/**
 * Link semantic graph ownership and concrete build units with adapter-emitted
 * assets, then derive the in-memory output projections consumed by runtimes,
 * plugins, and deployment helpers.
 */
import type { AssetGroup, BuildOutput, BuildPlan, DeploymentMetadata } from "../contracts.js";
import type { CoreGraph } from "../graph/core.js";
export interface BuildOutputLinkInput {
    graph: CoreGraph;
    plan: BuildPlan;
    clientEntryAssets?: Record<string, AssetGroup>;
    /** Assets keyed by the exact server BuildPlan entry name. */
    serverEntryAssets?: Record<string, AssetGroup>;
}
/**
 * Join CoreGraph, BuildPlan, and bundler facts into one validated BuildOutput.
 * Bundler facts must identify planned entries by name, and every executable
 * server entry must resolve to one self-contained JavaScript asset. Semantic
 * ownership and routing are projected from graph and plan rather than inferred
 * from emitted filenames or module stats.
 */
export declare function linkBuildOutput(input: BuildOutputLinkInput): BuildOutput;
/** Require every client BuildPlan entry to have exact named JavaScript facts. */
export declare function assertBuildOutputLinkInputClientAssets(input: Pick<BuildOutputLinkInput, "plan" | "clientEntryAssets">): void;
export interface DeploymentMetadataOptions {
    includeAssets?: boolean;
}
/**
 * Create the canonical deployment projection from linked output. Public asset
 * filtering, Document ownership, request routes, server capability endpoints,
 * and the server entry are all derived once at this boundary.
 */
export declare function createDeploymentMetadata(output: BuildOutput, options?: DeploymentMetadataOptions): DeploymentMetadata;
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