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{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE LambdaCase #-}
{-# LANGUAGE ViewPatterns #-}
{-# LANGUAGE FlexibleContexts #-}
{-# LANGUAGE RecordWildCards #-}
{-# LANGUAGE NoMonomorphismRestriction #-}
{-# LANGUAGE ScopedTypeVariables #-}
module Main where
import Data.Char
import Data.List
--import Data.Either
import qualified Data.Map.Strict as Map
import Data.Time.Clock
import Data.Algorithm.Patience
import Control.Applicative
import Control.Arrow hiding ((<+>))
import Control.Concurrent
import Control.Concurrent.Async
import Control.Monad
import Control.Monad.Reader
--import Control.Monad.Except
import Control.Monad.Catch
import Control.Exception hiding (catch, bracket, finally, mask)
--import Control.Exception hiding (catch)
import Control.Monad.Trans.Control
import Control.DeepSeq
import System.Exit
import System.Directory
import System.FilePath
import System.IO
import Options.Applicative
import qualified Data.Text as T
import qualified Data.Text.IO as TIO
import Text.Printf
import LambdaCube.Compiler
import LambdaCube.Compiler.Pretty hiding ((</>))
------------------------------------------ utils
(<&>) = flip (<$>)
readFileStrict :: FilePath -> IO String
readFileStrict = fmap T.unpack . TIO.readFile
getDirectoryContentsRecursive path = do
l <- map (path </>) . filter (`notElem` [".",".."]) <$> getDirectoryContents path
(++)
<$> filterM doesFileExist l
<*> (fmap mconcat . traverse getDirectoryContentsRecursive =<< filterM doesDirectoryExist l)
takeExtensions' :: FilePath -> [String]
takeExtensions' = snd . splitExtensions'
splitExtensions' fn = case splitExtension fn of
(a, "") -> (a, [])
(fn', ext) -> second (ext:) $ splitExtensions' fn'
getYNChar = do
c <- getChar
case c of
_ | c `elem` ("yY" :: String) -> putChar '\n' >> return True
| c `elem` ("nN" :: String) -> putChar '\n' >> return False
| otherwise -> getYNChar
showTime delta
| t > 1e-1 = printf "%.3fs" t
| t > 1e-3 = printf "%.1fms" (t/1e-3)
| otherwise = printf "%.0fus" (t/1e-6)
where
t = realToFrac delta :: Double
timeOut :: MonadBaseControl IO m => NominalDiffTime -> a -> m a -> m (NominalDiffTime, a)
timeOut dt d m =
control $ \runInIO ->
race' (runInIO $ timeDiff m)
(runInIO $ timeDiff $ liftIO (threadDelay $ round $ dt * 1000000) >> return d)
where
liftIO = liftBaseWith . const
race' a b = either id id <$> race a b
timeDiff m = (\s x e -> (diffUTCTime e s, x))
<$> liftIO getCurrentTime
<*> m
<*> liftIO getCurrentTime
catchErr :: (MonadCatch m, NFData a, MonadIO m) => (String -> m a) -> m a -> m a
catchErr er m = (force <$> m >>= liftIO . evaluate) `catch` getErr `catch` getPMatchFail
where
getErr (e :: ErrorCall) = catchErr er $ er $ show e
getPMatchFail (e :: PatternMatchFail) = catchErr er $ er $ show e
------------------------------------------
testDataPath = "./testdata"
data Config
= Config
{ cfgVerbose :: Bool
, cfgReject :: Bool
, cfgTimeout :: NominalDiffTime
, cfgIgnore :: [String]
, cfgOverallTime :: Bool
} deriving Show
arguments :: Parser (Config, [String])
arguments =
(,) <$> (Config <$> switch (short 'v' <> long "verbose" <> help "Verbose output during test runs")
<*> switch (short 'r' <> long "reject" <> help "Reject test cases with missing, new or different .out files")
<*> option (realToFrac <$> (auto :: ReadM Double)) (value 60 <> short 't' <> long "timeout" <> help "Timeout for tests in seconds")
<*> many (option (eitherReader Right) (short 'i' <> long "ignore" <> help "Ignore test"))
<*> switch (long "overall-time" <> help "Writes overall time to overall-time.txt")
)
<*> many (strArgument idm)
data Res = Passed | Accepted | NewRes | TimedOut | Rejected | Failed | ErrorCatched
deriving (Eq, Ord, Show)
showRes = \case
ErrorCatched -> "crashed test"
Failed -> "failed test"
Rejected -> "rejected result"
TimedOut -> "timed out test"
NewRes -> "new result"
Accepted -> "accepted result"
Passed -> "passed test"
instance NFData Res where
rnf a = a `seq` ()
erroneous = (>= TimedOut)
isWip = (".wip" `elem`) . takeExtensions'
isReject = (".reject" `elem`) . takeExtensions'
-- for the repl
parse srcName = do
pplRes <- parseModule ["testdata"] (srcName ++ ".lc")
case pplRes of
Left err -> fail $ show err
Right ppl -> putStrLn ppl
main :: IO ()
main = do
hSetBuffering stdout NoBuffering
hSetBuffering stdin NoBuffering
(cfg@Config{..}, samplesToTest) <- execParser $
info (helper <*> arguments)
(fullDesc <> header "LambdaCube 3D compiler test suite")
testData <- filter ((".lc" ==) . takeExtension) <$> getDirectoryContentsRecursive testDataPath
-- select test set: all test or user selected
let (ignoredTests, testSet)
= partition (\d -> any (`isInfixOf` d) cfgIgnore)
. map head . group . sort
$ [d | d <- testData, s <- if null samplesToTest then [""] else samplesToTest, s `isInfixOf` d]
unless (null ignoredTests) $ do
putStrLn $ "------------------------------------ Ignoring " ++ show (length ignoredTests) ++ " tests"
forM_ ignoredTests putStrLn
when (null testSet) $ do
putStrLn $ "test files not found: " ++ show samplesToTest
exitFailure
putStrLn $ "------------------------------------ Running " ++ show (length testSet) ++ " tests"
resultDiffs
<- runMM (ioFetch [".", testDataPath])
$ forM (zip [1..] testSet) $ doTest cfg
let sh :: (FilePath -> Res -> Bool) -> String -> [String]
sh p b = [ (if any (\(ty, s) -> erroneous ty && not (isWip s)) ss then "!" else "")
++ show noOfResult ++ " "
++ pad 10 (b ++ plural ++ ": ") ++ "\n"
++ unlines (map snd ss)
| not $ null ss ]
where
ss = [(ty, s) | ((_, ty), s) <- zip resultDiffs testSet, p s ty]
noOfResult = length ss
plural = ['s' | noOfResult > 1]
putStrLn "------------------------------------ Summary"
putStrLn $ unlines $ reverse $
concat [ sh (\s ty -> ty == x && p s) (w ++ showRes x)
| (w, p) <- [("", not . isWip), ("wip ", isWip)]
, x <- [ErrorCatched, Failed, Rejected, TimedOut, NewRes, Accepted]
]
++ sh (\s ty -> ty == Passed && isWip s) "wip passed test"
let overallTime = sum $ map fst resultDiffs
putStrLn $ "Overall time: " ++ showTime overallTime
when cfgOverallTime $ writeFile "overall-time.txt" $ show (realToFrac overallTime :: Double)
when (or [erroneous r | ((_, r), f) <- zip resultDiffs testSet, not $ isWip f]) exitFailure
putStrLn "All OK"
when (or [erroneous r | ((_, r), f) <- zip resultDiffs testSet, isWip f]) $
putStrLn "Only work in progress test cases are failing."
splitMPath fn = (joinPath $ reverse as, foldr1 (</>) $ reverse bs ++ [y], intercalate "." $ reverse bs ++ [y])
where
(bs, as) = span (\x -> not (null x) && isUpper (head x)) $ reverse xs
(xs, y) = map takeDirectory . splitPath *** id $ splitFileName $ dropExtension fn
doTest Config{..} (i, fn) = do
liftIO $ putStr $ pa ++ " " ++ mn ++ " " ++ concat exts ++ " "
(runtime, res) <- mapMMT (timeOut cfgTimeout $ Left ("!Timed Out", TimedOut))
$ catchErr (\e -> return $ Left (tab "!Crashed" e, ErrorCatched))
$ liftIO . evaluate =<< (force . f <$> getMain)
liftIO $ putStr $ "(" ++ showTime runtime ++ ")" ++ " "
(msg, result) <- case res of
Left x -> return x
Right (op, x) -> liftIO $ compareResult (pad 15 op) (dropExtension fn ++ ".out") x
liftIO $ putStrLn msg
return (runtime, result)
where
(splitMPath -> (pa, mn', mn), reverse -> exts) = splitExtensions' $ dropExtension fn
getMain = do
res <- local (const $ ioFetch [pa]) $ loadModule id Nothing (Left $ mn' ++ concat exts ++ ".lc") <&> \case
Left err -> (mempty, Left err)
Right (fname, (src, Left err)) -> (mempty, Left err)
Right (fname, (src, Right (pm, infos, Left err))) -> (,) infos $ Left err
Right (fname, (src, Right (pm, infos, Right (_, ge)))) -> (,) infos $ Right
( fname
, ge
, case Map.lookup "main" ge of
Just (e, thy, si) -> Right (ET e thy)
Nothing -> Left $ text "main" <+> "is not found"
)
case res of
(_, Right (fi, _, Right{})) -> removeFromCache $ filePath fi
_ -> return ()
return res
--getDef :: MonadMask m => FilePath -> SName -> Maybe Exp -> MMT m (Infos, [Stmt]) ((Infos, [Stmt]), Either Doc (FilePath, Either Doc ExpType))
f ((i, desug), e) | not $ isReject fn = case e of
Left (show -> e) -> Left (unlines $ tab "!Failed" e: map show (listTraceInfos i), Failed)
Right (fname, ge, Left (pShow -> e))
-> Right ("typechecked module", simpleShow $ vcat $ e: showGE fname ge)
Right (fname, ge, Right (ET e te))
| te == outputType -> Right ("compiled pipeline", prettyShowUnlines $ compilePipeline OpenGL33 (ET e te))
| e == trueExp -> Right ("reducted main", de)
| te == boolType -> Left (tab "!Failed" $ "main should be True but it is \n" ++ simpleShow res, Failed)
| otherwise -> Right ("reduced main :: " ++ simpleShow (mkDoc (True, False) te), de)
where
de = simpleShow $ vcat $ (DAnn "main" $ pShow te) : (DLet "=" "main" res): showGE fname ge
res = mkDoc (True, False) e
| otherwise = case e of
Left (pShow -> e) -> Right ("error message", simpleShow $ vcat $ e: listAllInfos i)
Right _ -> Left (tab "!Failed" "failed to catch error", Failed)
where
showGE fname ge = "------------ desugared source code": intersperse "" (map pShow desug)
++ "------------ core code": intersperse ""
[ DAnn (text n) (DResetFreshNames $ pShow t)
<$$> DLet "=" (text n) (DResetFreshNames $ mkDoc (False, True) e)
| (n, (e, t, RangeSI (Range fi _ _))) <- Map.toList ge, fileId fi == fileId fname]
++ listAllInfos' i
tab msg
| isWip fn && cfgReject = const msg
| otherwise = ((msg ++ "\n") ++) . unlines . map (" " ++) . lines
compareResult msg ef e = doesFileExist ef >>= \b -> case b of
False
| cfgReject -> return ("!Missing .out file", Rejected)
| otherwise -> writeFile ef e >> return ("New .out file", NewRes)
True -> do
e' <- lines <$> readFileStrict ef
let d = diff e' $ lines e
case d of
_ | all (\case Both{} -> True; _ -> False) d -> return ("OK", Passed)
rs | cfgReject-> return ("!Different .out file", Rejected)
| otherwise -> do
mapM_ putStrLn $ printOldNew msg d
putStrLn $ ef ++ " has changed."
putStr $ "Accept new " ++ msg ++ " (y/n)? "
c <- getYNChar
if c
then writeFile ef e >> return ("Accepted .out file", Accepted)
else return ("!Rejected .out file", Rejected)
printOldNew :: String -> [Item String] -> [String]
printOldNew msg d = (msg ++ " has changed.") : ff [] 0 d
where
ff acc n (x@(Both a b): ds) = [a' | n < 5] ++ ff (a':acc) (n+1) ds where a' = " " ++ a
ff acc n (Old a: ds) = g acc n ++ (show (onred "< ") ++ a): ff [] 0 ds
ff acc n (New b: ds) = g acc n ++ (show (ongreen "> ") ++ b): ff [] 0 ds
ff _ _ [] = []
g acc n | n < 5 = []
g acc n | n > 10 = "___________": reverse (take 5 acc)
g acc n = reverse (take (n-5) acc)
pad n s = s ++ replicate (n - length s) ' '
limit :: String -> Int -> String -> String
limit msg n s = take n s ++ if null (drop n s) then "" else msg
|