Thrift序列化和反序列化处理代码（java版）

好多网上介绍的thrift都是基于rpc的服务端客户端的例子，看了下c++版本的序列化处理，摸索了一下，找到序列化、反序列化的处理方法，记录一下。

// 内存级缓冲，默认32长度，自动增加

TMemoryBuffer mb0 = new TMemoryBuffer(32);

TProtocol prot0 = new org.apache.thrift.protocol.TCompactProtocol(mb0);

TMemoryBuffer mb1 = new TMemoryBuffer(32);

TProtocol prot1 = new org.apache.thrift.protocol.TBinaryProtocol(mb1);

TMemoryBuffer mb2 = new TMemoryBuffer(32);

TProtocol prot2 = new org.apache.thrift.protocol.TJSONProtocol(mb2);

// 传输消息对象

RequestMessage msg = new RequestMessage();

msg.setMessage("abcdefghjklfadfadfadfadloiue");

msg.setKey("key");

// 序列化处理

msg.write(prot0);

msg.write(prot1);

msg.write(prot2);

System.out.println("序列化长度Compact：" + mb0.length());

System.out.println("序列化长度Binary：" + mb1.length());

System.out.println("序列化长度JSON：" + mb2.length());

// 反序列化处理

byte[] data = mb1.getArray(); // 接收的字节

RequestMessage msg1 = new RequestMessage();

TMemoryBuffer tmb = new TMemoryBuffer(32);

tmb.write(data);

TProtocol tp = new org.apache.thrift.protocol.TBinaryProtocol(tmb);

msg1.read(tp);

System.out.println(msg1.getMessage());

执行：

序列化长度Compact：36

序列化长度Binary：46

序列化长度JSON：62

abcdefghjklfadfadfadfadloiue