package alba

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type definition =
  1. | Axiom
  2. | Assumption
  3. | Builtin_type of string
  4. | Builtin of string * Value.t
  5. | Definition of Term.t
  6. | Inductive_type of int * int
  7. | Constructor of int * int * int
type entry = {
  1. name : string;
  2. typ : Term.typ;
  3. definition : definition;
}
type t
val empty : t
val count : t -> int
val is_valid_index : int -> t -> bool
val index_of_level : int -> t -> int
val level_of_index : int -> t -> int
val level_forall : (int -> bool) -> Term.t -> t -> bool
val level_has : (int -> bool) -> Term.t -> t -> bool
val entry : int -> t -> entry

entry level c

val add_axiom : string -> Term.typ -> t -> t
val add_builtin_type : string -> string -> Term.typ -> t -> t
val add_builtin_function : string -> string -> Term.typ -> t -> t
val raw_type_at_level : int -> t -> Term.typ
val type_at_level : int -> t -> Term.typ

type_at_level level c type of the entry at level.

val int_type : t -> Term.typ
val type_of_literal : Value.t -> t -> Term.typ
val type_of_variable : int -> t -> Term.typ
val name_at_level : int -> t -> string
val name_of_index : int -> t -> string
val variable_at_level : int -> t -> Term.t
val definition_term : int -> t -> Term.t option
val inductive_at_level : int -> t -> Inductive.t option
val compute : Term.t -> t -> Term.t
val push_local : string -> Term.typ -> t -> t
val add_definition : string -> Term.typ -> Term.t -> t -> t
val add_inductive : Inductive.t -> t -> t
OCaml

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