java对redis的基本操作（一）

一、server端安装

　　1、下载

　　　　https://github.com/MSOpenTech/redis

　　　　可看到当前可下载版本：redis2.6

　　　　aaarticlea/png;base64,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" alt="" />

　　　　下载windows平台文件：

　　　　aaarticlea/png;base64,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" alt="" />

　　　　　aaarticlea/png;base64,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" alt="" />

　　　　　解压后，选择当前64位win7系统对应的版本：

　　　　　aaarticlea/png;base64,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" 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　　2、安装

　　　　1）解压后将里面所有文件拷贝至redis安装目录：

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" 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　　　　　几个exe程序的功能：　　　　

　　　　　   redis-benchmark.exe：性能测试，用以模拟同时由N个客户端发送M个 SETs/GETs 查询 (类似于 Apache 的ab 工具).

　　　　　redis-check-aof.exe：更新日志检查

  　　　　　redis-check-dump.exe：本地数据库检查

  　　　　　redis-cli.exe：客户端

　　　　　redis-server.exe：服务端　　　　　　 

　　　　2）将路径添加至系统环境变量：过程略

　　　　3）cmd下启动redis-server

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" alt="" />

　　　　注：由于此处未指定配置文件，系统采用默认参数

　　3、下载对应的配置文件

　　　　由上面cmd输出可知，当前版本为2.6.12

　　　　原页面上打开所有发布版本，找到2.6.12：

　　　　aaarticlea/png;base64,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" alt="" />

　　　　下载zip文件：

　　　　aaarticlea/png;base64,iVBORw0KGgoAAAANSUhEUgAAAVcAAAAnCAIAAAA0Bpw6AAAGk0lEQVR4nO2cP2vjMBTA+9X6KfINOtwnuL1DhoMM3bwWROcawu2mEDgK7tCCKWRphsCZJgHPwTfYkp6kJ9mOFedd+36Uw1VlWYnzfn76k7uqGXrsdrvdbnfpXjDfhatLd4BBYAswU8IWoAhbgJkStgBF2ALMlLAFKMIWYKaELUCRL2mBzWazHsFms7n0K/iysAUoEssCq/mVZL7qrDN72Aba2j7MnGb6tK8Yo4CGIS+dGQBbgCJRLABC1Buodh1PLOtqoEKf9iFsAbKwBSgSwwJNkDbP9+Y57oZpU6cphseQ9tzZzGqiT/sGbAGysAUoEsECTWDKJH81xzJ+vNRtaPawdSzRp30TtgBZ2AIUiTw7CB/bTvlsPp/1Sel9uUKgfRMnqP+Inzc3P8UfdXzz6/d6vV6vf//Sx2yBCWALUCSmBdrhOxajzsg+JAKfBQLtm7AFyMIWoEgsC7TjdV+IGoHdNbbHLNDRvsmYsQBb4KywBSgSxQIyRP2Pd3PxL5Dyo3/ubt+ELUAWtsBgPt/zZ0D+/hn9EvHWCNx034hmz2ofJgS7bNBwoq7ZAoRhCwzj8z1/fn770AUfb+cRwViQIEUsYFZUhT0s4G3fC1uALEELlJlI0qJP4fmY+HIdfLw9v300of+sbEBVBMTgHcRkCVigSJMksSMQLYwNjHyKFoD/qvI4Ijgej1VVHQ6Hw+FQVdXxeBzfJsOEwS1QZiJJEpGmMALRwrNA3QJGLvD5nufvn1FEcDwe9/v9DrDf71kEzLnxWKAoytqOQLQQnpSJJM0ykSRtulCCY12lQWQlcpLISpluyN+ay8kyfWFVSzVloStgHUgz/TLcXnmBz/+6BjOFUURQVdXOoaqqkxtkmD5EnBcoM6HiqEhVTJWZaI+KVMWjOrRPUoUwF5Cn6QaKVEUsOARY17I7AFrFeuUHzg6CYxX/o0TgKuBLfsWYoUZkC2B5vDw2TpSxqx0BKthnOxX6xKtGXsvwhWwB7VUQFfzmekEEEVjDgYbD4XBCUwzTnwktYIQYpgavBdA5Ap3x4zrQeX6blkCfdPSqC0wEESzAIwLmIlDIBU6zQK1bwjupgjtyLtBgiiDO1ADPDsagWNw+XXt+fiz/TtwZMDtl0/ejdn4mtIB3XgC1gDsK8FRALWBdKt68AASKIOIyAa8UjqNY3OZ5e7wGx/V2uZpcBEVqPGOcFTcaIpjSAt41AqdiW887ZKg71wjglQqkA2maGn040c7YiIC5LMoChgIaBohg+/rDOf2EzsjINxTQQEcE33YH8YDkP4w5IqAJumr6VfHmAg3b5eo6Qnj37YwvF2goM2HfkUtskPlOFugcR5yKHBFEI+YCoTFL2j/lMQe06JAr+AbCy8LrOXtIwLVEhvVg6G0K5QJ1qPwchHKBGi1nC5wb8NGkkIh5iWiBNpasgVT3x6xIVUyWmcDq46WSMhPuW6wLwYdfHcJT4KLwwFvVkQsghS+5NYm4eIEjgr+Pd6vHpaxzP+hLTR25gFNobpmrsTSuzIRIU4HdRXdTnDM7id6z72WB/4XRFrBuPvo56/ukNSSgzk4LVQznVeBZbvTCiFan60JwJXBN4KNejMoF8nsZ54YFnq51m4PmF0fmAtjmN2QUYVeGW+2QPzuwBShCygI6IMEH1BgRFIXSgfEwd65h5ALB2VlonnDS4b72wbmAJL9/ur57bf/bJNMCi5e2zna5GpIODM0FAiMCbKMd9nf5i3PX/TkVW4AiBEYEktKQADhPf3x9UwBuTZjxCimEMkvVzo5C1othgWG5wHa50gqovRaoX/Lru9feQ5TR8wLO5jefJvBNccifENgCFCEwOygBSTxuAXP5Fm0aDWNVaCT/8UYEzaIgti6IWeAltxcOouYC6iY470/QAujmN1+y4MsFekyEswUoEvtLRKevFBpxXRqxqfd96dDFvuNVZsIJYzh20KEPDnWCAFKFnl1e3Oa5DnU35tHZwdWj9R+oWvMCbZqwXtyCvKBHZ9IkLUIZAWoBZCVLb34LDRmceYHwSEDCFqAIma8S2s9hoJNUiHY6EGb5WjPYaB+dRzQatfbWDc1c6hpYQM35hy3QTP7Bn9Xj1skF7vOT9iArC/gs7HoBbJlDN7+ZFnC+B9NcpNkU5+aB+JvJFqAIGQv8jxRd2wGG7hcw5wUGdsYzHdC/wsnXHWBPtgBF2AIjCH2byJMdhBlpgU4iWWDEpji2AEXYApQYY4FJOXlTHFuAImwBZkr+Ad4CYcIUfb/cAAAAAElFTkSuQmCC" alt="" />

　　　　拷贝出redis.conf配置文件至安装目录：

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" alt="" />

　　　　配置文件各字段含义：http://cardyn.iteye.com/blog/794194

　　　　ps:如果配置文件的版本和当前exe程序的版本不匹配，很容易

　　　　　由于参数不一致导致server端无法启动。

　　4、通过指定的配置文件启动服务端

　　　　aaarticlea/png;base64,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" alt="" />

　　5、客户端访问测试

　　　 另起一个cmd窗口：

　　　 aaarticlea/png;base64,iVBORw0KGgoAAAANSUhEUgAAAbMAAACDCAIAAACIgmLJAAALW0lEQVR4nO2dUbLjug1EtdHsICvIyrKXfGQHbwevlI+peDQg0WyQlO1rn1NTU7IEAU2Q7HGN5XuPf//n719//vvX3//4578OAADAGQEAIjgjAEAEZwQAiOCMAAARnBEAIIIzAgBEcEYAgEjXGc8Lc2mv967k2YtQUh1vdVDv04Qqe5Vnfb6vP3oxL9ad3iZZB0K2s4cpyRRWjc/0P4GuyGrf3MG2zthmGcrNxuAn2UhWa9iR6sooDeoly25jno0z2M129yLJ8q/XnciQbW997NS6O74UtpfhsnH6VvCl4Iy6U11nKSl+AtN6XjLf98nYO5yN2d5nXz0/83khS+LscEdMt9CW+OfPoFPR6VvBl7Qzdmu3Af5MH6PFkQX7eVb0nM0qEZKGSVbGm+kx+zCtv9u9rIe+HtEiJ74Vk8lzxM/l13W7JYa3VK8OSwQx2+NNGX4Gs+hiTHeOBjlLzujLyhRUj9tRmSPcpactV8o/EZ9NQbcPZolS3Sx/drszL3vnKzCRf3i+G9bWFcMfZtt4qY0x9VTjfSXXSNE3M2E3Q3vVUatT/WaXMx72TtBjaxVfz0x0U+cfHrd1h4MSA9RnnPNZH7K+DXsyzK+HHOKrfZ7oT5dhcLXbPsOhbRFTyqzncSW+JMZPUpq+Uvfm5339/xm79ao7YXpNLOoZHmcrRuhfnKHpiXdaWo2v6nTEL/bHlLc3v5l5Ra241xd5/h/zxmp8VY+ZpDR9/lQutbT02XTooyiZJakeZ2Pw27qo5/G3bvpQjx9/Lb3Sh26eap/9Een8G/szVOirNZMvlnaK6iRavJjE7suV+NIwNaW+za2rpUm/43nG87IhM7nmeaHEFxnCxPS3B+0tZ0M3oKszy6MF+8FiaDrVMH9W1L+k21XqT5dhXZHfr5IVvb40RfpisrTOePfGb2nasO4w3jl/jJbuoB7fgQGA57NorLeDMwLAk9nyrvNecEYAgAjOCAAQwRkBACI4IwBABGcEAIjscsbSI0Vz+bOK+nmrYfWV56r8oZWa4D+3JcabiXyrDwQ3fkCZzYuer/taMbFIhnneYVzfwsb3jNkMrU+S3t7ZsVP97vhSmAiujlfEVPVMUEp+xwrp9mH48g4WS7ztuD6fu51xkfNCVstxCkdzt9CW+CysveT00BmviPELzVHNvEVJNi/6/H1N6ApbvP2txvX5dH+iRNv9Y2RS7SUn3hSpg8XVYZXqkppbgllY1rS5bK08p7op3pzHs8HMnx1ndbPxhrv0fJkKhUihUwT7ee4eF6SInyjRnQnz+IG/MgQicu5SG9MOc0u8r+Qa2a71cNWpolOZwibm3R9siJ/I397bvhTzVZ0XfZeYsmGe4fFN44KUzBm7M3Hl1+3DFdOenJi20losVQkjGt5VjS+JOfbtQKf0ivhsPfhpu6mq+cNEtPOi52vLvGQ6RXB23Oa5e1yQon8K2YOs12LF+DcOKWUuJe8uxI3xOixkO4x+ds9PtKK6efy9N53ZbGw3LJsXPV/VdeIfZyVK9z5hXJAy4Yx3rAxNG6nzmOtMy9sSv6LH77PO75/Xkaaex0uzSjeVM94JDfqlo9OcL6fixt6ujAv6ZJ/AZHMslunRm9RsEZuT5yTJJIlsosTeeK1zOGTnfDbeUvAdekqDbbUNm6Zbrc830zL5L/SxsP7N8T5hXNCB78DAT4RtD/eCM8IPgndD8CRwRgCACM4IABDBGQEAIjgjAEAEZwQAiOjfN/0I6z429QK5AABPYPgTJR6ROCMAfAvd78A8rnbdEFsEgA8HZwQAiFSdEVsEgM+H94wAABGcEQAgwmfTAAARnmcEAIjwHRgAgAjOCAAQwRkBACI4IwBABGcEAIjgjAAAEZwRACCyyxmzr1TvevIxy5w9d+l/y7sUPBGf6XdKZHUzMe0zp1keX8ytVNvopNItau9aLw0fyMb3jNnKW198entnx071u+NLYSK4Ol4RU9UzQSn5HSuk24fhS4Df3O2Mi2T/2t/hjN1CW+KzsPaS08N1ZzQLzVHNvN0Zr13V5+9rAvx4uj9Rol1Vx8iksk2u402ROlhcHVapbpW5rZWFZU2by9bKc6qb4rO0YtInmjPMn8Vn86Lny1QI38jwJ0ronTbcgWIt+utSRM5damPaYW6J95VcI7uOcPw5I8MqOpUpbGLe/cGG+In87b3tSzFfVanwRWTO2F1h7U4TKzg7ObEcs1tW9vw1rLs5t8SXxBxGP7PzN7VIz3W7Hsy0bYlukmH+MBHtvOj5qkqFL0K8Z7zibLxdO9YMFhn85GHjDW+sxuswc9sPs020YkK5OfCq3XRty8wf7vXPz0mFL2LCGUu7ZWLnt2gv8J0i7BMtb0v8ih6/zzq/f77L+SdDPY+XZpVuKme8Exr0S4DfZJ/AZNtbLNOjt6CzRVzaNjpJJklkEyX2xmudwyE757PxloIdxNDM0lnOs2dww6bpVuvzE/MC3wXfgQFBZlsv563EwAeCM4Lmrd5YvZUY+GRwRgCACM4IABDBGQEAIjgjAEAEZwQAiOgnvVc+BNz1MWLpObXr1W6e9hgAIHKfM27J0HVDcV4UxRkBwOUHOeP17aE+jzMCwBLd/2e8OsjjILMVYUZZsJ8nszxthUJMOAAA6GB+AuO84Rq+UxN5hsddQ2zPa4UAABbrznj+ibhR5Dkb2vOH8RayWxQAoMaiMwrH7J4s3XtcHDCEZed1NgAAC/95xu4bwzuc0bE8bYU4IwAsUXrSW3hfa1hngx/fzd+1vyx5NxUAgAXfgQEAiOCMAAARnBEAIIIzAgBEcEYAgAjOCAAQwRkBACK7nDF7fnDXQ4XiOUrxkKNTvfr849zzkqUmDJ/rzMRkj3a2eXwxc/AwKfxsNr5nvM8Z9fbOjp3qd8eXwkRwdbwipqpnjmwUtxYF2MbdzriI88ZnlzN2C22Jz8LaS04P153RLLSX51cEmCc443WvdnddZlLZJtfxpkgdLK76TmeqqsZrGVnT5rK18pzqpviQVuQfLobS1AO8BvEzvbtbwjx+IHa+v0McLyhdamPaYW6J95VcIzP70LaizWhO2K55d2oBvBGZM4adfzb8uv05OyS7ZWXPX8Pa8e6KL4k5jH5m529qkTPX9807wMvQvwfmgbPxdu1YM3jdFo+L05k3VuN1WMh2zDrjRCsmlOOM8EVMOOPKDpmwlW6kzjPnRNnLlfgVPX6fdX7/vI5cmffrGb86wMvIPoHJ1nq24ttFfzboPF2cJGITZtlEib3xWudwyM75bLylYFNPd2iHN+9CEsDbwXdgwARTgy8CZwSH0ttegB8PzggAEMEZAQAiOCMAQARnBACI4IwAABGcEQAggjMCAERwRgCACM4IABDBGQEAIjgjAEAEZwQAiOCMAAARnBEAIIIzAgBEcEYAgAjOCAAQwRkBACI4IwBABGcEAIjgjAAAka4zrv+iuPYXEO+Ru4ZQUh3v3G9t9uPfh5+rHGCe1hmrptYNeKEzDr1PB/hV7nPGXe3amAdzhO8iOGPYA92XYZN0t81rnXFOz5vs/10y9g7nTZoD8CS0Mway91zaLjN77d4ivNjMs6InxGhJwyQr4830mH2Y1t/tXtZVgI+l5IyC7k5bP76+zHZvV/MuPZlZmPkn4ofGdO2DWaJUN8svtAF8Gruc8ag7XXvvlfaSTuvoafMPj9u6w0ENLUnr1+ezPmR9G/ZkmH8oDOADWf9/xiti62aRImZ4yb+a6RkeZ04h9JdsZZhZnx863WK8eRXg0yh9Nj10xmvMnBNlRbtVRMAuPY+/tX8N9fjx19IrfejmqfZ5eAngM7njecbrhsw8xTwvlPgiQ1hW4vBc6WzoBnR1Znm0YD9YDE2nGubvtBXgg+E7MAAAEZwRACDwP6LQS4dbDpx6AAAAAElFTkSuQmCC" alt="" />

二、基本功能测试

　　1、程序基本结构

　　aaarticlea/png;base64,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" alt="" />

　　2、主要类

　　　　1）功能类

package com.redis;

import java.util.ArrayList;
import java.util.Iterator;
import java.util.List;
import java.util.Set;

import redis.clients.jedis.Jedis;
import redis.clients.jedis.JedisPool;
import redis.clients.jedis.JedisPoolConfig;
import redis.clients.jedis.JedisShardInfo;
import redis.clients.jedis.ShardedJedis;
import redis.clients.jedis.ShardedJedisPool;
import redis.clients.jedis.SortingParams;

public class RedisClient {

    private Jedis jedis;//非切片额客户端连接
    private JedisPool jedisPool;//非切片连接池
    private ShardedJedis shardedJedis;//切片额客户端连接
    private ShardedJedisPool shardedJedisPool;//切片连接池

    public RedisClient()
    {
        initialPool();
        initialShardedPool();
        shardedJedis = shardedJedisPool.getResource();
        jedis = jedisPool.getResource(); 

    } 

    /**
     * 初始化非切片池
     */
    private void initialPool()
    {
        // 池基本配置
        JedisPoolConfig config = new JedisPoolConfig();
        config.setMaxActive(20);
        config.setMaxIdle(5);
        config.setMaxWait(1000l);
        config.setTestOnBorrow(false); 

        jedisPool = new JedisPool(config,"127.0.0.1",6379);
    }

    /**
     * 初始化切片池
     */
    private void initialShardedPool()
    {
        // 池基本配置
        JedisPoolConfig config = new JedisPoolConfig();
        config.setMaxActive(20);
        config.setMaxIdle(5);
        config.setMaxWait(1000l);
        config.setTestOnBorrow(false);
        // slave链接
        List<JedisShardInfo> shards = new ArrayList<JedisShardInfo>();
        shards.add(new JedisShardInfo("127.0.0.1", 6379, "master")); 

        // 构造池
        shardedJedisPool = new ShardedJedisPool(config, shards);
    } 

    public void show() {
        KeyOperate();
        StringOperate();
        ListOperate();
        SetOperate();
        SortedSetOperate();
        HashOperate();
        jedisPool.returnResource(jedis);
        shardedJedisPool.returnResource(shardedJedis);
    } 

      private void KeyOperate() {
         。。。
      }

      private void StringOperate() {
         。。。
      }

      private void ListOperate() {
         。。。
      }

      private void SetOperate() {
         。。。
      }

      private void SortedSetOperate() {
         。。。
      }

      private void HashOperate() {
         。。。
      }
}

　　　　2）测试类

package com.redis;

public class Main {

    public static void main(String[] args) {
        // TODO Auto-generated method stub
        new RedisClient().show();
    }

}

　　3、各个功能函数

　　　　1）key功能

private void KeyOperate()
    {
        System.out.println("======================key==========================");
        // 清空数据
        System.out.println("清空库中所有数据："+jedis.flushDB());
        // 判断key否存在
        System.out.println("判断key999键是否存在："+shardedJedis.exists("key999"));
        System.out.println("新增key001,value001键值对："+shardedJedis.set("key001", "value001"));
        System.out.println("判断key001是否存在："+shardedJedis.exists("key001"));
        // 输出系统中所有的key
        System.out.println("新增key002,value002键值对："+shardedJedis.set("key002", "value002"));
        System.out.println("系统中所有键如下：");
        Set<String> keys = jedis.keys("*");
        Iterator<String> it=keys.iterator() ;
        while(it.hasNext()){
            String key = it.next();
            System.out.println(key);
        }
        // 删除某个key,若key不存在，则忽略该命令。
        System.out.println("系统中删除key002: "+jedis.del("key002"));
        System.out.println("判断key002是否存在："+shardedJedis.exists("key002"));
        // 设置 key001的过期时间
        System.out.println("设置 key001的过期时间为5秒:"+jedis.expire("key001", 5));
        try{
            Thread.sleep(2000);
        }
        catch (InterruptedException e){
        }
        // 查看某个key的剩余生存时间,单位【秒】.永久生存或者不存在的都返回-1
        System.out.println("查看key001的剩余生存时间："+jedis.ttl("key001"));
        // 移除某个key的生存时间
        System.out.println("移除key001的生存时间："+jedis.persist("key001"));
        System.out.println("查看key001的剩余生存时间："+jedis.ttl("key001"));
        // 查看key所储存的值的类型
        System.out.println("查看key所储存的值的类型："+jedis.type("key001"));
        /*
         * 一些其他方法：1、修改键名：jedis.rename("key6", "key0");
         *             2、将当前db的key移动到给定的db当中：jedis.move("foo", 1)
         */
    } 

　　　　运行结果：

======================key==========================
清空库中所有数据：OK
判断key999键是否存在：false
新增key001,value001键值对：OK
判断key001是否存在：true
新增key002,value002键值对：OK
系统中所有键如下：
key002
key001
系统中删除key002: 1
判断key002是否存在：false
设置 key001的过期时间为5秒:1
查看key001的剩余生存时间：3
移除key001的生存时间：1
查看key001的剩余生存时间：-1
查看key所储存的值的类型：string

　　　　2）String功能

private void StringOperate()
    {
        System.out.println("======================String_1==========================");
        // 清空数据
        System.out.println("清空库中所有数据："+jedis.flushDB());

        System.out.println("=============增=============");
        jedis.set("key001","value001");
        jedis.set("key002","value002");
        jedis.set("key003","value003");
        System.out.println("已新增的3个键值对如下：");
        System.out.println(jedis.get("key001"));
        System.out.println(jedis.get("key002"));
        System.out.println(jedis.get("key003"));

        System.out.println("=============删=============");
        System.out.println("删除key003键值对："+jedis.del("key003"));
        System.out.println("获取key003键对应的值："+jedis.get("key003"));

        System.out.println("=============改=============");
        //1、直接覆盖原来的数据
        System.out.println("直接覆盖key001原来的数据："+jedis.set("key001","value001-update"));
        System.out.println("获取key001对应的新值："+jedis.get("key001"));
        //2、直接覆盖原来的数据
        System.out.println("在key002原来值后面追加："+jedis.append("key002","+appendString"));
        System.out.println("获取key002对应的新值"+jedis.get("key002")); 

        System.out.println("=============增，删，查（多个）=============");
        /**
         * mset,mget同时新增，修改，查询多个键值对
         * 等价于：
         * jedis.set("name","ssss");
         * jedis.set("jarorwar","xxxx");
         */
        System.out.println("一次性新增key201,key202,key203,key204及其对应值："+jedis.mset("key201","value201",
                        "key202","value202","key203","value203","key204","value204"));
        System.out.println("一次性获取key201,key202,key203,key204各自对应的值："+
                        jedis.mget("key201","key202","key203","key204"));
        System.out.println("一次性删除key201,key202："+jedis.del(new String[]{"key201", "key202"}));
        System.out.println("一次性获取key201,key202,key203,key204各自对应的值："+
                jedis.mget("key201","key202","key203","key204"));
        System.out.println();

        //jedis具备的功能shardedJedis中也可直接使用，下面测试一些前面没用过的方法
        System.out.println("======================String_2==========================");
        // 清空数据
        System.out.println("清空库中所有数据："+jedis.flushDB());       

        System.out.println("=============新增键值对时防止覆盖原先值=============");
        System.out.println("原先key301不存在时，新增key301："+shardedJedis.setnx("key301", "value301"));
        System.out.println("原先key302不存在时，新增key302："+shardedJedis.setnx("key302", "value302"));
        System.out.println("当key302存在时，尝试新增key302："+shardedJedis.setnx("key302", "value302_new"));
        System.out.println("获取key301对应的值："+shardedJedis.get("key301"));
        System.out.println("获取key302对应的值："+shardedJedis.get("key302"));

        System.out.println("=============超过有效期键值对被删除=============");
        // 设置key的有效期，并存储数据
        System.out.println("新增key303，并指定过期时间为2秒"+shardedJedis.setex("key303", 2, "key303-2second"));
        System.out.println("获取key303对应的值："+shardedJedis.get("key303"));
        try{
            Thread.sleep(3000);
        }
        catch (InterruptedException e){
        }
        System.out.println("3秒之后，获取key303对应的值："+shardedJedis.get("key303")); 

        System.out.println("=============获取原值，更新为新值一步完成=============");
        System.out.println("key302原值："+shardedJedis.getSet("key302", "value302-after-getset"));
        System.out.println("key302新值："+shardedJedis.get("key302"));

        System.out.println("=============获取子串=============");
        System.out.println("获取key302对应值中的子串："+shardedJedis.getrange("key302", 5, 7));
    } 

　　　　　　运行结果:

======================String_1==========================
清空库中所有数据：OK
=============增=============
已新增的3个键值对如下：
value001
value002
value003
=============删=============
删除key003键值对：1
获取key003键对应的值：null
=============改=============
直接覆盖key001原来的数据：OK
获取key001对应的新值：value001-update
在key002原来值后面追加：21
获取key002对应的新值value002+appendString
=============增，删，查（多个）=============
一次性新增key201,key202,key203,key204及其对应值：OK
一次性获取key201,key202,key203,key204各自对应的值：[value201, value202, value203, value204]
一次性删除key201,key202：2
一次性获取key201,key202,key203,key204各自对应的值：[null, null, value203, value204]

======================String_2==========================
清空库中所有数据：OK
=============新增键值对时防止覆盖原先值=============
原先key301不存在时，新增key301：1
原先key302不存在时，新增key302：1
当key302存在时，尝试新增key302：0
获取key301对应的值：value301
获取key302对应的值：value302
=============超过有效期键值对被删除=============
新增key303，并指定过期时间为2秒OK
获取key303对应的值：key303-2second
3秒之后，获取key303对应的值：null
=============获取原值，更新为新值一步完成=============
key302原值：value302
key302新值：value302-after-getset
=============获取子串=============
获取key302对应值中的子串：302

　　　　3）List功能

private void ListOperate()
    {
        System.out.println("======================list==========================");
        // 清空数据
        System.out.println("清空库中所有数据："+jedis.flushDB()); 

        System.out.println("=============增=============");
        shardedJedis.lpush("stringlists", "vector");
        shardedJedis.lpush("stringlists", "ArrayList");
        shardedJedis.lpush("stringlists", "vector");
        shardedJedis.lpush("stringlists", "vector");
        shardedJedis.lpush("stringlists", "LinkedList");
        shardedJedis.lpush("stringlists", "MapList");
        shardedJedis.lpush("stringlists", "SerialList");
        shardedJedis.lpush("stringlists", "HashList");
        shardedJedis.lpush("numberlists", "3");
        shardedJedis.lpush("numberlists", "1");
        shardedJedis.lpush("numberlists", "5");
        shardedJedis.lpush("numberlists", "2");
        System.out.println("所有元素-stringlists："+shardedJedis.lrange("stringlists", 0, -1));
        System.out.println("所有元素-numberlists："+shardedJedis.lrange("numberlists", 0, -1));

        System.out.println("=============删=============");
        // 删除列表指定的值 ，第二个参数为删除的个数（有重复时），后add进去的值先被删，类似于出栈
        System.out.println("成功删除指定元素个数-stringlists："+shardedJedis.lrem("stringlists", 2, "vector"));
        System.out.println("删除指定元素之后-stringlists："+shardedJedis.lrange("stringlists", 0, -1));
        // 删除区间以外的数据
        System.out.println("删除下标0-3区间之外的元素："+shardedJedis.ltrim("stringlists", 0, 3));
        System.out.println("删除指定区间之外元素后-stringlists："+shardedJedis.lrange("stringlists", 0, -1));
        // 列表元素出栈
        System.out.println("出栈元素："+shardedJedis.lpop("stringlists"));
        System.out.println("元素出栈后-stringlists："+shardedJedis.lrange("stringlists", 0, -1));

        System.out.println("=============改=============");
        // 修改列表中指定下标的值
        shardedJedis.lset("stringlists", 0, "hello list!");
        System.out.println("下标为0的值修改后-stringlists："+shardedJedis.lrange("stringlists", 0, -1));
        System.out.println("=============查=============");
        // 数组长度
        System.out.println("长度-stringlists："+shardedJedis.llen("stringlists"));
        System.out.println("长度-numberlists："+shardedJedis.llen("numberlists"));
        // 排序
        /*
         * list中存字符串时必须指定参数为alpha，如果不使用SortingParams，而是直接使用sort("list")，
         * 会出现"ERR One or more scores can't be converted into double"
         */
        SortingParams sortingParameters = new SortingParams();
        sortingParameters.alpha();
        sortingParameters.limit(0, 3);
        System.out.println("返回排序后的结果-stringlists："+shardedJedis.sort("stringlists",sortingParameters));
        System.out.println("返回排序后的结果-numberlists："+shardedJedis.sort("numberlists"));
        // 子串：  start为元素下标，end也为元素下标；-1代表倒数一个元素，-2代表倒数第二个元素
        System.out.println("子串-第二个开始到结束："+shardedJedis.lrange("stringlists", 1, -1));
        // 获取列表指定下标的值
        System.out.println("获取下标为2的元素："+shardedJedis.lindex("stringlists", 2)+"\n");
    } 

　　　　　　运行结果:

======================list==========================
清空库中所有数据：OK
=============增=============
所有元素-stringlists：[HashList, SerialList, MapList, LinkedList, vector, vector, ArrayList, vector]
所有元素-numberlists：[2, 5, 1, 3]
=============删=============
成功删除指定元素个数-stringlists：2
删除指定元素之后-stringlists：[HashList, SerialList, MapList, LinkedList, ArrayList, vector]
删除下标0-3区间之外的元素：OK
删除指定区间之外元素后-stringlists：[HashList, SerialList, MapList, LinkedList]
出栈元素：HashList
元素出栈后-stringlists：[SerialList, MapList, LinkedList]
=============改=============
下标为0的值修改后-stringlists：[hello list!, MapList, LinkedList]
=============查=============
长度-stringlists：3
长度-numberlists：4
返回排序后的结果-stringlists：[LinkedList, MapList, hello list!]
返回排序后的结果-numberlists：[1, 2, 3, 5]
子串-第二个开始到结束：[MapList, LinkedList]
获取下标为2的元素：LinkedList

　　　　4）Set功能

 private void SetOperate()
    { 

        System.out.println("======================set==========================");
        // 清空数据
        System.out.println("清空库中所有数据："+jedis.flushDB());

        System.out.println("=============增=============");
        System.out.println("向sets集合中加入元素element001："+jedis.sadd("sets", "element001"));
        System.out.println("向sets集合中加入元素element002："+jedis.sadd("sets", "element002"));
        System.out.println("向sets集合中加入元素element003："+jedis.sadd("sets", "element003"));
        System.out.println("向sets集合中加入元素element004："+jedis.sadd("sets", "element004"));
        System.out.println("查看sets集合中的所有元素:"+jedis.smembers("sets"));
        System.out.println();

        System.out.println("=============删=============");
        System.out.println("集合sets中删除元素element003："+jedis.srem("sets", "element003"));
        System.out.println("查看sets集合中的所有元素:"+jedis.smembers("sets"));
        /*System.out.println("sets集合中任意位置的元素出栈："+jedis.spop("sets"));//注：出栈元素位置居然不定？--无实际意义
        System.out.println("查看sets集合中的所有元素:"+jedis.smembers("sets"));*/
        System.out.println();

        System.out.println("=============改=============");
        System.out.println();

        System.out.println("=============查=============");
        System.out.println("判断element001是否在集合sets中："+jedis.sismember("sets", "element001"));
        System.out.println("循环查询获取sets中的每个元素：");
        Set<String> set = jedis.smembers("sets");
        Iterator<String> it=set.iterator() ;
        while(it.hasNext()){
            Object obj=it.next();
            System.out.println(obj);
        }
        System.out.println();

        System.out.println("=============集合运算=============");
        System.out.println("sets1中添加元素element001："+jedis.sadd("sets1", "element001"));
        System.out.println("sets1中添加元素element002："+jedis.sadd("sets1", "element002"));
        System.out.println("sets1中添加元素element003："+jedis.sadd("sets1", "element003"));
        System.out.println("sets1中添加元素element002："+jedis.sadd("sets2", "element002"));
        System.out.println("sets1中添加元素element003："+jedis.sadd("sets2", "element003"));
        System.out.println("sets1中添加元素element004："+jedis.sadd("sets2", "element004"));
        System.out.println("查看sets1集合中的所有元素:"+jedis.smembers("sets1"));
        System.out.println("查看sets2集合中的所有元素:"+jedis.smembers("sets2"));
        System.out.println("sets1和sets2交集："+jedis.sinter("sets1", "sets2"));
        System.out.println("sets1和sets2并集："+jedis.sunion("sets1", "sets2"));
        System.out.println("sets1和sets2差集："+jedis.sdiff("sets1", "sets2"));//差集：set1中有，set2中没有的元素

    }

　　　　　　运行结果:

======================set==========================
清空库中所有数据：OK
=============增=============
向sets集合中加入元素element001：1
向sets集合中加入元素element002：1
向sets集合中加入元素element003：1
向sets集合中加入元素element004：1
查看sets集合中的所有元素:[element001, element002, element003, element004]

=============删=============
集合sets中删除元素element003：1
查看sets集合中的所有元素:[element001, element002, element004]

=============改=============

=============查=============
判断element001是否在集合sets中：true
循环查询获取sets中的每个元素：
element001
element002
element004

=============集合运算=============
sets1中添加元素element001：1
sets1中添加元素element002：1
sets1中添加元素element003：1
sets1中添加元素element002：1
sets1中添加元素element003：1
sets1中添加元素element004：1
查看sets1集合中的所有元素:[element001, element002, element003]
查看sets2集合中的所有元素:[element002, element003, element004]
sets1和sets2交集：[element002, element003]
sets1和sets2并集：[element001, element002, element003, element004]
sets1和sets2差集：[element001]

　　　　5）SortedSet功能（有序集合）

private void SortedSetOperate()
    {
        System.out.println("======================zset==========================");
        // 清空数据
        System.out.println(jedis.flushDB()); 

        System.out.println("=============增=============");
        System.out.println("zset中添加元素element001："+shardedJedis.zadd("zset", 7.0, "element001"));
        System.out.println("zset中添加元素element002："+shardedJedis.zadd("zset", 8.0, "element002"));
        System.out.println("zset中添加元素element003："+shardedJedis.zadd("zset", 2.0, "element003"));
        System.out.println("zset中添加元素element004："+shardedJedis.zadd("zset", 3.0, "element004"));
        System.out.println("zset集合中的所有元素："+shardedJedis.zrange("zset", 0, -1));//按照权重值排序
        System.out.println();

        System.out.println("=============删=============");
        System.out.println("zset中删除元素element002："+shardedJedis.zrem("zset", "element002"));
        System.out.println("zset集合中的所有元素："+shardedJedis.zrange("zset", 0, -1));
        System.out.println();

        System.out.println("=============改=============");
        System.out.println();

        System.out.println("=============查=============");
        System.out.println("统计zset集合中的元素中个数："+shardedJedis.zcard("zset"));
        System.out.println("统计zset集合中权重某个范围内（1.0——5.0），元素的个数："+shardedJedis.zcount("zset", 1.0, 5.0));
        System.out.println("查看zset集合中element004的权重："+shardedJedis.zscore("zset", "element004"));
        System.out.println("查看下标1到2范围内的元素值："+shardedJedis.zrange("zset", 1, 2));

    }

　　　　　　运行结果:

======================zset==========================
OK
=============增=============
zset中添加元素element001：1
zset中添加元素element002：1
zset中添加元素element003：1
zset中添加元素element004：1
zset集合中的所有元素：[element003, element004, element001, element002]

=============删=============
zset中删除元素element002：1
zset集合中的所有元素：[element003, element004, element001]

=============改=============

=============查=============
统计zset集合中的元素中个数：3
统计zset集合中权重某个范围内（1.0——5.0），元素的个数：2
查看zset集合中element004的权重：3.0
查看下标1到2范围内的元素值：[element004, element001]

　　　　6）Hash功能

private void HashOperate()
    {
        System.out.println("======================hash==========================");
        //清空数据
        System.out.println(jedis.flushDB()); 

        System.out.println("=============增=============");
        System.out.println("hashs中添加key001和value001键值对："+shardedJedis.hset("hashs", "key001", "value001"));
        System.out.println("hashs中添加key002和value002键值对："+shardedJedis.hset("hashs", "key002", "value002"));
        System.out.println("hashs中添加key003和value003键值对："+shardedJedis.hset("hashs", "key003", "value003"));
        System.out.println("新增key004和4的整型键值对："+shardedJedis.hincrBy("hashs", "key004", 4l));
        System.out.println("hashs中的所有值："+shardedJedis.hvals("hashs"));
        System.out.println();

        System.out.println("=============删=============");
        System.out.println("hashs中删除key002键值对："+shardedJedis.hdel("hashs", "key002"));
        System.out.println("hashs中的所有值："+shardedJedis.hvals("hashs"));
        System.out.println();

        System.out.println("=============改=============");
        System.out.println("key004整型键值的值增加100："+shardedJedis.hincrBy("hashs", "key004", 100l));
        System.out.println("hashs中的所有值："+shardedJedis.hvals("hashs"));
        System.out.println();

        System.out.println("=============查=============");
        System.out.println("判断key003是否存在："+shardedJedis.hexists("hashs", "key003"));
        System.out.println("获取key004对应的值："+shardedJedis.hget("hashs", "key004"));
        System.out.println("批量获取key001和key003对应的值："+shardedJedis.hmget("hashs", "key001", "key003"));
        System.out.println("获取hashs中所有的key："+shardedJedis.hkeys("hashs"));
        System.out.println("获取hashs中所有的value："+shardedJedis.hvals("hashs"));
        System.out.println();

    }

　　　　　　运行结果:

======================hash==========================
OK
=============增=============
hashs中添加key001和value001键值对：1
hashs中添加key002和value002键值对：1
hashs中添加key003和value003键值对：1
新增key004和4的整型键值对：4
hashs中的所有值：[value001, value002, value003, 4]

=============删=============
hashs中删除key002键值对：1
hashs中的所有值：[value001, value003, 4]

=============改=============
key004整型键值的值增加100：104
hashs中的所有值：[value001, value003, 104]

=============查=============
判断key003是否存在：true
获取key004对应的值：104
批量获取key001和key003对应的值：[value001, value003]
获取hashs中所有的key：[key004, key003, key001]
获取hashs中所有的value：[value001, value003, 104]

三、常用命令
    1）连接操作命令
    quit：关闭连接（connection）
    auth：简单密码认证
    help cmd： 查看cmd帮助，例如：help quit
    
    2）持久化
    save：将数据同步保存到磁盘
    bgsave：将数据异步保存到磁盘
    lastsave：返回上次成功将数据保存到磁盘的Unix时戳
    shundown：将数据同步保存到磁盘，然后关闭服务
    
    3）远程服务控制
    info：提供服务器的信息和统计
    monitor：实时转储收到的请求
    slaveof：改变复制策略设置
    config：在运行时配置Redis服务器
    
    4）对value操作的命令
    exists(key)：确认一个key是否存在
    del(key)：删除一个key
    type(key)：返回值的类型
    keys(pattern)：返回满足给定pattern的所有key
    randomkey：随机返回key空间的一个
    keyrename(oldname, newname)：重命名key
    dbsize：返回当前数据库中key的数目
    expire：设定一个key的活动时间（s）
    ttl：获得一个key的活动时间
    select(index)：按索引查询
    move(key, dbindex)：移动当前数据库中的key到dbindex数据库
    flushdb：删除当前选择数据库中的所有key
    flushall：删除所有数据库中的所有key
    
    5）String
    set(key, value)：给数据库中名称为key的string赋予值value
    get(key)：返回数据库中名称为key的string的value
    getset(key, value)：给名称为key的string赋予上一次的value
    mget(key1, key2,…, key N)：返回库中多个string的value
    setnx(key, value)：添加string，名称为key，值为value
    setex(key, time, value)：向库中添加string，设定过期时间time
    mset(key N, value N)：批量设置多个string的值
    msetnx(key N, value N)：如果所有名称为key i的string都不存在
    incr(key)：名称为key的string增1操作
    incrby(key, integer)：名称为key的string增加integer
    decr(key)：名称为key的string减1操作
    decrby(key, integer)：名称为key的string减少integer
    append(key, value)：名称为key的string的值附加value
    substr(key, start, end)：返回名称为key的string的value的子串
    
    6）List 
    rpush(key, value)：在名称为key的list尾添加一个值为value的元素
    lpush(key, value)：在名称为key的list头添加一个值为value的 元素
    llen(key)：返回名称为key的list的长度
    lrange(key, start, end)：返回名称为key的list中start至end之间的元素
    ltrim(key, start, end)：截取名称为key的list
    lindex(key, index)：返回名称为key的list中index位置的元素
    lset(key, index, value)：给名称为key的list中index位置的元素赋值
    lrem(key, count, value)：删除count个key的list中值为value的元素
    lpop(key)：返回并删除名称为key的list中的首元素
    rpop(key)：返回并删除名称为key的list中的尾元素
    blpop(key1, key2,… key N, timeout)：lpop命令的block版本。
    brpop(key1, key2,… key N, timeout)：rpop的block版本。
    rpoplpush(srckey, dstkey)：返回并删除名称为srckey的list的尾元素，

　　　　　　　　　　　　　　并将该元素添加到名称为dstkey的list的头部
    
    7）Set
    sadd(key, member)：向名称为key的set中添加元素member
    srem(key, member) ：删除名称为key的set中的元素member
    spop(key) ：随机返回并删除名称为key的set中一个元素
    smove(srckey, dstkey, member) ：移到集合元素
    scard(key) ：返回名称为key的set的基数
    sismember(key, member) ：member是否是名称为key的set的元素
    sinter(key1, key2,…key N) ：求交集
    sinterstore(dstkey, (keys)) ：求交集并将交集保存到dstkey的集合
    sunion(key1, (keys)) ：求并集
    sunionstore(dstkey, (keys)) ：求并集并将并集保存到dstkey的集合
    sdiff(key1, (keys)) ：求差集
    sdiffstore(dstkey, (keys)) ：求差集并将差集保存到dstkey的集合
    smembers(key) ：返回名称为key的set的所有元素
    srandmember(key) ：随机返回名称为key的set的一个元素
    
    8）Hash
    hset(key, field, value)：向名称为key的hash中添加元素field
    hget(key, field)：返回名称为key的hash中field对应的value
    hmget(key, (fields))：返回名称为key的hash中field i对应的value
    hmset(key, (fields))：向名称为key的hash中添加元素field 
    hincrby(key, field, integer)：将名称为key的hash中field的value增加integer
    hexists(key, field)：名称为key的hash中是否存在键为field的域
    hdel(key, field)：删除名称为key的hash中键为field的域
    hlen(key)：返回名称为key的hash中元素个数
    hkeys(key)：返回名称为key的hash中所有键
    hvals(key)：返回名称为key的hash中所有键对应的value
    hgetall(key)：返回名称为key的hash中所有的键（field）及其对应的value

转自：http://www.cnblogs.com/edisonfeng/p/3571870.html，感谢原作，写的很用心