This implements a translation from the functional-logic language CuMin to the lower-level language SaLT. These programming languages and the translation are described in detail in my bachelor's thesis.
I currently don't maintain this project anymore.
The CuMin input program
length :: forall a. List a -> Nat
length list = case list of
Nil -> 0
Cons x xs -> 1 + length<:a:> xsis automatically translated (after optimizations) to
length :: forall a. Set (List a -> Set Nat)
length = {\list_56 :: List a -> case list_56 of
Nil -> {0}
Cons x_57 xs_58 -> length<:a:> >>= (\arg_59 :: (List a
-> Set Nat) -> arg_59 xs_58 >>=
(\primOpArg_60 :: Nat -> {1 + primOpArg_60}))}A manual translation gives the same result (up to variable renaming):
length :: forall a. Set (List a -> Set Nat)
length = { \list :: List a -> case list of
Nil -> {0}
Cons x xs -> length<:a:> >>=
\length' :: (List a -> Set Nat) ->
length' xs >>= \l :: Nat -> {1 + l} }
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