncMasterN (-1)
|
|
, KeyBinding "M-S-=" "add master window" $ sendMessage $ IncMasterN 1
|
|
]
|
|
, KeyGroup
|
|
"Workspaces"
|
|
-- ASSUME standard workspaces only use numbers 0-9 (otherwise we won't get
|
|
-- valid keysyms)
|
|
( [ KeyBinding (mods ++ n) (msg ++ n) (f n) | n <- myWorkspaces, (mods, msg, f) <-
|
|
[ ("M-", "switch to workspace ", windows . W.view)
|
|
, ("M-S-", "move client to workspace ", windows . W.shift)
|
|
,
|
|
( "M-C-"
|
|
, "follow client to workspace "
|
|
, \n' -> do
|
|
windows $ W.shift n'
|
|
windows $ W.view n'
|
|
)
|
|
]
|
|
]
|
|
++ [ KeyBinding "M-M1-l" "move up workspace" $ moveTo Next (hiddenWS :&: Not emptyWS)
|
|
, KeyBinding "M-M1-h" "move down workspace" $ moveTo Prev (hiddenWS :&: Not emptyWS)
|
|
]
|
|
)
|
|
, KeyGroup
|
|
"Dynamic Workspaces"
|
|
[ KeyBinding ("M-C-" ++ [k]) ("launch/switch to " ++ n) cmd
|
|
| DynWorkspace {dwTag = t, dwKey = k, dwCmd = a, dwName = n} <- dws
|
|
, let cmd = case a of
|
|
Just a' -> spawnOrSwitch t a'
|
|
Nothing -> windows $ W.view t
|
|
]
|
|
, KeyGroup
|
|
"Screens"
|
|
[ KeyBinding "M-l" "move up screen" nextScr
|
|
, KeyBinding "M-h" "move down screen" prevScr
|
|
, KeyBinding "M-C-l" "follow client up screen" $ nextScr' W.shift
|
|
, KeyBinding "M-C-h" "follow client down screen" $ prevScr' W.shift
|
|
, KeyBinding "M-S-l" "shift workspace up screen" $ nextScr' W.greedyView
|
|
, KeyBinding "M-S-h" "shift workspace down screen" $ prevScr' W.greedyView
|
|
]
|
|
]
|
|
where
|
|
prev = onPrevNeighbour horizontalScreenOrderer
|
|
next = onNextNeighbour horizontalScreenOrderer
|
|
prevScr = prev W.view
|
|
nextScr = next W.view
|
|
prevScr' f = prev f >> prevScr
|
|
nextScr' f = next f >> nextScr
|
|
|
|
mkNamedSubmap :: XConfig Layout -> KeyGroup (X ()) -> [((KeyMask, KeySym), NamedAction)]
|
|
mkNamedSubmap c KeyGroup {kgHeader = h, kgBindings = b} =
|
|
(subtitle h :) $
|
|
mkNamedKeymap c $
|
|
(\KeyBinding {kbSyms = s, kbDesc = d, kbMaybeAction = a} -> (s, addName d a))
|
|
<$> b
|
|
|
|
data KeyBinding a = KeyBinding
|
|
{ kbSyms :: String
|
|
, kbDesc :: String
|
|
, kbMaybeAction :: a
|
|
}
|
|
|
|
data KeyGroup a = KeyGroup
|
|
{ kgHeader :: String
|
|
, kgBindings :: [KeyBinding a]
|
|
}
|
|
|
|
evalExternal :: [KeyGroup FeatureX] -> XIO [KeyGroup MaybeX]
|
|
evalExternal = mapM go
|
|
where
|
|
go k@KeyGroup {kgBindings = bs} =
|
|
(\bs' -> k {kgBindings = bs'}) <$> mapM evalKeyBinding bs
|
|
|
|
evalKeyBinding :: KeyBinding FeatureX -> XIO (KeyBinding MaybeX)
|
|
evalKeyBinding k@KeyBinding {kbMaybeAction = a} =
|
|
(\f -> k {kbMaybeAction = f}) <$> evalFeature a
|
|
|
|
filterExternal :: [KeyGroup MaybeX] -> [KeyGroup (X ())]
|
|
filterExternal = fmap go
|
|
where
|
|
go k@KeyGroup {kgBindings = bs} =
|
|
k
|
|
{ kgBindings =
|
|
[ kb {kbMaybeAction = x}
|
|
| kb@KeyBinding {kbMaybeAction = Just x} <- bs
|
|
]
|
|
}
|
|
|
|
externalBindings :: (XIO () -> IO ()) -> X () -> DBusState -> [KeyGroup FeatureX]
|
|
externalBindings runIO cleanup db =
|
|
[ KeyGroup
|
|
"Launchers"
|
|
[ KeyBinding "<XF86Search>" "select/launch app" $ Left $ toX runAppMenu
|
|
, KeyBinding "M-g" "launch clipboard manager" $ Left $ toX runClipMenu
|
|
, KeyBinding "M-a" "launch network selector" $ Left $ toX $ runNetMenu sys
|
|
, KeyBinding "M-w" "launch window selector" $ Left $ toX runWinMenu
|
|
, KeyBinding "M-u" "launch device selector" $ Left $ toX runDevMenu
|
|
, KeyBinding "M-b" "launch bitwarden selector" $ Left $ toX $ runBwMenu ses
|
|
, KeyBinding "M-v" "launch ExpressVPN selector" $ Left $ toX runVPNMenu
|
|
, KeyBinding "M-e" "launch bluetooth selector" $ Left $ toX runBTMenu
|
|
, KeyBinding "M-C-e" "launch editor" $ Left $ toX runEditor
|
|
, KeyBinding "M-C-w" "launch browser" $ Left $ toX runBrowser
|
|
, KeyBinding "M-C-t" "launch terminal with tmux" $ Left $ toX runTMux
|
|
, KeyBinding "M-C-S-t" "launch terminal" $ Left $ toX runTerm
|
|
, KeyBinding "M-C-q" "launch calc" $ Left $ toX runCalc
|
|
, KeyBinding "M-C-f" "launch file manager" $ Left $ toX runFileManager
|
|
]
|
|
, KeyGroup
|
|
"Actions"
|
|
[ KeyBinding "M-q" "close window" $ ftrAlways "kill window function" kill1
|
|
, KeyBinding "M-r" "run program" $ Left $ toX runCmdMenu
|
|
, KeyBinding "M-<Space>" "warp pointer" $ ftrAlways "warp function" $ warpToWindow 0.5 0.5
|
|
, KeyBinding "M-C-s" "capture area" $ Left $ toX $ runAreaCapture ses
|
|
, KeyBinding "M-C-S-s" "capture screen" $ Left $ toX $ runScreenCapture ses
|
|
, KeyBinding "M-C-d" "capture desktop" $ Left $ toX $ runDesktopCapture ses
|
|
, KeyBinding "M-C-b" "browse captures" $ Left $ toX runCaptureBrowser
|
|
-- , ("M-C-S-s", "capture focused window", spawn myWindowCap)
|
|
]
|
|
, KeyGroup
|
|
"Multimedia"
|
|
[ KeyBinding "<XF86AudioPlay>" "toggle play/pause" $ Left $ toX runTogglePlay
|
|
, KeyBinding "<XF86AudioPrev>" "previous track" $ Left $ toX runPrevTrack
|
|
, KeyBinding "<XF86AudioNext>" "next track" $ Left $ toX runNextTrack
|
|
, KeyBinding "<XF86AudioStop>" "stop" $ Left $ toX runStopPlay
|
|
, KeyBinding "<XF86AudioLowerVolume>" "volume down" $ Left $ toX runVolumeDown
|
|
, KeyBinding "<XF86AudioRaiseVolume>" "volume up" $ Left $ toX runVolumeUp
|
|
, KeyBinding "<XF86AudioMute>" "volume mute" $ Left $ toX runVolumeMute
|
|
]
|
|
, KeyGroup
|
|
"Dunst"
|
|
[ KeyBinding "M-`" "dunst history" $ Left $ toX $ runNotificationHistory ses
|
|
, KeyBinding "M-S-`" "dunst close" $ Left $ toX $ runNotificationClose ses
|
|
, KeyBinding "M-M1-`" "dunst context menu" $ Left $ toX $ runNotificationContext ses
|
|
, KeyBinding "M-C-`" "dunst close all" $ Left $ toX $ runNotificationCloseAll ses
|
|
]
|
|
, KeyGroup
|
|
"System"
|
|
[ KeyBinding "M-." "backlight up" $ ib bctlInc
|
|
, KeyBinding "M-," "backlight down" $ ib bctlDec
|
|
, KeyBinding "M-M1-," "backlight min" $ ib bctlMin
|
|
, KeyBinding "M-M1-." "backlight max" $ ib bctlMax
|
|
, KeyBinding "M-S-." "keyboard up" $ ck bctlInc
|
|
, KeyBinding "M-S-," "keyboard down" $ ck bctlDec
|
|
, KeyBinding "M-S-M1-," "keyboard min" $ ck bctlMin
|
|
, KeyBinding "M-S-M1-." "keyboard max" $ ck bctlMax
|
|
, KeyBinding "M-<End>" "power menu" $ Left runPowerPrompt
|
|
, KeyBinding "M-<Home>" "quit xmonad" $ Left runQuitPrompt
|
|
, KeyBinding "M-<Delete>" "lock screen" $ Left runScreenLock
|
|
, -- M-<F1> reserved for showing the keymap
|
|
KeyBinding "M-<F2>" "restart xmonad" restartf
|
|
, KeyBinding "M-<F3>" "recompile xmonad" recompilef
|
|
, KeyBinding "M-<F7>" "select autorandr profile" $ Left $ toX runAutorandrMenu
|
|
, KeyBinding "M-<F8>" "toggle wifi" $ Left $ toX runToggleWifi
|
|
, KeyBinding "M-<F9>" "toggle network" $ Left $ toX runToggleNetworking
|
|
, KeyBinding "M-<F10>" "toggle bluetooth" $ Left $ toX $ runToggleBluetooth sys
|
|
, KeyBinding "M-<F11>" "toggle screensaver" $ Left $ toX $ callToggle ses
|
|
, KeyBinding "M-<F12>" "switch gpu" $ Left runOptimusPrompt
|
|
]
|
|
]
|
|
where
|
|
ses = dbSesClient db
|
|
sys = dbSysClient db
|
|
brightessControls ctl getter = (toX . getter . ctl) ses
|
|
ib = Left . brightessControls intelBacklightControls
|
|
ck = Left . brightessControls clevoKeyboardControls
|
|
ftrAlways n = Right . Always n . Always_ . FallbackAlone
|
|
restartf = ftrAlways "restart function" (cleanup >> runRestart)
|
|
recompilef = ftrAlways "recompile function" runRecompile
|
|
toX_ = liftIO . runIO
|
|
toX = fmap toX_
|
|
|
|
type MaybeX = Maybe (X ())
|
|
|
|
type FeatureX = Feature (X ())
|