import { ContextType } from '../../types/meshflow';
import { ClientService } from './client';
import { ConnectionService } from './connection';
import { Search } from './search';
import { WorkerService } from './worker';
import { WorkflowService } from './workflow';
import { WorkflowHandleService } from './handle';
/**
 * The MeshFlow service is a collection of services that
 * emulate Temporal's capabilities, but instead are
 * backed by Postgres or Redis/ValKey. The following lifecycle example
 * demonstrates how to start a new workflow, subscribe
 * to the result, and shutdown the system.
 *
 * @example
 * ```typescript
 * import { Client, Worker, MeshFlow, HotMesh } from '@hotmeshio/hotmesh';
 * import { Client as Postgres} from 'pg';
 * import * as workflows from './workflows';
 *
 * //1) Initialize the worker
 * await Worker.create({
 *   connection: {
 *     class: Postgres,
 *     options: {
 *       connectionString: 'postgresql://usr:pwd@localhost:5432/db',
 *     }
 *   }
 *   taskQueue: 'default',
 *   namespace: 'meshflow',
 *   workflow: workflows.example,
 *   options: {
 *     backoffCoefficient: 2,
 *     maximumAttempts: 1_000,
 *     maximumInterval: '5 seconds'
 *   }
 * });
 *
 * //2) initialize the client
 * const client = new Client({
 *   connection: {
 *     class: Postgres,
 *     options: {
 *       connectionString: 'postgresql://usr:pwd@localhost:5432/db',
 *     }
 *   }
 * });
 *
 * //3) start a new workflow
 * const handle = await client.workflow.start({
 *   args: ['HotMesh', 'es'],
 *   taskQueue: 'default',
 *   workflowName: 'example',
 *   workflowId: HotMesh.guid(),
 *   namespace: 'meshflow',
 * });
 *
 * //4) subscribe to the eventual result
 * console.log('\nRESPONSE', await handle.result(), '\n');
 * //logs '¡Hola, HotMesh!'
 *
 * //5) Shutdown (typically on sigint)
 * await MeshFlow.shutdown();
 * ```
 */
declare class MeshFlowClass {
    /**
     * @private
     */
    constructor();
    /**
     * The MeshFlow `Client` service is functionally
     * equivalent to the Temporal `Client` service.
     */
    static Client: typeof ClientService;
    /**
     * The MeshFlow `Connection` service is functionally
     * equivalent to the Temporal `Connection` service.
     */
    static Connection: typeof ConnectionService;
    /**
     * @private
     */
    static Search: typeof Search;
    /**
     * The Handle provides methods to interact with a running
     * workflow. This includes exporting the workflow, sending signals, and
     * querying the state of the workflow. An instance of the Handle service
     * is typically accessed via the MeshFlow.Client class (workflow.getHandle).
     */
    static Handle: typeof WorkflowHandleService;
    /**
     * The MeshFlow `Worker` service is functionally
     * equivalent to the Temporal `Worker` service.
     */
    static Worker: typeof WorkerService;
    /**
     * The MeshFlow `workflow` service is functionally
     * equivalent to the Temporal `Workflow` service
     * with additional methods for managing workflows,
     * including: `execChild`, `waitFor`, `sleep`, etc
     */
    static workflow: typeof WorkflowService;
    /**
     * Shutdown everything. All connections, workers, and clients will be closed.
     * Include in your signal handlers to ensure a clean shutdown.
     */
    static shutdown(): Promise<void>;
}
export { MeshFlowClass as MeshFlow };
export type { ContextType };