Required dependencies

npm install @hapi/accept @hapi/ammo @hapi/boom @hapi/bounce @hapi/call \
  @hapi/catbox @hapi/catbox-memory @hapi/heavy @hapi/hoek @hapi/mimos \
  @hapi/podium @hapi/shot @hapi/somever @hapi/statehood @hapi/subtext \
  @hapi/teamwork @hapi/topo @hapi/validate querystring

No native modules, pod installs, or prebuild steps are required. Node.js >= 18 is expected by hapi 21.x.

Project setup

1. Copy the source/ directory into your project, e.g. src/hapi-lib/.
2. In your entry file, require the local source instead of the npm package:

   // CommonJS
   const Hapi = require('./src/hapi-lib/index.js');
   

   or with a TypeScript path alias:

   // tsconfig.json
   {
     "compilerOptions": {
       "paths": {
         "@hapi/hapi": ["./src/hapi-lib/index.d.ts"]
       }
     }
   }
   

3. Install all runtime dependencies listed above.
4. No environment variables are required by the framework itself. Port and host come from server.start() configuration.
5. If you use TypeScript, point your typeRoots or types at source/types/ for the bundled declarations.

Public API

Server (factory function)

import { Server } from './src/hapi-lib/index.js';

const server: Server = new Server(options?: ServerOptions);
// -or-
const server = require('./src/hapi-lib/index.js').server(options);

Server is both a class and a callable factory (the default export of server.js is a function that returns a new internals.Server instance wrapping a Core). Use it to create a server instance, register plugins, define routes, and control the lifecycle via server.start() / server.stop().

Request

class Request {
  server: Server;
  method: string;
  path: string;
  query: Record<string, string>;
  params: Record<string, string>;
  payload: unknown;
  headers: Record<string, string>;
  state: Record<string, string>;
  auth: { isAuthenticated: boolean; credentials: unknown };
  app: Record<string, unknown>;
  plugins: Record<string, unknown>;
  pre: Record<string, unknown>;
  logs: object[];
  info: object;
  response: Response | null;
  raw: { req: IncomingMessage; res: ServerResponse };
}

Request is instantiated internally per incoming HTTP request. Inside handlers, lifecycle extensions, and pre-handler methods, the first argument is a Request instance. Read request.payload for body data, request.auth.credentials for authenticated identity, and request.app for per-request custom state.

Response

class Response {
  statusCode: number;
  headers: Record<string, string>;
  source: unknown;
  variety: string;
  app: Record<string, unknown>;
  plugins: Record<string, unknown>;
  settings: {
    charset: string;
    encoding: string;
    ttl: number | null;
    passThrough: boolean;
  };
  code(statusCode: number): this;
  header(name: string, value: string, options?: object): this;
  type(mimeType: string): this;
  ttl(msec: number): this;
  state(name: string, value: unknown, options?: object): this;
}

Response is the object returned by the response toolkit h.response(source). Chain methods to set status code, headers, content type, cookies, and caching TTL before the response is transmitted.

Working examples

Scenario - Basic REST server with routing

A minimal server that handles GET and POST routes, returning JSON.

const Hapi = require('./src/hapi-lib/index.js');

async function start() {
  const server = Hapi.server({ port: 3000, host: 'localhost' });

  server.route({
    method: 'GET',
    path: '/users/{id}',
    handler(request, h) {
      return { id: request.params.id, name: 'Alice' };
    }
  });

  server.route({
    method: 'POST',
    path: '/users',
    handler(request, h) {
      const body = request.payload as { name: string };
      return h.response({ created: body.name }).code(201);
    }
  });

  await server.start();
  console.log(`Server running on ${server.info.uri}`);
}

start().catch(console.error);

Scenario - Plugin registration and server methods

Using hapi's plugin system and server.method for cached computations.

const Hapi = require('./src/hapi-lib/index.js');

const myPlugin = {
  name: 'myPlugin',
  version: '1.0.0',
  register(server: any, options: any) {
    server.method('greet', (name: string) => `Hello, ${name}!`, {
      cache: { expiresIn: 60000, generateTimeout: 2000 }
    });

    server.route({
      method: 'GET',
      path: '/greet/{name}',
      async handler(request, h) {
        const message = await request.server.methods.greet(request.params.name);
        return { message };
      }
    });
  }
};

async function start() {
  const server = Hapi.server({ port: 3000 });
  await server.register(myPlugin);
  await server.start();
}

start().catch(console.error);

Scenario - Lifecycle extension and authentication scheme

Registering an onPreResponse extension and a custom auth scheme.

const Hapi = require('./src/hapi-lib/index.js');
const Boom = require('@hapi/boom');

async function start() {
  const server = Hapi.server({ port: 3000 });

  // Custom auth scheme
  server.auth.scheme('token', (srv, options) => ({
    authenticate(request, h) {
      const token = request.headers['x-token'];
      if (token !== 'secret') throw Boom.unauthorized('Invalid token');
      return h.authenticated({ credentials: { user: 'alice' } });
    }
  }));
  server.auth.strategy('simple', 'token');

  // Global lifecycle extension to normalize errors
  server.ext('onPreResponse', (request, h) => {
    if (request.response instanceof Error) {
      const err = request.response as any;
      return h.response({ error: err.message }).code(err.output?.statusCode ?? 500);
    }
    return h.continue;
  });

  server.route({
    method: 'GET',
    path: '/secret',
    options: { auth: 'simple' },
    handler(request, h) {
      return { user: (request.auth.credentials as any).user };
    }
  });

  await server.start();
}

start().catch(console.error);

File walkthrough

• index.js - Exports Server (class) and server (alias); the sole public entry point.
• server.js - Defines internals.Server; implements route, start, stop, register, inject, ext, auth, decorate, cache.
• core.js - Core class holds shared infrastructure: event bus (Podium), router (@hapi/call), cache clients (Catbox), and server state.
• request.js - Request class; initialized per connection with lifecycle flags, route reference, and all request-scoped properties.
• response.js - Response class; manages source (buffer, stream, object), headers, status code, and chainable mutators.
• auth.js - Manages auth scheme/strategy registry; invokes authenticate/payload/response auth steps.
• compression.js - Wraps encoder negotiation; integrates with @hapi/accept and zlib.
• config.js - Centralized Joi schemas for validating server options, route options, and plugin options.
• cors.js - Generates Access-Control-* headers and handles OPTIONS preflight routes.
• ext.js - Stores and sequences lifecycle extension functions per point (e.g. onPreAuth, onPostHandler).
• handler.js - Resolves the route handler function and wraps execution with error handling.
• headers.js - Sets Content-Type, Content-Length, ETag, Last-Modified, and cache-control headers.
• methods.js - Implements server.method with optional Catbox caching and argument-based cache keys.
• route.js - Builds Route objects from configuration; compiles path patterns and merges settings.
• security.js - Applies security-related response headers from route options.security config.
• streams.js - Peek and Recorder transform streams used internally during payload and response processing.
• toolkit.js - Response Toolkit (h); provides h.response(), h.redirect(), h.authenticated(), h.continue, h.entity().
• transmit.js - Handles final response write: determines variety, pipes streams, applies compression, ends response.
• validation.js - Runs Joi/custom validators against request path params, query, headers, payload, and response.
• types/ - TypeScript declarations mirroring each runtime module; consumed by TS projects for type safety.

Common pitfalls and fixes

• CJS-only source: All hapi source files use 'use strict' + require; do not use import directly — use require or a CJS-to-ESM wrapper.
• Node.js version: hapi 21.x requires Node.js >= 18; running on older Node will throw on class field syntax (actives = new WeakMap()). Fix: upgrade Node or transpile with Babel.
• @hapi/validate peer: Several internal schemas use @hapi/validate, not joi directly; ensure @hapi/validate is installed and not aliased to Joi 17 without compatibility shim.
• Missing querystring module: Node 18+ deprecates the built-in querystring; request.js still imports it. It remains available but pin Node < 22 or replace with new URLSearchParams.
• Auth scheme must call h.authenticated(): Returning a plain object from authenticate() will not set request.auth.credentials; always use return h.authenticated({ credentials }).
• Plugin name field required: Registering an object plugin without a name property throws synchronously inside core.js registration — always include name and version.

Vibe-coding prompt template

I have a local copy of the @hapi/hapi 21.4.8 framework source in `src/hapi-lib/`
and a USAGE.md guide at the root of my project.

Please read USAGE.md and the files in src/hapi-lib/ (especially index.js,
server.js, request.js, response.js, and toolkit.js), then integrate hapi
into my project by doing the following step by step:

1. Replace any existing HTTP server setup with a hapi Server instance created
   from `src/hapi-lib/index.js` (not from the npm package).
2. Convert my existing Express/native routes to hapi route objects using
   server.route({ method, path, handler }).
3. Register any middleware equivalents as hapi lifecycle extensions via
   server.ext('onPreResponse', ...) or server.ext('onPreAuth', ...).
4. If I have authentication, implement a hapi auth scheme via
   server.auth.scheme() and server.auth.strategy() using the patterns in
   USAGE.md.
5. Ensure all dependencies in USAGE.md ## Required dependencies are installed.
6. Show the final server startup code with server.start() and error handling.

Only use exports and APIs documented in USAGE.md and visible in src/hapi-lib/.
Do not import from @hapi/hapi npm package directly.

License and credit

@hapi/hapi is released under the BSD 3-Clause License. See source/LICENSE if present, or refer to the upstream repository. Upstream package: @hapi/hapi@21.4.8 — documentation and API reference at hapi.dev.

This product’s unique contribution is clean room implementation of valuable code block into AVCP compatible standard.

完整安装指南与集成提示词将在购买后解锁。

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