tp5使用redis

connect(config('Redis.host'),config('Redis.port'));
            self::$redis->auth(config('Redis.auth_password'));
            self::$redis->select(0);
        }
        return self::$redis;
    }
 
    public function index2()
    {
         $this->init_redis();
        /*******************列表(list)的一些操作**********************************/
        $r = $this->redis->rpush('st_info','v1','v2');
        $res = $this->redis->get('st_info');
 
        $r = $this->redis->rpush('d1_list','v3','v4');
        $r = $this->redis->rpush('d1_list','v5','v6');
        $p = $this->redis->lpop('d1_list');
        $p = $this->redis->lrange('d1_list',0,5);
 
 
        /*******************集合(set)的一些操作**********************************/
        $r = $this->redis->sadd('skey1','sv1','sv2',44,55);
        $r = $this->redis->sadd('skey2','svs','svg',455,878,31,44,55);
 
        $r = $this->redis->srem('skey1',11,22,33);                        //移除集合skey1中的一个或多个元素
        $p = $this->redis->smembers('skey1');                             //返回集合skey1的所有成员
        $p1 = $this->redis->smembers('skey2');                            //返回集合skey1的所有成员
        $p = $this->redis->sismember('skey1','44');                       //判断sfsdf元素是否是集合skey1的成员
        $p = $this->redis->smove('skey1','skey2','sv1');                  //将sv1元素从skey1集合移动到skey2集合
        $p = $this->redis->spop('skey2');                                 //移除并返回集合中的一个随机元素
        $p2 = $this->redis->srandmember('skey2');                         //返回集合中的一个随机元素(不移除)
        $p2 = $this->redis->sinter('skey1','skey2');                      //取到多个集合的交集
        $p3 = $this->redis->sunion('skey1','skey2');                      //取到多个集合的并集
        $p4 = $this->redis->sdiff('skey1','skey2');                       //取到多个集合的差集
        $p5 = $this->redis->sinterstore('target_skey','skey1','skey2');   //等同于sinter,并把结果放到target_skey集合中。
        $p6 = $this->redis->smembers('target_skey');                      //返回集合skey1的所有成员
 
 
        /***********************有序集合(sorted set)的一些操作********************************/
        $r = $this->redis->zadd('zkey1',3,'aa',1,'bb',10,'cc1',7,'ee1');
        $r = $this->redis->zadd('zkey2',1,'aa2',4,'bb2',6,'cc3',8,'ee2');
        $r = $this->redis->zadd('zkey3',9,'aa3',2,'bb3','2.6','ee1','0.5','ee3');
 
        $p = $this->redis->zrem('zkey1','aa','bb');                       //移除有序集合zkey1中的一个或多个成员
        $p = $this->redis->zcard('zkey1');                                //返回有序集合key的基数
        $p2 = $this->redis->zcount('zkey1',0,5);                          //返回有序集合zkey1中source值在0到5之间的成员数量
        $p2 = $this->redis->zincrby('zkey1',3,'cc1');                     //为有序集合zkey1的cc1成员的score加上增量3
        $p3 = $this->redis->zscore('zkey1','cc1');                        //返回有序集合中cc1成员的score值
        $p3 = $this->redis->zrangebyscore('zkey1',0,5);                   //返回score值在区间的成员(从小到大)zrevrangebyscore是从大到小
        $p3 = $this->redis->zrank('zkey1','cc1');                         //返回cc1成员的排名(从小到大)
        $p4 = $this->redis->zrevrank('zkey1','cc1');                      //返回cc1成员的排名(从大到小)
        $p3 = $this->redis->zremrangebyrank('zkey1',0,3);                 //移除指定排名(相当于按下标删除)区间内的所有成员,返回被移除成员的数量,zremrangebyscore按score值区间移除
        $p1 = $this->redis->zrange('zkey1',0,5);                          //返回指定区间成员,顺序从小到大
        $p2 = $this->redis->zrange('zkey2',0,5);                          //返回指定区间成员,顺序从小到大
        $p3 = $this->redis->zrange('zkey3',0,5);                          //返回指定区间成员,顺序从小到大
        $p2 = $this->redis->zrevrange('zkey1',0,5);                       //返回指定区间成员,顺序从大到小
        $p4 = $this->redis->zinterstore('target_zkey',['zkey2','zkey3']); //计算交集
        $p4 = $this->redis->zunionstore('target_zkey',['zkey2','zkey3']); //计算并集
 
 
        /************************************事物和字符串(string)的一些操作*******************************************/
          $this->redis->watch('key');//监视一个或多个key,如果在执行事物之前这个key被改动(可能有多个客户端在操作这个key),事物将被打断
          $this->redis->multi();//用于标记一个事物块的开始
 
          $this->redis->set('string1','s_value1');
          $this->redis->get('string1');
          $this->redis->exists('apple');
          $this->redis->setnx('apple','my_apple');
          $this->redis->setnx('apple','my_apple2');
          $this->redis->get('apple');
 
          $this->redis->unwatch('key');//取消监视
          $this->redis->discard();//取消事物
          $e = $this->redis->exec(); //执行事物,返回每条命令执行结果组成的数组
          pr($e);
          /*Array
                (
                    [0] => 1
                    [1] => s_value1
                    [2] => 1
                    [3] =>
                    [4] =>
                    [5] => my_apple
                )
           * */
          $this->redis->lpush('jjkey',111,222,333);
          echo $this->redis->type('jjkey').'

'; pr($this->redis->lrange('jjkey',0,5)); $this->redis->set('jjkey','dsfffffffffffffffff'); echo $this->redis->get('jjkey').'

'; echo $this->redis->type('jjkey').'

'; $this->redis->setex('str11',3,'vvv1');//把key的值设置为3秒,并将key的生存时间设为3秒 $this->redis->set('str22','vvv22222'); $this->redis->setrange('str22',20,'ccc222');//从偏移量开始填充字符串,会覆盖原来的 var_dump($this->redis->get('str22'));//vvv22222ccc222 # 情况2:对空字符串/不存在的ke y进行SETRANGE $this->redis->EXISTS('empty_string');//bool(false) $this->redis->SETRANGE('empty_string', 5 ,"Redis!"); # 对不存在的key使用SETRANGE //int(11) var_dump($this->redis->get('empty_string')); # 空白处被"\x00"填充 #"\x00\x00\x00\x00\x00Redis!" //return string(11) "Redis!" $a = ['s1'=>'v1','s2'=>'v2']; $this->redis->mset($a);//同时设置一个或多个key-value对,会覆盖原来已存在的key值,如果想不覆盖,需要使用msetnx pr($this->redis->mget(['s1','s2'])); /* * Array ( [0] => v1 [1] => v2 ) * */ //======================================SETBIT===========================================// $bit_val=67; echo decbin($bit_val).'
'; //1000011 var_dump($this->redis->SETBIT('bit',1,1));//int(0) 空位上都是0 var_dump($this->redis->SETBIT('bit',2,0));//int(0) var_dump($this->redis->SETBIT('bit',3,0));//int(0) var_dump($this->redis->SETBIT('bit',4,0));//int(0) var_dump($this->redis->SETBIT('bit',5,0));//int(0) var_dump($this->redis->SETBIT('bit',6,1));//int(0) var_dump($this->redis->SETBIT('bit',7,1));//int(0) var_dump($this->redis->GET('bit')); //string(1) "C" ,二进制为:1000011 ,ASCII:67 var_dump($this->redis->GETBIT('bit', 6 )); //int(1) 取出第6位(从左到右)为“1” var_dump($this->redis->SETBIT('bit',5,1));//int(0) 把第5位的0改为1 var_dump($this->redis->SETBIT('bit',6,0));//int(1) 把第6位的1改为0 var_dump($this->redis->GET('bit')); //string(1) "E ,二进制为:1000101,ASCII:69l var_dump(decbin(ord($this->redis->GET('bit')))); //1000101 $key = $this->redis->randomkey();//随机返回一个key $p = $this->redis->move('s1',0);//移动指定的key到db库中去 $p = $this->redis->rename('s2','new_s2'); $p = $this->redis->object('ENCODING','new_s2'); $this->redis->lpush('website2',30,'1.5',44,15); $this->redis->flushall(); $redis_sort_option = [ 'by' => 'user_level_*',#按这个key来排序 'sort' => 'desc', 'get' => ['#','user_name_*','user_level_*'],//#代表输出原有的key-user_id 'store'=> 'target2' ]; $p = $this->redis->SORT('user_id',$redis_sort_option); $this->redis->expire('target2',6); $p2 = $this->redis->lrange('target2',0,20); $p = array_chunk($p,3); pr($p); $p = $this->redis->ping();#测试时候使用 $p = $this->redis->echo('sssssssssssssssss');#测试时候使用 #quit 关闭连接 $p = $this->redis->LASTSAVE();//返回最后一次操作成功的时间,以unix时间戳表示 $p = date('Y-m-d H:i:s',$p); $p = $this->redis->dbsize(); //返回当前数据库的key的数量 $p = $this->redis->shutdown(); $p = $this->redis->info(); //返回redis服务器的各种统计信息和统计值 $p = $this->redis->monitor(); //报错 pr($p); $this->redis->hmset('test',['name'=>'tank','sex'=>"man"]); pr( $this->redis->sMembers('citys')); /*Array( [name] => tank [sex] => man )*/ }

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