import { type PoolSceneRunner } from '../../video/execute-pool.js';
import { type RenderSceneRunner } from '../../video/execute-render-scenes.js';
export declare function handleVideoExecutionPlan(args: string[]): Promise<void>;
export declare function handleVideoExecute(args: string[]): Promise<void>;
export declare function handleVideoExecuteStatus(args: string[]): Promise<void>;
export declare function handleVideoExecuteCancel(args: string[]): Promise<void>;
/**
 * `vclaw video pool` — render a project's pending scenes with a concurrency cap,
 * auto-refilling as each completes (the PARALLEL, no-chain counterpart to
 * `--auto-chain`). Resumable: scenes that already have a selected candidate are
 * skipped. SPEND path: gated by `--confirm-spend` (or `--dry-run` to plan).
 * Injectable `runScene` for offline tests.
 */
export declare function handleVideoPool(args: string[], deps?: {
    runScene?: PoolSceneRunner;
}): Promise<void>;
/**
 * `vclaw video render-scenes` — render a project's pending scenes SEQUENTIALLY,
 * walking a FALLBACK ROUTE LADDER per scene: try route A; on a provider
 * rejection escalate to route B, etc. This is the DISTINGUISHING driver vs.
 * `--auto-chain` (sequential + chained) and `pool` (parallel + independent) —
 * its per-scene route fallback productizes the hand-written `voice-render.mjs` /
 * `chain.mjs` loops. Resumable: `--continue-from <i>` and already-selected
 * scenes are skipped. SPEND path: gated by `--confirm-spend` (or `--dry-run` to
 * plan). Injectable `runScene` for offline tests.
 */
export declare function handleVideoRenderScenes(args: string[], deps?: {
    runScene?: RenderSceneRunner;
}): Promise<void>;
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