/**
 * `functions` namespace — serverless function lifecycle.
 *
 * `deploy` routes through the unified apply engine (`/apply/v1`, a
 * `functions.patch.set` release) — the legacy `POST /projects/v1/admin/:id/
 * functions` route was removed gateway-side. invoke/logs/list/delete/update
 * cover `/projects/v1/admin/:id/functions*` and `/functions/v1/:name`, plus
 * the client-side `logsByRequestId` fan-out (no project-wide logs route
 * exists) and the `origin` tagging/filter on every log entry, plus
 * the opt-in runtime rebuild/rebuildAll against `/projects/v1/:id/functions*`
 * (wallet-authed, capability `function-runtime-rebuild`).
 */
import type { Client } from "../kernel.js";
import type { DeleteFunctionResult, FunctionDeployOptions, FunctionDeployResult, FunctionInvokeOptions, FunctionInvokeResult, FunctionListResult, FunctionLogOrigin, FunctionLogsByRequestIdOptions, FunctionLogsByRequestIdResult, FunctionLogsOptions, FunctionLogsResult, FunctionRunCreateOptions, FunctionRunHandle, FunctionRunListOptions, FunctionRunListResult, FunctionRunLogsOptions, FunctionRunRedriveOptions, FunctionRunRetryPolicy, FunctionRunWaitOptions, FunctionRebuildBatchResult, FunctionRebuildResult, FunctionUpdateOptions, FunctionUpdateResult } from "./functions.types.js";
/**
 * Classify one CloudWatch log line as a Lambda runtime control line
 * (`platform`) or function output (`app`). Pure; safe on any string.
 */
export declare function classifyFunctionLogLine(message: string): FunctionLogOrigin;
export declare class FunctionRunTerminalError extends Error {
    readonly run: FunctionRunHandle;
    readonly code?: string;
    constructor(run: FunctionRunHandle);
}
export declare class Functions {
    private readonly client;
    readonly runs: FunctionRuns;
    readonly retry: {
        standard: (opts?: {
            maxAttempts?: number;
            minDelaySeconds?: number;
            maxDelaySeconds?: number;
        }) => FunctionRunRetryPolicy;
    };
    constructor(client: Client);
    /**
     * Deploy a serverless function through the unified apply engine. Builds a
     * one-function `functions.patch.set` {@link ReleaseSpec} (additive — never
     * touches coexisting functions) and runs it through the same `/apply/v1`
     * state machine as `r.project(id).apply`. The legacy
     * `POST /projects/v1/admin/:id/functions` route was removed gateway-side.
     *
     * Deployed functions can `import { db, adminDb, email, ai } from
     * "@run402/functions"` — the in-function helper library is auto-bundled by
     * the platform.
     *
     * `opts.deps` lists additional npm packages to install and bundle (capability
     * `apply-v1-function-deps`). Bare names resolve to the latest published
     * version at deploy time; pinned or range specs (`"lodash@4.17.21"`,
     * `"date-fns@^3.0.0"`) are honored verbatim. `@run402/functions` and native
     * binary modules are rejected by the gateway. The actually-installed concrete
     * versions land on the function record (read via {@link Functions.list}) —
     * the apply/deploy result does not carry them, so
     * {@link FunctionDeployResult.deps_resolved} and `runtime_version` are `null`.
     *
     * Authorizes through the standard apply credential — a SIWX wallet, or the
     * operator-approval `project.deploy` gate for a wallet-less human — NOT the
     * project service key. Non-fatal deploy issues (bundle size warnings, esbuild
     * advisories) surface in {@link FunctionDeployResult.warnings}.
     *
     * @throws {ProjectNotFound} when the project is absent from the local keystore.
     * @throws {Run402DeployError} on any apply state-machine failure.
     * @throws {PaymentRequired} when the project lease has expired.
     */
    deploy(projectId: string, opts: FunctionDeployOptions): Promise<FunctionDeployResult>;
    /**
     * Invoke a deployed function via HTTP. Uses the project's service key as
     * the API key. The returned `body` is parsed JSON when the response was
     * JSON, otherwise the raw text.
     */
    invoke(projectId: string, name: string, opts?: FunctionInvokeOptions): Promise<FunctionInvokeResult>;
    /**
     * Get recent logs for a function. Default tail 50; `since` accepts an ISO
     * 8601 timestamp or epoch milliseconds for incremental polling. Pass
     * `requestId` to retrieve logs correlated to a routed request failure.
     */
    logs(projectId: string, name: string, opts?: FunctionLogsOptions): Promise<FunctionLogsResult>;
    /**
     * Project-wide request-id search. The gateway has no cross-function logs
     * route, so this fans `logs()` out across every function in the project
     * (or just `functionName`) and merges the matches oldest-first. A function
     * whose read failed lands in `errors[]` by name; the others still answer.
     * Accepts `req_…` (the `x-run402-request-id` response header), `fnrun_…`,
     * and `fnatt_…` ids.
     */
    logsByRequestId(projectId: string, requestId: string, opts?: FunctionLogsByRequestIdOptions): Promise<FunctionLogsByRequestIdResult>;
    /** List deployed functions for a project. */
    list(projectId: string): Promise<FunctionListResult>;
    /** Delete a deployed function. */
    delete(projectId: string, name: string): Promise<DeleteFunctionResult>;
    /**
     * Update a function's schedule / timeout / memory without re-deploying.
     * Pass `schedule: null` to remove an existing schedule; `undefined`
     * leaves it unchanged.
     */
    update(projectId: string, name: string, opts: FunctionUpdateOptions): Promise<FunctionUpdateResult>;
    /**
     * Refresh a single runtime-stale function onto the gateway's current entry
     * wrapper + bundled runtime, WITHOUT changing its source (capability
     * `function-runtime-rebuild`, gateway v1.69+).
     *
     * A gateway-side fix to the function entry wrapper (e.g. the SSR `auth.*`
     * fixes) only reaches a deployed function when it is re-bundled — a plain
     * redeploy with unchanged source skips it (apply's release diff keys on the
     * source `code_hash`, not the wrapper). This re-bundles from the function's
     * STORED source with dependencies pinned to the recorded `deps_resolved`
     * exact versions, so the only change is the wrapper/runtime: `code_hash` is
     * unchanged and no new release is created. Strictly opt-in — the platform
     * never auto-rebuilds.
     *
     * Wallet-authed (the caller must own the project) and allowed during billing
     * grace (`past_due` / `frozen` / `dormant`); it adds no capacity. No service
     * key is required — the gateway derives it from the wallet-owned project.
     *
     * @throws {ApiError} HTTP 404 when the function does not exist; HTTP 403 when
     *   the wallet does not own the project; HTTP 409 with code
     *   `CANNOT_REBUILD_UNLOCKED_DEPS` for functions deployed before dependency
     *   locking (`deps_resolved` is NULL) — redeploy from source to refresh.
     */
    rebuild(projectId: string, name: string): Promise<FunctionRebuildResult>;
    /**
     * Refresh ALL of a project's functions onto the gateway's current entry
     * wrapper + bundled runtime (capability `function-runtime-rebuild`). Same
     * deterministic, deps-locked, release-agnostic semantics as
     * {@link Functions.rebuild} applied per function.
     *
     * Per-function failures are isolated and never abort the batch: a function
     * that fails to rebuild (bundle/upload error, or the
     * `CANNOT_REBUILD_UNLOCKED_DEPS` refusal) keeps its previously-deployed
     * artifact and is reported as `{ rebuilt: false, error, code? }` in
     * `results`. Wallet-authed (project ownership) and allowed during billing
     * grace.
     */
    rebuildAll(projectId: string): Promise<FunctionRebuildBatchResult>;
}
export declare class FunctionRuns {
    private readonly client;
    constructor(client: Client);
    create(projectId: string, functionName: string, opts: FunctionRunCreateOptions): Promise<FunctionRunHandle>;
    list(projectId: string, functionName: string, opts?: FunctionRunListOptions): Promise<FunctionRunListResult>;
    get(projectId: string, runId: string): Promise<FunctionRunHandle>;
    logs(projectId: string, runId: string, opts?: FunctionRunLogsOptions): Promise<FunctionLogsResult>;
    cancel(projectId: string, runId: string): Promise<FunctionRunHandle>;
    redrive(projectId: string, runId: string, opts?: FunctionRunRedriveOptions): Promise<FunctionRunHandle>;
    wait(projectId: string, runId: string, opts?: FunctionRunWaitOptions): Promise<FunctionRunHandle>;
}
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