/**
 * LoopRunner — Main orchestrator for the autonomous loop.
 *
 * Cycles through lap types (A: violation fixes, B: fidelity tests),
 * manages git branches, persists state for resumability, and
 * generates reports at the end.
 */
import type { KnowledgeGraph } from '../knowledge-graph/index.js';
import type { LoopConfig } from './types.js';
export declare class LoopRunner {
    private config;
    private knowledgeGraph;
    private pacer;
    private issueFetcher;
    private fixAgent;
    private observer;
    private state;
    private brainDir;
    constructor(config: LoopConfig, knowledgeGraph: KnowledgeGraph);
    /**
     * Run the autonomous loop.
     */
    /** Track fixes since last PR for chunking */
    private fixesSinceLastPr;
    private prCount;
    run(): Promise<void>;
    /**
     * Execute a single lap.
     */
    private executeLap;
    /**
     * Type A: Fix violation issues.
     */
    private executeViolationFixLap;
    /**
     * Type B: Pipeline fidelity test.
     */
    private executeFidelityLap;
    /**
     * Select the next lap type using round-robin.
     */
    private selectNextLapType;
    private setupGitBranch;
    private commitFixes;
    private hasCommits;
    /**
     * Create a chunked PR: push current branch, create PR to dev, then start a new branch.
     */
    private createChunkedPr;
    private createInitialState;
    private saveState;
    private loadState;
    /**
     * Convert this run's fix attempts into LearningEntry records and persist
     * them to .eddie-brain/learning.json, feeding the correction flywheel
     * (#1021). Maps outcomes: a successful fix → `accepted`, a failed fix →
     * `rejected` (reason = the error), a false positive → `rejected` (tagged).
     * Entry ids are deterministic per run+lap+issue so re-finalizing (e.g. on
     * resume) never double-records. The graph's learningHistory was hydrated
     * from learning.json at load, so saving it back is a superset, not a wipe.
     */
    private recordLoopLearnings;
    private saveReport;
    private printHeader;
    private dryRun;
}
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