This article shares the specific code of swoole creating multi-person and multi-room chat rooms for your reference. The specific content is as follows
Core swoole code
The basic cs(client-sercer) structure remains unchanged, here the hash and set of redis to store and group; thus achieving functions such as grouping, statistics, and timed push; finally, the onclose event is used to eliminate disconnected connections, and the whole code is as follows: (If you don’t do the front-end, you won’t show it)
The core swoole
<?php
namespace app\common;
require_once '';
require_once '';
/**
* socket object-oriented compilation
*/
class Ws
{
CONST HOST='0.0.0.0';
CONST PORT='9501';
public $ws=null;
public $getmsg=null;
public $server=null;
public function __construct()
{
$this->ws=new \swoole_websocket_server(self::HOST,self::PORT);
$this->ws->set([
//The number of tasks must be set to start 'worker_num' => 4,
'task_worker_num' => 2,
// 'heartbeat_check_interval' => 5,
// 'heartbeat_idle_time' => 10,
]);
// Listen to the new port $this->server=$this->ws->listen("127.0.0.1", 9502, SWOOLE_SOCK_TCP);
//Close the websocket mode $this->server->set([
'open_websocket_protocol' => false,
]);
$this->ws->on("start", [$this, 'onStart']);
$this->ws->on('open',[$this,'onopen']);
$this->server->on("receive", [$this, 'onReceive']);
$this->ws->on('task',[$this,'onTask']);
$this->ws->on('finish',[$this,'onFinish']);
$this->ws->on('message',[$this,'onmessage']);
$this->ws->on('close',[$this,'onclose']);
$this->server->on("close", [$this, 'oncloses']);
$this->ws->start();
}
// Listen to data reception events public function onReceive($serv, $fd, $from_id, $data)
{
$shuju=json_decode($data,ture);
// print_r($shuju).PHP_EOL;
if (empty($shuju['data'])) {
$this->ws->push(Predis::getInstance()->get('fd'), $data);
}else{
if (empty($shuju['msg'])) {
//Execute asynchronous tasks $this->ws->task($shuju);
}else{
$push_arr=Predis::getInstance()->hvals($shuju['data']);
// echo "Cluster is:".print_r($push_arr); foreach ($push_arr as $v) {
$this->ws->push($v, $shuju['msg']);
}
}
}
}
/**
* Set the process name to smoothly restart the process for subsequent
* @param $server
*/
public function onStart($server) {
swoole_set_process_name("live_master");
}
/**
Listen to the callback of the event
*/
public function onopen($server, $request)
{
print_r("The fd at this time is:",$request->fd);
Predis::getInstance()->set('fd',$request->fd);
}
/**
Listen to the callback of the received event
*/
public function onmessage($server, $frame)
{
$server->push($frame->fd, "{$frame->data}");
}
/**
Listen to a callback for a shutdown event
*/
public function onclose($ser, $fd)
{
print_r("Hello,mine{$fd}\n");
//Exit and delete the excess grouping fd $group=Predis::getInstance()->sMembers('group');
foreach ($group as $v) {
$fangjian=Predis::getInstance()->hgetall($v);
foreach ($fangjian as $k => $vv) {
if ($fd == $vv) {
Predis::getInstance()->hdel($v,$k);
}
}
}
}
public function oncloses($ser, $fd)
{
print_r("This isclient{$fd}\n");
}
/**
* $serv service
* $task_id Task ID, automatically generated within the swoole extension, is used to distinguish different tasks
* $src_worker_id $task_id and $src_worker_id are combined to be globally unique. The task IDs delivered by different worker processes may have the same
* $data is the content of the task
*/
public function onTask($serv,$task_id,$src_worker_id,$data)
{
//Introduce tasks $obj = new Task;
$method = $data['data'];
$arr = $data['arr'];
//Publish specific tasks $flag = $obj->$method($arr, $serv);
return $flag; // Tell the worker }
/**
* $task_id is the task ID
* $data is the result of task processing
*/
public function onFinish($serv,$task_id,$data)
{
print_r($data).'/n';
}
}
new Ws();
Distribute tasks
<?php
/**
* It represents the subsequent tasks asynchronous tasks in swoole.
* Date: 18/3/27
* Time: 1:20 am
*/
namespace app\common;
// include '';
class Task {
//Asynchronously create room public function chuangjian($data,$serv)
{
$time=$data['time']*1000;
swoole_timer_after($time, function() use($data){
//Create a room (modify the auction product status) self::post("https://code./index/index/in");
});
}
//Enter the room and cache the information public function jingru($data,$serv)
{
$fd=Predis::getInstance()->get('fd');
//Add to group Predis::getInstance()->hset($data['name'],$data['uid'],$fd);
// Join the group collection Predis::getInstance()->sadd('group',$data['name']);
}
public function post($url,$params=false,$ispost=0)
{
$httpInfo = array();
$ch = curl_init();
curl_setopt( $ch, CURLOPT_HTTP_VERSION , CURL_HTTP_VERSION_1_1 );
curl_setopt( $ch, CURLOPT_USERAGENT , 'Mozilla/5.0 (Windows NT 5.1) AppleWebKit/537.22 (KHTML, like Gecko) Chrome/25.0.1364.172 Safari/537.22' );
curl_setopt( $ch, CURLOPT_CONNECTTIMEOUT , 30 );
curl_setopt( $ch, CURLOPT_TIMEOUT , 30);
curl_setopt( $ch, CURLOPT_RETURNTRANSFER , true );
if( $ispost )
{
curl_setopt( $ch , CURLOPT_POST , true );
curl_setopt( $ch , CURLOPT_POSTFIELDS , $params );
curl_setopt( $ch , CURLOPT_URL , $url );
}
else
{
if($params){
curl_setopt( $ch , CURLOPT_URL , $url.'?'.$params );
}else{
curl_setopt( $ch , CURLOPT_URL , $url);
}
}
//implement $response = curl_exec( $ch );
if ($response === FALSE) {
//echo "cURL Error: " . curl_error($ch);
return false;
}
$httpCode = curl_getinfo( $ch , CURLINFO_HTTP_CODE );
$httpInfo = array_merge( $httpInfo , curl_getinfo( $ch ) );
//Close the url request curl_close( $ch );
return json_decode($response,1);
}
}
Client
<?php
namespace app\common;
class Client
{
public $msg='';
public $data=[];
public function lianjie(){
$cli = new \swoole_client(SWOOLE_SOCK_TCP);
//Judge connection status (synchronous connection mode) $res=$cli->connect('127.0.0.1', 9502);
if (empty($res)) {
return "Connection failed";
}
if (!empty($this->data)) {
//Send a message to the server $rel=$cli->send(json_encode($this->data));
}else{
//Send a message to the server $rel=$cli->send($this->msg);
}
if (!empty($rel)) {
return $rel;
}else{
return flash;
}
}
}
Controller
<?php
namespace app\index\controller;
use app\common\Client;
use app\common\Predis;
use app\common\Sql;
use app\index\model\User;
class Index
{
//Create a room (add auction countdown) public function chuangjian()
{
$data['time']=input("time");
$data['id']=input("id");
$cli = new Client();
$cli->data = [
'data' => 'chuangjian',
'arr' => $data
];
return $cli->lianjie();
}
//Click to add hash (enter the room) public function jingru()
{
$data['name']=input("name");
$data['uid']=input("uid");
$cli = new Client();
$cli->data = [
'data' => 'jingru',
'arr' => $data
];
return $cli->lianjie();
}
//Push this room (the price is successful and pushed) public function pushfan()
{
$data['fan']=input("fan");
$cli = new Client();
$cli->data = [
'data' => $data['fan'],
'msg' => "Congratulations to user 111, Xi is a father!!!"
];
return $cli->lianjie();
}
//The time ends and the push is specified public function zhiding()
{
$data['fan']=input("fan");
$cli = new Client();
$cli->data = [
'data' => $data['fan'],
'msg' => "Congratulations to user 111, Xi is a father!!!"
];
return $cli->lianjie();
}
}
The above is all the content of this article. I hope it will be helpful to everyone's study and I hope everyone will support me more.