Rename field board -> cells

src/Types/GameBoard.hs

@@ -18,27 +18,27 @@ import Types.GameMode
 data GameBoard mode = MkGameBoard
     { width :: Int
     , height :: Int
-    , board :: Array BoardPosition (Maybe (Tile mode))
+    , cells :: Array BoardPosition (Maybe (Tile mode))
     , gameMode :: mode
     }
 
 clear :: (GameMode mode) => BoardPosition -> BoardPosition -> GameBoard mode -> GameBoard mode
-clear topLeft bottomRight gBoard@MkGameBoard{board} = gBoard{board = newCells}
+clear topLeft bottomRight gBoard@MkGameBoard{cells} = gBoard{cells = newCells}
   where
-    newCells = board // map (,Nothing) (range (topLeft, bottomRight))
+    newCells = cells // map (,Nothing) (range (topLeft, bottomRight))
 
 selectCheck :: (GameMode mode) => BoardPosition -> BoardPosition -> GameBoard mode -> Bool
 selectCheck topLeft bottomRight board@MkGameBoard{gameMode} =
     check gameMode (select topLeft bottomRight board)
 
 select :: (GameMode mode) => BoardPosition -> BoardPosition -> GameBoard mode -> [Tile mode]
-select topLeft bottomRight MkGameBoard{board} =
-    mapMaybe (board !) (range (topLeft, bottomRight))
+select topLeft bottomRight MkGameBoard{cells} =
+    mapMaybe (cells !) (range (topLeft, bottomRight))
 
 -- TODO: rewrite this with monadic RNG?
 newRandomBoard :: (RandomGen g, GameMode mode) => mode -> Int -> Int -> g -> (GameBoard mode, g)
 newRandomBoard gameMode width height rng =
-    (MkGameBoard{width, height, gameMode, board = array ixRange cellAssocList}, nextRng)
+    (MkGameBoard{width, height, gameMode, cells = array ixRange cellAssocList}, nextRng)
   where
     ixRange = ((0, 0), (width - 1, height - 1))
     (cellAssocList, nextRng) =
@@ -48,10 +48,10 @@ newRandomBoard gameMode width height rng =
             (range ixRange)
 
 instance (Display (Tile mode)) => Display (GameBoard mode) where
-    display MkGameBoard{width, height, board} =
+    display MkGameBoard{width, height, cells} =
         foldl' (\c -> \row -> c `append` displayRow row `append` "\n") "" [0 .. height - 1]
       where
-        displayCell row col = case board ! (row, col) of Nothing -> " "; Just t -> display t
+        displayCell row col = case cells ! (row, col) of Nothing -> " "; Just t -> display t
         displayRow row =
             foldl'
                 ( \c -> \col ->

test/Spec.hs

@@ -19,7 +19,7 @@ spec = describe "gameboard" do
                 , ((1, 0), Just $ IntTile 3)
                 , ((1, 1), Just $ IntTile 4)
                 ]
-        gameBoard = MkGameBoard{width = 2, height = 2, gameMode = MkSumTo 10, board = tiles}
+        gameBoard = MkGameBoard{width = 2, height = 2, gameMode = MkSumTo 10, cells = tiles}
 
     it "displays correctly" do
         displayText gameBoard `shouldBe` "1 2 \n3 4 \n"
@@ -30,4 +30,4 @@ spec = describe "gameboard" do
 
     it "clears properly" do
         let cleared = clear (0, 0) (0, 1) gameBoard
-        elems (board cleared) `shouldBe` [Nothing, Nothing, Just $ IntTile 3, Just $ IntTile 4]
+        elems (cells cleared) `shouldBe` [Nothing, Nothing, Just $ IntTile 3, Just $ IntTile 4]