这篇文章讲解一级缓存：
先介绍一级缓存的原理:
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" 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1.我们先不看虚线部分：
第一次发起查询用户id为1的用户信息，先去找缓存中是否有id为1的用户信息，如果没有，从数据库查询用户信息。
得到用户信息，将用户信息存储到一级缓存中。
第二次发起查询用户id为1的用户信息，先去找缓存中是否有id为1的用户信息，缓存中有，直接从缓存中获取用户信息。
2.我们带上虚线部分一起看：
第一次发起查询用户id为1的用户信息，先去找缓存中是否有id为1的用户信息，如果没有，从数据库查询用户信息。
得到用户信息，将用户信息存储到一级缓存中。
如果sqlSession去执行commit操作（执行插入、更新、删除），清空SqlSession中的一级缓存，这样做的目的为了让缓存中存储的是最新的信息，避免脏读。
第二次发起查询用户id为1的用户信息，先去找缓存中是否有id为1的用户信息，缓存中有，直接从缓存中获取用户信息。
就是说，当我们有缓存时，第二次查询用户时，并不会发出sql语句，而是从缓存中去读取。
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一级缓存测试
按照上边一级缓存原理步骤去测试。
我们去写一个根据用户id来查找用户的测试案例：
package cn.itcast.mybatis.test; import java.io.IOException;
import java.io.InputStream;
import java.util.Date;
import java.util.List; import org.apache.ibatis.io.Resources;
import org.apache.ibatis.session.SqlSession;
import org.apache.ibatis.session.SqlSessionFactory;
import org.apache.ibatis.session.SqlSessionFactoryBuilder;
import org.junit.Before;
import org.junit.Test; import cn.itcast.mybatis.mapper.OrdersMapperCustom;
import cn.itcast.mybatis.mapper.userMapper;
import cn.itcast.mybatis.po.Orders;
import cn.itcast.mybatis.po.User;
import cn.itcast.mybatis.po.UserCustom;
import cn.itcast.mybatis.po.UserQueryVo; public class Mybatis_mappertest { private SqlSessionFactory sqlSessionFactory;
@Before
public void setup() throws IOException
{ String resource="SqlMapConfig.xml";
InputStream inputStream= Resources.getResourceAsStream(resource);
//主要是生成SqlsessionFactory。
this.sqlSessionFactory=new SqlSessionFactoryBuilder().build(inputStream);
}
@Test
public void testMaper()
{
SqlSession sqlSession=null; sqlSession=sqlSessionFactory.openSession();
//生成代理类
OrdersMapperCustom orderMapper=sqlSession.getMapper(OrdersMapperCustom.class); User user=orderMapper.finduserByid(1);
//再次执行查找用户，发现不会输出sql语句了
User user2=orderMapper.finduserByid(1);
sqlSession.close(); } }
上面的测试结果:
DEBUG [main] - Created connection 1469233713.
DEBUG [main] - Setting autocommit to false on JDBC Connection [com.mysql.jdbc.JDBC4Connection@5792ba31]
DEBUG [main] - ==> Preparing: SELECT * FROM USER WHERE ID=?
DEBUG [main] - ==> Parameters: 1(Integer)
DEBUG [main] - <== Total: 1
DEBUG [main] - Resetting autocommit to true on JDBC Connection [com.mysql.jdbc.JDBC4Connection@5792ba31]
DEBUG [main] - Closing JDBC Connection [com.mysql.jdbc.JDBC4Connection@5792ba31]
DEBUG [main] - Returned connection 1469233713 to pool.
发现只有一条sql语句
我们在修改一下代码，根据之前说的，只要进行一次增删改就会自动清除缓存，这么做的目的就是为了防止脏读。
@Test
public void testCache1() throws Exception{
SqlSession sqlSession = sqlSessionFactory.openSession();//创建代理对象
UserMapper userMapper = sqlSession.getMapper(UserMapper.class); //下边查询使用一个SqlSession
//第一次发起请求，查询id为1的用户
User user1 = userMapper.findUserById(1);
System.out.println(user1); // 如果sqlSession去执行commit操作（执行插入、更新、删除），清空SqlSession中的一级缓存，这样做的目的为了让缓存中存储的是最新的信息，避免脏读。 //更新user1的信息
user1.setUsername("测试用户22");
userMapper.updateUser(user1);
//执行commit操作去清空缓存
sqlSession.commit(); //第二次发起请求，查询id为1的用户
User user2 = userMapper.findUserById(1);
System.out.println(user2); sqlSession.close(); }
运行结果：只会有两条sql语句：
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" alt="" />
表示updat操作使一级缓存没了