135 lines
7.2 KiB
Haskell
135 lines
7.2 KiB
Haskell
module FileMappingSpec where
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import Language.Haskell.GhcMod.FileMapping
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import Language.Haskell.GhcMod.Utils (withMappedFile)
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import Test.Hspec
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import TestUtils
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import qualified Data.Map as M
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import Dir
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import Data.Maybe
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import Language.Haskell.GhcMod
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spec :: Spec
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spec = do
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describe "loadMappedFile" $ do
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it "inserts a given FilePath FileMapping into state with canonicalized path" $ do
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withDirectory_ "test/data/file-mapping" $ do
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mappedFiles <- runD $ do
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loadMappedFile "File.hs" (MemoryMapping Nothing)
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getMMappedFiles
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dir <- getCurrentDirectory
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show mappedFiles `shouldBe` show (M.fromList [(dir </> "File.hs", MemoryMapping Nothing)])
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it "should try to guess a canonical name if file doesn't exist" $ do
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withDirectory_ "test/data/file-mapping" $ do
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mappedFiles <- runD $ do
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loadMappedFile "NonExistantFile.hs" (MemoryMapping Nothing)
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getMMappedFiles
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dir <- getCurrentDirectory
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show mappedFiles `shouldBe` show (M.fromList [(dir </> "NonExistantFile.hs", MemoryMapping Nothing)])
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describe "unloadMappedFile" $ do
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it "removes a given FilePath from state" $ do
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withDirectory_ "test/data/file-mapping" $ do
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mappedFiles <- runD $ do
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loadMappedFile "File.hs" (MemoryMapping Nothing)
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unloadMappedFile "File.hs"
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getMMappedFiles
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show mappedFiles `shouldBe` show (M.fromList ([] :: [(FilePath, FileMapping)]))
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it "should work even if file does not exist" $ do
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withDirectory_ "test/data/file-mapping" $ do
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mappedFiles <- runD $ do
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loadMappedFile "NonExistantFile.hs" (MemoryMapping Nothing)
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unloadMappedFile "NonExistantFile.hs"
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getMMappedFiles
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show mappedFiles `shouldBe` show (M.fromList ([] :: [(FilePath, FileMapping)]))
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describe "loadMappedFiles" $ do
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it "loads all file mappings passed as Options" $ do
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let fm = [("File.hs", RedirectedMapping "File_Redir.hs"), ("File2.hs", MemoryMapping Nothing)]
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mappedFiles <- run defaultOptions { fileMappings = fm } $
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loadMappedFiles >> getMMappedFiles
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dir <- getCurrentDirectory
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M.lookup (dir </> "File.hs") mappedFiles `shouldSatisfy` isJust
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M.lookup (dir </> "File2.hs") mappedFiles `shouldSatisfy` isJust
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it "prioritizes latter occurence of the same file" $ do
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let fm = [("File.hs", RedirectedMapping "File_Redir.hs"), ("File.hs", MemoryMapping Nothing)]
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mappedFiles <- run defaultOptions { fileMappings = fm } $
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loadMappedFiles >> getMMappedFiles
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dir <- getCurrentDirectory
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show (M.lookup (dir </> "File.hs") mappedFiles) `shouldBe` show (Just (MemoryMapping Nothing))
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describe "withMappedFile" $ do
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it "checks if there is a redirected file and calls and action with its FilePath" $ do
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withDirectory_ "test/data/file-mapping" $ do
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res <- runD $ do
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loadMappedFile "File.hs" (RedirectedMapping "File_Redir.hs")
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withMappedFile "File.hs" return
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res `shouldBe` "File_Redir.hs"
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it "checks if there is an in-memory file and calls and action with temporary file" $ do
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withDirectory_ "test/data/file-mapping" $ do
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(fn, src) <- runD $ do
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loadMappedFile "File.hs" (MemoryMapping $ Just "main = test")
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withMappedFile "File.hs" $ \fn -> do
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src <- liftIO $ readFile fn
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return (fn, src)
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fn `shouldSatisfy` (/="File.hs")
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src `shouldBe` "main = test"
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it "runs action with original filename if there is no mapping" $ do
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withDirectory_ "test/data/file-mapping" $ do
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fn <- runD $ do
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withMappedFile "File.hs" return
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fn `shouldBe` "File.hs"
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describe "integration tests" $ do
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it "checks redirected file if one is specified and outputs original filename" $ do
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withDirectory_ "test/data/file-mapping" $ do
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let fm = [("File.hs", RedirectedMapping "File_Redir.hs")]
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res <- run defaultOptions {fileMappings = fm} $ do
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loadMappedFiles
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checkSyntax ["File.hs"]
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res `shouldBe` "File.hs:1:1:Warning: Top-level binding with no type signature: main :: forall t. t\n"
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it "checks in-memory file if one is specified and outputs original filename" $ do
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withDirectory_ "test/data/file-mapping" $ do
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let fm = [("File.hs", MemoryMapping $ Just "main = putStrLn \"Hello World!\"\n")]
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res <- run defaultOptions {fileMappings = fm} $ do
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loadMappedFiles
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checkSyntax ["File.hs"]
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res `shouldBe` "File.hs:1:1:Warning: Top-level binding with no type signature: main :: IO ()\n"
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it "lints redirected file if one is specified and outputs original filename" $ do
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withDirectory_ "test/data/file-mapping" $ do
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res <- runD $ do
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loadMappedFile "File.hs" (RedirectedMapping "File_Redir_Lint.hs")
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lint "File.hs"
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res `shouldBe` "File.hs:4:1: Error: Eta reduce\NULFound:\NUL func a b = (*) a b\NULWhy not:\NUL func = (*)\n"
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it "lints in-memory file if one is specified and outputs original filename" $ do
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withDirectory_ "test/data/file-mapping" $ do
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res <- runD $ do
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loadMappedFile "File.hs" (MemoryMapping $ Just "func a b = (++) a b\n")
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lint "File.hs"
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res `shouldBe` "File.hs:1:1: Error: Eta reduce\NULFound:\NUL func a b = (++) a b\NULWhy not:\NUL func = (++)\n"
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it "shows types of the expression for redirected files" $ do
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let tdir = "test/data/file-mapping"
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res <- runD' tdir $ do
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loadMappedFile "File.hs" (RedirectedMapping "File_Redir_Lint.hs")
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types "File.hs" 4 12
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res `shouldBe` "4 12 4 15 \"a -> a -> a\"\n4 12 4 17 \"a -> a\"\n4 12 4 19 \"a\"\n4 1 4 19 \"a -> a -> a\"\n"
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it "shows types of the expression for in-memory files" $ do
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let tdir = "test/data/file-mapping"
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res <- runD' tdir $ do
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loadMappedFile "File.hs" (MemoryMapping $ Just "main = putStrLn \"Hello!\"")
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types "File.hs" 1 14
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res `shouldBe` "1 8 1 16 \"String -> IO ()\"\n1 8 1 25 \"IO ()\"\n1 1 1 25 \"IO ()\"\n"
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it "shows info for the expression for redirected files" $ do
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let tdir = "test/data/file-mapping"
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res <- runD' tdir $ do
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loadMappedFile "File.hs" (RedirectedMapping "File_Redir_Lint.hs")
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info "File.hs" $ Expression "func"
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res `shouldBe` "func :: Num a => a -> a -> a \t-- Defined at File.hs:4:1\n"
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it "shows info for the expression for in-memory files" $ do
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let tdir = "test/data/file-mapping"
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res <- runD' tdir $ do
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loadMappedFile "File.hs" (MemoryMapping $ Just "module File where\n\ntestfun = putStrLn \"Hello!\"")
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info "File.hs" $ Expression "testfun"
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res `shouldBe` "testfun :: IO () \t-- Defined at File.hs:3:1\n"
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