/**
 * ollama_multi_file_refactor_propose — Workhorse tier.
 *
 * Coordinated multi-file refactor PLAN (not writes). Caller hands in a set of
 * file paths and a change description; the server reads the files, prompts
 * the Workhorse tier with a strict JSON schema, and returns a per-file
 * before/after plan plus cross-file impact notes. No writes, ever.
 *
 * Tier: workhorse. Goes through runWithTimeoutAndFallback via the shared
 * runner — no bespoke timeout handling.
 *
 * Guardrails:
 *   - per_file_max_chars caps each file read (default 60k)
 *   - thin model output (no per_file_changes or mostly-empty fields) flips
 *     `weak: true` so the caller can see the synthesis didn't land
 *   - paths missing from disk fail loud via SOURCE_PATH_NOT_FOUND (from
 *     loadSources)
 */
import { z } from "zod";
import type { Envelope } from "../envelope.js";
import type { RunContext } from "../runContext.js";
export declare const multiFileRefactorProposeSchema: z.ZodObject<{
    files: z.ZodType<string[], unknown, z.core.$ZodTypeInternals<string[], unknown>>;
    change_description: z.ZodString;
    per_file_max_chars: z.ZodOptional<z.ZodNumber>;
}, z.core.$strip>;
export type MultiFileRefactorProposeInput = z.infer<typeof multiFileRefactorProposeSchema>;
export type RiskLevel = "low" | "medium" | "high";
export interface PerFileChange {
    file: string;
    before_summary: string;
    after_summary: string;
    risk_level: RiskLevel;
    change_kinds: string[];
}
export interface AffectedImport {
    from: string;
    to: string;
    files: string[];
}
export interface MultiFileRefactorProposeResult {
    per_file_changes: PerFileChange[];
    cross_file_impact: string;
    affected_imports: AffectedImport[];
    verification_steps: string[];
    weak: boolean;
}
export declare function handleMultiFileRefactorPropose(input: MultiFileRefactorProposeInput, ctx: RunContext): Promise<Envelope<MultiFileRefactorProposeResult>>;
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