Deserialize the object and compare it to the original.
反串行化对象，并将其与原始对象相比较。
Because serializing an object is so easy, it should be easy to deserialize one too, right?
序列化一个对象是如此地容易，那么反序列化对象也很容易，对不对？
You can parse business objects into a XML document and deserialize them from the XML document using Service Data object (SDO) APIs.
您可以将业务对象解析为XML文档，并使用服务数据对象(SDO) API通过XML文档对其进行反序列化。
Either parse it or deserialize it into an object.
要么解析它，要么把它反序列化成一个对象。
There are two constructors; one is used to serialize a MIDI ShortMessage object into a byte array whilst the second is used to deserialize a byte array and topic into a MIDI ShortMessage.
其中有两个构造器：一个用于将MIDIShortMessage对象串行输入到字节阵列，而第二个用来将字节阵列和主题反序列化到MIDI ShortMessage中。
When a request comes in, we deserialize the XML into a command object using XStream and appropriately handle it.
在请求传入时，我们使用XStream将XML反序列化成一个命令对象，然后合理地进行处理就可以了。
Deserialize a query string to an object. Optionally override the default separator and assignment characters.
将一个查询字符串反序列化为一个对象，可选择是否覆盖默认的分隔符和赋值符。
Then to deserialize, simply read in the object, and voila - you have a list with all our objects added in already.
然后反序列化的对象，简单地读，瞧你与我们所有的对象有一个列表中添加了。
Gets or sets the maximum number of items in the object graph to serialize or deserialize.
获取或设置对象图中要序列化或反序列化的最大项数。
Gets the maximum number of items in an object graph to serialize or deserialize.
获取对象图中要序列化或反序列化的最大项数。
Suppose you have a class which you serialized it and stored in persistence and later modified that class to add a new field. What will happen if you deserialize the object already serialized?
假设你有一个类并且已经将这个类的某一个对象序列化存储了，那么如果你在这个类中加入了新的成员变量，那么在反序列化刚才那个已经存在的对象的时候会怎么样？
Suppose you have a class which you serialized it and stored in persistence and later modified that class to add a new field. What will happen if you deserialize the object already serialized?
假设你有一个类并且已经将这个类的某一个对象序列化存储了，那么如果你在这个类中加入了新的成员变量，那么在反序列化刚才那个已经存在的对象的时候会怎么样？
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