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Qualify Data.Map as M instead of tedious Map

This commit is contained in:
Vidar Holen 2022-07-22 11:11:09 -07:00
parent e7f05d662a
commit 95b3cbf071
1 changed files with 21 additions and 21 deletions
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42
src/ShellCheck/Checks/Commands.hs
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@ -39,7 +39,7 @@ import Data.Char
import Data.Functor.Identity
import Data.List
import Data.Maybe
import qualified Data.Map.Strict as Map
import qualified Data.Map.Strict as M
import Test.QuickCheck.All (forAllProperties)
import Test.QuickCheck.Test (quickCheckWithResult, stdArgs, maxSuccess)
@ -114,7 +114,7 @@ optionalCommandChecks = [
cdNegative = "command -v javac"
}, checkWhich)
]
optionalCheckMap = Map.fromList $ map (\(desc, check) -> (cdName desc, check)) optionalCommandChecks
optionalCheckMap = M.fromList $ map (\(desc, check) -> (cdName desc, check)) optionalCommandChecks
prop_verifyOptionalExamples = all check optionalCommandChecks
where
@ -163,27 +163,27 @@ prop_checkGenericOptsT1 = checkGetOpts "-x -- -y" ["x"] ["-y"] $ return . getGen
prop_checkGenericOptsT2 = checkGetOpts "-xy --" ["x", "y"] [] $ return . getGenericOpts
buildCommandMap :: [CommandCheck] -> Map.Map CommandName (Token -> Analysis)
buildCommandMap = foldl' addCheck Map.empty
buildCommandMap :: [CommandCheck] -> M.Map CommandName (Token -> Analysis)
buildCommandMap = foldl' addCheck M.empty
where
addCheck map (CommandCheck name function) =
Map.insertWith composeAnalyzers name function map
M.insertWith composeAnalyzers name function map
checkCommand :: Map.Map CommandName (Token -> Analysis) -> Token -> Analysis
checkCommand :: M.Map CommandName (Token -> Analysis) -> Token -> Analysis
checkCommand map t@(T_SimpleCommand id cmdPrefix (cmd:rest)) = sequence_ $ do
name <- getLiteralString cmd
return $
if '/' `elem` name
then
Map.findWithDefault nullCheck (Basename $ basename name) map t
M.findWithDefault nullCheck (Basename $ basename name) map t
else if name == "builtin" && not (null rest) then
let t' = T_SimpleCommand id cmdPrefix rest
selectedBuiltin = fromMaybe "" $ getLiteralString . head $ rest
in Map.findWithDefault nullCheck (Exactly selectedBuiltin) map t'
in M.findWithDefault nullCheck (Exactly selectedBuiltin) map t'
else do
Map.findWithDefault nullCheck (Exactly name) map t
Map.findWithDefault nullCheck (Basename name) map t
M.findWithDefault nullCheck (Exactly name) map t
M.findWithDefault nullCheck (Basename name) map t
where
basename = reverse . takeWhile (/= '/') . reverse
@ -205,7 +205,7 @@ checker spec params = getChecker $ commandChecks ++ optionals
optionals =
if "all" `elem` keys
then map snd optionalCommandChecks
else mapMaybe (\x -> Map.lookup x optionalCheckMap) keys
else mapMaybe (\x -> M.lookup x optionalCheckMap) keys
prop_checkTr1 = verify checkTr "tr [a-f] [A-F]"
prop_checkTr2 = verify checkTr "tr 'a-z' 'A-Z'"
@ -1005,20 +1005,20 @@ checkWhileGetoptsCase = CommandCheck (Exactly "getopts") f
check :: Id -> [String] -> Token -> Analysis
check optId opts (T_CaseExpression id _ list) = do
unless (Nothing `Map.member` handledMap) $ do
mapM_ (warnUnhandled optId id) $ catMaybes $ Map.keys notHandled
unless (Nothing `M.member` handledMap) $ do
mapM_ (warnUnhandled optId id) $ catMaybes $ M.keys notHandled
unless (any (`Map.member` handledMap) [Just "*",Just "?"]) $
unless (any (`M.member` handledMap) [Just "*",Just "?"]) $
warn id 2220 "Invalid flags are not handled. Add a *) case."
mapM_ warnRedundant $ Map.toList notRequested
mapM_ warnRedundant $ M.toList notRequested
where
handledMap = Map.fromList (concatMap getHandledStrings list)
requestedMap = Map.fromList $ map (\x -> (Just x, ())) opts
handledMap = M.fromList (concatMap getHandledStrings list)
requestedMap = M.fromList $ map (\x -> (Just x, ())) opts
notHandled = Map.difference requestedMap handledMap
notRequested = Map.difference handledMap requestedMap
notHandled = M.difference requestedMap handledMap
notRequested = M.difference handledMap requestedMap
warnUnhandled optId caseId str =
warn caseId 2213 $ "getopts specified -" ++ (e4m str) ++ ", but it's not handled by this 'case'."
@ -1372,10 +1372,10 @@ checkUnquotedEchoSpaces = CommandCheck (Basename "echo") check
m <- asks tokenPositions
redir <- getClosestCommandM t
sequence_ $ do
let positions = mapMaybe (\c -> Map.lookup (getId c) m) args
let positions = mapMaybe (\c -> M.lookup (getId c) m) args
let pairs = zip positions (drop 1 positions)
(T_Redirecting _ redirTokens _) <- redir
let redirPositions = mapMaybe (\c -> fst <$> Map.lookup (getId c) m) redirTokens
let redirPositions = mapMaybe (\c -> fst <$> M.lookup (getId c) m) redirTokens
guard $ any (hasSpacesBetween redirPositions) pairs
return $ info (getId t) 2291 "Quote repeated spaces to avoid them collapsing into one."