Module Regexp.GlushkovType.NFAPair

module NFAPair: Nfa.NFA

type state

type letter

module StateSet: Set.S

module Alphabet: Set.S

module StateToTransitionMap: Map.S

module TransitionMap: Map.S

type nfa = {

	`mutable nfa_states : StateSet.t;`
	`mutable nfa_alphabet : Alphabet.t;`
	`mutable nfa_start_state : StateSet.elt option;`
	`mutable nfa_final_states : StateSet.t;`
	`mutable nfa_transitions : StateSet.t TransitionMap.t StateToTransitionMap.t;`

}

val nfa_empty : nfa

val fresh_nfa_empty : unit -> nfa

val get_nfa_alphabet : nfa -> Alphabet.t

val add_letter : nfa -> Alphabet.elt -> unit

val add_all_letters : nfa -> Alphabet.t -> unit

val get_nfa_states : nfa -> StateSet.t

val get_nfa_start_state : nfa -> StateSet.elt option

val get_nfa_final_states : nfa -> StateSet.t

val add_state : nfa -> StateSet.elt -> unit

val set_start_state : nfa -> StateSet.elt -> unit

val set_final_states : nfa -> StateSet.t -> unit

val add_final_state : nfa -> StateSet.elt -> unit

val get_nfa_transitions : nfa -> StateSet.t TransitionMap.t StateToTransitionMap.t

val get_TransitionMap : nfa -> StateToTransitionMap.key -> StateSet.t TransitionMap.t

val get_destStateSet : 'a TransitionMap.t -> TransitionMap.key -> 'a

val get_destStateSet_s : nfa -> StateToTransitionMap.key -> TransitionMap.key -> StateSet.t

val add_transitions_aux : nfa ->
       StateToTransitionMap.key -> Alphabet.elt * StateSet.elt -> unit

val add_transitions : nfa -> StateSet.elt -> (Alphabet.elt * StateSet.elt) list -> unit

val print_automata : nfa -> (Alphabet.elt -> unit) -> (StateSet.elt -> unit) -> unit

val empty : nfa -> bool