/**
 * restart.ts — `mma restart`.
 *
 * Stop the daemon, start a replacement, and do not return until the replacement
 * answers.
 *
 * WHY THIS IS ONE COMMAND. Done by hand it is a sequence with two silent
 * failure modes, and the previously documented form
 * (`pkill -f "mma serve"; nohup mma serve > /tmp/mma.log 2>&1 &`) hit both:
 * the kill matched nothing when the daemon was started any other way, and the
 * start then failed on the bound port with its output redirected into a file
 * nobody reads. Composing the two steps here means the failure of either is
 * reported, and "restarted" is asserted against /health rather than assumed.
 *
 * WHAT IT DOES NOT DO. It does not preserve in-flight work. Boot reconciliation
 * marks anything the old daemon was running as `interrupted` with a retryable
 * reason, and MMA cannot resubmit those tasks because the execution store keeps
 * no prompt — see `application/execution-store.ts`. The caller retries.
 */
import { startDaemonDetached, type DaemonControlDeps } from './daemon-control.js';
export interface RestartDeps extends DaemonControlDeps {
    /** Absolute path to the CLI entry point. */
    cliPath: string;
    /** Where the new daemon's output goes. */
    logPath: string;
    /** Extra argv passed through to `serve`, e.g. ['--config', '/path']. */
    serveArgs?: string[];
    /** Skip the daemon's drain window. */
    now_?: boolean;
    json?: boolean;
    stdout?: (s: string) => boolean;
    stderr?: (s: string) => boolean;
    healthTimeoutMs?: number;
    startDaemon?: typeof startDaemonDetached;
}
export declare const RestartExitCode: {
    readonly SUCCESS: 0;
    readonly ERR_NOT_STOPPED: 1;
    readonly ERR_NOT_HEALTHY: 2;
};
export declare function runRestart(deps: RestartDeps): Promise<number>;
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