Knot-tying definitions for the base+property syntax to Isabelle translation.
module Prop2Isabelle where import BaseStruct2Isabelle(transP,transD,transE,transT,transId,transC,transQ) import PropStruct2Isabelle(transPD,transPA,transPP) import PropSyntax import IsabelleAST import PrettyPrint(Printable) combine :: IsaDecl -> IsaDecl -> IsaDecl combine (IsaDomain xs) (IsaDomain ys) = IsaDomain (xs ++ ys) combine (IsaFixrec xs) (IsaFixrec ys) = IsaFixrec (xs ++ ys) combine _ _ = error "Illegal mutual recursion" combineDecls :: [IsaDecl] -> IsaDecl combineDecls = foldr1 combine bind2sig :: [(String,Type)] -> HBind -> TypeSig bind2sig table b = TypeSig n (case lookup n table of Just t -> t) where n = head_of_HBind b addConstsDecls :: [(String,Type)] -> [IsaDecl] -> [IsaDecl] addConstsDecls table [] = [] addConstsDecls table (x:xs) = case x of IsaClass c t bs -> IsaClass c t [] : consts bs : rest IsaInstance t bs -> IsaInstance t [] : IsaFixrec bs : rest IsaFixrec bs -> consts bs : x : rest _ -> x : rest where rest = addConstsDecls table xs consts bs = IsaConsts (map (bind2sig table) bs) ------------------------------------------------------------ -- transPat :: forall i. (Printable i, Printable (PI i (HsPatI i))) => -- HsPatI i -> Term transPat (Pat p) = transP transId transPat p -- transDecs :: forall i. -- (Printable (DI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i] (HsTypeI i)), -- Printable (PD i (AssertionI i) (PredicateI i)), -- Printable i, -- Printable (TI i (HsTypeI i)), -- Printable (EI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i]), -- Printable (PI i (HsPatI i))) => -- [HsDeclI i] -> [IsaDecl] transDecs ds = map transDec ds -- transDec :: forall i. -- (Printable (DI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i] (HsTypeI i)), -- Printable (PD i (AssertionI i) (PredicateI i)), -- Printable i, -- Printable (TI i (HsTypeI i)), -- Printable (EI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i]), -- Printable (PI i (HsPatI i))) => -- HsDeclI i -> IsaDecl transDec (Dec d) = prop (transD transId transExp transPat transLocalDecs transType transContext transType) (transPD transId transAssertion transPredicate) d -- transExp :: forall i. -- (Printable (TI i (HsTypeI i)), -- Printable i, -- Printable (PI i (HsPatI i)), -- Printable (EI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i])) => -- HsExpI i -> Term transExp (Exp e) = transE transId transExp transPat transLocalDecs transType transContext e -- transAssertion :: forall i. -- (Printable i, -- Printable (TI i (HsTypeI i)), -- Printable (EI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i]), -- Printable (PI i (HsPatI i))) => -- AssertionI i -> Prop transAssertion (PA a) = transPA transId transExp transQType transAssertion transPredicate a -- transPredicate :: forall i. -- (Printable i, -- Printable (TI i (HsTypeI i)), -- Printable (EI i (HsExpI i) (HsPatI i) [HsDeclI i] (HsTypeI i) [HsTypeI i]), -- Printable (PI i (HsPatI i))) => -- PredicateI i -> Pred transPredicate (PP p) = transPP transId transExp transPat transQType transAssertion transPredicate p -- p :: PP i (HsExpI i) (HsPatI i) (HsQualTypeI i) (AssertionI i) (PredicateI i) {- transPP :: forall pp1 pa1 t1 p1 e1 i1 t2. (i1 -> String) -> (e1 -> Term) -> (p1 -> Pattern) -> (t1 -> t2) -> (pa1 -> IsabelleProp.Prop) -> (pp1 -> Pred) -> PP i1 e1 p1 t1 pa1 pp1 -> Pred -} -- transType :: forall i. -- (Printable i, Printable (TI i (HsTypeI i))) => -- HsTypeI i -> Type transType (Typ t) = transT transId transType t -- transContext :: (Printable i, Printable (TI i (HsTypeI i))) => [HsTypeI i] -> [(String, Class)] transContext ts = transC transType ts -- transQType :: forall i c. -- (Printable (TI i (HsTypeI i)), Printable i) => -- Q c (HsTypeI i) -> Type -- HsQualTypeI i -> Type (c = [HsTypeI i]) transQType qt = transQ transContext transType qt --transLocalDecs ds = error "transLocalDecs" transLocalDecs ds = concatMap transLocalDec ds transLocalDec d = case transDec d of IsaFixrec bs -> bs IsaTypeSig is t -> [HBindSig i t | i <- is] _ -> [] -- silently ignores unimplemented things!!!