Updates to work with recent API changes

Circle.hs

@@ -2,9 +2,10 @@ module XMonadContrib.Circle (circle) where -- actually it's an ellipse
 
 import Graphics.X11.Xlib
 import XMonad
+import StackSet (integrate)
 
 circle :: Layout
-circle = Layout { doLayout = circleLayout,
+circle = Layout { doLayout = \r -> circleLayout r . integrate,
                   modifyLayout = return . const Nothing }
 
 circleLayout :: Rectangle -> [Window] -> X [(Window, Rectangle)]

GreedyView.hs

@@ -25,7 +25,7 @@
 
 module XMonadContrib.GreedyView (greedyView) where
 
-import StackSet as W
+import StackSet as W hiding (filter)
 import XMonad
 import Operations
 import Data.List (find)

HintedTile.hs

@@ -2,6 +2,7 @@ module XMonadContrib.HintedTile (tall, wide) where
 
 import XMonad
 import Operations (Resize(..), IncMasterN(..), applySizeHints)
+import qualified StackSet as W
 import {-# SOURCE #-} Config (borderWidth)
 import Graphics.X11.Xlib
 import Graphics.X11.Xlib.Extras
@@ -18,10 +19,11 @@ wide = tile splitVertically divideHorizontally
 tall = tile splitHorizontally divideVertically
 
 tile split divide nmaster delta frac =
-    Layout { doLayout     = \r w -> do { hints <- sequence (map getHints w)
+    Layout { doLayout     = \r w' -> let w = W.integrate w'
-                                      ; return $ zip w (tiler frac r `uncurry` splitAt nmaster hints) }
+                                     in do { hints <- sequence (map getHints w)
-           , modifyLayout = \m -> fmap resize     (fromMessage m) `mplus`
+                                           ; return $ zip w (tiler frac r `uncurry` splitAt nmaster hints) }
-                                  fmap incmastern (fromMessage m) }
+           , modifyLayout = \m -> return $ fmap resize     (fromMessage m) `mplus`
+                                           fmap incmastern (fromMessage m) }
 
     where resize Shrink = tile split divide nmaster delta (frac-delta)
           resize Expand = tile split divide nmaster delta (frac+delta)

Mosaic.hs

@@ -31,6 +31,7 @@ import Data.Ratio
 import Graphics.X11.Xlib
 import XMonad hiding ( trace )
 import Operations ( full, Resize(Shrink, Expand) )
+import qualified StackSet as W
 import qualified Data.Map as M
 import Data.List ( sort )
 import Data.Typeable ( Typeable )
@@ -68,7 +69,7 @@ flexibility :: Double
 flexibility = 0.1
 
 mosaic :: Double -> Double -> M.Map NamedWindow [WindowHint] -> Layout
-mosaic delta tileFrac hints = full { doLayout = mosaicL tileFrac hints, modifyLayout = return . mlayout }
+mosaic delta tileFrac hints = full { doLayout = \r -> mosaicL tileFrac hints r . W.integrate, modifyLayout = return . mlayout }
     where mlayout x = (m1 `fmap` fromMessage x) `mplus` (m2 `fmap` fromMessage x)
           m1 Shrink = mosaic delta (tileFrac/(1+delta)) hints
           m1 Expand = mosaic delta (tileFrac*(1+delta)) hints

RotView.hs

@@ -13,7 +13,7 @@ import Data.List ( sortBy )
 import Data.Maybe ( listToMaybe )
 
 import XMonad
-import StackSet
+import StackSet hiding (filter)
 import qualified Operations as O
 
 rotView :: Bool -> X ()

Spiral.hs

@@ -4,6 +4,7 @@ import Graphics.X11.Xlib
 import Operations
 import Data.Ratio
 import XMonad
+import qualified StackSet as W
 
 --
 -- Spiral layout
@@ -32,7 +33,7 @@ blend scale ratios = zipWith (+) ratios scaleFactors
       scaleFactors = map (* step) . reverse . take len $ [0..]
 
 spiral :: Rational -> Layout
-spiral scale = Layout { doLayout = fibLayout,
+spiral scale = Layout { doLayout = \r -> fibLayout r . W.integrate,
                         modifyLayout = \m -> return $ fmap resize $ fromMessage m }
     where
       fibLayout sc ws = return $ zip ws rects

Tabbed.hs

@@ -24,10 +24,11 @@ import XMonadContrib.NamedWindows
 tabbed :: Layout
 tabbed =  Layout { doLayout = dolay, modifyLayout = const (return Nothing) }
 
-dolay :: Rectangle -> [Window] -> X [(Window, Rectangle)]
+dolay :: Rectangle -> W.Stack Window -> X [(Window, Rectangle)]
-dolay sc [w] = return [(w,sc)]
+dolay sc (W.Node w [] []) = return [(w,sc)]
-dolay sc@(Rectangle x y wid _) ws =
+dolay sc@(Rectangle x y wid _) s@(W.Node w _ _) =
-    do let ts = gentabs x y wid (length ws)
+    do let ws = W.integrate s
+           ts = gentabs x y wid (length ws)
            tws = zip ts ws
            maketab (t,w) = newDecoration w t 1 0x000000 0x777777 (drawtab t w) (focus w)
            drawtab r@(Rectangle _ _ wt ht) w d w' gc =
@@ -48,7 +49,7 @@ dolay sc@(Rectangle x y wid _) ws =
                          (fromIntegral (wt `div` 2) - fromIntegral (namew `div` 2))
                          (fromIntegral (ht `div` 2) + fromIntegral (nameh `div` 2)) name
        forM tws maketab
-       return [ (w,shrink sc) | w <- ws ]
+       return [ (w,shrink sc) ]
 
 shrink :: Rectangle -> Rectangle
 shrink (Rectangle x y w h) = Rectangle x (y+tabsize) w (h-tabsize)

TwoPane.hs

@@ -13,9 +13,10 @@ import qualified StackSet as W
 import Control.Monad.State (gets)
 
 twoPane :: Rational -> Rational -> Layout
-twoPane delta split = Layout { doLayout = arrange, modifyLayout = message }
+twoPane delta split = Layout { doLayout = \r -> arrange r . W.integrate, modifyLayout = message }
  where
     arrange rect ws@(w:x:_) = do
+        -- TODO this is buggy, it might peek another workspace
         (Just f) <- gets (W.peek . windowset) -- safe because of pattern match above
         let y = if f == w then x else f
             (left, right) = splitHorizontallyBy split rect