import { SfCommand } from '@salesforce/sf-plugins-core';
import type { SetupAgentsWorkflowRunResult } from '../../../types/index.js';
export default class WorkflowRun extends SfCommand<SetupAgentsWorkflowRunResult> {
    static readonly summary: string;
    static readonly description: string;
    static readonly examples: string[];
    static readonly flags: {
        story: import("@oclif/core/interfaces").OptionFlag<string, import("@oclif/core/interfaces").CustomOptions>;
        gates: import("@oclif/core/interfaces").OptionFlag<string, import("@oclif/core/interfaces").CustomOptions>;
        'max-iterations': import("@oclif/core/interfaces").OptionFlag<number, import("@oclif/core/interfaces").CustomOptions>;
        profiles: import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        resume: import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        'from-phase': import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        'qa-result': import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        autonomous: import("@oclif/core/interfaces").BooleanFlag<boolean>;
        'dry-run': import("@oclif/core/interfaces").BooleanFlag<boolean>;
        'instructions-dir': import("@oclif/core/interfaces").OptionFlag<string, import("@oclif/core/interfaces").CustomOptions>;
        'reject-to': import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        findings: import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        'push-to': import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        ticket: import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
        'target-dir': import("@oclif/core/interfaces").OptionFlag<string | undefined, import("@oclif/core/interfaces").CustomOptions>;
    };
    run(): Promise<SetupAgentsWorkflowRunResult>;
    private handleResume;
    private handleRejection;
    private handleCorrectionLoop;
    /** Fails loud when every task role is unknown; warns prominently when only some are. */
    private checkRoles;
    private tryAutoExpand;
    private executeFrom;
    private initOrSkipPhase;
    /**
     * Renders the most recent structured correction (from a prior phase failure) into
     * the phase output so the agent re-entering this phase sees the specific blocker,
     * location, and suggested fix — not just static prior evidence (GH-527).
     */
    private logPriorCorrection;
    private logPhaseInstructions;
    private handleQaPhase;
    private advanceToNextPhase;
    /**
     * GH-748: `workflow run --autonomous` shares `workflow execute`'s blocking
     * engine (`delegatedAgentPhaseExecutor.execute` = `runDelegatedWorkflow`),
     * but unlike `execute.ts`'s fire-and-forget dispatch (GH-746), this caller
     * advances the run's phase/gate state synchronously off the phase's REAL
     * result — it can't just background-dispatch and move on. Instead it
     * pauses (same shape as a gate-pause) and checks the dispatched spawn's
     * real completion on the next `--resume`, reusing `initOrSkipPhase`'s
     * existing "phase already running, resume it" path (the phase record
     * itself never needs a special status — it just stays 'running').
     */
    private resolveDelegatedPhaseEvidence;
    private executeDelegatedPhase;
    private tryWriteBack;
    private handleFinalPhase;
    private runQaLoop;
    private dryRun;
}