|
definition:
|
declarationIndent :: Span -> Decl a -> Int -> CSM ()
declarationIndent sp dcl i =
let sI = (getSpanInfo dcl)
l = getLi (SpanInfo sp [])
c = getCol (SpanInfo sp [])
in
unless ((getLi sI) == l)
(unless ((getCol sI) == (c+2)||(getCol sI == (i+2))) $
report (Message
sp
( colorizeKey "let"
<+> text "declarations not properly indented"
)
( text "indent by 2 from"
<+> colorizeKey "let"
<+> text "or"
<+> colorizeKey "outer block"
)
)
)
|
|
demand:
|
no demanded arguments
|
|
deterministic:
|
deterministic operation
|
|
documentation:
|
-- `let` declarations should either be indented by 2 from let
-- or indentation edge.
|
|
failfree:
|
(_, _, _)
|
|
indeterministic:
|
referentially transparent operation
|
|
infix:
|
no fixity defined
|
|
iotype:
|
{(_,_,_) |-> _}
|
|
name:
|
declarationIndent
|
|
precedence:
|
no precedence defined
|
|
result-values:
|
_
|
|
signature:
|
Curry.Span.Span -> Curry.Types.Decl a -> Prelude.Int
-> Control.Monad.Trans.State.StateT Types.CheckState Data.Functor.Identity.Identity ()
|
|
solution-complete:
|
operation might suspend on free variables
|
|
terminating:
|
possibly non-terminating
|
|
totally-defined:
|
possibly non-reducible on same data term
|