1 files changed, 0 insertions, 98 deletions
diff --git a/users/glittershark/xanthous/test/Xanthous/DataSpec.hs b/users/glittershark/xanthous/test/Xanthous/DataSpec.hs
deleted file mode 100644
index 91dc6cea1b..0000000000
--- a/users/glittershark/xanthous/test/Xanthous/DataSpec.hs
+++ /dev/null
@@ -1,98 +0,0 @@
---------------------------------------------------------------------------------
-module Xanthous.DataSpec (main, test) where
---------------------------------------------------------------------------------
-import Test.Prelude hiding (Right, Left, Down, toList, all)
-import Data.Group
-import Data.Foldable (toList, all)
---------------------------------------------------------------------------------
-import Xanthous.Data
---------------------------------------------------------------------------------
-
-main :: IO ()
-main = defaultMain test
-
-test :: TestTree
-test = testGroup "Xanthous.Data"
-  [ testGroup "Position"
-    [ testBatch $ monoid @Position mempty
-    , testProperty "group laws" $ \(pos :: Position) ->
-        pos <> invert pos == mempty && invert pos <> pos == mempty
-    , testGroup "stepTowards laws"
-      [ testProperty "takes only one step" $ \src tgt ->
-          src /= tgt ==>
-            isUnit (src `diffPositions` (src `stepTowards` tgt))
-      -- , testProperty "moves in the right direction" $ \src tgt ->
-      --     stepTowards src tgt == move (directionOf src tgt) src
-      ]
-    , testProperty "directionOf laws" $ \pos dir ->
-        directionOf pos (move dir pos) == dir
-    , testProperty "diffPositions is add inverse" $ \(pos₁ :: Position) pos₂ ->
-        diffPositions pos₁ pos₂ == addPositions pos₁ (invert pos₂)
-    , testGroup "isUnit"
-      [ testProperty "double direction is never unit" $ \dir ->
-          not . isUnit $ move dir (asPosition dir)
-      , testCase "examples" $ do
-          isUnit (Position @Int 1 1) @? "not . isUnit $ Position 1 1"
-          isUnit (Position @Int 0 (-1)) @? "not . isUnit $ Position 0 (-1)"
-          (not . isUnit) (Position @Int 1 13) @? "isUnit $ Position 1 13"
-      ]
-    ]
-
-  , testGroup "Direction"
-    [ testProperty "opposite is involutive" $ \(dir :: Direction) ->
-        opposite (opposite dir) == dir
-    , testProperty "opposite provides inverse" $ \dir ->
-        invert (asPosition dir) === asPosition (opposite dir)
-    , testProperty "asPosition isUnit" $ \dir ->
-        dir /= Here ==> isUnit (asPosition dir)
-    , testGroup "Move"
-      [ testCase "Up"        $ move Up mempty        @?= Position @Int 0 (-1)
-      , testCase "Down"      $ move Down mempty      @?= Position @Int 0 1
-      , testCase "Left"      $ move Left mempty      @?= Position @Int (-1) 0
-      , testCase "Right"     $ move Right mempty     @?= Position @Int 1 0
-      , testCase "UpLeft"    $ move UpLeft mempty    @?= Position @Int (-1) (-1)
-      , testCase "UpRight"   $ move UpRight mempty   @?= Position @Int 1 (-1)
-      , testCase "DownLeft"  $ move DownLeft mempty  @?= Position @Int (-1) 1
-      , testCase "DownRight" $ move DownRight mempty @?= Position @Int 1 1
-      ]
-    ]
-
-  , testGroup "Corner"
-    [ testGroup "instance Opposite"
-      [ testProperty "involutive" $ \(corner :: Corner) ->
-          opposite (opposite corner) === corner
-      ]
-    ]
-
-  , testGroup "Edge"
-    [ testGroup "instance Opposite"
-      [ testProperty "involutive" $ \(edge :: Edge) ->
-          opposite (opposite edge) === edge
-      ]
-    ]
-
-  , testGroup "Box"
-    [ testGroup "boxIntersects"
-      [ testProperty "True" $ \dims ->
-          boxIntersects (Box @Word (V2 1 1) (V2 2 2))
-                        (Box (V2 2 2) dims)
-      , testProperty "False" $ \dims ->
-          not $ boxIntersects (Box @Word (V2 1 1) (V2 2 2))
-                            (Box (V2 4 2) dims)
-      ]
-    ]
-
-  , testGroup "Neighbors"
-    [ testGroup "rotations"
-      [ testProperty "always has the same members"
-        $ \(neighs :: Neighbors Int) ->
-          all (\ns -> sort (toList ns) == sort (toList neighs))
-          $ rotations neighs
-      , testProperty "all rotations have the same rotations"
-        $ \(neighs :: Neighbors Int) ->
-          let rots = rotations neighs
-          in all (\ns -> sort (toList $ rotations ns) == sort (toList rots))
-             rots
-      ]
-    ]
-  ]