@lodestar/beacon-node/lib/network/peers/peersData.d.ts

A Typescript implementation of the beacon chain

import { PeerId } from "@libp2p/interface";
import { Encoding } from "@lodestar/reqresp";
import { CustodyIndex, Slot, Status, fulu } from "@lodestar/types";
import { NodeId } from "../subnets/interface.js";
import { ClientKind } from "./client.js";
type PeerIdStr = string;
type Metadata = fulu.Metadata & {
    custodyGroups: CustodyIndex[];
    samplingGroups: CustodyIndex[];
};
export type PeerSyncMeta = {
    peerId: PeerIdStr;
    client: string;
    custodyColumns: CustodyIndex[];
    earliestAvailableSlot?: Slot;
};
export declare enum RelevantPeerStatus {
    Unknown = "unknown",
    relevant = "relevant",
    irrelevant = "irrelevant"
}
export type PeerData = {
    lastReceivedMsgUnixTsMs: number;
    lastStatusUnixTsMs: number;
    connectedUnixTsMs: number;
    relevantStatus: RelevantPeerStatus;
    direction: "inbound" | "outbound";
    peerId: PeerId;
    nodeId: NodeId | null;
    metadata: Metadata | null;
    status: Status | null;
    agentVersion: string | null;
    agentClient: ClientKind | null;
    encodingPreference: Encoding | null;
};
/**
 * Make data available to multiple components in the network stack.
 * Due to class dependencies some modules have circular dependencies, like PeerManager - ReqResp.
 * This third party class allows data to be available to both.
 *
 * The pruning and bounding of this class is handled by the PeerManager
 */
export declare class PeersData {
    readonly connectedPeers: Map<string, PeerData>;
    getAgentVersion(peerIdStr: string): string;
    getPeerKind(peerIdStr: string): ClientKind | null;
    getEncodingPreference(peerIdStr: string): Encoding | null;
    setEncodingPreference(peerIdStr: string, encoding: Encoding): void;
}
export {};
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