GatewayWorker is a distributed deployable TCP long connection framework developed based on Workerman. It is specially used to quickly develop TCP long connection applications, such as app push servers, instant IM servers, game servers, Internet of Things, and smart homes. Wait

Document address: http://www.workerman.net/gatewaydoc/

1. Test the official DEMO (Windows version)

1. Download the demo (Get your ownin the comments below)

2. Unzip it to any location, here is:

D:\phpStudy\PHPTutorial\WWW\GatewayWorker

3. Enter the GatewayWorker directory

4. Double-click start_for_win.bat to start. (If an error occurs, please refer to here to set the php environment variable), the effect is as follows

5. Run telnet 127.0.0.1 8282 in the command line window, enter any characters to chat (not For local testing, please replace 127.0.0.1 with the actual IP).

PS: The above indicates that the TCP connection test is successful

2. Modify the test websocket

1. Need to modify start_gateway.php specifies the websocket protocol, like this

$gateway = new Gateway(websocket://0.0.0.0:7272);

2. Restart start_for_win.bat

3. Test js

Summary: You only need to change the protocol and port of one file (start_gateway.php), and nothing else needs to be changed.

3. Integration with ThinkPHP5.1 framework

(1) The server actively pushes messages to the client

Principle ：

1. The TP5.1 framework project and the independent deployment of GatewayWorker do not interfere with each other

2. All business logic is requested from the website (websocket connected) page to TP5 through post/get. 1 Completed in the controller of the framework

3. GatewayWorker does not accept data sent from the client, that is, GatewayWorker does not process any business logic, and GatewayWorker is only used as a one-way push channel

4. Only when the TP5.1 framework needs to actively push data to the browser, the Gateway's API (GatewayClient) is called in the TP5.1 framework to complete the push

Specific implementation steps

1. The website page establishes a websocket connection with the GatewayWorker

ws = new WebSocket("ws://127.0.0.1:7272");

2. When the GatewayWorker finds that a page initiates a connection, it sends the client_id of the corresponding connection to the website page

Event.php content

public static function onConnect($client_id) { $resData = [ 'type' => 'init', 'client_id' => $client_id, 'msg' => 'connect is success' // 初始化房间信息 ]; Gateway::sendToClient($client_id, json_encode($resData)); }

#index.html Content

       
       

        

         
        
       
       

        

         
        
       
GatewayWorker的websocket连接

3. After the website page receives the client_id, it triggers an ajax request (index/chat_room/bind) to send the client_id to TP5.0 backend, bind method

/* * 用户登录后初始化以及绑定client_id */ public function bind() { // 设置GatewayWorker服务的Register服务ip和端口，请根据实际情况改成实际值 Gateway::$registerAddress = '127.0.0.1:1238'; $uid = $this->userId; $group_id = $this->groupId; $client_id = request()->param('client_id'); // client_id与uid绑定 Gateway::bindUid($client_id, $uid); // 加入某个群组（可调用多次加入多个群组） Gateway::joinGroup($client_id, $group_id); }

4. After receiving the client_id, the backend uses GatewayClient to call Gateway::bindUid($client_id, $uid) to compare the client_id with the current uid (user id or client unique identifier) ) binding. If there is a group or group sending function, you can also use Gateway::joinGroup($client_id, $group_id) to add the client_id to the corresponding group

Return value after successful connection

PS: The above return value is the json data returned after the GatewayWorker service successfully connects

5. All requests initiated by the page are directly post/get to the mvc framework for unified processing, including sending messages

Send messages through sendMessage (the server actively pushes messages to the client)

// mvc后端发消息 利用GatewayClient发送 Events.php public function sendMessage() { // stream_socket_client(): unable to connect to tcp://127.0.0.1:1236 $uid = $this->userId; $group = $this->groupId; $message = json_encode([ 'type'=>'say', 'msg'=>'Hello ThinkPHP5' ]); // 设置GatewayWorker服务的Register服务ip和端口，请根据实际情况改成实际值 Gateway::$registerAddress = '127.0.0.1:1238'; // 向任意uid的网站页面发送数据 Gateway::sendToUid($uid, $message); // 向任意群组的网站页面发送数据，如果开启，则会向页面发送两条一样的消息 //Gateway::sendToGroup($group, $message); }

6. When the mvc framework needs to send data to a certain uid or a group during business processing, call it directly GatewayClient's interface Gateway::sendToUid Gateway::sendToGroup can be sent after waiting.

Access the sendMessage operation through the browser, test results

PS: The above message It is TP5.0 that sends write messages through GatewayClient\Gateway and has no direct relationship with the GatewayWorker service

The above is the server actively pushing messages to the client

Note the distinction:

1 , The server actively pushes messages to the client

2. The client pushes messages to the client

(2) The client pushes messages to the client

Modify the sending and receiving of messages from client to client. Modify Events.php of GatewayWorker below (developers only need to pay attention to this file)

public static function onConnect($client_id) { $resData = [ 'type' => 'init', 'client_id' => $client_id, 'msg' => 'connect is success' // 初始化房间信息 ]; Gateway::sendToClient($client_id, json_encode($resData)); } /** * 当客户端发来消息时触发 * @param int $client_id 连接id * @param mixed $message 具体消息 */ public static function onMessage($client_id, $message) { // 服务端console输出 //echo "msg : $message \r\n"; // 解析数据 $resData = json_decode($message, true); $type = $resData['type']; $roomId = $resData['roomId']; $userId = $resData['userId']; // 未登录，则传递一个随机 $userName = $resData['userName']; // 未登录，则传递一个随机 $content = isset($resData['content']) ? $resData['content'] : 'default content'; //将时间全部置为服务器时间 $serverTime = date('Y-m-d H:i:s', time()); switch ($type) { case 'join': // 用户进入直播间 //将客户端加入到某一直播间 Gateway::joinGroup($client_id, $roomId); $resData = [ 'type' => 'join', 'roomId' => $roomId, 'userName' => $userName, 'msg' => "enters the Room", // 发送给客户端的消息，而不是聊天发送的内容 'joinTime' => $serverTime // 加入时间 ]; // 广播给直播间内所有人，谁？什么时候？加入了那个房间？ Gateway::sendToGroup($roomId, json_encode($resData)); break; case 'say': // 用户发表评论 $resData = [ 'type' => 'say', 'roomId' => $roomId, 'userName' => $userName, 'content' => $content, 'commentTime' => $serverTime // 发表评论时间 ]; // 广播给直播间内所有人 Gateway::sendToGroup($roomId, json_encode($resData)); break; case 'pong': break; // 接收心跳 default: //Gateway::sendToAll($client_id,$json_encode($resData)); break; } }

index.html Chat Room Page

     
  
GatewayWorker的websocket连接
 
 websocket send content： 
 send info 
 
 
     　

Restart the service

Test results

##Extension:

Can store messages In Redis, count the PV

of the live broadcast room through Redis

$redis = new \Redis; $redis->connect('127.0.0.1',6379); $key = "PV:ROOM:".$roomId; $field = "ROOM_TOTAL_PV"; // 进入房间的人数增长，自增 ，增加PV统计 $redis->hIncrBy($key,$field,1);

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