erasure refactor
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@ -80,6 +80,24 @@ catchMaybe : (Has (Except e) fs, Length fs) =>
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(e -> Eff fs a) -> Eff fs a -> Eff fs a
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catchMaybe = catchMaybeAt ()
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export
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rethrowAtWith : (0 lbl : tag) -> Has (ExceptL lbl e') fs =>
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(e -> e') -> Either e a -> Eff fs a
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rethrowAtWith lbl f = rethrowAt lbl . mapFst f
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export
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rethrowWith : Has (Except e') fs => (e -> e') -> Either e a -> Eff fs a
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rethrowWith = rethrowAtWith ()
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export
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wrapErr' : Length fs => (e -> e') ->
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Eff (ExceptL lbl e :: fs) a ->
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Eff (ExceptL lbl e' :: fs) a
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wrapErr' f act =
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catchAt lbl (throwAt lbl . f) @{S Z} $
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lift @{subsetTail _} act
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export
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wrapErrAt : (0 lbl : tag) -> (Has (ExceptL lbl e) fs, Length fs) =>
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(e -> e) -> Eff fs a -> Eff fs a
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@ -1,11 +1,12 @@
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module Quox.Untyped.Erase
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import Quox.Definition
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import Quox.Definition as Q
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import Quox.Syntax.Term.Base as Q
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import Quox.Syntax.Term.Subst
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import Quox.Untyped.Syntax as U
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import Quox.Typing.Context
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import Quox.Typing
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import Quox.Whnf
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import Quox.Pretty
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import Quox.EffExtra
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import Data.Singleton
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@ -35,19 +36,8 @@ ifErased pi x y = case isErased pi of
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public export
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EContext : Nat -> Type
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EContext = Context' IsErased
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public export
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record ErasureContext d n where
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constructor MkEContexts
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{auto dimLen : Singleton d}
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{auto termLen : Singleton n}
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dnames : BContext d
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tnames : BContext n
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tctx : TContext d n
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erased : EContext n
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%name ErasureContext ctx
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ErasureContext : Nat -> Nat -> Type
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ErasureContext = TyContext
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public export
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@ -58,35 +48,46 @@ TypeError = Typing.Error.Error
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public export
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data Error =
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CompileTimeOnly (ErasureContext d n) (Q.Term d n)
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| ErasedVar (ErasureContext d n) (Var n)
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| NotInScope Name
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| WrapTypeError TypeError
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| Postulate Loc Name
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%name Error err
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private %inline
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notInScope : Loc -> Name -> Error
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notInScope = WrapTypeError .: NotInScope
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export
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Located Error where
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(CompileTimeOnly _ s).loc = s.loc
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(WrapTypeError err).loc = err.loc
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(Postulate loc _).loc = loc
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parameters {opts : LayoutOpts} (showContext : Bool)
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export
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prettyErrorNoLoc : Error -> Eff Pretty (Doc opts)
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prettyErrorNoLoc (CompileTimeOnly ctx s) =
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inTContext showContext ctx $
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sep ["the term", !(prettyTerm ctx.dnames ctx.tnames s),
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"only exists at compile time"]
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prettyErrorNoLoc (WrapTypeError err) =
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prettyErrorNoLoc showContext err
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prettyErrorNoLoc (Postulate _ x) =
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pure $ sep [!(prettyFree x), "is a postulate with no definition"]
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export
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prettyError : Error -> Eff Pretty (Doc opts)
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prettyError err = sep <$> sequence
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[prettyLoc err.loc, indentD =<< prettyErrorNoLoc err]
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public export
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Erase : List (Type -> Type)
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Erase = [Except Error, DefsReader, NameGen]
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export
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toWhnfContext : ErasureContext d n -> WhnfContext d n
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toWhnfContext (MkEContexts {dnames, tnames, tctx, _}) =
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MkWhnfContext {dnames, tnames, tctx}
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export
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(.names) : ErasureContext d n -> NameContexts d n
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ctx.names = MkNameContexts ctx.dnames ctx.tnames
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export
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liftWhnf : Eff Whnf a -> Eff Erase a
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liftWhnf act = runEff act
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[\x => send x, \case (Err e) => throw $ WrapTypeError e]
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export covering
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whnf0 : {0 isRedex : RedexTest tm} -> CanWhnf tm isRedex =>
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ErasureContext d n -> SQty ->
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tm d n -> Eff Erase (tm d n)
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whnf0 ctx sg tm = liftWhnf $ whnf0 !(askAt DEFS) (toWhnfContext ctx) sg tm
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liftWhnf act = lift $ wrapErr' WrapTypeError act
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export covering
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computeElimType : ErasureContext d n -> SQty -> Elim d n -> Eff Erase (Term d n)
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@ -98,72 +99,17 @@ computeElimType ctx sg e = do
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computeElimType defs ctx sg e
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parameters (ctx : ErasureContext d n) (loc : Loc)
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private covering %macro
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expect : (forall d, n. Loc -> NameContexts d n -> Term d n -> TypeError) ->
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TTImp -> TTImp -> Elab (Term d n -> Eff Erase a)
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expect k l r = do
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f <- check `(\case ~(l) => Just ~(r); _ => Nothing)
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pure $ \t =>
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let err = throw $ WrapTypeError $ k loc ctx.names t in
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maybe err pure . f =<< whnf0 ctx SZero t
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export covering %inline
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expectTYPE : Term d n -> Eff Erase Universe
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expectTYPE = expect ExpectedTYPE `(TYPE {l, _}) `(l)
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export covering %inline
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expectPi : Term d n -> Eff Erase (Qty, Term d n, ScopeTerm d n)
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expectPi = expect ExpectedPi `(Pi {qty, arg, res, _}) `((qty, arg, res))
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export covering %inline
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expectSig : Term d n -> Eff Erase (Term d n, ScopeTerm d n)
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expectSig = expect ExpectedSig `(Sig {fst, snd, _}) `((fst, snd))
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export covering %inline
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expectEnum : Term d n -> Eff Erase (SortedSet TagVal)
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expectEnum = expect ExpectedEnum `(Enum {cases, _}) `(cases)
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export covering %inline
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expectEq : Term d n -> Eff Erase (DScopeTerm d n, Term d n, Term d n)
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expectEq = expect ExpectedEq `(Eq {ty, l, r, _}) `((ty, l, r))
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export covering %inline
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expectNat : Term d n -> Eff Erase ()
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expectNat = expect ExpectedNat `(Nat {}) `(())
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export covering %inline
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expectBOX : Term d n -> Eff Erase (Qty, Term d n)
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expectBOX = expect ExpectedBOX `(BOX {qty, ty, _}) `((qty, ty))
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export
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extendTyN : CtxExtension d n1 n2 ->
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ErasureContext d n1 -> ErasureContext d n2
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extendTyN tel (MkEContexts {termLen, dnames, tnames, tctx, erased}) =
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let (qs, xs, ss) = unzip3 tel in
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MkEContexts {
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dnames,
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tnames = tnames . xs,
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tctx = tctx . ss,
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erased = erased . map isErased qs,
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termLen = extendLen tel termLen
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}
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export
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extendTy : Qty -> BindName -> Term d n ->
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ErasureContext d n -> ErasureContext d (S n)
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extendTy pi x ty = extendTyN [< (pi, x, ty)]
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export
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extendDim : BindName -> ErasureContext d n -> ErasureContext (S d) n
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extendDim i (MkEContexts {dimLen, dnames, tnames, tctx, erased}) =
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MkEContexts {
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tnames, erased,
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dimLen = [|S dimLen|],
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dnames = dnames :< i,
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tctx = map (dweakT 1) tctx
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}
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private %macro
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wrapExpect : TTImp ->
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Elab (TyContext d n -> Loc -> Term d n -> Eff Erase a)
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wrapExpect f {a} = do
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f' <- check `(\x => ~(f) x)
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pure $ \ctx, loc, s => wrapExpect' f' ctx loc s
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where
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wrapExpect' : (Q.Definitions -> TyContext d n -> SQty -> Loc -> Term d n ->
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Eff [Except TypeError, NameGen] a) ->
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TyContext d n -> Loc -> Term d n -> Eff Erase a
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wrapExpect' f ctx loc s = liftWhnf $ f !(askAt DEFS) ctx SZero loc s
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public export
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@ -173,10 +119,16 @@ record EraseElimResult d n where
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term : U.Term n
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-- "Ψ | Γ | Σ ⊢ s ⤋ s' ⇐ A" for `s' <- eraseTerm (Ψ,Γ,Σ) A s`
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--
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-- in the below comments, Ψ, Γ, Σ are implicit and
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-- only their extensions are written
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export covering
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eraseTerm : ErasureContext d n ->
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(ty, tm : Q.Term d n) -> Eff Erase (U.Term n)
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-- "Ψ | Γ | Σ ⊢ e ⤋ e' ⇒ A" for `EraRes A e' <- eraseElim (Ψ,Γ,Σ) e`
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export covering
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eraseElim : ErasureContext d n -> (tm : Q.Elim d n) ->
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Eff Erase (EraseElimResult d n)
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@ -187,14 +139,14 @@ eraseTerm ctx _ s@(TYPE {}) =
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eraseTerm ctx _ s@(Pi {}) =
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throw $ CompileTimeOnly ctx s
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-- π.x : A ⊢ s ⤋ s' ⇐ B
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-- x : A | π.x ⊢ s ⤋ s' ⇐ B
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-- ----------------------------------------
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-- (λ x ⇒ s) ⤋ (λ x ⇒ s') ⇐ π.(x : A) → B
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--
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-- becomes a lambda even when π = 0,
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-- to preserve expected evaluation order
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eraseTerm ctx ty (Lam body loc) = do
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(qty, arg, res) <- expectPi ctx loc ty
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(qty, arg, res) <- wrapExpect `(expectPi) ctx loc ty
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let x = body.name
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body <- eraseTerm (extendTy qty x arg ctx) res.term body.term
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pure $ U.Lam x body loc
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@ -206,7 +158,7 @@ eraseTerm ctx _ s@(Sig {}) =
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-- ---------------------------------
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-- (s, t) ⤋ (s', t') ⇐ (x : A) × B
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eraseTerm ctx ty (Pair fst snd loc) = do
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(a, b) <- expectSig ctx loc ty
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(a, b) <- wrapExpect `(expectSig) ctx loc ty
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let b = sub1 b (Ann fst a a.loc)
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fst <- eraseTerm ctx a fst
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snd <- eraseTerm ctx b snd
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@ -226,7 +178,7 @@ eraseTerm ctx ty s@(Eq {}) =
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-- ---------------------------------
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-- (δ 𝑖 ⇒ s) ⤋ s' ⇐ Eq (𝑖 ⇒ A) l r
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eraseTerm ctx ty (DLam body loc) = do
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a <- fst <$> expectEq ctx loc ty
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a <- fst <$> wrapExpect `(expectEq) ctx loc ty
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eraseTerm (extendDim body.name ctx) a.term body.term
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eraseTerm ctx _ s@(Nat {}) =
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@ -252,7 +204,7 @@ eraseTerm ctx ty s@(BOX {}) =
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-- --------------------
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-- [s] ⤋ s' ⇐ [π.A]
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eraseTerm ctx ty (Box val loc) = do
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(qty, a) <- expectBOX ctx loc ty
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(qty, a) <- wrapExpect `(expectBOX) ctx loc ty
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case isErased qty of
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Erased => pure $ Erased loc
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Kept => eraseTerm ctx a val
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@ -274,16 +226,16 @@ eraseTerm ctx ty (DCloT (Sub term th)) =
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-- x ⤋ x ⇒ A
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eraseElim ctx e@(F x u loc) = do
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Just def <- asksAt DEFS $ lookup x
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| Nothing => throw $ NotInScope x
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| Nothing => throw $ notInScope loc x
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case isErased def.qty.qty of
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Erased => throw $ CompileTimeOnly ctx $ E e
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Kept => pure $ EraRes (def.typeWith ctx.dimLen ctx.termLen) $ F x loc
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-- π ≠ 0
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-- ----------------------------
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-- Γ, π.x : A, Γ' ⊢ x ⤋ x ⇒ A
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-- π.x ∈ Σ π ≠ 0
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-- -----------------
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-- x ⤋ x ⇒ A
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eraseElim ctx e@(B i loc) = do
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case ctx.erased !!! i of
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case isErased $ ctx.qtys !!! i of
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Erased => throw $ CompileTimeOnly ctx $ E e
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Kept => pure $ EraRes (ctx.tctx !! i) $ B i loc
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@ -296,7 +248,7 @@ eraseElim ctx e@(B i loc) = do
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-- f s ⤋ f' ⌷ ⇒ B[s/x]
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eraseElim ctx (App fun arg loc) = do
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efun <- eraseElim ctx fun
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(qty, targ, tres) <- expectPi ctx loc efun.type
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(qty, targ, tres) <- wrapExpect `(expectPi) ctx loc efun.type
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let ty = sub1 tres (Ann arg targ arg.loc)
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case isErased qty of
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Erased => pure $ EraRes ty $ App efun.term (Erased arg.loc) loc
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@ -304,7 +256,7 @@ eraseElim ctx (App fun arg loc) = do
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pure $ EraRes ty $ App efun.term arg loc
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-- e ⤋ e' ⇒ (x : A) × B
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-- ρ.x : A, ρ.y : B ⊢ s ⤋ s' ⇐ R[((x,y) ∷ (x : A) × B)/z]
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-- x : A, y : B | ρ.x, ρ.y ⊢ s ⤋ s' ⇐ R[((x,y) ∷ (x : A) × B)/z]
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-- x̃ ≔ if ρ = 0 then ⌷ else fst e' ỹ ≔ if ρ = 0 then ⌷ else snd e'
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-- -------------------------------------------------------------------
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-- (caseρ e return z ⇒ R of {(x, y) ⇒ s}) ⤋ s'[x̃/x, ỹ/y] ⇒ R[e/z]
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@ -312,7 +264,7 @@ eraseElim ctx (CasePair qty pair ret body loc) = do
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epair <- eraseElim ctx pair
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let ty = sub1 (ret // shift 2) $
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Ann (Pair (BVT 0 loc) (BVT 1 loc) loc) (weakT 2 epair.type) loc
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(tfst, tsnd) <- expectSig ctx loc epair.type
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(tfst, tsnd) <- wrapExpect `(expectSig) ctx loc epair.type
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let [< x, y] = body.names
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let ctx' = extendTyN [< (qty, x, tfst), (qty, y, tsnd.term)] ctx
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body' <- eraseTerm ctx' ty body.term
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@ -325,7 +277,7 @@ eraseElim ctx (CasePair qty pair ret body loc) = do
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-- fst e ⤋ fst e' ⇒ A
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eraseElim ctx (Fst pair loc) = do
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epair <- eraseElim ctx pair
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a <- fst <$> expectSig ctx loc epair.type
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a <- fst <$> wrapExpect `(expectSig) ctx loc epair.type
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pure $ EraRes a $ Fst epair.term loc
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-- e ⤋ e' ⇒ (x : A) × B
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@ -333,7 +285,7 @@ eraseElim ctx (Fst pair loc) = do
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-- snd e ⤋ snd e' ⇒ B[fst e/x]
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eraseElim ctx (Snd pair loc) = do
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epair <- eraseElim ctx pair
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b <- snd <$> expectSig ctx loc epair.type
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b <- snd <$> wrapExpect `(expectSig) ctx loc epair.type
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pure $ EraRes (sub1 b (Fst pair loc)) $ Snd epair.term loc
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-- case0 e return z ⇒ R of {} ⤋ absurd ⇒ R[e/z]
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@ -364,13 +316,13 @@ eraseElim ctx e@(CaseEnum qty tag ret arms loc) =
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pure (t, rhs')
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pure $ EraRes ty $ CaseEnum etag.term arms loc
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-- n ⤋ n' ⇒ ℕ z ⤋ z' ⇐ R[zero∷ℕ/z]
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-- ρ.m : ℕ, ς.ih : R[m/z] ⊢ s ⤋ s' ⇐ R[(succ m)∷ℕ/z]
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-- ---------------------------------------------------
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-- caseρ n return z ⇒ R of {0 ⇒ z; succ m, ς.ih ⇒ s}
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-- ⤋
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-- case n' of {0 ⇒ z'; succ m, ih ⇒ s'}
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-- ⇒ R[n/z]
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-- n ⤋ n' ⇒ ℕ z ⤋ z' ⇐ R[zero∷ℕ/z]
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-- m : ℕ, ih : R[m/z] | ρ.m, ς.ih ⊢ s ⤋ s' ⇐ R[(succ m)∷ℕ/z]
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-- -----------------------------------------------------------
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-- caseρ n return z ⇒ R of {0 ⇒ z; succ m, ς.ih ⇒ s}
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-- ⤋
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-- case n' of {0 ⇒ z'; succ m, ih ⇒ s'}
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-- ⇒ R[n/z]
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eraseElim ctx (CaseNat qty qtyIH nat ret zero succ loc) = do
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let ty = sub1 ret nat
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enat <- eraseElim ctx nat
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@ -384,16 +336,16 @@ eraseElim ctx (CaseNat qty qtyIH nat ret zero succ loc) = do
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pure $ EraRes ty $ CaseNat enat.term zero p ih succ loc
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-- b ⤋ b' ⇒ [π.A] π ≠ 0
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-- πρ.x : A ⊢ s ⤋ s' ⇐ R[[x]∷[π.A]/z]
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-- x : A | πρ.x ⊢ s ⤋ s' ⇐ R[[x]∷[π.A]/z]
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-- -------------------------------------------------------
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-- caseρ b return z ⇒ R of {[x] ⇒ s} ⤋ s'[b'/x] ⇒ R[b/z]
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--
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-- b ⇒ [0.A] 0.x : A ⊢ s ⤋ s' ⇐ R[[x]∷[0.A]/z]
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-- b ⇒ [0.A] x : A | 0.x ⊢ s ⤋ s' ⇐ R[[x]∷[0.A]/z]
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-- -------------------------------------------------------
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-- caseρ b return z ⇒ R of {[x] ⇒ s} ⤋ s'[⌷/x] ⇒ R[b/z]
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eraseElim ctx (CaseBox qty box ret body loc) = do
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tbox <- computeElimType ctx SOne box -- [fixme] is there any way to avoid this?
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(pi, tinner) <- expectBOX ctx loc tbox
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(pi, tinner) <- wrapExpect `(expectBOX) ctx loc tbox
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let ctx' = extendTy Zero body.name tinner ctx
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bty = sub1 (ret // shift 1) $
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Ann (Box (BVT 0 loc) loc) (weakT 1 tbox) loc
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@ -411,7 +363,7 @@ eraseElim ctx (CaseBox qty box ret body loc) = do
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-- f @r ⤋ f' ⇒ A‹r/𝑖›
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eraseElim ctx (DApp fun arg loc) = do
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efun <- eraseElim ctx fun
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a <- fst <$> expectEq ctx loc efun.type
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a <- fst <$> wrapExpect `(expectEq) ctx loc efun.type
|
||||
pure $ EraRes (dsub1 a arg) efun.term
|
||||
|
||||
-- s ⤋ s' ⇐ A
|
||||
|
|
@ -430,9 +382,6 @@ eraseElim ctx (Coe ty p q val loc) = do
|
|||
-- s ⤋ s' ⇐ A
|
||||
-- --------------------------------
|
||||
-- comp A @p @q s @r {⋯} ⤋ s' ⇒ A
|
||||
--
|
||||
-- [todo] is this ok? they are equal, but even so,
|
||||
-- maybe t₀ and t₁ have different performance characteristics
|
||||
eraseElim ctx (Comp ty p q val r zero one loc) =
|
||||
EraRes ty <$> eraseTerm ctx ty val
|
||||
|
||||
|
|
@ -444,3 +393,13 @@ eraseElim ctx (CloE (Sub term th)) =
|
|||
|
||||
eraseElim ctx (DCloE (Sub term th)) =
|
||||
eraseElim ctx $ pushSubstsWith' th id term
|
||||
|
||||
|
||||
export covering
|
||||
eraseDef : Name -> Q.Definition -> Eff Erase U.Definition
|
||||
eraseDef name (MkDef qty type body loc) = do
|
||||
case isErased qty.qty of
|
||||
Erased => pure ErasedDef
|
||||
Kept => case body of
|
||||
Concrete body => KeptDef <$> eraseTerm empty type body
|
||||
Postulate => throw $ Postulate loc name
|
||||
|
|
|
|||
|
|
@ -65,9 +65,12 @@ Located (Term n) where
|
|||
(Erased loc).loc = loc
|
||||
|
||||
|
||||
public export
|
||||
data Definition = ErasedDef | KeptDef (Term 0)
|
||||
|
||||
public export
|
||||
0 Definitions : Type
|
||||
Definitions = SortedMap Name $ Term 0
|
||||
Definitions = SortedMap Name Definition
|
||||
|
||||
|
||||
parameters {opts : LayoutOpts}
|
||||
|
|
|
|||
|
|
@ -13,7 +13,7 @@ import public Control.Eff
|
|||
|
||||
public export
|
||||
Whnf : List (Type -> Type)
|
||||
Whnf = [NameGen, Except Error]
|
||||
Whnf = [Except Error, NameGen]
|
||||
|
||||
|
||||
public export
|
||||
|
|
|
|||
Loading…
Reference in New Issue