Files
TREK/server/src/nest/oauth/oauth.service.ts
T
Maurice fc7d8b5d12 Migrate TREK 3 to NestJS + React 19 with a shared Zod contract layer
Brownfield strangler migration of the backend onto NestJS modules
(auth, trips, days, places, assignments, packing, todo, budget,
reservations, collab, files, photos, journey, share, settings, backup,
oidc, oauth, admin, atlas, vacay, weather, airports, maps, categories,
tags, notifications, system-notices) served through a per-prefix
dispatcher, keeping the existing SQLite/better-sqlite3 DB and JWT
httpOnly cookie auth, with behavioural parity for every route.

Client: React 19 upgrade, "page = wiring container + data hook"
pattern across all pages, per-domain Zustand stores bound to
@trek/shared contracts, and decomposition of the large components
(DayPlanSidebar, PackingListPanel, CollabNotes, FileManager,
MemoriesPanel, PlacesSidebar, CollabChat, SystemNoticeModal,
BudgetPanel, PlaceFormModal, ...) into focused render units backed by
in-file hooks.

Apply the shared global request pipeline (helmet/CSP, CORS, HSTS,
forced HTTPS, the global MFA policy and request logging) to the NestJS
instance as well, so a migrated route is protected identically to the
legacy fallback rather than bypassing it.
2026-05-30 02:39:26 +02:00

37 lines
2.4 KiB
TypeScript

import { Injectable } from '@nestjs/common';
import * as oauth from '../../services/oauthService';
import { isAddonEnabled } from '../../services/adminService';
import { ADDON_IDS } from '../../addons';
import { getMcpSafeUrl } from '../../services/notifications';
/**
* Thin Nest wrapper around the existing OAuth 2.1 service. The grant handling,
* PKCE, client auth, consent storage, token issue/refresh/revoke and the
* client/session CRUD all reuse the legacy code unchanged.
*/
@Injectable()
export class OauthService {
mcpEnabled(): boolean { return isAddonEnabled(ADDON_IDS.MCP); }
mcpSafeUrl(): string { return getMcpSafeUrl(); }
consumeAuthCode(code: string) { return oauth.consumeAuthCode(code); }
authenticateClient(clientId: string, clientSecret?: string) { return oauth.authenticateClient(clientId, clientSecret); }
verifyPKCE(verifier: string, challenge: string) { return oauth.verifyPKCE(verifier, challenge); }
issueTokens(...args: Parameters<typeof oauth.issueTokens>) { return oauth.issueTokens(...args); }
issueClientCredentialsToken(...args: Parameters<typeof oauth.issueClientCredentialsToken>) { return oauth.issueClientCredentialsToken(...args); }
refreshTokens(...args: Parameters<typeof oauth.refreshTokens>) { return oauth.refreshTokens(...args); }
revokeToken(...args: Parameters<typeof oauth.revokeToken>) { return oauth.revokeToken(...args); }
getUserByAccessToken(token: string) { return oauth.getUserByAccessToken(token); }
validateAuthorizeRequest(params: oauth.AuthorizeParams, userId: number | null) { return oauth.validateAuthorizeRequest(params, userId); }
saveConsent(...args: Parameters<typeof oauth.saveConsent>) { return oauth.saveConsent(...args); }
createAuthCode(...args: Parameters<typeof oauth.createAuthCode>) { return oauth.createAuthCode(...args); }
listOAuthClients(userId: number) { return oauth.listOAuthClients(userId); }
createOAuthClient(...args: Parameters<typeof oauth.createOAuthClient>) { return oauth.createOAuthClient(...args); }
rotateOAuthClientSecret(userId: number, id: string, ip: string | undefined) { return oauth.rotateOAuthClientSecret(userId, id, ip); }
deleteOAuthClient(userId: number, id: string, ip: string | undefined) { return oauth.deleteOAuthClient(userId, id, ip); }
listOAuthSessions(userId: number) { return oauth.listOAuthSessions(userId); }
revokeSession(userId: number, id: number, ip: string | undefined) { return oauth.revokeSession(userId, id, ip); }
}