import { type InboundControlErrorCode, type InboundControlFrame } from "../control.ts";
/**
 * Shared corpus for the INBOUND control vocabulary (steer-in). These vectors are
 * exported so cross-repo consumers (the c8ctl harness) decode the SAME frames.
 *
 * `chunk` is the raw inbound steer string a peer sends; `frame` is the typed
 * {@link InboundControlFrame} it must decode to; `structured` records whether it
 * is a recognised control envelope (`true`) or the legacy bare-string-as-prompt
 * fall-back (`false`). A `roundTrips: false` vector decodes to `frame` but does
 * NOT re-encode to the same `chunk` (a legacy bare string, or an envelope with
 * extra tolerated fields), so the round-trip test skips re-encoding it.
 */
export interface ValidControlFrame {
    readonly name: string;
    readonly chunk: string;
    readonly frame: InboundControlFrame;
    readonly structured: boolean;
    readonly roundTrips: boolean;
}
export declare const VALID_CONTROL_FRAMES: readonly ValidControlFrame[];
/**
 * Adversarial inbound control vectors: a chunk TAGGED as a control envelope but
 * malformed. Each MUST be rejected with the exact {@link InboundControlErrorCode}.
 * A missing tag is NOT here — an untagged chunk is a valid legacy prompt (see
 * {@link VALID_CONTROL_FRAMES}), never an error.
 */
export interface MalformedControlFrame {
    readonly name: string;
    readonly chunk: string;
    readonly expected: InboundControlErrorCode;
}
export declare const MALFORMED_CONTROL_FRAMES: readonly MalformedControlFrame[];