import type { Token } from '@rimbu/base';
import { NonEmptyBase } from '@rimbu/collection-types/map-custom';
import { OptLazy, OptLazyOr, TraverseState, type RelatedTo, type ToJSON } from '@rimbu/common';
import { Stream, type StreamSource } from '@rimbu/stream';
import type { ValuedGraphBase, ValuedGraphTypesContextImpl } from '@rimbu/graph/custom';
import type { Link, ValuedGraphElement, ValuedLink, WithGraphValues } from '../../common/index.cjs';
export declare class ValuedGraphNonEmpty<N, V, Tp extends ValuedGraphTypesContextImpl, TpG extends WithGraphValues<Tp, N, V> = WithGraphValues<Tp, N, V>> extends NonEmptyBase<ValuedGraphElement<N, V>> implements ValuedGraphBase.NonEmpty<N, V, Tp> {
    readonly isDirected: boolean;
    readonly context: TpG['context'];
    readonly linkMap: TpG['linkMapNonEmpty'];
    readonly connectionSize: number;
    _NonEmptyType: TpG['nonEmpty'];
    constructor(isDirected: boolean, context: TpG['context'], linkMap: TpG['linkMapNonEmpty'], connectionSize: number);
    copy(linkMap: TpG['linkMapNonEmpty'], connectionSize: number): TpG['nonEmpty'];
    copyE(linkMap: TpG['linkMap'], connectionSize: number): TpG['normal'];
    assumeNonEmpty(): any;
    asNormal(): any;
    forEach(f: (entry: ValuedGraphElement<N, V>, index: number, halt: () => void) => void, options?: {
        state?: TraverseState;
    }): void;
    stream(): Stream.NonEmpty<ValuedGraphElement<N, V>>;
    get nodeSize(): number;
    streamNodes(): Stream.NonEmpty<N>;
    streamConnections(): Stream<ValuedLink<N, V>>;
    hasNode<UN = N>(node: RelatedTo<N, UN>): boolean;
    hasConnection<UN = N>(node1: RelatedTo<N, UN>, node2: RelatedTo<N, UN>): boolean;
    getValue<UN, O>(node1: RelatedTo<N, UN>, node2: RelatedTo<N, UN>, otherwise?: OptLazy<O>): V | O;
    getConnectionStreamFrom<UN = N>(node1: RelatedTo<N, UN>): Stream<ValuedLink<N, V>>;
    getConnectionStreamTo<UN = N>(node: RelatedTo<N, UN>): Stream<ValuedLink<N, V>>;
    getConnectionsFrom<UN = N>(node1: RelatedTo<N, UN>): TpG['linkConnections'];
    isSink<UN = N>(node: RelatedTo<N, UN>): boolean;
    isSource<UN = N>(node: RelatedTo<N, UN>): boolean;
    addNode(node: N): TpG['nonEmpty'];
    addNodes(nodes: StreamSource<N>): TpG['nonEmpty'];
    removeNode<UN = N>(node: RelatedTo<N, UN>): TpG['normal'];
    removeNodes<UN>(nodes: StreamSource<RelatedTo<N, UN>>): TpG['normal'];
    connect(node1: N, node2: N, value: V): TpG['nonEmpty'];
    connectAll(links: StreamSource<WithGraphValues<Tp, N, V>['link']>): TpG['nonEmpty'];
    modifyAt(node1: N, node2: N, options: {
        ifNew?: OptLazyOr<V, Token>;
        ifExists?: ((value: V, remove: Token) => V | Token) | V;
    }): TpG['nonEmpty'];
    disconnect<UN = N>(node1: RelatedTo<N, UN>, node2: RelatedTo<N, UN>): TpG['nonEmpty'];
    disconnectAll<UN = N>(links: StreamSource<Link<RelatedTo<N, UN>>>): TpG['nonEmpty'];
    removeUnconnectedNodes(): TpG['normal'];
    mapValues<V2>(mapFun: (value: V, node1: N, node2: N) => V2): WithGraphValues<Tp, N, V2>['nonEmpty'];
    toString(): string;
    toJSON(): ToJSON<[N, (readonly [N, V])[]][]>;
    toBuilder(): TpG['builder'];
}