serializing

简明释义

英[ˈsɪəriəlaɪzɪŋ]美[ˈsɪriəlaɪzɪŋ]

n. 序列化

v. 写成连载长篇而刊登（serialize 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.When serializing, LINQ to XML attempts to serialize with the namespace prefix specified in namespace attributes.

序列化时，LINQ toXML尝试使用命名空间属性中指定的空间前置词进行序列化。

2.In those cases, serializing the entirety of the object is unnecessary.

在此情况下，没有必要序列化整个对象。

3.My task is now to use this to create a tool for serializing WordNet into XML upon request.

现在的任务是利用这种数据结构创建一个工具将WordNet序列化为所需要的XML。

4.When serializing XML data, the target type determines the type of encoding used.

当序列化XML数据时，目标类型决定了所使用的编码类型。

5.Serializing an object into an XML document is a (surprise!) simple process. It involves two steps

将一个对象序列化成一个XML文档是一个相当简单的过程。

6.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？

7.That standard is called canonicalization and it is a standard mechanism for serializing XML. Canonicalization comes in two forms.

这个标准称为规范化，它是序列化XML的标准机制。

8.The process of serializing 序列化 the data allowed us to store it efficiently.

数据的序列化过程使我们能够高效地存储它。

9.When saving user preferences, serializing 序列化 them into a file is a common practice.

保存用户偏好时，将它们序列化到文件中是一种常见做法。

10.In web development, serializing 序列化 JSON objects is crucial for data transfer.

在网页开发中，序列化 JSON 对象对于数据传输至关重要。

11.The library provides methods for serializing 序列化 complex data types.

该库提供了对复杂数据类型进行序列化的方法。

12.Before sending the object over the network, we need to start serializing 序列化 it.

在通过网络发送对象之前，我们需要开始序列化它。

作文

In the world of computer science and programming, the concept of serializing (序列化) data is fundamental for various applications. To understand what serializing means, we must first acknowledge that data often exists in complex structures such as objects, arrays, or even entire databases. When we want to transmit this data over a network or save it to a file, it needs to be converted into a format that can be easily transported and reconstructed later. This is where serializing comes into play. The process of serializing involves converting an object into a sequence of bytes, which can then be stored or transmitted. Once the data reaches its destination, it can be reconstructed back into its original form through a process called deserialization.The importance of serializing cannot be overstated in modern software development. For instance, when developing web applications, data is frequently exchanged between the client and server. A common format used for serializing data is JSON (JavaScript Object Notation). It allows for easy readability and is language-independent, making it a popular choice among developers. By serializing data into JSON format, developers can ensure that their applications communicate effectively without losing any essential information.Moreover, serializing is not limited to web applications. In mobile app development, data needs to be saved locally on the device. Here, serializing helps to store user preferences or application state in a way that can be easily retrieved. For example, when a user customizes their settings in an app, those settings can be serialized and saved to a file. When the app is reopened, the settings can be deserialized, allowing the user to continue from where they left off.However, serializing data also comes with challenges. One significant concern is the security of the data being serialized. If sensitive information is included in the data structure, it is crucial to ensure that proper encryption methods are applied during the serialization process. Otherwise, attackers could intercept the serialized data and gain unauthorized access to confidential information.Another challenge is versioning. As applications evolve, the data structures may change. This can lead to issues when serializing and deserializing data across different versions of an application. Developers must implement strategies to handle backward compatibility to ensure that older serialized data can still be understood by newer versions of the application.In conclusion, serializing (序列化) is a critical process in the field of programming and data management. It enables the efficient transmission and storage of complex data structures, facilitating communication between different components of software systems. While there are challenges associated with serializing, such as security and versioning, the benefits it brings to software development far outweigh the drawbacks. Understanding how to effectively serialize data is an essential skill for any programmer, as it lays the foundation for building robust and scalable applications.