{-# LANGUAGE OverloadedStrings #-} module Eval ( evalTests ) where import qualified Data.Text as T import Language.Dickinson.File import Test.Tasty (TestTree, testGroup) import Test.Tasty.HUnit (Assertion, testCase, (@?=)) evalTests :: TestTree evalTests = testGroup "Evaluation test" [ testCase "Should evalutate to a constant" constEval , testCase "Should allow declarations in other orders" scopeEval , testCase "Should allow higher-order functions" higherOrderEval , resultCase "test/demo/animal.dck" , resultCase "test/data/tuple.dck" , resultCase "test/demo/tyAnnot.dck" , resultCase "test/data/quoteify.dck" , resultCase "test/data/multiQuoteify.dck" , resultCase "test/data/hangIndefinitely.dck" , resolveCase "test/data/hangIndefinitely.dck" , testCase "Should handle interpolated multiline strings" multiQuoteEval , testCase "Should handle nested interpolations" multiInterpolatedNestedEval ] forceResult :: a -> Assertion forceResult = (`seq` pure ()) resultCase :: FilePath -> TestTree resultCase fp = testCase fp $ result fp resolveCase :: FilePath -> TestTree resolveCase fp = testCase fp $ resolve fp resolve :: FilePath -> Assertion resolve fp = do res <- resolveFile ["prelude", "lib"] fp forceResult res result :: FilePath -> Assertion result fp = do res <- evalFile ["prelude", "lib"] fp forceResult res evalTo :: FilePath -> T.Text -> Assertion evalTo fp t = do res <- evalFile [] fp res @?= t constEval :: Assertion constEval = evalTo "test/eval/context.dck" "woman" scopeEval :: Assertion scopeEval = evalTo "test/demo/circular.dck" "a" higherOrderEval :: Assertion higherOrderEval = evalTo "test/data/higherOrder.dck" "It's me" multiQuoteEval :: Assertion multiQuoteEval = evalTo "test/data/multiQuoteify.dck" "God created war so that Americans would learn geography.\n — Mark Twain" multiInterpolatedNestedEval :: Assertion multiInterpolatedNestedEval = evalTo "test/data/interpolateNested.dck" "This is an interpolated string sort of."