/**
 * Orchestrator Job Builder - Wave-Based Parallel Processing
 *
 * This module implements wave-based parallel inscription that respects topological order:
 *
 * **Key Concept: Dependency Waves**
 * - Files are grouped into "waves" based on their dependency depth
 * - Wave 0: Files with NO dependencies (all inscribed in parallel)
 * - Wave 1: Files that ONLY depend on Wave 0 files (inscribed in parallel after Wave 0)
 * - Wave N: Files that depend on files from previous waves
 *
 * **Within Each Wave:**
 * - All files can be inscribed in PARALLEL (dependencies satisfied)
 * - Large files are chunked, and chunks inscribed in parallel
 * - URLs are known after each wave completes, enabling dependent files in next wave
 */
import type { InscriptionJob, InscriptionResult } from '../inscription/index.js';
import type { DependencyNode } from '../analysis/index.js';
import type { DependencyWaves, WaveJobContext, ProcessedWaveResults } from './orchestration.types.js';
/**
 * Calculates dependency waves for parallel processing
 *
 * Assigns each file to a "wave" based on the maximum depth of its dependencies:
 * - Wave 0: Files with no dependencies
 * - Wave N: Files whose dependencies are all in waves < N
 */
export declare function calculateDependencyWaves(graph: Map<string, DependencyNode>): DependencyWaves;
/**
 * Prepares inscription jobs for a single wave of files
 * All files in a wave can be inscribed in parallel (dependencies satisfied)
 *
 * @returns Array of InscriptionJobs ready for parallel inscription
 */
export declare function prepareWaveJobs(filesInWave: string[], graph: Map<string, DependencyNode>, urlMap: Map<string, string>, context: WaveJobContext): Promise<InscriptionJob[]>;
/**
 * Processes inscription results after a wave completes
 * - Updates URL map for regular files
 * - Groups and sorts chunk results
 * - Creates chunk manifests
 * - Returns chunked file info for later processing
 */
/**
 * Processes results from a wave inscription
 */
export declare function processWaveResults(results: InscriptionResult[], urlMap: Map<string, string>, chunkSize: number): ProcessedWaveResults;
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