1293 lines
53 KiB
TypeScript
1293 lines
53 KiB
TypeScript
import type {
|
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AccessResult,
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AllowlistEntry,
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ApiError,
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AutostartPolicy,
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BackupView,
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BanlistResult,
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Build,
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BuildScan,
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ContextUploadProgress,
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CreateServerRequest,
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CreateUserRequest,
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FleetServer,
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Identity,
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KickResult,
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LinkResult,
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LinkStatus,
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BindResult,
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PasskeyCredential,
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PatchUserRequest,
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PlayersResult,
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QuotaInput,
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QuotaView,
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RetireState,
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ServerFileEntry,
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ServerJob,
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MyServerView,
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ServerStatus,
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SessionView,
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UserDetail,
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UserView,
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WhitelistImage,
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WhitelistResult,
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Submission,
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SubmissionListParams,
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SubmissionPage,
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UpdateWindow,
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DBBackupStatus,
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UpdateReport,
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} from "./types";
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import { loadConfig } from "./config";
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import i18next from "i18next";
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// Typed client for the felis-api external face (spec §7). Credentials are sent so
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// the upstream Zero-Trust / Access cookie rides along; the panel never holds a
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// service token, and the RCON password is never requested (spec §8).
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function isApiError(x: unknown): x is { error: { code: string; message: string } } {
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if (typeof x !== "object" || x === null || !("error" in x)) return false;
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const e = (x as { error: unknown }).error;
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return typeof e === "object" && e !== null && typeof (e as { code?: unknown }).code === "string";
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}
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// A locked session — one that still owes the forced onboarding (passkey
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// enrollment) — gets `403 setup_required` from every protected route. Rendered as
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// a generic permission error that reads as "you may not do this", when the truth
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// is "one step remains and completing it unlocks the app" (#8). api.ts cannot
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// navigate (no router here), so it announces the code on a window event; the
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// App-shell listener routes the person to /setup, which resumes from the session
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// without needing a token. Non-browser callers keep the plain error.
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export const SETUP_REQUIRED_EVENT = "felis:setup-required";
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function announceSetupRequired(err: ApiError): void {
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if (err.status !== 403 || err.code !== "setup_required") return;
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if (typeof window === "undefined") return;
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window.dispatchEvent(new Event(SETUP_REQUIRED_EVENT));
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}
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// A 401 from a protected route means the session ended under the page (it
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// expired, or an admin revoked it). TierProvider hears this and re-reads /me,
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// and RequireAuth then sends the person to /login with the page to come back
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// to. /me is left out because it is that re-read, and /auth/* because the
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// sign-in doors run without a session by design.
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export const SESSION_EXPIRED_EVENT = "felis:session-expired";
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function announceSessionExpired(err: ApiError, path: string): void {
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if (err.status !== 401 || typeof window === "undefined") return;
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if (path === "/me" || path.startsWith("/auth/")) return;
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window.dispatchEvent(new Event(SESSION_EXPIRED_EVENT));
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}
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// A 403 forbidden or not_admin is the role gate refusing the call. The account
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// may have been demoted since /me was read, which leaves admin pages and buttons
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// up that every call now refuses. TierProvider hears this and re-reads /me, which
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// takes them down; a refusal the current role explains changes nothing there.
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export const ACCESS_REFUSED_EVENT = "felis:access-refused";
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const ROLE_REFUSALS = new Set(["forbidden", "not_admin"]);
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function announceAccessRefused(err: ApiError): void {
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if (err.status !== 403 || !ROLE_REFUSALS.has(err.code) || typeof window === "undefined") return;
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window.dispatchEvent(new Event(ACCESS_REFUSED_EVENT));
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}
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// CONNECTION_EVENT reports when requests stop reaching the API (detail.ok =
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// false) and when one gets through again (true). A fetch that rejects never
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// saw a response: the network is down, or Cloudflare Access redirected the
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// call to its cross-origin login page because the Access session expired,
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// which fetch reports as the same TypeError. AppShell shows a banner with a
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// reload, since only a full page load can go through the Access login.
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export const CONNECTION_EVENT = "felis:connection";
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let connectionLost = false;
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/** isConnectionLost reports whether the last call got no response. */
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export function isConnectionLost(): boolean {
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return connectionLost;
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}
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function reportConnection(ok: boolean): void {
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if (connectionLost === !ok) return;
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connectionLost = !ok;
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if (typeof window === "undefined") return;
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window.dispatchEvent(new CustomEvent(CONNECTION_EVENT, { detail: { ok } }));
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}
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function networkError(e: unknown): ApiError {
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return {
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status: 0,
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code: "network_error",
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message: e instanceof Error ? e.message : String(e),
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};
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}
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// urlPath builds an API path from literal text and route values, percent-
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// encoding each value as one path segment. Values come from router params and
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// form fields, and react-router hands params over decoded, so "%2F" arrives as
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// "/": interpolated raw, a crafted link could point a button at another
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// endpoint, carrying the viewer's cookie. encodeURIComponent covers "/", "?"
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// and "#"; "." and ".." survive it and fetch would still walk the path up, so
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// those and "" are refused before anything is sent.
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export function urlPath(strings: TemplateStringsArray, ...values: string[]): string {
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let out = strings[0];
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values.forEach((v, i) => {
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const seg = String(v);
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if (seg === "" || seg === "." || seg === "..") {
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const err: ApiError = {
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status: 0,
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code: "bad_path_param",
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message: `refusing ${JSON.stringify(seg)} as a path segment`,
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};
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throw err;
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}
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out += encodeURIComponent(seg) + strings[i + 1];
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});
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return out;
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}
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// fetchOK performs one call and returns the response when it is 2xx, else
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// throws an ApiError that always keeps the HTTP status. A body that is not the
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// API's JSON envelope (an HTML 502 or 524 page from the tunnel while the API
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// restarts, a bare 503 from the ingress) becomes `upstream_unavailable`, so the
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// setup and session branches still see the status and the person reads "try
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// again shortly" instead of a JSON parse error.
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async function fetchOK(path: string, init: RequestInit): Promise<Response> {
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const { apiBase } = await loadConfig();
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let res: Response;
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try {
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res = await fetch(`${apiBase}${path}`, { ...init, credentials: "include" });
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} catch (e) {
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if (e instanceof DOMException && e.name === "AbortError") throw e;
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reportConnection(false);
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throw networkError(e);
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}
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reportConnection(true);
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if (res.ok) return res;
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let text = "";
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try {
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text = await res.text();
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} catch {
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/* the body broke off; the status still says what happened */
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}
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throw failed(path, res.status, res.statusText, text);
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}
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// failed turns a non-2xx answer into the ApiError the callers see and announces
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// the codes the app shell acts on.
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function failed(path: string, status: number, statusText: string, text: string): ApiError {
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let parsed: unknown = null;
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try {
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parsed = JSON.parse(text);
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} catch {
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/* no body, or not JSON: an ingress or tunnel answered */
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}
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const err: ApiError = isApiError(parsed)
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? { status, code: parsed.error.code, message: parsed.error.message }
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: {
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status,
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code: status >= 500 ? "upstream_unavailable" : "error",
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message: statusText,
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};
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announceSetupRequired(err);
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announceSessionExpired(err, path);
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announceAccessRefused(err);
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return err;
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}
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// send returns a 2xx response's parsed JSON body (null for an empty one).
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async function send<T>(path: string, init: RequestInit): Promise<T> {
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const res = await fetchOK(path, init);
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let text: string;
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try {
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text = await res.text();
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} catch (e) {
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reportConnection(false);
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throw networkError(e);
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}
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if (!text) return null as T;
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try {
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return JSON.parse(text) as T;
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} catch {
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const err: ApiError = {
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status: res.status,
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code: "upstream_unavailable",
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message: "the response was not JSON",
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};
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throw err;
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}
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}
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function request<T>(method: string, path: string, body?: unknown): Promise<T> {
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return send<T>(path, {
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method,
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headers: body ? { "Content-Type": "application/json" } : undefined,
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body: body ? JSON.stringify(body) : undefined,
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});
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}
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function requestRaw<T>(
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method: string,
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path: string,
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body: Blob,
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headers?: Record<string, string>,
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): Promise<T> {
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return send<T>(path, { method, headers, body });
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}
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// sendWithProgress sends body by XMLHttpRequest, the one browser API that
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// reports how much of a request body has gone out (fetch has no upload
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// progress), and settles the way send does: the parsed 2xx body, or the same
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// ApiError fetchOK would throw. onProgress gets the bytes of body sent so far;
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// signal aborts the request with an AbortError.
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async function sendWithProgress<T>(
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method: string,
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path: string,
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body: Blob,
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opts: { onProgress?: (sent: number) => void; signal?: AbortSignal } = {},
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): Promise<T> {
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const { apiBase } = await loadConfig();
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const { onProgress, signal } = opts;
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return new Promise<T>((resolve, reject) => {
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const xhr = new XMLHttpRequest();
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const onAbort = () => xhr.abort();
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const settle = () => signal?.removeEventListener("abort", onAbort);
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xhr.open(method, `${apiBase}${path}`);
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xhr.withCredentials = true;
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xhr.setRequestHeader("Content-Type", "application/octet-stream");
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if (onProgress) xhr.upload.onprogress = (e) => onProgress(e.loaded);
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xhr.onabort = () => {
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settle();
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reject(new DOMException("The upload was cancelled", "AbortError"));
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};
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xhr.onerror = () => {
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settle();
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reportConnection(false);
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reject(networkError(new Error("the upload did not reach the API")));
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};
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xhr.onload = () => {
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settle();
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reportConnection(true);
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if (xhr.status < 200 || xhr.status >= 300) {
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reject(failed(path, xhr.status, xhr.statusText, xhr.responseText));
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return;
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}
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try {
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resolve((xhr.responseText ? JSON.parse(xhr.responseText) : null) as T);
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} catch {
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const err: ApiError = {
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status: xhr.status,
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code: "upstream_unavailable",
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message: "the response was not JSON",
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};
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reject(err);
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}
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};
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if (signal?.aborted) {
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reject(new DOMException("The upload was cancelled", "AbortError"));
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return;
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}
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signal?.addEventListener("abort", onAbort);
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xhr.send(body);
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});
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}
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// rejectingSync turns a synchronous throw inside an api method (urlPath refusing
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// a segment) into a rejected promise, so every caller handles it the way it
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// handles any failed call.
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function rejectingSync<T extends Record<string, unknown>>(methods: T): T {
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const out: Record<string, unknown> = {};
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for (const [key, fn] of Object.entries(methods)) {
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out[key] =
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typeof fn === "function"
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? (...args: unknown[]) => {
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try {
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return fn(...args);
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} catch (e) {
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return Promise.reject(e);
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}
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}
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: fn;
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}
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return out as T;
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}
|
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// submissionPage reads one page of a submission list. Filtering and paging run on
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// the server; a status count the API left out reads as zero.
|
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function submissionPage(path: string, params?: SubmissionListParams): Promise<SubmissionPage> {
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const sp = new URLSearchParams();
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if (params?.status) sp.set("status", params.status);
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if (params?.query) sp.set("query", params.query);
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if (params?.limit) sp.set("limit", String(params.limit));
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if (params?.offset) sp.set("offset", String(params.offset));
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const qs = sp.toString();
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return request<Partial<SubmissionPage>>("GET", `${path}${qs ? `?${qs}` : ""}`).then((r) => ({
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submissions: r.submissions ?? [],
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total: r.total ?? 0,
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counts: {
|
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pending_review: r.counts?.pending_review ?? 0,
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approved: r.counts?.approved ?? 0,
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rejected: r.counts?.rejected ?? 0,
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},
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}));
|
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}
|
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|
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// Setup bootstrap (spec §B). The one-time token from `felis setup` is redeemed for
|
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// a lockdown session; the response (and /setup/status) reports which onboarding
|
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// steps remain so the Setup wizard can drive email verification + passkey enrollment.
|
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export interface SetupState {
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user_id: string;
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username: string;
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role: string;
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email: string | null;
|
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email_verified: boolean;
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has_passkey: boolean;
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setup_required: boolean;
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}
|
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|
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export const api = rejectingSync({
|
||
// Session doors (spec §B). The product is passwordless: a session is minted only
|
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// by passkey, email-OTP, bind code, or the op-login vouch flow below. Every door
|
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// sets an HttpOnly cookie as a side effect and may 403 `local_auth_disabled` on a
|
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// Zero-Trust-only deployment.
|
||
|
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// logout is idempotent server-side (clears the session row + cookie); calling it
|
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// without a session still resolves 200. After it, refreshing /me yields 401, which
|
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// the tier model reads as `unauthenticated` and routes back to /login.
|
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logout: () => request<{ ok: boolean }>("POST", "/auth/logout"),
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bind: (code: string) =>
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request<BindResult>("POST", "/auth/bind", { code }),
|
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authEmailStart: (email: string) =>
|
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request<{ sent: boolean; expires_at: string }>("POST", "/auth/email/start", { email }),
|
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|
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authEmailVerify: (email: string, code: string) =>
|
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request<{ user_id: string; role: string }>("POST", "/auth/email/verify", { email, code }),
|
||
|
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authPasskeyLoginBegin: (email: string) =>
|
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request<any>("POST", "/auth/passkey/login/begin", { email }),
|
||
|
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authPasskeyLoginFinish: (email: string, assertion: any) =>
|
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request<any>("POST", "/auth/passkey/login/finish", { email, assertion }),
|
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|
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authPasskeyDiscoverableBegin: () =>
|
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request<any>("POST", "/auth/passkey/login/discoverable/begin", {}),
|
||
|
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authPasskeyDiscoverableFinish: (login_id: string, assertion: any) =>
|
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request<any>("POST", "/auth/passkey/login/discoverable/finish", { login_id, assertion }),
|
||
|
||
// Op-login (spec §B): the staff door. start mails an OTP to a staff address and
|
||
// returns a request handle; an online admin vouches in-game with
|
||
// `/felis web op approve <request_id>`; the panel polls status until approved,
|
||
// then finish redeems {request_id, code} into a session. start answers 202 with a
|
||
// request_id for ANY well-formed address (anti-enumeration), so the UI just waits.
|
||
opLoginStart: (email: string) =>
|
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request<{ request_id: string; expires_at: string }>("POST", "/auth/op-login/start", { email }),
|
||
|
||
opLoginStatus: (id: string) =>
|
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request<{ approved: boolean }>("GET", urlPath`/auth/op-login/status/${id}`),
|
||
|
||
opLoginFinish: (request_id: string, code: string) =>
|
||
request<{ user_id: string; role: string }>("POST", "/auth/op-login/finish", {
|
||
request_id,
|
||
code,
|
||
}),
|
||
|
||
// Setup bootstrap (spec §B). redeem consumes the one-time token from the setup URL
|
||
// and mints a lockdown session (Public); status re-reads progress for a reload
|
||
// mid-wizard (SetupAllowed — the surviving session, no token needed).
|
||
setupRedeem: (token: string) =>
|
||
request<SetupState>("POST", "/auth/setup/redeem", { token }),
|
||
|
||
setupStatus: () =>
|
||
request<SetupState>("GET", "/auth/setup/status"),
|
||
|
||
// Identity (spec §7 GET /me) — the tier keystone. is_admin is server-computed
|
||
// (Principal.IsAdmin); the panel reads it but re-deriving admin-ness is the
|
||
// backend's job. Drives nav + route guards only; every admin route 403s on its
|
||
// own regardless of what the panel renders.
|
||
me: () => request<Identity>("GET", "/me"),
|
||
|
||
myServers: () =>
|
||
request<{ servers: MyServerView[] }>("GET", "/me/servers").then((r) => r.servers ?? []),
|
||
|
||
// fleet is the SysAdmin cockpit's fleet-wide read (admin-tier GET /fleet): every
|
||
// server's CRD lifecycle view plus its owner. It 403s for a non-admin principal —
|
||
// the panel only renders the cockpit link behind is_admin, and the route guards
|
||
// again server-side regardless of what the UI shows.
|
||
fleet: () =>
|
||
request<{ servers: FleetServer[] }>("GET", "/fleet").then((r) => r.servers ?? []),
|
||
|
||
status: (name: string) => request<ServerStatus>("GET", urlPath`/servers/${name}/status`),
|
||
|
||
wake: (name: string) =>
|
||
request<{ name: string; desiredState: string }>("POST", urlPath`/servers/${name}/wake`),
|
||
|
||
stop: (name: string) =>
|
||
request<{ name: string; desiredState: string }>("POST", urlPath`/servers/${name}/stop`),
|
||
|
||
claim: (name: string) =>
|
||
request<{ name: string; claimed: boolean }>("POST", urlPath`/servers/${name}/claim`),
|
||
|
||
// Retirement (PUT/DELETE /servers/{name}/retirement): the owner gives the server
|
||
// up, or an admin deletes it (delete: true, admin only). felis-api stops the
|
||
// server and records the request; the reaper archives the world and carries it
|
||
// out on its next daily run. confirm must repeat the server's name. The cancel
|
||
// is the owner's for a give-up and an admin's for a deletion (403 otherwise).
|
||
retireServer: (name: string, body: { confirm: string; delete: boolean }) =>
|
||
request<{ name: string; retiring: RetireState }>("PUT", urlPath`/servers/${name}/retirement`, body),
|
||
|
||
cancelRetire: (name: string) => request<void>("DELETE", urlPath`/servers/${name}/retirement`),
|
||
|
||
/** sendCommand runs one RCON command against a running server (spec §8 写=RCON).
|
||
* The backend strips a leading "/", rejects control characters (newline → 400)
|
||
* and caps the command at 1000 bytes. The reply is the server's plain-text
|
||
* response body. */
|
||
sendCommand: (name: string, command: string) =>
|
||
request<{ output: string }>("POST", urlPath`/servers/${name}/command`, { command }),
|
||
|
||
// Access control (spec §7 access). The backend translates these STRUCTURED fields
|
||
// into RCON commands — every field is charset-validated server-side before it is
|
||
// concatenated, so there is no free-text injection surface. All are owner-or-admin
|
||
// gated and require the server to be Running (409 `not_running` otherwise), so the
|
||
// panel only exposes them on a running server. The reply's `output` is the raw RCON
|
||
// text, surfaced verbatim as confirmation.
|
||
|
||
/** accessWhitelistList reads the server's whitelist. This GET ALSO requires a
|
||
* Running server (the readiness gate covers the read, not just the writes), so
|
||
* callers must gate the fetch on phase === "Running". */
|
||
accessWhitelistList: (name: string) =>
|
||
request<WhitelistResult>("GET", urlPath`/servers/${name}/access/whitelist`),
|
||
|
||
accessWhitelist: (name: string, action: "add" | "remove", player: string) =>
|
||
request<AccessResult>("POST", urlPath`/servers/${name}/access/whitelist`, {
|
||
action,
|
||
player,
|
||
}),
|
||
|
||
/** accessBanList reads the server's ban list. Like accessWhitelistList this GET
|
||
* requires a Running server (the readiness gate covers the read too), so callers
|
||
* gate the fetch on phase === "Running". */
|
||
accessBanList: (name: string) =>
|
||
request<BanlistResult>("GET", urlPath`/servers/${name}/access/ban`),
|
||
|
||
accessBan: (name: string, action: "ban" | "pardon", player: string) =>
|
||
request<AccessResult>("POST", urlPath`/servers/${name}/access/ban`, {
|
||
action,
|
||
player,
|
||
}),
|
||
|
||
/** accessPlayers reads WHO is online (the only source of names — status carries
|
||
* the count alone). Like accessWhitelistList this GET requires a Running server,
|
||
* so callers gate the fetch on phase === "Running". */
|
||
accessPlayers: (name: string) =>
|
||
request<PlayersResult>("GET", urlPath`/servers/${name}/access/players`),
|
||
|
||
accessKick: (name: string, player: string) =>
|
||
request<KickResult>("POST", urlPath`/servers/${name}/access/kick`, { player }),
|
||
|
||
// Wake allowlist (GET/PUT /servers/{name}/allowlist): Felis's own record of who
|
||
// may wake the server under autostartPolicy "allowlist". Owner-or-admin gated,
|
||
// and unlike the access routes above it needs no running server.
|
||
serverAllowlist: (name: string) =>
|
||
request<{ server: string; entries: AllowlistEntry[] }>(
|
||
"GET",
|
||
urlPath`/servers/${name}/allowlist`,
|
||
).then((r) => r.entries ?? []),
|
||
|
||
setAllowlistWake: (name: string, mcUUID: string, canWake: boolean) =>
|
||
request<void>("PUT", urlPath`/servers/${name}/allowlist/${mcUUID}`, { can_wake: canWake }),
|
||
|
||
accessLuckPermsInfo: (name: string, player: string) =>
|
||
request<{
|
||
player: string;
|
||
groups: string[];
|
||
permissions: { node: string; value: boolean; world?: string }[];
|
||
output: string;
|
||
}>("GET", urlPath`/servers/${name}/access/luckperms/${player}`),
|
||
|
||
accessPermission: (
|
||
name: string,
|
||
action: "set" | "unset",
|
||
player: string,
|
||
node: string,
|
||
value?: boolean,
|
||
world?: string
|
||
) =>
|
||
request<AccessResult & { node: string; value?: boolean; world?: string }>(
|
||
"POST",
|
||
urlPath`/servers/${name}/access/permission`,
|
||
{ action, player, node, value, world }
|
||
),
|
||
|
||
accessGroup: (
|
||
name: string,
|
||
action: "add" | "remove",
|
||
player: string,
|
||
group: string
|
||
) =>
|
||
request<AccessResult & { group: string }>(
|
||
"POST",
|
||
urlPath`/servers/${name}/access/group`,
|
||
{ action, player, group }
|
||
),
|
||
|
||
listImages: () =>
|
||
request<{ images: WhitelistImage[] }>("GET", "/images").then((r) => r.images ?? []),
|
||
|
||
addImage: (imageRef: string) =>
|
||
request<WhitelistImage>("POST", "/images", { image_ref: imageRef }),
|
||
|
||
removeImage: (imageRef: string) =>
|
||
request<void>("DELETE", `/images?ref=${encodeURIComponent(imageRef)}`),
|
||
|
||
buildImage: (req: { image_ref: string; dockerfile: string; context_ref: string; base_image?: string }) =>
|
||
request<Build>("POST", "/images/build", req),
|
||
|
||
/** One page of the build history, newest first; rows leave out the Dockerfile. */
|
||
listBuilds: (params?: { query?: string; limit?: number; offset?: number }) => {
|
||
const sp = new URLSearchParams();
|
||
if (params?.query) sp.set("query", params.query);
|
||
if (params?.limit) sp.set("limit", String(params.limit));
|
||
if (params?.offset) sp.set("offset", String(params.offset));
|
||
const qs = sp.toString();
|
||
return request<{ builds: Build[]; total: number }>(
|
||
"GET",
|
||
`/images/build${qs ? `?${qs}` : ""}`,
|
||
).then((r) => ({ builds: r.builds ?? [], total: r.total ?? 0 }));
|
||
},
|
||
|
||
getBuild: (id: string) =>
|
||
request<Build>("GET", urlPath`/images/build/${id}`),
|
||
|
||
cancelBuild: (id: string) =>
|
||
request<Build>("POST", urlPath`/images/build/${id}/cancel`),
|
||
|
||
/** What the build's scan gate kept; 404 scan_not_found before the scan step. */
|
||
getBuildScan: (id: string) =>
|
||
request<BuildScan>("GET", urlPath`/images/build/${id}/scan`),
|
||
|
||
/** Saves the build's full Trivy report or CycloneDX SBOM. The bytes name the
|
||
* image's own packages and paths, so they are downloaded, never rendered. */
|
||
downloadBuildScanDocument: async (id: string, doc: "report" | "sbom") => {
|
||
const res = await fetchOK(
|
||
doc === "report" ? urlPath`/images/build/${id}/scan/report` : urlPath`/images/build/${id}/sbom`,
|
||
{ method: "GET" },
|
||
);
|
||
const url = URL.createObjectURL(await res.blob());
|
||
const link = document.createElement("a");
|
||
link.href = url;
|
||
link.download = doc === "report" ? `${id}-trivy.json` : `${id}.cdx.json`;
|
||
link.click();
|
||
URL.revokeObjectURL(url);
|
||
},
|
||
|
||
createServer: (req: CreateServerRequest) =>
|
||
request<{ name: string; subdomain: string; desiredState: string }>(
|
||
"POST",
|
||
"/servers",
|
||
req,
|
||
),
|
||
|
||
patchServer: (name: string, req: {
|
||
/** Trimmed server-side; an empty one clears it. */
|
||
displayName?: string;
|
||
autostartPolicy?: AutostartPolicy;
|
||
image?: string;
|
||
/** Required with an image that moves the server to another build: the world is
|
||
* opened by that build's Minecraft version, which cannot be undone. */
|
||
confirmImageChange?: boolean;
|
||
memory?: string;
|
||
/** Idle auto-stop: 0 turns it off, else seconds empty before the stop (60–86400). */
|
||
idleStopSeconds?: number;
|
||
/** Single fields laid over the server's pod block: a field left out keeps its
|
||
* value, and an empty cpu or cpuRequest removes that limit or request. */
|
||
resources?: {
|
||
cpu?: string;
|
||
cpuRequest?: string;
|
||
memory?: string;
|
||
memoryRequest?: string;
|
||
};
|
||
}) =>
|
||
request<{ name: string; desiredState: string }>(
|
||
"PATCH",
|
||
urlPath`/servers/${name}`,
|
||
req,
|
||
),
|
||
|
||
// World backups (spec §7). listBackups is the app-tier read: an admin sees every
|
||
// present backup, a user only the backups of worlds they formerly owned — the
|
||
// scope is decided server-side from the principal, so a user cannot widen it.
|
||
// server narrows the page to one server inside that scope. Only present
|
||
// (restorable) rows come back, newest first, one page at a time with the total.
|
||
listBackups: (params?: { server?: string; limit?: number; offset?: number }) => {
|
||
const sp = new URLSearchParams();
|
||
if (params?.server) sp.set("server", params.server);
|
||
if (params?.limit) sp.set("limit", String(params.limit));
|
||
if (params?.offset) sp.set("offset", String(params.offset));
|
||
const qs = sp.toString();
|
||
return request<{ backups: BackupView[]; total: number }>("GET", `/backups${qs ? `?${qs}` : ""}`).then(
|
||
(r) => ({ backups: r.backups ?? [], total: r.total ?? 0 }),
|
||
);
|
||
},
|
||
|
||
// deleteBackup deletes one backup, in the same scope that lists it (an admin any,
|
||
// a user only a world they formerly owned; any other id is 404 no_backup). It
|
||
// leaves every list and restore at once; the reaper deletes the archive on its
|
||
// next daily run and the off-site sync its copy. 409 restore_in_progress while a
|
||
// restore on that server may still be reading it.
|
||
deleteBackup: (id: string) =>
|
||
request<{ id: string; status: "expired" }>("DELETE", urlPath`/backups/${id}`),
|
||
|
||
// restoreBackup starts an ASYNC restore of a server's world from a backup
|
||
// (spec §7 POST restore-backup). It accepts an optional backupId in the body: when
|
||
// absent the backend restores the latest backup and resolves its opaque ref
|
||
// server-side — the client never names a backup by handle (spec §286).
|
||
// Preconditions are enforced server-side and surfaced as codes: owner-or-admin +
|
||
// former-owner match (403), a present backup must exist (404 no_backup), and the
|
||
// server MUST be fully stopped (409 not_stopped) since the restore writes into
|
||
// the live world volume. By default the backend first backs up the world as it
|
||
// is (a "pre_restore" backup) and starts the restore only once that succeeded;
|
||
// safetySnapshot=false skips it. The reply is 202 {name, status:"restoring",
|
||
// backup_id, safety_snapshot} — success means the work was enqueued, not that
|
||
// the world is back yet; serverJobs shows the snapshot and the restore.
|
||
restoreBackup: (name: string, backupId?: string, safetySnapshot = true) => {
|
||
const body: { backup_id?: string; safety_snapshot?: boolean } = {};
|
||
if (backupId) body.backup_id = backupId;
|
||
if (!safetySnapshot) body.safety_snapshot = false;
|
||
return request<{ name: string; status: string; backup_id: string; safety_snapshot?: boolean }>(
|
||
"POST",
|
||
urlPath`/servers/${name}/restore-backup`,
|
||
Object.keys(body).length ? body : undefined,
|
||
);
|
||
},
|
||
|
||
// backupNow enqueues a manual backup (spec §7 POST backup). Preconditions are
|
||
// enforced server-side and surfaced as codes: owner-or-admin (403) and the
|
||
// server MUST be fully stopped (409 not_stopped — the world volume is RWO), so
|
||
// callers gate the action on phase === "Stopped". The reply is 202
|
||
// {name, status:"backing_up"}: the Job is enqueued, not done — watch
|
||
// serverJobs for the outcome.
|
||
backupNow: (name: string) =>
|
||
request<{ name: string; status: string }>("POST", urlPath`/servers/${name}/backup`),
|
||
|
||
// serverJobs lists the newest backup/restore Jobs of one server, newest first
|
||
// (GET /servers/{name}/jobs). Owner-or-admin gated server-side; a Job's
|
||
// failure text rides `message`. The backend answers 503 until the job-status
|
||
// reader is wired, so callers should tolerate that error.
|
||
serverJobs: (name: string) =>
|
||
request<{ server: string; jobs: ServerJob[] }>(
|
||
"GET",
|
||
urlPath`/servers/${name}/jobs`,
|
||
).then((r) => r.jobs ?? []),
|
||
|
||
// Server file editor (spec §7). All three routes are owner-or-admin gated and
|
||
// refuse with 409 not_stopped unless the server is fully stopped (the world
|
||
// volume is RWO), so callers gate on phase === "Stopped". The path travels as a
|
||
// query parameter — a file path contains "/" and never round-trips through a
|
||
// path segment. Content is []byte on the wire, which Go's encoding/json renders
|
||
// as base64, so it is binary-safe in both directions.
|
||
listServerFiles: (name: string, path: string) =>
|
||
request<{ path: string; entries: ServerFileEntry[]; truncated: boolean }>(
|
||
"GET",
|
||
urlPath`/servers/${name}/files` + `?path=${encodeURIComponent(path)}`,
|
||
),
|
||
|
||
// readServerFile returns one file's bytes (base64) and the sha256 of the file
|
||
// as stored. A file over the read ceiling is a 413, never a silent truncation,
|
||
// because a later save of a truncated body would destroy the rest of the file.
|
||
readServerFile: (name: string, path: string) =>
|
||
request<{ path: string; content: string; sha256: string }>(
|
||
"GET",
|
||
urlPath`/servers/${name}/file` + `?path=${encodeURIComponent(path)}`,
|
||
),
|
||
|
||
// writeServerFile atomically replaces a file's contents (creating it if
|
||
// absent). Sending an explicit "" is a deliberate truncate; the wire field is
|
||
// required, but that is enforced by the caller (this method always sends one).
|
||
// With expectSha256 (the hash the read returned) a file someone changed since
|
||
// is refused with 409 file_changed; without it the write is unconditional.
|
||
writeServerFile: (name: string, path: string, content: string, expectSha256?: string) =>
|
||
request<{ path: string; status: string; sha256: string }>(
|
||
"PUT",
|
||
urlPath`/servers/${name}/file` + `?path=${encodeURIComponent(path)}`,
|
||
expectSha256 ? { content, expect_sha256: expectSha256 } : { content },
|
||
),
|
||
|
||
// Account linking (spec §10). Both are POST: start reports status from the
|
||
// session principal (no body, side-effect-free), verify consumes a code the
|
||
// player was shown in-game. The panel can never mint a code — that is the
|
||
// internal in-game face — so there is no client method for it.
|
||
linkStatus: () => request<LinkStatus>("POST", "/account/link/start"),
|
||
|
||
linkVerify: (code: string) =>
|
||
request<LinkResult>("POST", "/account/link/verify", { code }),
|
||
|
||
emailStart: (email: string) =>
|
||
request<{ sent: boolean; expires_at: string }>("POST", "/account/email/start", { email }),
|
||
|
||
emailVerify: (code: string) =>
|
||
request<{ verified: boolean; email: string }>("POST", "/account/email/verify", { code }),
|
||
|
||
// setEmail records the caller's address WITHOUT an OTP round-trip (the setup
|
||
// wizard's Step 1). The bootstrap has no SMTP, so email_verified stays false; a
|
||
// later Settings/SMTP flow verifies it via emailStart/emailVerify.
|
||
setEmail: (email: string) =>
|
||
request<{ email: string }>("POST", "/account/email", { email }),
|
||
|
||
passkeyRegisterBegin: () =>
|
||
request<any>("POST", "/account/passkey/register/begin"),
|
||
|
||
passkeyRegisterFinish: (name: string, attestation: any) =>
|
||
request<any>("POST", "/account/passkey/register/finish", { name, attestation }),
|
||
|
||
passkeyList: () =>
|
||
request<{ credentials: PasskeyCredential[] }>("GET", "/account/passkey/credentials"),
|
||
|
||
passkeyDelete: (id: string) =>
|
||
request<void>("DELETE", urlPath`/account/passkey/credentials/${id}`),
|
||
|
||
// The caller's own sessions: every browser signed in to the account, the one
|
||
// making the request marked current. Revoking the current one is a sign-out.
|
||
listMySessions: () =>
|
||
request<{ sessions: SessionView[] }>("GET", "/account/sessions").then((r) => r.sessions ?? []),
|
||
|
||
revokeMySession: (hash: string) =>
|
||
request<{ ok: boolean; signed_out: boolean }>("DELETE", urlPath`/account/sessions/${hash}`),
|
||
|
||
revokeMyOtherSessions: () =>
|
||
request<{ revoked: number }>("POST", "/account/sessions/revoke-others"),
|
||
|
||
// Re-authentication. Adding or removing a passkey and changing the email are
|
||
// refused with 403 reauth_required unless this session proved a factor in the
|
||
// last few minutes. Status names the factors that can prove it: "passkey",
|
||
// "email" (a code to the verified address) or "sign_in" (operators sign in
|
||
// again). Like the migrate begin, the passkey begin returns the raw
|
||
// {"publicKey": {...}} document.
|
||
reauthStatus: () =>
|
||
request<{ needed: boolean; until?: string; factors: string[] }>("GET", "/account/reauth"),
|
||
|
||
reauthPasskeyBegin: () => request<any>("POST", "/account/reauth/passkey/begin"),
|
||
|
||
reauthPasskeyFinish: (assertion: any) =>
|
||
request<{ ok: boolean; until: string }>("POST", "/account/reauth/passkey/finish", { assertion }),
|
||
|
||
reauthEmailStart: () =>
|
||
request<{ sent: boolean; expires_at: string }>("POST", "/account/reauth/email/start"),
|
||
|
||
reauthEmailVerify: (code: string) =>
|
||
request<{ ok: boolean; until: string }>("POST", "/account/reauth/email/verify", { code }),
|
||
|
||
// Account migration (spec §B3 inherit). Started in-game with /felis migrate; the
|
||
// web side then drives: status → step-up confirm (passkey when enrolled, email-OTP
|
||
// otherwise) → issue-code (source names the target account and reads the one-time
|
||
// code) → redeem (the TARGET account spends the code; the source's servers move to
|
||
// it and the source is retired).
|
||
migrateStatus: () =>
|
||
request<{
|
||
active: boolean;
|
||
state?: string;
|
||
target_user_id?: string;
|
||
confirm_factor?: string;
|
||
confirm_expires_at?: string;
|
||
code_expires_at?: string;
|
||
}>("GET", "/account/migrate"),
|
||
|
||
migrateConfirmOTPStart: () =>
|
||
request<{ sent: boolean; expires_at: string }>("POST", "/account/migrate/confirm/otp/start"),
|
||
|
||
migrateConfirmOTPVerify: (code: string) =>
|
||
request<{ confirmed: boolean }>("POST", "/account/migrate/confirm/otp/verify", { code }),
|
||
|
||
migrateConfirmPasskeyBegin: () =>
|
||
request<any>("POST", "/account/migrate/confirm/passkey/begin"),
|
||
|
||
migrateConfirmPasskeyFinish: (assertion: any) =>
|
||
request<{ confirmed: boolean }>("POST", "/account/migrate/confirm/passkey/finish", {
|
||
assertion,
|
||
}),
|
||
|
||
migrateIssueCode: (target_user_id: string) =>
|
||
request<{ code: string; expires_at: string }>("POST", "/account/migrate/issue-code", {
|
||
target_user_id,
|
||
}),
|
||
|
||
migrateRedeem: (code: string) =>
|
||
request<{ migrated: boolean; servers_moved: number; servers: string[] }>(
|
||
"POST",
|
||
"/account/migrate/redeem",
|
||
{ code },
|
||
),
|
||
|
||
// The admin review queue, one page at a time (see submissionPage).
|
||
listSubmissions: (params?: SubmissionListParams) => submissionPage("/submissions", params),
|
||
|
||
// expectedDigest is the sha256 of the context the reviewer looked at; the API
|
||
// refuses the approval (409 context_changed) when the upload has since changed.
|
||
approveSubmission: (id: string, expectedDigest: string) =>
|
||
request<Submission>("POST", urlPath`/submissions/${id}/approve`, { expected_digest: expectedDigest }),
|
||
|
||
rejectSubmission: (id: string, reason: string) =>
|
||
request<Submission>("POST", urlPath`/submissions/${id}/reject`, { reason }),
|
||
|
||
// Retire a submission outright (row + uploaded context) — the review queue's
|
||
// lifecycle valve, the only way an upload is reclaimed from the PVC.
|
||
deleteSubmission: (id: string) => request<Submission>("DELETE", urlPath`/submissions/${id}`),
|
||
|
||
// The reviewer's read path to the uploaded build context: the executed
|
||
// Dockerfile lives inside the tarball, so approving without this would be
|
||
// blind. The body is the attacker-supplied archive — download it, never
|
||
// render it — which the API's attachment disposition enforces.
|
||
// Resolves to the sha256 the API vouched for while streaming these bytes (it
|
||
// aborts the transfer on a mismatch), so the approval can name what was read.
|
||
downloadSubmissionContext: async (id: string): Promise<string | null> => {
|
||
const res = await fetchOK(urlPath`/submissions/${id}/context`, { method: "GET" });
|
||
const digest = res.headers.get("X-Felis-Context-Sha256")?.trim().toLowerCase() || null;
|
||
const blob = await res.blob();
|
||
const url = URL.createObjectURL(blob);
|
||
const link = document.createElement("a");
|
||
link.href = url;
|
||
link.download = `${id}-context.tar.gz`;
|
||
link.click();
|
||
URL.revokeObjectURL(url);
|
||
return digest;
|
||
},
|
||
|
||
listMySubmissions: (params?: SubmissionListParams) => submissionPage("/me/submissions", params),
|
||
/** The per-upload context cap, checked before a file is sent. */
|
||
submissionLimits: () => request<{ max_context_bytes: number }>("GET", "/me/submissions/limits"),
|
||
|
||
createSubmission: (displayName: string) =>
|
||
request<Submission>("POST", "/me/submissions", { display_name: displayName }),
|
||
|
||
uploadSubmissionContext: (id: string, file: Blob) =>
|
||
requestRaw<Submission>("POST", urlPath`/me/submissions/${id}/context`, file, {
|
||
"Content-Type": "application/x-gzip",
|
||
}),
|
||
|
||
// A chunked context upload (lib/contextUpload.ts drives it): ask where the
|
||
// staged upload stands, send each part at its byte offset, then store it.
|
||
getContextUpload: (id: string) =>
|
||
request<ContextUploadProgress>("GET", urlPath`/me/submissions/${id}/context/upload`),
|
||
|
||
putContextPart: (
|
||
id: string,
|
||
offset: number,
|
||
part: Blob,
|
||
opts?: { onProgress?: (sent: number) => void; signal?: AbortSignal },
|
||
) =>
|
||
sendWithProgress<ContextUploadProgress>(
|
||
"PUT",
|
||
urlPath`/me/submissions/${id}/context/upload` + `?offset=${offset}`,
|
||
part,
|
||
opts,
|
||
),
|
||
|
||
completeContextUpload: (id: string) =>
|
||
request<Submission>("POST", urlPath`/me/submissions/${id}/context/upload/complete`),
|
||
|
||
// Retract the caller's own pending submission (and its uploaded context), which
|
||
// frees their pending slot and storage budget. Reviewed submissions are frozen.
|
||
withdrawSubmission: (id: string) => request<Submission>("DELETE", urlPath`/me/submissions/${id}`),
|
||
|
||
getUpdateWindow: () => request<UpdateWindow>("GET", "/updates/window"),
|
||
|
||
setUpdateWindow: (window: UpdateWindow) => request<UpdateWindow>("PUT", "/updates/window", window),
|
||
|
||
// Freshness of the host's control-plane database backup (felis-db-backup.timer).
|
||
getDBBackup: () => request<DBBackupStatus>("GET", "/platform/db-backup"),
|
||
getUpdateReport: () => request<UpdateReport>("GET", "/updates/report"),
|
||
|
||
// ---- User admin (admin-tier, spec §7 user admin) ----
|
||
|
||
listUsers: (params?: {
|
||
query?: string;
|
||
role?: "admin" | "user";
|
||
disabled?: "true" | "false";
|
||
limit?: number;
|
||
offset?: number;
|
||
}) => {
|
||
const sp = new URLSearchParams();
|
||
if (params?.query) sp.set("query", params.query);
|
||
if (params?.role) sp.set("role", params.role);
|
||
if (params?.disabled) sp.set("disabled", params.disabled);
|
||
if (params?.limit) sp.set("limit", String(params.limit));
|
||
if (params?.offset) sp.set("offset", String(params.offset));
|
||
const qs = sp.toString();
|
||
return request<{ users: UserView[]; total: number }>(
|
||
"GET",
|
||
`/users${qs ? `?${qs}` : ""}`,
|
||
).then((r) => ({ users: r.users ?? [], total: r.total ?? 0 }));
|
||
},
|
||
|
||
getUser: (id: string) => request<UserDetail>("GET", urlPath`/users/${id}`),
|
||
|
||
createUser: (req: CreateUserRequest) =>
|
||
request<UserView>("POST", "/users", req),
|
||
|
||
patchUser: (id: string, patch: PatchUserRequest) =>
|
||
request<UserView>("PATCH", urlPath`/users/${id}`, patch),
|
||
|
||
deleteUser: (id: string) =>
|
||
request<{ deleted: boolean }>("DELETE", urlPath`/users/${id}`),
|
||
|
||
disableUser: (id: string, disabled: boolean) =>
|
||
request<{ id: string; disabled: boolean }>("POST", urlPath`/users/${id}/disable`, { disabled }),
|
||
|
||
getUserQuotas: (id: string) => request<QuotaView>("GET", urlPath`/users/${id}/quotas`),
|
||
|
||
setUserQuotas: (id: string, quotas: QuotaInput) =>
|
||
request<QuotaView>("PUT", urlPath`/users/${id}/quotas`, quotas),
|
||
|
||
listUserSessions: (id: string) =>
|
||
request<{ sessions: SessionView[] }>("GET", urlPath`/users/${id}/sessions`).then((r) => r.sessions ?? []),
|
||
|
||
revokeUserSessions: (id: string) =>
|
||
request<{ ok: boolean }>("DELETE", urlPath`/users/${id}/sessions`),
|
||
|
||
revokeUserSession: (id: string, hash: string) =>
|
||
request<{ ok: boolean }>("DELETE", urlPath`/users/${id}/sessions/${hash}`),
|
||
|
||
// unbindUserPasskeys severs EVERY passkey the user holds (owner-tier account
|
||
// remediation for a lost or compromised authenticator). It is deliberately not
|
||
// a lockout — the account keeps its other doors (email OTP, in-game op-login
|
||
// re-enrollment). Unbinding an account that holds no passkeys is a 200 no-op.
|
||
unbindUserPasskeys: (id: string) =>
|
||
request<{ ok: boolean }>("DELETE", urlPath`/users/${id}/passkeys`),
|
||
|
||
linkAccount: (id: string, mcUuid: string, authSource?: string) =>
|
||
request<{ ok: boolean; mc_uuid: string; auth_source: string }>(
|
||
"POST",
|
||
urlPath`/users/${id}/links`,
|
||
{ mc_uuid: mcUuid, auth_source: authSource ?? "mojang" },
|
||
),
|
||
|
||
unlinkAccount: (id: string, mcUuid: string) =>
|
||
request<{ ok: boolean; mc_uuid: string }>(
|
||
"DELETE",
|
||
urlPath`/users/${id}/links/${mcUuid}`,
|
||
),
|
||
});
|
||
|
||
/**
|
||
* consoleStreamURL builds the §8 read-side SSE endpoint for a server. It mirrors
|
||
* request()'s `${apiBase}${path}` join, but is a plain string builder rather than
|
||
* a fetch: an EventSource is *constructed* from a URL (and carries the Access
|
||
* cookie via withCredentials), it is not requested through this module. The name
|
||
* is percent-encoded defensively — server names are validated `[a-z0-9-]`
|
||
* upstream, but the URL is built from a router param, so encoding keeps a stray
|
||
* value from breaking the URL.
|
||
*/
|
||
export function consoleStreamURL(apiBase: string, name: string): string {
|
||
return `${apiBase}/servers/${encodeURIComponent(name)}/console`;
|
||
}
|
||
|
||
/**
|
||
* buildLogsStreamURL builds the SSE endpoint for build logs.
|
||
*/
|
||
export function buildLogsStreamURL(apiBase: string, id: string): string {
|
||
return `${apiBase}/images/build/${encodeURIComponent(id)}/logs`;
|
||
}
|
||
|
||
/** clientError is a failure the panel itself detects (no request was made),
|
||
* shaped like a server error so humanizeError words it from the code. */
|
||
export function clientError(code: string): ApiError {
|
||
return { status: 0, code, message: "" };
|
||
}
|
||
|
||
/** humanizeError turns the stable error code into a user-facing line. */
|
||
export function humanizeError(e: unknown): string {
|
||
const t = i18next.getFixedT(null, "errors");
|
||
|
||
if (e && typeof e === "object" && "name" in e) {
|
||
const name = (e as any).name;
|
||
if (name === "NotAllowedError") {
|
||
return t("passkey_not_allowed");
|
||
}
|
||
if (name === "AbortError") {
|
||
return t("passkey_aborted");
|
||
}
|
||
}
|
||
|
||
const err = e as Partial<ApiError>;
|
||
switch (err.code) {
|
||
// Session doors (spec §B): every passwordless door 403s this when local
|
||
// sessions are disabled on a Zero-Trust-only deployment.
|
||
case "local_auth_disabled":
|
||
return t("local_auth_disabled");
|
||
case "staff_account":
|
||
return t("staff_account");
|
||
case "not_linked":
|
||
return t("not_linked");
|
||
case "invalid_code":
|
||
return t("invalid_code");
|
||
case "already_linked":
|
||
return t("already_linked");
|
||
case "bad_mc_uuid":
|
||
return t("bad_mc_uuid");
|
||
case "otp_resend_cooldown":
|
||
return t("otp_resend_cooldown");
|
||
case "otp_locked":
|
||
return t("otp_locked");
|
||
case "otp_account_locked":
|
||
return t("otp_account_locked");
|
||
// Volumetric limits on the sign-in doors (internal/api/ratelimit.go): one
|
||
// network calling too fast, or the install-wide mail budget spent.
|
||
case "rate_limited":
|
||
return t("rate_limited");
|
||
case "mail_rate_limited":
|
||
return t("mail_rate_limited");
|
||
case "passkey_challenge_invalid":
|
||
return t("passkey_challenge_invalid");
|
||
case "invalid_attestation":
|
||
return t("invalid_attestation");
|
||
case "passkey_already_bound":
|
||
return t("passkey_already_bound");
|
||
case "passkey_unavailable":
|
||
return t("passkey_unavailable");
|
||
case "last_passkey":
|
||
return t("last_passkey");
|
||
// User admin (internal/api/handlers_users.go): the caller's own account and
|
||
// the owner account are refused, each for its own reason.
|
||
case "self_protected":
|
||
return t("self_protected");
|
||
case "owner_protected":
|
||
return t("owner_protected");
|
||
case "session_not_found":
|
||
return t("session_not_found");
|
||
case "quota_exceeded":
|
||
return t("quota_exceeded");
|
||
case "already_claimed":
|
||
return t("already_claimed");
|
||
case "image_not_whitelisted":
|
||
return t("image_not_whitelisted");
|
||
// Image pinning (internal/imagepin): a server runs the exact build its tag
|
||
// named when it was created or last changed, so the registry has to hold the
|
||
// tag, and moving a world to another build needs an explicit confirmation.
|
||
case "image_not_in_registry":
|
||
return t("image_not_in_registry");
|
||
case "registry_unavailable":
|
||
return t("registry_unavailable");
|
||
case "image_change_unconfirmed":
|
||
return t("image_change_unconfirmed");
|
||
case "subdomain_taken":
|
||
return t("subdomain_taken");
|
||
case "already_exists":
|
||
return t("already_exists");
|
||
// A server deleted by hand left its world volume; the name stays taken so a
|
||
// new server cannot mount the old world.
|
||
case "world_volume_exists":
|
||
return t("world_volume_exists");
|
||
// Retirement (internal/api/handlers_retire.go): a server given up or being
|
||
// deleted cannot be woken or claimed until that is cancelled or done; the
|
||
// request repeats the server's name; a system server is never retired; a
|
||
// deletion refuses while a hand-deleted server's world volume is left.
|
||
case "server_retiring":
|
||
return t("server_retiring");
|
||
case "confirm_mismatch":
|
||
return t("confirm_mismatch");
|
||
case "system_server":
|
||
return t("system_server");
|
||
case "world_volume_orphaned":
|
||
return t("world_volume_orphaned");
|
||
case "cooldown":
|
||
return t("cooldown");
|
||
// Access control (spec §7): the server must be Running for any RCON-backed
|
||
// access change; the panel gates on phase, but a stale phase can still race.
|
||
case "not_running":
|
||
return t("not_running");
|
||
case "console_unavailable":
|
||
return t("console_unavailable");
|
||
case "luckperms_missing":
|
||
return t("luckperms_missing");
|
||
// World restore (spec §7 restore-backup): the world volume must be free, so a
|
||
// running/starting server 409s not_stopped; no present backup 404s no_backup;
|
||
// the restore subsystem may be unwired (503 restore_unavailable).
|
||
case "no_backup":
|
||
return t("no_backup");
|
||
// The backup failed a read-back (sha256 or gzip/tar parse), so the server
|
||
// refuses to extract it over the world.
|
||
case "backup_corrupt":
|
||
return t("backup_corrupt");
|
||
case "not_stopped":
|
||
return t("not_stopped");
|
||
// World-volume lock: a restore, backup or file write is running on this
|
||
// server's world, so a wake or a second world operation is refused until the
|
||
// Job finishes (internal/maintenance).
|
||
case "maintenance_in_progress":
|
||
return t("maintenance_in_progress");
|
||
case "no_world_volume":
|
||
return t("no_world_volume");
|
||
// File editor: the file changed after it was opened (another manager saved
|
||
// it, or the server rewrote it), so the save was refused rather than
|
||
// overwriting that edit.
|
||
case "file_changed":
|
||
return t("file_changed");
|
||
case "volume_full":
|
||
return t("volume_full");
|
||
// On-demand backup rationing (data-durability-9): one per server per
|
||
// cooldown, none while the shared backup store is at its cap.
|
||
case "backup_cooldown":
|
||
return t("backup_cooldown");
|
||
case "backup_store_full":
|
||
return t("backup_store_full");
|
||
case "restore_unavailable":
|
||
return t("restore_unavailable");
|
||
// Server create/edit (spec §22): the portability regex + reservation list are
|
||
// enforced server-side, and the create form's own checks are weaker, so these
|
||
// refusals reach the dialog as-is.
|
||
case "bad_name":
|
||
return t("bad_name");
|
||
case "bad_subdomain":
|
||
return t("bad_subdomain");
|
||
case "bad_display_name":
|
||
return t("bad_display_name");
|
||
case "at_capacity":
|
||
return t("at_capacity");
|
||
case "storage_immutable":
|
||
return t("storage_immutable");
|
||
case "bad_idle_stop":
|
||
return t("bad_idle_stop");
|
||
// Email identity: the verified-email uniqueness index (migration 0020) plus
|
||
// VerifyEmailOTP's guard make a second verified holder impossible; the OTP
|
||
// relay can also refuse to deliver at all.
|
||
case "email_taken":
|
||
return t("email_taken");
|
||
case "mail_undeliverable":
|
||
return t("mail_undeliverable");
|
||
// No [smtp] relay at all: every door that mails a code refuses before minting.
|
||
case "mail_unavailable":
|
||
return t("mail_unavailable");
|
||
// File editor (spec §7): path/size refusals from the sandboxed job, plus the
|
||
// subsystem being unwired.
|
||
case "bad_path":
|
||
return t("bad_path");
|
||
case "too_large":
|
||
return t("too_large");
|
||
case "files_timeout":
|
||
return t("files_timeout");
|
||
case "files_unavailable":
|
||
return t("files_unavailable");
|
||
case "jobs_unavailable":
|
||
return t("jobs_unavailable");
|
||
// Builds, uploads and review: terminal-state conflicts and unwired subsystems.
|
||
case "already_terminal":
|
||
return t("already_terminal");
|
||
case "build_unavailable":
|
||
return t("build_unavailable");
|
||
case "build_logs_unavailable":
|
||
return t("build_logs_unavailable");
|
||
case "scan_document_not_kept":
|
||
return t("scan_document_not_kept");
|
||
case "already_reviewed":
|
||
return t("already_reviewed");
|
||
case "context_changed":
|
||
return t("context_changed");
|
||
case "submission_quota_exceeded":
|
||
return t("submission_quota_exceeded");
|
||
case "submission_cooldown":
|
||
return t("submission_cooldown");
|
||
case "submissions_unavailable":
|
||
return t("submissions_unavailable");
|
||
case "uploads_unavailable":
|
||
return t("uploads_unavailable");
|
||
// Chunked uploads: the client resumes on these by itself, so they surface
|
||
// only once its retries run out.
|
||
case "upload_busy":
|
||
return t("upload_busy");
|
||
case "upload_offset_mismatch":
|
||
return t("upload_offset_mismatch");
|
||
case "uploads_store_unavailable":
|
||
return t("uploads_store_unavailable");
|
||
case "part_too_large":
|
||
return t("part_too_large");
|
||
case "backup_unavailable":
|
||
return t("backup_unavailable");
|
||
// Account migration + the re-auth steps it depends on: every refusal below is
|
||
// an expected outcome of the Account → migrate flow, not a fault.
|
||
case "account_retired":
|
||
return t("account_retired");
|
||
case "no_migration":
|
||
return t("no_migration");
|
||
case "not_confirmed":
|
||
return t("not_confirmed");
|
||
case "migrate_quota_exceeded":
|
||
return t("migrate_quota_exceeded");
|
||
case "invalid_quota":
|
||
return t("invalid_quota");
|
||
case "already_confirmed":
|
||
return t("already_confirmed");
|
||
case "invalid_target":
|
||
return t("invalid_target");
|
||
case "target_not_found":
|
||
return t("target_not_found");
|
||
case "target_unavailable":
|
||
return t("target_unavailable");
|
||
case "no_passkey":
|
||
return t("no_passkey");
|
||
case "passkey_required":
|
||
return t("passkey_required");
|
||
case "no_step_up_factor":
|
||
return t("no_step_up_factor");
|
||
case "passkey_login_failed":
|
||
return t("passkey_login_failed");
|
||
case "passkey_login_invalid":
|
||
return t("passkey_login_invalid");
|
||
case "too_many_challenges":
|
||
return t("too_many_challenges");
|
||
// Re-authentication before a change to how the account signs in.
|
||
case "reauth_required":
|
||
return t("reauth_required");
|
||
case "staff_reauth":
|
||
return t("staff_reauth");
|
||
case "no_session":
|
||
return t("no_session");
|
||
// Operator-login approvals, live streams, and the remaining auth doors.
|
||
case "op_login_invalid":
|
||
return t("op_login_invalid");
|
||
case "op_login_not_found":
|
||
return t("op_login_not_found");
|
||
case "too_many_streams":
|
||
return t("too_many_streams");
|
||
case "protected_admin":
|
||
return t("protected_admin");
|
||
case "auth_unavailable":
|
||
return t("auth_unavailable");
|
||
case "setup_token_invalid":
|
||
return t("setup_token_invalid");
|
||
// The request never got a response: the network is down, or Cloudflare
|
||
// Access sent it to its login page because the Access session expired.
|
||
case "network_error":
|
||
return t("network_error");
|
||
// A proxy or the tunnel answered for the API (it is restarting or down).
|
||
case "upstream_unavailable":
|
||
return t("upstream_unavailable");
|
||
case "bad_path_param":
|
||
return t("bad_path_param");
|
||
case "passkey_no_credential":
|
||
return t("passkey_no_credential");
|
||
case "not_found":
|
||
return t("not_found");
|
||
case "conflict":
|
||
return t("conflict");
|
||
case "restore_in_progress":
|
||
return t("restore_in_progress");
|
||
// 507: named on its own so the 5xx fallback below does not call it an
|
||
// outage.
|
||
case "uploads_full":
|
||
return t("uploads_full");
|
||
case "unsupported_media_type":
|
||
return t("unsupported_media_type");
|
||
// The detail says which field was wrong; the server writes it in English,
|
||
// so it rides inside a localized sentence.
|
||
case "bad_request":
|
||
return err.message ? t("bad_request", { detail: err.message }) : t("generic");
|
||
default:
|
||
if (err.status === 401) return t("session_expired");
|
||
if (err.status === 403) return t("forbidden");
|
||
if (err.status === 413) return t("payload_too_large");
|
||
if (err.status !== undefined && err.status >= 500) return t("upstream_unavailable");
|
||
return err.message ?? t("generic");
|
||
}
|
||
}
|