/**
 * `fuzz` — runs the schema-aware adversarial fuzzer against an MCP
 * server and emits a v0.1 fuzz document.
 *
 * Per docs/SPEC.md §"Fuzzing strategy":
 *
 *   - Six axes (boundary / type-confusion / encoding / path-traversal /
 *     url-hostility / schema-violation)
 *   - Default budget: 200 calls per tool
 *   - Deterministic PRNG, default seed 0xC0FFEE
 *   - Records what happened — does NOT classify "success"
 *
 * The output JSON is consumed by the classifier (week 3) and the
 * reporter (week 3). Every entry has a `rationale` so a human
 * reviewer can grep for the interesting cases without re-running.
 */
import type { Client } from "@modelcontextprotocol/sdk/client/index.js";
import type { ToolInventory } from "../enumerate.js";
import type { FuzzResults } from "./types.js";
export { FUZZ_SCHEMA } from "./types.js";
export type { FuzzAxis, FuzzCall, FuzzOutcome, FuzzResults, FuzzToolSummary, } from "./types.js";
export interface FuzzOptions {
    /** Per-tool call budget. Default: 200. */
    budget?: number;
    /** PRNG seed for deterministic re-runs. Default: 0xC0FFEE. */
    seed?: number;
    /** If set, only fuzz these tool names (rest are skipped). */
    onlyTools?: readonly string[];
    /** Optional per-call timeout in ms. Default: 5000. */
    timeoutMs?: number;
}
/**
 * Run the fuzzer against `client`, given a previously-emitted
 * `inventory`. Returns a fuzz document.
 *
 * The `inventory` parameter (instead of re-enumerating internally)
 * is deliberate: the user can inspect / filter tools first, then
 * pass the resulting subset.
 */
export declare function fuzz(client: Client, inventory: ToolInventory, options?: FuzzOptions): Promise<FuzzResults>;
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