@fluojs/platform-cloudflare-workers - npm Package Compare versions

Comparing version 1.0.4 to 1.0.5

dist/adapter.d.ts

@@ -1,4 +0,3 @@
-import { type Dispatcher, type HttpApplicationAdapter } from '@fluojs/http/internal';
-import { type BootstrapHttpAdapterApplicationOptions } from '@fluojs/runtime/internal/http-adapter';
-import type { Application, ModuleType, UploadedFile } from '@fluojs/runtime';
+import type { CorsOptions, Dispatcher, HttpApplicationAdapter, MiddlewareLike, SecurityHeadersOptions } from '@fluojs/http';
+import type { Application, CreateApplicationOptions, ModuleType } from '@fluojs/runtime';
 import { type CreateWebRequestResponseFactoryOptions } from '@fluojs/runtime/web';
@@ -8,6 +7,13 @@ declare module '@fluojs/http' {
         cloudflare?: CloudflareWorkerRequestContext;
-        files?: UploadedFile[];
-        rawBody?: Uint8Array;
     }
 }
+declare const ADAPTER_CLOSE_SETTLED: unique symbol;
+type CloudflareWorkerCorsInput = false | string | string[] | CorsOptions;
+interface CloudflareWorkerMiddlewareOptions {
+    cors?: CloudflareWorkerCorsInput;
+    globalPrefix?: string;
+    globalPrefixExclude?: readonly string[];
+    middleware?: MiddlewareLike[];
+    securityHeaders?: false | SecurityHeadersOptions;
+}
 /** Minimal Worker execution context surface used by the adapter. */
@@ -59,3 +65,3 @@ export interface CloudflareWorkerExecutionContext {
 /** Bootstrap options for constructing a Cloudflare Worker application shell. */
-export interface BootstrapCloudflareWorkerApplicationOptions extends BootstrapHttpAdapterApplicationOptions, CloudflareWorkerAdapterOptions {
+export interface BootstrapCloudflareWorkerApplicationOptions extends Omit<CreateApplicationOptions, 'adapter' | 'middleware'>, CloudflareWorkerMiddlewareOptions, CloudflareWorkerAdapterOptions {
 }
@@ -86,2 +92,3 @@ /** Fetch handler shape exposed by Worker-backed application entrypoints. */
     private isClosed;
+    private isWebSocketBindingFrozen;
     private websocketBinding?;
@@ -94,2 +101,3 @@ private readonly options;
     configureWebSocketBinding(binding: CloudflareWorkerWebSocketBinding | undefined): void;
+    [ADAPTER_CLOSE_SETTLED](): Promise<void>;
     fetch<Env = unknown>(request: Request, env?: Env, executionContext?: CloudflareWorkerExecutionContext): Promise<Response>;
@@ -133,2 +141,3 @@ listen(dispatcher: Dispatcher): Promise<void>;
 }
+export {};
 //# sourceMappingURL=adapter.d.ts.map

dist/adapter.d.ts.map

@@ -1,1 +0,1 @@
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dist/adapter.js

@@ -6,2 +6,5 @@ import { createFetchStyleHttpAdapterRealtimeCapability } from '@fluojs/http/internal';
 const DEFAULT_SHUTDOWN_TIMEOUT_MS = 10_000;
+const WEBSOCKET_CLOSED_READY_STATE = 3;
+const ADAPTER_CLOSE_SETTLED = Symbol('CloudflareWorkerAdapterCloseSettled');
+const WEBSOCKET_BINDING_RECONFIGURATION_MESSAGE = 'Cloudflare Workers websocket binding must be configured before listen() starts accepting Worker requests.';
 
@@ -47,2 +50,3 @@ /** Minimal Worker execution context surface used by the adapter. */
   isClosed = false;
+  isWebSocketBindingFrozen = false;
   websocketBinding;
@@ -80,4 +84,10 @@ options;
   configureWebSocketBinding(binding) {
+    if (this.isWebSocketBindingFrozen && binding !== this.websocketBinding) {
+      throw new Error(WEBSOCKET_BINDING_RECONFIGURATION_MESSAGE);
+    }
     this.websocketBinding = binding;
   }
+  [ADAPTER_CLOSE_SETTLED]() {
+    return this.closeInFlight ?? Promise.resolve();
+  }
   async fetch(request, env, executionContext) {
@@ -90,10 +100,15 @@ if (this.closeInFlight || this.isClosed) {
     if (dispatcher && this.websocketBinding && isWebSocketUpgradeRequest(request)) {
+      const socketLifecycles = [];
       try {
         const response = await this.websocketBinding.fetch(request, {
-          upgrade: upgradeRequest => this.upgradeWebSocket(upgradeRequest)
+          upgrade: upgradeRequest => {
+            const upgrade = this.upgradeWebSocket(upgradeRequest);
+            socketLifecycles.push(createWebSocketCloseLifecycle(upgrade.serverSocket));
+            return upgrade;
+          }
         });
-        executionContext?.waitUntil(Promise.resolve());
         return response;
       } finally {
-        release();
+        const lifecycle = Promise.all(socketLifecycles).then(() => undefined).finally(release);
+        executionContext?.waitUntil(lifecycle);
       }
@@ -123,2 +138,3 @@ }
     this.isClosed = false;
+    this.isWebSocketBindingFrozen = true;
     this.dispatcher = dispatcher;
@@ -216,4 +232,8 @@ }
   let closeInFlight;
+  let closeRecovery;
   let runningApplication;
   const ready = async () => {
+    if (closeRecovery) {
+      await closeRecovery;
+    }
     if (closeError) {
@@ -233,2 +253,5 @@ throw closeError;
       }
+      if (closeRecovery) {
+        await closeRecovery;
+      }
       if (closeError) {
@@ -242,4 +265,6 @@ throw closeError;
       const closing = (async () => {
+        let currentApplication;
         try {
-          await (await application).close(signal);
+          currentApplication = await application;
+          await currentApplication.close(signal);
           if (runningApplication === application) {
@@ -249,3 +274,19 @@ runningApplication = undefined;
         } catch (error) {
-          closeError = error;
+          if (currentApplication && isShutdownTimeoutError(error)) {
+            closeRecovery = watchTimedOutCloseRecovery(currentApplication, {
+              clearRunningApplication() {
+                if (runningApplication === application) {
+                  runningApplication = undefined;
+                }
+              },
+              setCloseError(error) {
+                closeError = error;
+              },
+              setCloseRecovery(recovery) {
+                closeRecovery = recovery;
+              }
+            });
+          } else {
+            closeError = error;
+          }
           throw error;
@@ -260,3 +301,3 @@ } finally {
     async fetch(request, env, executionContext) {
-      if (closeError || closeInFlight) {
+      if (closeError || closeInFlight || closeRecovery) {
         return createShutdownResponse();
@@ -327,2 +368,15 @@ }
 }
+function createWebSocketCloseLifecycle(socket) {
+  if (socket.readyState === WEBSOCKET_CLOSED_READY_STATE) {
+    return Promise.resolve();
+  }
+  const lifecycle = createDeferred();
+  socket.addEventListener('close', () => lifecycle.resolve(), {
+    once: true
+  });
+  if (socket.readyState === WEBSOCKET_CLOSED_READY_STATE) {
+    lifecycle.resolve();
+  }
+  return lifecycle.promise;
+}
 function createDeferred() {
@@ -341,2 +395,21 @@ let resolve;
 }
+function watchTimedOutCloseRecovery(currentApplication, callbacks) {
+  const recovery = currentApplication.adapter[ADAPTER_CLOSE_SETTLED]().then(() => {
+    callbacks.clearRunningApplication();
+  }, error => {
+    callbacks.setCloseError(error);
+    throw error;
+  });
+  const recoveryWithCleanup = recovery.finally(() => {
+    callbacks.setCloseRecovery(undefined);
+  });
+  void recoveryWithCleanup.catch(() => undefined);
+  return recoveryWithCleanup;
+}
+function createShutdownTimeoutMessage(timeoutMs) {
+  return `Cloudflare Workers adapter shutdown timeout exceeded ${String(timeoutMs)}ms.`;
+}
+function isShutdownTimeoutError(error) {
+  return error instanceof Error && error.message === createShutdownTimeoutMessage(DEFAULT_SHUTDOWN_TIMEOUT_MS);
+}
 function createShutdownResponse() {
@@ -373,32 +446,37 @@ return new Response(JSON.stringify({
   }
-  const reader = responseBody.getReader();
-  const trackedBody = new ReadableStream({
-    async cancel(reason) {
-      try {
-        await reader.cancel(reason);
-        lifecycle.resolve();
-      } catch (error) {
-        lifecycle.reject(error);
-        throw error;
-      }
-    },
-    async pull(controller) {
-      try {
-        const result = await reader.read();
-        if (result.done) {
-          controller.close();
+  try {
+    const reader = responseBody.getReader();
+    const trackedBody = new ReadableStream({
+      async cancel(reason) {
+        try {
+          await reader.cancel(reason);
           lifecycle.resolve();
-          return;
+        } catch (error) {
+          lifecycle.reject(error);
+          throw error;
         }
-        controller.enqueue(result.value);
-      } catch (error) {
-        controller.error(error);
-        lifecycle.reject(error);
+      },
+      async pull(controller) {
+        try {
+          const result = await reader.read();
+          if (result.done) {
+            controller.close();
+            lifecycle.resolve();
+            return;
+          }
+          controller.enqueue(result.value);
+        } catch (error) {
+          controller.error(error);
+          lifecycle.reject(error);
+        }
       }
-    }
-  });
-  return {
-    lifecycle: lifecycle.promise.finally(release),
-    response: new Response(trackedBody, response)
-  };
+    });
+    return {
+      lifecycle: lifecycle.promise.finally(release),
+      response: new Response(trackedBody, response)
+    };
+  } catch (error) {
+    release();
+    throw error;
+  }
 }
@@ -411,3 +489,3 @@ function isLifecycleTrackedStreamingResponse(response) {
     const timeoutHandle = setTimeout(() => {
-      reject(new Error(`Cloudflare Workers adapter shutdown timeout exceeded ${String(timeoutMs)}ms.`));
+      reject(new Error(createShutdownTimeoutMessage(timeoutMs)));
     }, timeoutMs);
@@ -414,0 +492,0 @@ void closePromise.then(() => {

package.json

@@ -12,3 +12,3 @@ {
   ],
-  "version": "1.0.4",
+  "version": "1.0.5",
   "private": false,
@@ -37,4 +37,4 @@ "license": "MIT",
   "dependencies": {
-    "@fluojs/http": "^1.1.2",
-    "@fluojs/runtime": "^1.1.8"
+    "@fluojs/http": "^2.0.1",
+    "@fluojs/runtime": "^2.0.1"
   },
@@ -41,0 +41,0 @@ "devDependencies": {

README.ko.md

@@ -13,2 +13,3 @@ # @fluojs/platform-cloudflare-workers
 - [주요 패턴](#주요-패턴)
+- [Lifecycle 및 public seam 참고](#lifecycle-및-public-seam-참고)
 - [Conformance 커버리지](#conformance-커버리지)
@@ -31,5 +32,5 @@ - [공개 API 개요](#공개-api-개요)
 
-이 어댑터는 dispatcher가 binding된 뒤 각 요청 수명주기를 `executionContext.waitUntil(...)`에 연결하고, `close()` 중에도 진행 중인 디스패치와 SSE(`text/event-stream`) response body를 유지하여 Worker 종료 도중 활성 작업이 중간에 잘리지 않도록 보장합니다.
+이 어댑터는 dispatcher가 binding된 뒤 각 요청 수명주기를 `executionContext.waitUntil(...)`에 연결하고, `close()` 중에도 진행 중인 디스패치, terminal close까지의 upgraded server WebSocket, SSE(`text/event-stream`) response body를 유지하여 Worker 종료 도중 활성 작업이 중간에 잘리지 않도록 보장합니다.
 
-애플리케이션 종료 중에는 즉시 새 ingress 수락을 중단하고, 활성 HTTP 핸들러가 정리될 수 있도록 최대 10초의 bounded drain window를 제공합니다. 이 시간을 넘기면 `close()`는 무기한 대기하지 않고 timeout 오류로 종료됩니다. 해당 drain이 아직 진행 중일 때 동시에 `listen()`을 호출하면 Worker를 다시 열지 않고 `Cloudflare Workers adapter cannot listen while shutdown is still draining.` 오류로 reject됩니다. 닫힌 뒤에는 어댑터가 명시적으로 다시 `listen()`될 때까지 후속 HTTP 및 WebSocket upgrade request가 동일한 JSON `503` shutdown response를 받습니다.
+애플리케이션 종료 중에는 즉시 새 ingress 수락을 중단하고, 활성 HTTP 핸들러가 정리될 수 있도록 최대 10초의 bounded drain window를 제공합니다. 이 시간을 넘기면 `close()`는 무기한 대기하지 않고 timeout 오류로 종료됩니다. 해당 drain이 아직 진행 중일 때 동시에 `listen()`을 호출하면 Worker를 다시 열지 않고 `Cloudflare Workers adapter cannot listen while shutdown is still draining.` 오류로 reject됩니다. 닫힌 뒤에는 어댑터가 명시적으로 다시 `listen()`될 때까지 후속 HTTP 및 WebSocket upgrade request가 동일한 JSON `503` shutdown response를 받습니다. Lazy entrypoint는 timed-out close가 아직 drain 중인 동안 shutdown response를 계속 반환하지만, underlying close가 나중에 settle되면 해당 임시 gate를 해제하여 이후 request가 새 Worker application을 bootstrap할 수 있게 합니다.
 
@@ -73,9 +74,23 @@ ## 빠른 시작
 ### WebSocketPair 활용
-어댑터는 `@fluojs/websockets/cloudflare-workers` 바인딩을 통해 실시간 통신을 위한 Cloudflare의 네이티브 `WebSocketPair`를 지원합니다. Upgrade handling은 해당 binding을 통한 opt-in이며, non-hosted runtime test에서는 `createWebSocketPair`를 주입할 수 있습니다.
+어댑터는 `@fluojs/websockets/cloudflare-workers` 바인딩을 통해 실시간 통신을 위한 Cloudflare의 네이티브 `WebSocketPair`를 지원합니다. Upgrade handling은 해당 binding을 통한 opt-in이며, non-hosted runtime test에서는 `createWebSocketPair`를 주입할 수 있습니다. Binding은 `listen()`이 Worker dispatch boundary를 시작하기 전에 설정하세요. `listen()`이 한 번 실행된 뒤에는 해당 adapter instance의 binding identity가 frozen됩니다. 이미 public listen boundary를 지난 isolate 아래에서 upgrade ownership이 바뀌지 않도록, `close()` 이후에도 binding을 교체하거나 해제하려는 시도는 reject됩니다.
 
 ```typescript
+import { Module } from '@fluojs/core';
+import {
+  CloudflareWorkersWebSocketModule,
+  WebSocketGateway,
+} from '@fluojs/websockets/cloudflare-workers';
+
 @WebSocketGateway({ path: '/ws' })
-export class MyGateway {}
+export class EdgeGateway {}
+
+@Module({
+  imports: [CloudflareWorkersWebSocketModule.forRoot()],
+  providers: [EdgeGateway],
+})
+export class RealtimeModule {}
 ```
 
+Bootstrap 전에 application module graph에 `RealtimeModule`을 import하세요. Application bootstrap 중 `CloudflareWorkersWebSocketModule`이 gateway를 발견하고 `app.listen()`이 binding을 freeze하기 전에 Worker adapter binding을 구성합니다. Listen boundary 이후에는 binding을 추가하거나 교체하지 마세요.
+
 ### 엣지 네이티브 미들웨어
@@ -93,12 +108,18 @@ 표준 fluo 미들웨어(CORS, Global Prefix 등)는 Worker bootstrap helper를 통해 완전히 지원되며 Cloudflare 환경에 최적화되어 있습니다. `createCloudflareWorkerAdapter(...)`는 adapter가 소유하는 parsing 및 websocket-pair 옵션만 받습니다. Routing 및 middleware 옵션은 `bootstrapCloudflareWorkerApplication(...)` 또는 `createCloudflareWorkerEntrypoint(...)`에 전달하세요.
 
-- `fetch()`는 `listen()` 또는 lazy entrypoint가 dispatcher를 binding한 뒤 active work를 `executionContext.waitUntil(...)`에 등록합니다. SSE(`text/event-stream`) response는 body가 끝나거나 cancel될 때까지 해당 lifecycle과 close drain을 유지합니다. 그 lifecycle boundary 전에는 upgrade request와 HTTP dispatch가 application handler에 도달하지 않습니다.
+- `fetch()`는 `listen()` 또는 lazy entrypoint가 dispatcher를 binding한 뒤 active work를 `executionContext.waitUntil(...)`에 등록합니다. Upgraded server WebSocket은 terminal `close` event까지 해당 lifecycle과 close drain을 유지하고, SSE(`text/event-stream`) response는 body가 끝나거나 cancel될 때까지 이를 유지합니다. SSE reader 또는 tracked-stream setup이 동기적으로 실패하면 오류를 전파하기 전에 lifecycle을 release합니다. 그 lifecycle boundary 전에는 upgrade request와 HTTP dispatch가 application handler에 도달하지 않습니다.
 - `maxBodySize` 같은 adapter option은 Worker adapter 생성 시 검증됩니다. `globalPrefix`, `cors`, `middleware`, `securityHeaders` 같은 bootstrap 전용 옵션은 `createCloudflareWorkerAdapter(...)`가 아니라 Worker bootstrap helper에 전달해야 합니다.
-- WebSocket upgrade는 HTTP dispatch와 같은 listen boundary가 소유합니다. `listen()` 전의 upgrade request는 설정된 binding에 도달하지 않습니다.
-- `close()`는 shutdown 중 및 shutdown 이후 새 요청에 JSON `503` response를 반환하고, active request가 끝나지 않으면 10초 뒤 timeout됩니다. 해당 close drain이 아직 활성 상태일 때 `listen()`을 호출하면 Cloudflare Workers adapter shutdown-draining 오류로 reject됩니다.
+- WebSocket upgrade는 HTTP dispatch와 같은 listen boundary가 소유합니다. `listen()` 전의 upgrade request는 설정된 binding에 도달하지 않으며, adapter가 한 번이라도 listen한 뒤 defined binding을 교체하거나 해제하려는 시도는 Worker upgrade ownership을 바꾸는 대신 빠르게 실패합니다. 다른 websocket binding이 필요하면 새 adapter를 생성하세요.
+- `close()`는 shutdown 중 및 shutdown 이후 새 HTTP 및 WebSocket upgrade request에 JSON `503` response를 반환하고, active request가 끝나지 않으면 10초 뒤 timeout됩니다. 해당 close drain이 아직 활성 상태일 때 `listen()`을 호출하면 Cloudflare Workers adapter shutdown-draining 오류로 reject됩니다. Lazy entrypoint는 adapter의 underlying drain이 나중에 끝나면 이 timeout을 영구적으로 캐시하지 않습니다.
 - Multipart request는 `rawBody`를 보존하지 않습니다.
 - Worker `env` 객체는 각 `FrameworkRequest`에 `request.cloudflare.env`로 연결되고 Worker execution context는 `request.cloudflare.executionContext`로 제공됩니다. Package-level config resolution은 application이 소유하므로, binding은 application boundary에서 명시적 provider 또는 `@fluojs/config`로 매핑하세요.
 
+## Lifecycle 및 public seam 참고
+
+Root `@fluojs/platform-cloudflare-workers` export는 application code와 first-party Worker websocket integration이 사용하는 Worker public seam을 소유합니다. `CloudflareWorkerExecutionContext`, `CloudflareWorkerRequestContext`, `CloudflareWorkerWebSocketBinding`, `CloudflareWorkerWebSocketPair`, `CloudflareWorkerWebSocketPairFactory`, `CloudflareWorkerWebSocketUpgradeHost`, `CloudflareWorkerWebSocketUpgradeResult` 같은 Worker-specific public type은 consumer가 `@fluojs/http/internal` 또는 `@fluojs/runtime/internal*` subpath를 import하지 않아도 되도록 이 패키지에서 export됩니다.
+
+위의 listen, shutdown, SSE drain, websocket binding 규칙은 public lifecycle behavior입니다. 이러한 public seam type 또는 lifecycle semantic을 바꾸는 변경은 `@fluojs/platform-cloudflare-workers` release governance 대상이며, user-impacting update는 implementation, docs, tests와 함께 Changesets로 추적해야 합니다.
+
 ## Conformance 커버리지
 
-`packages/platform-cloudflare-workers/src/adapter.test.ts`는 문서화된 Worker 계약을 검증하는 package-local regression 대상입니다. 이 파일은 shared Web dispatch delegation, Worker `env` request attachment, `executionContext.waitUntil(...)` SSE(`text/event-stream`) body tracking, websocket upgrade binding, listen-bound upgrade ownership, lazy entrypoint 재사용, shutdown gating, drain 중 `listen()` rejection, close 중 및 close 이후 JSON `503` response, bounded 10초 close timeout을 검증합니다.
+`packages/platform-cloudflare-workers/src/adapter.test.ts`와 `packages/platform-cloudflare-workers/src/adapter-lifecycle.test.ts`는 문서화된 Worker 계약을 검증하는 package-local regression 대상입니다. 이 파일들은 shared Web dispatch delegation, Worker `env` request attachment, `executionContext.waitUntil(...)` SSE(`text/event-stream`) body tracking, body-cancellation 및 synchronous setup-failure drain, websocket upgrade binding, upgraded server-socket close tracking, pre-listen HTTP 및 websocket lifecycle guard, listen boundary 이후 websocket binding freeze, lazy entrypoint 재사용 및 timeout recovery, shutdown gating, drain 중 `listen()` rejection, HTTP와 websocket upgrade 모두에 대한 close 중 및 close 이후 JSON `503` response, reliable fake-timer cleanup, public seam source import, README parity, bounded 10초 close timeout을 검증합니다.
 
@@ -116,3 +137,3 @@ 공유 edge portability suite인 `packages/testing/src/portability/web-runtime-adapter-portability.test.ts`는 Cloudflare Workers를 Bun 및 Deno와 함께 실행해 malformed cookie 보존, query decoding, JSON/text raw-body capture, multipart raw-body 제외, SSE framing을 검증합니다. 패키지 테스트의 README parity assertion은 이 edge-runtime 커버리지 문서가 한국어 mirror와 계속 동기화되도록 확인합니다.
 - `CloudflareWorkerEntrypoint`: `fetch`, `ready()`, `close()` lifecycle method를 제공하는 lazy entrypoint입니다.
-- Option 및 type: `CloudflareWorkerAdapterOptions`, `BootstrapCloudflareWorkerApplicationOptions`, `CloudflareWorkerExecutionContext`, `CloudflareWorkerRequestContext`, `CloudflareWorkerWebSocketBinding`, Worker websocket pair/upgrade type.
+- Option 및 type: `CloudflareWorkerAdapterOptions`, `BootstrapCloudflareWorkerApplicationOptions`, `CloudflareWorkerExecutionContext`, `CloudflareWorkerRequestContext`, `CloudflareWorkerWebSocketBinding`, `CloudflareWorkerWebSocketBindingHost`, `CloudflareWorkerWebSocket`, `CloudflareWorkerWebSocketMessage`, `CloudflareWorkerWebSocketPair`, `CloudflareWorkerWebSocketPairFactory`, `CloudflareWorkerWebSocketUpgradeHost`, `CloudflareWorkerWebSocketUpgradeResult`.
 
@@ -119,0 +140,0 @@ ## 관련 패키지

README.md

@@ -13,2 +13,3 @@ # @fluojs/platform-cloudflare-workers
 - [Common Patterns](#common-patterns)
+- [Lifecycle and Public Seam Notes](#lifecycle-and-public-seam-notes)
 - [Conformance Coverage](#conformance-coverage)
@@ -31,5 +32,5 @@ - [Public API Overview](#public-api-overview)
 
-The adapter binds each request lifecycle to `executionContext.waitUntil(...)` after the dispatcher is bound and keeps in-flight dispatches and SSE (`text/event-stream`) response bodies alive during `close()` so Worker shutdown does not drop active work mid-request.
+The adapter binds each request lifecycle to `executionContext.waitUntil(...)` after the dispatcher is bound and keeps in-flight dispatches, WebSocket upgrades through the upgraded server socket's terminal close, and SSE (`text/event-stream`) response bodies alive during `close()` so Worker shutdown does not drop active work mid-request.
 
-During application shutdown, the adapter stops accepting new ingress immediately and gives active HTTP handlers a bounded 10-second drain window before `close()` fails with a timeout instead of hanging indefinitely. While that drain is still in progress, a concurrent `listen()` call rejects with `Cloudflare Workers adapter cannot listen while shutdown is still draining.` instead of reopening the Worker. Once closed, follow-up HTTP and WebSocket upgrade requests receive the same JSON `503` shutdown response until the adapter is explicitly listened again.
+During application shutdown, the adapter stops accepting new ingress immediately and gives active HTTP handlers a bounded 10-second drain window before `close()` fails with a timeout instead of hanging indefinitely. While that drain is still in progress, a concurrent `listen()` call rejects with `Cloudflare Workers adapter cannot listen while shutdown is still draining.` instead of reopening the Worker. Once closed, follow-up HTTP and WebSocket upgrade requests receive the same JSON `503` shutdown response until the adapter is explicitly listened again. Lazy entrypoints keep returning shutdown responses while a timed-out close is still draining, but they clear that temporary gate once the underlying close eventually settles so a later request can bootstrap a fresh Worker application.
 
@@ -73,9 +74,23 @@ ## Quick Start
 ### Working with WebSocketPairs
-The adapter supports Cloudflare's native `WebSocketPair` for real-time communication via the `@fluojs/websockets/cloudflare-workers` binding. Upgrade handling is opt-in through that binding, and `createWebSocketPair` can be injected for non-hosted runtime tests.
+The adapter supports Cloudflare's native `WebSocketPair` for real-time communication via the `@fluojs/websockets/cloudflare-workers` binding. Upgrade handling is opt-in through that binding, and `createWebSocketPair` can be injected for non-hosted runtime tests. Configure the binding before `listen()` starts the Worker dispatch boundary; once `listen()` has run, the binding identity is frozen for that adapter instance. Replacing or clearing it is rejected even after `close()`, so upgrade ownership cannot change underneath an isolate that has already crossed the public listen boundary.
 
 ```typescript
+import { Module } from '@fluojs/core';
+import {
+  CloudflareWorkersWebSocketModule,
+  WebSocketGateway,
+} from '@fluojs/websockets/cloudflare-workers';
+
 @WebSocketGateway({ path: '/ws' })
-export class MyGateway {}
+export class EdgeGateway {}
+
+@Module({
+  imports: [CloudflareWorkersWebSocketModule.forRoot()],
+  providers: [EdgeGateway],
+})
+export class RealtimeModule {}
 ```
 
+Import `RealtimeModule` into the application module graph before bootstrap. During application bootstrap, `CloudflareWorkersWebSocketModule` discovers the gateway and configures the Worker adapter binding before `app.listen()` freezes it; do not add or replace the binding after the listen boundary.
+
 ### Edge-Native Middleware
@@ -93,12 +108,18 @@ Standard fluo middleware (CORS, Global Prefix, etc.) is fully supported through Worker bootstrap helpers and optimized for the Cloudflare environment. `createCloudflareWorkerAdapter(...)` only accepts adapter-owned parsing and websocket-pair options; pass routing and middleware options to `bootstrapCloudflareWorkerApplication(...)` or `createCloudflareWorkerEntrypoint(...)` instead.
 
-- `fetch()` registers active work with `executionContext.waitUntil(...)` after `listen()` or the lazy entrypoint binds the dispatcher; SSE (`text/event-stream`) responses keep that lifecycle and the close drain open until the body finishes or is canceled. Before that lifecycle boundary, upgrade requests and HTTP dispatch do not reach application handlers.
+- `fetch()` registers active work with `executionContext.waitUntil(...)` after `listen()` or the lazy entrypoint binds the dispatcher; upgraded server WebSockets keep that lifecycle and the close drain open until their terminal `close` event, while SSE (`text/event-stream`) responses keep them open until the body finishes or is canceled. Synchronous SSE reader or tracked-stream setup failures release the lifecycle before propagating. Before that lifecycle boundary, upgrade requests and HTTP dispatch do not reach application handlers.
 - Adapter options such as `maxBodySize` are validated when the Worker adapter is created; bootstrap-only options such as `globalPrefix`, `cors`, `middleware`, and `securityHeaders` belong on Worker bootstrap helpers rather than `createCloudflareWorkerAdapter(...)`.
-- WebSocket upgrades are owned by the same listen boundary as HTTP dispatch; upgrade requests before `listen()` do not reach the configured binding.
-- `close()` returns JSON `503` responses for new requests during and after shutdown and times out after 10 seconds if active requests never settle. Calling `listen()` while that close drain is still active rejects with the Cloudflare Workers adapter shutdown-draining error.
+- WebSocket upgrades are owned by the same listen boundary as HTTP dispatch; upgrade requests before `listen()` do not reach the configured binding, and attempts to replace or clear a defined binding after the adapter has ever listened fail fast instead of mutating Worker upgrade ownership. Create a new adapter when a host needs a different websocket binding.
+- `close()` returns JSON `503` responses for new HTTP and WebSocket upgrade requests during and after shutdown and times out after 10 seconds if active requests never settle. Calling `listen()` while that close drain is still active rejects with the Cloudflare Workers adapter shutdown-draining error. Lazy entrypoints do not permanently cache that timeout once the adapter's underlying drain later finishes.
 - Multipart requests do not preserve `rawBody`.
 - The Worker `env` object is attached to each `FrameworkRequest` as `request.cloudflare.env`, with the Worker execution context available as `request.cloudflare.executionContext`; package-level config resolution remains application-owned, so map bindings into explicit providers or `@fluojs/config` at the application boundary.
 
+## Lifecycle and Public Seam Notes
+
+The root `@fluojs/platform-cloudflare-workers` export owns the Worker public seam for application code and first-party Worker websocket integrations. Worker-specific public types such as `CloudflareWorkerExecutionContext`, `CloudflareWorkerRequestContext`, `CloudflareWorkerWebSocketBinding`, `CloudflareWorkerWebSocketPair`, `CloudflareWorkerWebSocketPairFactory`, `CloudflareWorkerWebSocketUpgradeHost`, and `CloudflareWorkerWebSocketUpgradeResult` are exported from this package instead of asking consumers to import `@fluojs/http/internal` or `@fluojs/runtime/internal*` subpaths.
+
+The listen, shutdown, SSE drain, and websocket binding rules above are public lifecycle behavior. Changes to those public seam types or lifecycle semantics are release-governed for `@fluojs/platform-cloudflare-workers`; user-impacting updates must be tracked with Changesets alongside the implementation, docs, and tests.
+
 ## Conformance Coverage
 
-`packages/platform-cloudflare-workers/src/adapter.test.ts` is the package-local regression target for the documented Worker contract. It covers shared Web dispatch delegation, Worker `env` request attachment, `executionContext.waitUntil(...)` SSE (`text/event-stream`) body tracking, websocket upgrade binding, listen-bound upgrade ownership, lazy entrypoint reuse, shutdown gating, drain-time `listen()` rejection, JSON `503` responses while closing and after close, and the bounded 10-second close timeout.
+`packages/platform-cloudflare-workers/src/adapter.test.ts` and `packages/platform-cloudflare-workers/src/adapter-lifecycle.test.ts` are the package-local regression targets for the documented Worker contract. They cover shared Web dispatch delegation, Worker `env` request attachment, `executionContext.waitUntil(...)` SSE (`text/event-stream`) body tracking, body-cancellation and synchronous setup-failure drains, websocket upgrade binding, upgraded server-socket close tracking, pre-listen HTTP and websocket lifecycle guards, websocket binding freeze after the listen boundary, lazy entrypoint reuse and timeout recovery, shutdown gating, drain-time `listen()` rejection, JSON `503` responses while closing and after close for both HTTP and websocket upgrades, reliable fake-timer cleanup, public seam source imports, README parity, and the bounded 10-second close timeout.
 
@@ -116,3 +137,3 @@ The shared edge portability suite in `packages/testing/src/portability/web-runtime-adapter-portability.test.ts` exercises Cloudflare Workers beside Bun and Deno for malformed cookie preservation, query decoding, JSON/text raw-body capture, multipart raw-body exclusion, and SSE framing. The README parity assertion in the package test keeps these documented edge-runtime coverage claims synchronized with the Korean mirror.
 - `CloudflareWorkerEntrypoint`: Lazy entrypoint with `fetch`, `ready()`, and `close()` lifecycle methods.
-- Options and types: `CloudflareWorkerAdapterOptions`, `BootstrapCloudflareWorkerApplicationOptions`, `CloudflareWorkerExecutionContext`, `CloudflareWorkerRequestContext`, `CloudflareWorkerWebSocketBinding`, and Worker websocket pair/upgrade types.
+- Options and types: `CloudflareWorkerAdapterOptions`, `BootstrapCloudflareWorkerApplicationOptions`, `CloudflareWorkerExecutionContext`, `CloudflareWorkerRequestContext`, `CloudflareWorkerWebSocketBinding`, `CloudflareWorkerWebSocketBindingHost`, `CloudflareWorkerWebSocket`, `CloudflareWorkerWebSocketMessage`, `CloudflareWorkerWebSocketPair`, `CloudflareWorkerWebSocketPairFactory`, `CloudflareWorkerWebSocketUpgradeHost`, and `CloudflareWorkerWebSocketUpgradeResult`.
 
@@ -119,0 +140,0 @@ ## Related Packages

No alert changes

Improved metrics

Total package byte prevSize

51769

25.81%

Lines of code

604

16.83%

Number of lines in readme file

145

16.94%

Dependency changes

• + Added

  @fluojs/di@2.0.0
  (transitive)

• + Added

  @fluojs/http@2.0.1
  (transitive)

• + Added

  @fluojs/runtime@2.0.1
  (transitive)

• - Removed

  @fluojs/di@1.1.0
  (transitive)

• - Removed

  @fluojs/http@1.1.2
  (transitive)

• - Removed

  @fluojs/runtime@1.1.8
  (transitive)

• Updated

  @fluojs/http@^2.0.1

• Updated

  @fluojs/runtime@^2.0.1