import type { DispatchHostCtx } from './dispatch-replay-result.js';
import type { ToolProvenance } from '@opensip-cli/core';
import type { ExternalAdapterProgressEvent } from '@opensip-cli/external-tool-adapter';
export interface DispatchExternalToolCommandArgs {
    /** The external tool's provenance (source must NOT be `'bundled'`). */
    readonly provenance: ToolProvenance;
    /** Which command (by `CommandSpec.name`) to run in the worker. */
    readonly commandName: string;
    /** Parsed opts for this invocation (serializable). */
    readonly opts: Record<string, unknown>;
    /** Trailing positionals (`_args`) for this invocation (serializable). */
    readonly positionals: readonly unknown[];
    /**
     * The tool's RAW config namespace block for the WORKER deep pass (ADR-0054
     * M4-E Config two-pass). Forwarded into the spec so the worker runs the tool's
     * real Zod after load. `undefined` when there is no block to validate.
     */
    readonly config?: unknown;
    /** The real host context the supervisor replays the worker result through. */
    readonly ctx: DispatchHostCtx;
    /** Override the wall-clock timeout (tests use a short one). */
    readonly timeoutMs?: number;
    readonly presentationMode?: 'static' | 'adapter-live';
    readonly onAdapterProgress?: (event: ExternalAdapterProgressEvent) => void;
    readonly allowAdapterLiveView?: boolean;
    /**
     * Override the CLI entry script the supervisor forks (defaults to
     * `process.argv[1]`). The worker runs as `node <cliScript> __tool-command-worker
     * <specPath> --cwd <cwd>`, going through the full bootstrap so the dispatched
     * tool's scope (config/registries/subscope) is worker-local (ADR-0054 M4-E).
     * Tests point this at the built CLI dist entry.
     */
    readonly cliScript?: string;
}
//# sourceMappingURL=dispatch-external-tool-command-types.d.ts.map