import { type SandboxPreparedArtifact, type SandboxProviderPrepareContext, type SandboxProviderRuntime } from "#shared/sandbox-provider.js";
import { type RuntimeCompiledArtifactsSource, type RuntimeDiskCompiledArtifactsSource } from "#runtime/compiled-artifacts-source.js";
import { type ResolvedAgentGraphBundle } from "#runtime/graph.js";
import type { SandboxPreparedArtifactEntry } from "#shared/sandbox-prepared-artifacts.js";
export interface SandboxPreparedArtifactStore {
    write(input: {
        readonly compileDirectoryPath: string;
        readonly entries: readonly SandboxPreparedArtifactEntry[];
    }): Promise<void>;
}
/**
 * Optional dispatch override that intercepts every provider `prepare()`
 * call. Production code never supplies this; the orchestrator dispatches
 * directly to the provider. Tests inject a recorder to verify which
 * templates the orchestrator emits and what preparation calls flow through
 * them.
 */
type SandboxProviderPrepareDispatch = (input: {
    readonly context: SandboxProviderPrepareContext;
    readonly provider: SandboxProviderRuntime;
}) => Promise<SandboxPreparedArtifact>;
/**
 * Loads the compiled runtime graph for one authored app root and
 * prepares every provider sandbox template required by that graph.
 *
 * Hydrates the module map directly from authored source so callers
 * don't need a pre-existing `module-map.mjs` import in Node's cache.
 * Shared entrypoint for `eve dev` startup, the dev watcher, and the
 * Vercel build hook.
 */
export declare function prewarmAppSandboxes(input: {
    readonly appRoot: string;
    readonly compiledArtifactsSource?: RuntimeCompiledArtifactsSource;
    readonly loadAgentGraph?: (input: Readonly<{
        compiledArtifactsSource: RuntimeDiskCompiledArtifactsSource;
    }>) => Promise<ResolvedAgentGraphBundle>;
    readonly log?: (message: string) => void;
    readonly dispatch?: SandboxProviderPrepareDispatch;
    readonly preparedArtifactStore?: SandboxPreparedArtifactStore;
}): Promise<void>;
export {};