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module Check.AST.TopLevel.BlankLines where
import Text.Pretty
import Curry.SpanInfo
import Curry.Span
import Curry.Position
import Curry.Types
import Curry.Ident
import Types
checkBlankLines :: Module a -> Int-> CSM ()
checkBlankLines e _ =
case e of
(Module sI _ _ _ _ decls) -> checkBlankLines' sI decls
_ -> return ()
checkBlankLines' :: SpanInfo -> [Decl a] -> CSM ()
checkBlankLines' _ [] = return ()
checkBlankLines' sI (decl:[]) = return ()
checkBlankLines' sI (decl1:decl2:decls) =
case decl1 of
(TypeSig _ _ _) -> checkBlankLines' sI (decl2:decls)
(InfixDecl _ _ _ _) -> case decl2 of
(InfixDecl _ _ _ _) -> checkBlankLines' sI (decl2:decls)
_ -> do blankLine decl1 decl2
checkBlankLines' sI (decl2:decls)
_ -> do blankLine decl1 decl2
checkBlankLines' sI (decl2:decls)
blankLine :: Decl a -> Decl a -> CSM ()
blankLine decl1 decl2 = do
let sI1@(SpanInfo (Span _ (Position l c)) _) = getSpanInfo decl1
sI2 = getSpanInfo decl2
unlessM ((getLi sI2) - l > 1)
(report (Message
(getSpan sI2)
( colorizeKey "Blank Line" <+> text "missing")
( text "leave a"
<+> colorizeKey "blank line"
<+> text "between"
<+> colorizeKey "top level declarations")
)
)
noBlank :: SpanInfo -> Decl a -> CSM ()
noBlank sI decl = do
let sID = getSpanInfo decl
unlessM ((getEndLi sI) == (getEndLi sID))
(report (Message
(getSpan sI)
( colorizeKey "blank line(s)"
<+> text "at the end of"
<+> colorizeKey "module"
)
(text "delete superfluous blank line(s) at end of module" )
)
)
getEndLi :: SpanInfo -> Int
getEndLi (SpanInfo (Span _ (Position l _)) _) = l
|