上一篇 <<<MessagePack反序列化使用示例
下一篇 >>>分布式缓存与本地缓存的区别
1. 引入jar包
2.编写编码解码程序
public final class MarshallingCodeCFactory {
/**
* 创建Jboss Marshalling解码器MarshallingDecoder
* @return MarshallingDecoder
*/
public static MarshallingDecoder buildMarshallingDecoder() {
//首先通过Marshalling工具类的精通方法获取Marshalling实例对象 参数serial标识创建的是java序列化工厂对象。
final MarshallerFactory marshallerFactory = Marshalling.getProvidedMarshallerFactory("serial");
//创建了MarshallingConfiguration对象，配置了版本号为5
final MarshallingConfiguration configuration = new MarshallingConfiguration();
configuration.setVersion(5);
//根据marshallerFactory和configuration创建provider
UnmarshallerProvider provider = new DefaultUnmarshallerProvider(marshallerFactory, configuration);
//构建Netty的MarshallingDecoder对象，俩个参数分别为provider和单个消息序列化后的最大长度
MarshallingDecoder decoder = new MarshallingDecoder(provider, 1024 * 1024 * 1);
return decoder;
}
/**
* 创建Jboss Marshalling编码器MarshallingEncoder
* @return MarshallingEncoder
*/
public static MarshallingEncoder buildMarshallingEncoder() {
final MarshallerFactory marshallerFactory = Marshalling.getProvidedMarshallerFactory("serial");
final MarshallingConfiguration configuration = new MarshallingConfiguration();
configuration.setVersion(5);
MarshallerProvider provider = new DefaultMarshallerProvider(marshallerFactory, configuration);
//构建Netty的MarshallingEncoder对象，MarshallingEncoder用于实现序列化接口的POJO对象序列化为二进制数组
MarshallingEncoder encoder = new MarshallingEncoder(provider);
return encoder;
}
}
3.使用
4.注意事项
public class RpcRequest implements Serializable {
}
推荐阅读：
<<<OSI七层模型与层上协议
<<<TCP的三次握手建立链接和四次挥手释放链接
<<<TCP、UDP及Socket代码示例
<<<Https的1.0、2.0协议及长短链接区别
<<<Linux系统的五种IO模型
<<<BIO和NIO区别
<<<BIO模型的缺陷
<<<NIO模式的IO多路复用底层原理
<<<select、poll、epoll的区别
<<<Redis为什么单线程能够支持高并发
<<<Netty初识
<<<Netty的粘包和拆包问题分析
<<<粘包和拆包问题解决方案汇总
<<<序列化与反序列化知识点汇总
<<<MessagePack反序列化使用示例
