import type { VerdictView } from './verdict.js';
/** Compute the action's IPFS CID locally — same algorithm Lit uses (CIDv0 Qm…). */
export declare function computeIpfsCidLocal(sourceCode: string): Promise<string>;
export interface LocalDryRunResult {
    cid?: string;
    intent: {
        verb: string;
        initiator: {
            class: string;
        };
    };
    verdict: VerdictView;
    notionalUsd: number | null;
    modeled: {
        spend: boolean;
        installBounds: boolean;
        screening: boolean;
    };
    note: string;
}
export interface LocalDryRunInput {
    /** The action source — included only to compute the CID (the action identity). */
    sourceCode?: string;
    /** The capability manifest (object or JSON string) — parsed by the shared parser. */
    manifest: unknown;
    /** Candidate params to judge. */
    params?: Record<string, unknown>;
    /** Verb to simulate; defaults to the manifest's highest-risk declared verb. */
    verb?: string;
    /** The PolicyDoc to judge against (the CLI builds a default when --policy is absent). */
    policy: unknown;
}
/**
 * Run the dry-run gate in-process. PURE: nothing executes, nothing signs, no
 * network. Throws on an invalid manifest / unevaluable inputs — the caller maps
 * those to a CLI error, exactly as the server returns a 400.
 *
 * The note is byte-identical to the server route's so the honesty caveat reads the
 * same in the terminal as in the UI.
 */
export declare function runLocalDryRun(input: LocalDryRunInput): Promise<LocalDryRunResult>;