/**
 * Skill Compliance Checker — post-hoc, deterministic verification that real
 * source files follow the checkable rules described in skills/ATOMIC_DESIGN.md
 * and skills/MOTION_VIDEO_DESIGN.md.
 *
 * No LLM reads these docs at check time — the checkable rules are hand-extracted
 * into the regex/string checks below (each cites the doc line it came from), so
 * this stays fast and deterministic like specs/validator.ts. This does not make
 * an agent obey markdown — it is the same mechanism a linter uses to enforce a
 * style guide: run after the fact, over real files, independent of whether the
 * agent read the doc, generated the file via memi, or hand-wrote it.
 *
 * skills/DESIGN_SYSTEM_REFERENCE.md contributes nothing checkable — it is a
 * pure component-name-to-external-URL catalog with zero required props, states,
 * durations, or naming rules. getReferenceCoverage() below surfaces it as a
 * read-only benchmark annotation, never a pass/fail input.
 */
export type ComplianceSeverity = "critical" | "warning";
export interface ComplianceFinding {
    severity: ComplianceSeverity;
    rule: string;
    file: string;
    message: string;
    fix?: string;
    docRef: string;
}
export interface ComplianceReport {
    version: 1;
    target: string;
    generatedAt: string;
    findings: ComplianceFinding[];
    summary: {
        critical: number;
        warning: number;
        filesChecked: number;
    };
}
export interface ReferenceCoverageNote {
    component: string;
    systemsCatalogued: number;
    note: string;
}
interface SourceFile {
    path: string;
    content: string;
}
type Ruleset = "atomic" | "motion";
/**
 * Run the requested rule families over already-in-memory source files.
 * Accepts either a full-project scan (RawFile[]-shaped, extra fields ignored)
 * or a single memi-generated file, since only `path`/`content` are read.
 */
export declare function checkSkillCompliance(files: SourceFile[], opts?: {
    rulesets?: Ruleset[];
    target?: string;
}): ComplianceReport;
export declare function getReferenceCoverage(componentKind: string): ReferenceCoverageNote[];
export {};