Php redies encapsulation class

Php redies encapsulation class

 

 

 Null, // only one Master is supported. 'slave '=> array (), // multiple slave instances are supported ); /*** constructor ** @ param boolean $ whether isUseCluster adopts the M/S solution */public function _ construct ($ isUseCluster = false) {$ this-> _ isUseCluster = $ isUseCluster;}/*** connect to the server. Note: persistent connections are used to improve efficiency, however, the ** @ param array $ config Redis server configuration * @ param boolean $ whether the server currently added by the isMaster is the Master server * @ return boolean */public function connect ($ config = array ('host' => '2017. 0. 0.1 ', 'Port' => 6379), $ isMaster = true) {// default port if (! Isset ($ config ['Port']) {$ config ['Port'] = 6379;} // set the Master connection if ($ isMaster) {$ this-> _ linkHandle ['master'] = new Redis (); $ ret = $ this-> _ linkHandle ['master']-> pconnect ($ config ['host'], $ config ['Port']);} else {// multiple Slave connections $ this-> _ linkHandle ['slave '] [$ this-> _ sn] = new Redis (); $ ret = $ this-> _ linkHandle ['slave '] [$ this-> _ sn]-> pconnect ($ config ['host'], $ config ['Port']); ++ $ this-> _ sn;} return $ ret ;}/*** Close connection ** @ param int $ flag close select 0: Close Master 1: Disable Slave 2: close all * @ return boolean */public function close ($ flag = 2) {switch ($ flag) {// close Master case 0: $ this-> getRedis () -> close (); break; // close Slave case 1: for ($ I = 0; $ I <$ this-> _ sn; ++ $ I) {$ this-> _ linkHandle ['slave '] [$ I]-> close ();} break; // close all cases 1: $ this-> getRedis () -> close (); for ($ I = 0; $ I <$ this-> _ sn; ++ $ I) {$ this-> _ linkHandle ['slave'] [$ I]-> close ();} break;} return true ;} /*** get the original Redis object can have more operations ** @ param boolean $ isMaster returns the server type true: returns the Master false: return Slave * @ param boolean $ select true for the Slave returned by slaveOne: Select false for a randomly returned Slave: return to all Slave select * @ return redis object */public function getRedis ($ isMaster = true, $ slaveOne = true) {// only return Master if ($ isMaster) {return $ this-> _ linkHandle ['master'];} else {return $ slaveOne? $ This-> _ getSlaveRedis (): $ this-> _ linkHandle ['slave '];} /*** write cache ** @ param string $ key group storage KEY * @ param string $ value cache value * @ param int $ expire expiration time, 0: no expiration time */public function set ($ key, $ value, $ expire = 0) {// never time out if ($ expire = 0) {$ ret = $ this-> getRedis ()-> set ($ key, $ value);} else {$ ret = $ this-> getRedis () -> setex ($ key, $ expire, $ value);} return $ ret;}/*** read cache ** @ param string $ key cache KEY Multiple $ key = array ('key1', 'key2') * @ return string | returns false if boolean fails, returns the string */public function get ($ key) {// Do You Want To obtain multiple values at a time $ func = is_array ($ key )? 'Giet ': 'get'; // No M/S if (! $ This-> _ isUseCluster) {return $ this-> getRedis ()-> {$ func} ($ key );} // M/S return $ this-> _ getSlaveRedis ()-> {$ func} ($ key );} /* // magic function public function _ call ($ name, $ arguments) {return call_user_func ($ name, $ arguments );} * // *** set the cache as a condition. If the key is not saved, failed to set when the parameter exists ** @ param string $ key cache KEY * @ param string $ value cache value * @ return boolean */public function setnx ($ key, $ value) {return $ this-> g EtRedis ()-> setnx ($ key, $ value);}/*** Delete cache ** @ param string | array $ key cache KEY, supporting a single key: "key1" or multiple keys: number of keys deleted by array ('key1', 'key2') * @ return int */public function remove ($ key) {// $ key => "key1" | array ('key1', 'key2') return $ this-> getRedis ()-> delete ($ key );} /*** value addition operation, similar to ++ $ I, if the key does not exist, it is automatically set to 0 and then the add operation ** @ param string $ key cache KEY * @ param int $ default value * @ return int value * /public fu Nction incr ($ key, $ default = 1) {if ($ default = 1) {return $ this-> getRedis ()-> incr ($ key );} else {return $ this-> getRedis ()-> incrBy ($ key, $ default) ;}/ *** value subtraction operation, similar to -- $ I, if the key does not exist, it is automatically set to 0 and then perform the subtraction operation ** @ param string $ key cache KEY * @ param int $ default value * @ return int Value */public function decr ($ key, $ default = 1) {if ($ default = 1) {return $ this-> getRedis ()-> decr ($ key);} else {return $ this-> getRe Dis ()-> decrBy ($ key, $ default) ;}/ *** Add the current database ** @ return boolean */public function clear () {return $ this-> getRedis ()-> flushDB ();} /* = ===* // *** obtain the Redis Slave server handle by random HASH ** @ return redis object */private function _ getSlaveRedis () {// directly return if ($ this-> _ sn <= 1) {return $ this-> _ linkHandle ['slave '] [0];} on a server Load balancer instance // obtain the Slave handle by random Hash $ hash = $ This-> _ hashId (mt_rand (), $ this-> _ sn); return $ this-> _ linkHandle ['slave '] [$ hash];} /*** get the hash value 0 ~ Based on the ID ~ M-1 @ param string $ id * @ param int $ m * @ return int */private function _ hashId ($ id, $ m = 10) {// convert string K to 0 ~ M-1 address $ k = md5 ($ id); $ l = strlen ($ k); $ B = bin2hex ($ k ); $ h = 0; for ($ I = 0; $ I <$ l; $ I ++) {// Add mode HASH $ h + = substr ($ B, $ I * 2, 2) ;}$ hash = ($ h * 1) % $ m; return $ hash;}/*** lpush */public function lpush ($ key, $ value) {return $ this-> getRedis ()-> lpush ($ key, $ value);}/*** add lpop */public function lpop ($ key) {return $ this-> getRedis ()-> lpop ($ key);}/*** lrange */public function lrange ($ key, $ start, $ end) {return $ this-> getRedis ()-> lrange ($ key, $ start, $ end);}/*** set hash opeation */public function hset ($ name, $ key, $ value) {if (is_array ($ value) {return $ this-> getRedis ()-> hset ($ name, $ key, serialize ($ value);} return $ this-> getRedis ()-> hset ($ name, $ key, $ value );} /*** get hash opeation */public function hget ($ name, $ key = null, $ serialize = true) {if ($ key) {$ row = $ this-> getRedis ()-> hget ($ name, $ key); if ($ row & $ serialize) {unserialize ($ row );} return $ row;} return $ this-> getRedis ()-> hgetAll ($ name);}/*** delete hash opeation */public function hdel ($ name, $ key = null) {if ($ key) {return $ this-> getRedis ()-> hdel ($ name, $ key);} return $ this-> getRedis () -> hdel ($ name);}/*** Transaction start */public function multi () {return $ this-> getRedis ()-> multi ();} /*** Transaction send */public function exec () {return $ this-> getRedis ()-> exec ();}} // End Class // ============================== test demo ======================== ==// only one Redis application $ redis = new RedisCluster (); $ redis-> connect (array ('host' => '2017. 0.0.1 ', 'Port' => 6379); // * $ cron_id = 10001; $ CRON_KEY = 'cron _ list'; // $ PHONE_KEY = 'phone _ LIST: '. $ cron_id; // cron info $ cron = $ redis-> hget ($ CRON_KEY, $ cron_id); if (empty ($ cron )) {$ cron = array ('id' => 10, 'name' => 'jackluo'); // mysql data $ redis-> hset ($ CRON_KEY, $ cron_id, $ cron); // set redis} // phone list $ phone_list = $ redis-> lrange ($ PHONE_KEY, 0,-1); print_r ($ phone_list ); if (empty ($ phone_list) {$ phone_list = explode (',', '2017 0801_85 '); // mysql data // join list if ($ phone_list) {$ redis-> multi (); foreach ($ phone_list as $ phone) {$ redis-> lpush ($ PHONE_KEY, $ phone );} $ redis-> exec () ;}} print_r ($ phone_list);/* $ list = $ redis-> hget ($ cron_list,); var_dump ($ list ); * // $ redis-> set ('id', 35);/* $ redis-> lpush ('test', '123 '); $ redis-> lpush ('test', '123456'); $ redis-> lpush ('test', '123456 '); $ list = $ redis-> lrange ('test', 0,-1); print_r ($ list); $ lpop = $ redis-> lpop ('test '); print_r ($ lpop); $ lpop = $ redis-> lpop ('test '); print_r ($ lpop); * // var_dump ($ redis-> get ('id '));