seperate haskell und purescript directories

purescript/code_royal/test/Main.purs

@@ -0,0 +1,84 @@
+module Test.Main where
+
+import Prelude
+
+import Data.Array (concatMap, (..))
+import Data.Foldable (foldl)
+import Data.Int (fromNumber)
+import Data.JSDate (JSDate, getTime, now)
+import Data.Map (Map, showTree)
+import Data.Maybe (fromJust)
+import Effect (Effect)
+import Effect.Console (log)
+import Graph (Graph(..), addEdge, addNode, dfs, empty, pathExists, shortestPath, shortestPathList, toMap, (<+>))
+import Partial.Unsafe (unsafePartial)
+
+
+main :: Effect Unit
+main = do
+    let graph = foldl addEdge' graph' $ concatMap nodeConnections nodes
+
+    d0 <- now
+    -- log $ show $ shortestPathList graph "[1,1]" "[7,7]"
+    -- log $ show $ shortestPathList graph "[1,1]" "[7,7]"
+    -- log $ show $ shortestPathList graph "[1,1]" "[7,7]"
+    -- d1 <- now
+    -- test "list search" d0 d1
+
+    -- log ""
+
+    -- d2 <- now
+    -- log $ show $ shortestPath graph "[1,1]" "[7,7]"
+    -- log $ show $ shortestPath graph "[1,1]" "[7,7]"
+    -- log $ show $ shortestPath graph "[1,1]" "[7,7]"
+    -- d3 <- now
+    -- test "set search" d2 d3
+
+    -- log ""
+
+    -- d4 <- now
+    -- log $ show $ pathExists graph "[1,1]" "[7,7]"
+    -- log $ show $ pathExists graph "[1,1]" "[7,7]"
+    -- log $ show $ pathExists graph "[1,1]" "[7,7]"
+    -- d5 <- now
+    -- test "exists test" d4 d5
+
+    -- log ""
+
+    d6 <- now
+    log $ show $ dfs graph "[1,1]" "[1,2]"
+    log $ show $ dfs graph "[1,1]" "[1,2]"
+    log $ show $ dfs graph "[1,1]" "[1,2]"
+    d7 <- now
+    test "dfs test" d6 d7
+
+    log ""
+
+    log $ "execution time of ALL: " <> (show $ (getTime d7 - getTime d0) / 3000.0) <> "s"
+
+test :: String -> JSDate -> JSDate -> Effect Unit
+test tName d0 d1 = do
+    let t0 = getTime d0
+    let t1 = getTime d1
+    log $ "execution time of " <> tName <> ": " <> (show $ (t1 - t0) / 3000.0) <> "s"
+
+addEdge' :: forall v. Ord v => Graph v -> Array v -> Graph v
+addEdge' g v = unsafePartial $ addEdge'' v
+    where
+        addEdge'' :: Partial => Array v -> Graph v
+        addEdge'' [a,b] = addEdge g a b
+
+graph' = foldl addNode empty sNodes
+
+sNodes :: Array String
+sNodes = map (\n -> show n) nodes
+
+nodes = do
+    x <- (1..9)
+    y <- (1..9)
+    pure $ [x, y]
+
+nodeConnections :: Array Int -> Array (Array String)
+nodeConnections [x, y] = [ [o, show [x-1,y]], [o, show [x+1,y]], [o, show [x,y-1]], [o, show [x,y+1]] ]
+    where o = show [x, y]
+nodeConnections _ = []