export declare type EpochResolvable = number | bigint | Date;
export interface SnowflakeGenOptions {
    timestamp?: EpochResolvable;
}
export interface DeconstructedSnowflake {
    id: bigint;
    timestamp: bigint;
    nodeId: number;
    seq: number;
    epoch: bigint;
}
/**
 * A class for generating and deconstructing snowflakes.
 *
 * Pika has put it's own spin on Twitter snowflakes to simplify deployment
 * and setup. Instead of having a separate worker and process ID, we have
 * one node ID that takes up the 10 bits these fields would usually use.
 *
 * A node ID is computed by taking the MAC address of the first available
 * public interface on the device, then calculating the modulo against
 * 1024 (10b)
 *
 * If we have a snowflake `963584775274749952n` we can represent it as binary:
 * ```
 * 64                                          22           12          0
 *  000011010101111101011111011110000011001010  0001000101  000000000000
 *           number of ms since epoch            node id      sequence
 * ```
 */
export declare class Snowflake {
    #private;
    /**
     * @param epoch the base epoch to use
     * @param nodeId optionally pass a static node identifier (0-1023)
     */
    constructor(epoch: EpochResolvable, nodeId: number | bigint);
    get nodeId(): number;
    gen({ timestamp }?: SnowflakeGenOptions): string;
    deconstruct(id: string | bigint): DeconstructedSnowflake;
    private normalizeEpoch;
}