JSON-IO
- 授权协议: Apache
- 开发语言: Java
- 操作系统: 跨平台
- 软件首页: https://code.google.com/p/json-io/
- 软件文档: https://code.google.com/p/json-io/w/list
软件介绍
JAVA平台下的一款,序列化反序列化工具,重点在于
1.可以直接把JSON反序列化为对象.
2.可反序列化深层复杂的对象.
3.可序列化循环引用等复杂对象.
4.可序列化静态类和内部类.
json-io can be used directly on JSON Strings or with Java's Streams.
Example 1: String to Java object
Object obj = JsonReader.jsonToJava("[\"Hello, World\"]");
This will convert the JSON String to a Java Object graph. In this case, it would consist of an Object[] of one String element.
Example 2: Java object to JSON String
Employee emp; // Emp fetched from database String json = JsonWriter.objectToJson(emp);
This example will convert the Employee instance to a JSON String. If the JsonReader were used on this String, it would reconstitute a JavaEmployee instance.
Example 3: InputStream to Java object
JsonReader jr = new JsonReader(inputStream); Employee emp = (Employee) jr.readObject();
In this example, an InputStream (could be from a File, the Network, etc.) is supplying an unknown amount of JSON. The JsonReader is used to wrap the stream to parse it, and return the Java object graph it represents.
Example 4: Java Object to OutputStream
Employee emp; // emp obtained from database JsonWriter jw = new JsonWriter(outputStream); jw.write(emp); jw.close();
编程语言实现模式
Terence Parr / 李袁奎、尧飘海 / 华中科技大学出版社 / 2012-3-20 / 72.00元
《编程语言实现模式》旨在传授开发语言应用(工具)的经验和理念,帮助读者构建自己的语言应用。这里的语言应用并非特指用编译器或解释器实现编程语言,而是泛指任何处理、分析、翻译输入文件的程序,比如配置文件读取器、数据读取器、模型驱动的代码生成器、源码到源码的翻译器、源码分析工具、解释器,以及诸如此类的工具。为此,作者举例讲解已有语言应用的工作机制,拆解、归纳出31种易于理解且常用的设计模式(每种都包括通......一起来看看 《编程语言实现模式》 这本书的介绍吧!
