import { type CodegraphInvocationOptions } from '../../services/codegraph/codegraph-service.js';
export { rewriteSqliteBackendAdvice } from '../../services/codegraph/codegraph-backend-advice.js';
import { type ProgramIO } from '../cli-helpers.js';
export interface CommonCodegraphOptions {
    project: string;
    peaksJson?: boolean;
}
export declare function printCodegraphFailure(io: ProgramIO, command: string, error: unknown, asJson?: boolean, exitCode?: number): void;
/**
 * Rewrites bare upstream `codegraph <subcommand>` hints to the peaks-loop
 * equivalent (`peaks codegraph <subcommand>`). The upstream binary is a
 * nested transitive dependency and is NOT on PATH, so an LLM that follows
 * a bare hint like `Run "codegraph init" to initialize` would hit
 * "command not found". Already-prefixed `peaks codegraph ...` hints and
 * other `codegraph` references (e.g. `@colbymchenry/codegraph`) are left
 * untouched.
 */
export declare function rewriteBareCodegraphHints(text: string): string;
/**
 * Both localizations upstream output needs before it reaches the reader, in
 * the order the shipped pipeline applies them.
 */
export declare function localizeUpstreamCodegraphText(text: string): string;
/**
 * Proxy one upstream invocation. Returns whether UPSTREAM FAILED — the
 * caller needs that to rank the exit-code precedence (an upstream failure
 * outranks every localized integrity verdict: see the tail of
 * `runCodegraphStatusCommand`), and it cannot re-derive it from
 * `process.exitCode` once a later branch has overwritten it.
 *
 * Callers that do not rank precedence (every command but `status`) simply
 * ignore the return value.
 */
export declare function runCodegraphCommand(io: ProgramIO, command: string, options: CodegraphInvocationOptions, asJson?: boolean, attributeStdout?: (text: string) => string): Promise<boolean>;