/**
 * checkin/judge.ts
 *
 * The judgment seam. The default implementation makes one structured model call
 * over the current provider/model (the same getCurrentModel + provider.chat
 * primitive the knowledge semantic LLM uses), asking for a compact JSON decision
 * {contact, message, reason}. It is a single decide-and-maybe-notify call, not a
 * multi-turn agent, which is what lets the whole check-in loop close
 * synchronously and stay testable with a fake judge.
 *
 * HONESTY: if the model returns nothing parseable, the judge decides NOT to
 * contact (contact:false) with an explicit reason rather than inventing a
 * message, a check-in must never fabricate a reason to interrupt the user.
 */
import type { ProviderRegistry } from '../providers/registry.js';
import type { CheckinDecision, CheckinJudge } from './types.js';
/**
 * Parse a model response into a decision. Tolerant of surrounding prose/code
 * fences; on any failure returns a quiet decision with an explicit reason.
 */
export declare function parseCheckinDecision(text: string | null | undefined): CheckinDecision;
export interface ProviderBackedCheckinJudgeOptions {
    readonly timeoutMs?: number | undefined;
}
/** Build a judge over the registry's current model. */
export declare function createProviderBackedCheckinJudge(providerRegistry: ProviderRegistry, options?: ProviderBackedCheckinJudgeOptions): CheckinJudge;
//# sourceMappingURL=judge.d.ts.map