130 lines
3.4 KiB
Idris
130 lines
3.4 KiB
Idris
module Quox.Definition
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import public Quox.No
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import public Quox.Syntax
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import public Data.SortedMap
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import public Control.Monad.Reader
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import Decidable.Decidable
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public export
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record AnyTerm q where
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constructor T
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get : forall d, n. Term q d n
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public export
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record Definition' q (isGlobal : Pred q) where
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constructor MkDef'
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qty : q
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type : AnyTerm q
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term : Maybe $ AnyTerm q
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{auto 0 qtyGlobal : isGlobal qty}
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public export
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0 Definition : (q : Type) -> IsQty q => Type
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Definition q = Definition' q IsGlobal
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public export %inline
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mkDef : IsQty q => (qty : q) -> (0 _ : IsGlobal qty) =>
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(type, term : forall d, n. Term q d n) -> Definition q
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mkDef qty type term = MkDef' {qty, type = T type, term = Just (T term)}
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public export %inline
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mkAbstract : IsQty q => (qty : q) -> (0 _ : IsGlobal qty) =>
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(type : forall d, n. Term q d n) -> Definition q
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mkAbstract qty type = MkDef' {qty, type = T type, term = Nothing}
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public export %inline
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(.get0) : AnyTerm q -> Term q 0 0
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t.get0 = t.get
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public export %inline
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(.type0) : Definition' q _ -> Term q 0 0
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g.type0 = g.type.get
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public export %inline
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(.term0) : Definition' q _ -> Maybe (Term q 0 0)
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g.term0 = map (\t => t.get) g.term
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public export %inline
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(.qtyP) : forall q, isGlobal. Definition' q isGlobal -> Subset q isGlobal
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g.qtyP = Element g.qty g.qtyGlobal
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public export %inline
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toElim : Definition' q _ -> Maybe $ Elim q d n
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toElim def = pure $ (!def.term).get :# def.type.get
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public export
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0 IsZero : IsQty q => Pred $ Definition q
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IsZero g = IsZero g.qty
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public export %inline
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isZero : (p : IsQty q) => Dec1 $ Definition.IsZero @{p}
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isZero g = isZero g.qty
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public export
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0 Definitions' : (q : Type) -> Pred q -> Type
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Definitions' q isGlobal = SortedMap Name $ Definition' q isGlobal
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public export
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0 Definitions : (q : Type) -> IsQty q => Type
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Definitions q = Definitions' q IsGlobal
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public export
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0 HasDefs' : (q : Type) -> (q -> Type) -> (Type -> Type) -> Type
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HasDefs' q isGlobal = MonadReader (Definitions' q isGlobal)
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public export
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0 HasDefs : (q : Type) -> IsQty q => (Type -> Type) -> Type
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HasDefs q = HasDefs' q IsGlobal
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public export %inline
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lookupElim : forall isGlobal.
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Name -> Definitions' q isGlobal -> Maybe (Elim q d n)
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lookupElim x defs = toElim !(lookup x defs)
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parameters {0 isGlobal : _} (defs : Definitions' q isGlobal)
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namespace Term
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public export %inline
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isRedex : Term q d n -> Bool
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isRedex = isRedex $ \x => lookupElim x defs
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public export
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0 IsRedex, NotRedex : Pred $ Term q d n
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IsRedex = So . isRedex
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NotRedex = No . isRedex
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namespace Elim
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public export %inline
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isRedex : Elim q d n -> Bool
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isRedex = isRedex $ \x => lookupElim x defs
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public export
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0 IsRedex, NotRedex : Pred $ Elim q d n
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IsRedex = So . isRedex
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NotRedex = No . isRedex
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public export
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0 NonRedexElim, NonRedexTerm :
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(q : Type) -> (d, n : Nat) -> {isGlobal : Pred q} ->
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Definitions' q isGlobal -> Type
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NonRedexElim q d n defs = Subset (Elim q d n) (NotRedex defs)
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NonRedexTerm q d n defs = Subset (Term q d n) (NotRedex defs)
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parameters {0 isGlobal : _} (defs : Definitions' q isGlobal)
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namespace Term
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export covering %inline
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whnfD : Term q d n -> NonRedexTerm q d n defs
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whnfD = whnf $ \x => lookupElim x defs
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namespace Elim
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export covering %inline
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whnfD : Elim q d n -> NonRedexElim q d n defs
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whnfD = whnf $ \x => lookupElim x defs
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