import type { MaturityRung } from "@design-parity/core";
import type { CmpCapability } from "./cmp.js";
/** One piece of evidence found during the scan. */
export interface MaturitySignal {
    /** What kind of evidence, e.g. `"code-connect"`, `"design-map"`, `"tokens"`. */
    kind: "code-connect" | "design-map" | "tokens";
    /** Repo-relative path to the file that matched. */
    path: string;
}
export interface MaturityResult {
    rung: MaturityRung;
    /** Short human label for the rung. */
    label: string;
    /** A Figma Code Connect machine link was found (drives `machine-link`). */
    hasCodeConnect: boolean;
    /** A `design-map.json` manifest was found. */
    hasDesignMap: boolean;
    /** Design-token / design-system files were found (no machine link). */
    hasTokens: boolean;
    /** Every signal found, in scan order. */
    signals: MaturitySignal[];
    /**
     * Whether the repo is Compose Multiplatform capable (Principle 6). Convenience
     * mirror of {@link MaturityResult.cmp}.cmpCapable, hoisted onto the result for
     * the common `if (result.cmpCapable)` check. Orthogonal to the maturity rung:
     * a repo at any rung may or may not be CMP-capable.
     */
    cmpCapable: boolean;
    /** The full CMP capability verdict + its evidence (drives prefer/promote). */
    cmp: CmpCapability;
}
/**
 * Classify `repoRoot` into a maturity rung.
 *
 * Rung 1 wins on any Code Connect signal; rung 2 on a `design-map.json` or a
 * design-token source; rung 3 is the floor. The token baseline this package
 * generates is deliberately *not* treated as a rung-2 signal — that is what a
 * bootstrapped rung-3 repo produces, so detection ignores files it would write
 * (see {@link BASELINE_ARTIFACTS}).
 */
export declare function detectMaturity(repoRoot: string): Promise<MaturityResult>;
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