package term-tools

You can search for identifiers within the package.

in-package search v0.2.0

package term-tools

term-tools
- Term_tools
  - Int_option
  - Intf
    
    Hashed
    
    Map
    
    Pattern
    
    Signature
    
    Subst
    
    Term
    
    Term_core
    
    Unification
    
    Zipper
  - Make
    
    P
    
    Pattern
    
    Subst
    
    Term
    
    Term_graph
    
    Pattern
    
    Zipper
    
    Unification
    
    Zipper
  - Pattern
    
    Make
    
    P
    
    T
    
    Z
    
    Make_raw
    
    P
    
    T
    
    Z
    
    Make_with_hash_consing
    
    P
    
    T
    
    Z
  - Subst
    
    Make
    
    M
    
    P
    
    T
  - Term
    
    Default_map
    
    Make_hash_consed
    
    M
    
    P
  - Zipper
    
    Make
    
    P
    
    T
    
    Make_gen
    
    P
    
    S
    
    T
    
    Make_stateful
    
    P
    
    S
    
    T
    
    Zipper_impl

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type 'prim term = 'prim desc Hashcons.hash_consed

The type of hash-consed terms

and 'prim desc = private

| Prim of 'prim * 'prim term array * Int_option.t
(*
Prim (prim, ts, ub) represents a term with head symbol equal to prim and subterms ts. ub is equal to Int_option.none if the term is ground. Otherwise, ub is an upper bound on the value of variables contained in ts.
*)
| Var of int
(*
Var v is a variable equal to v.
*)

val fold : ('a term -> 'b -> 'b) -> 'a term -> 'b -> 'b

exception Get_subterm_oob of int list * int

module Make_hash_consed
  (P : Intf.Signature)
  (M : Intf.Map with type key = int) : 
  Intf.Term
    with type prim = P.t
     and type t = P.t term
     and type 'a var_map = 'a M.t

The following functor instantiates a module to manipulate hash-consed terms over the signature P, using an implementation of persistent maps given by M.

module Default_map : Intf.Map with type key = int

Default_map is a reasonable implementation of Intf.Map usable with Make_hash_consed