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- Dictionaryserialize/ˈsɪərɪəlʌɪz/
verb
- 1. publish or broadcast (a story or play) in regular instalments: "sections of the book were serialized in the"
- 2. arrange (something) in a series: "each document sent to investors should be individually numbered or serialized"
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Serialization is the process of converting a data structure or object state into a format that can be stored or transmitted and reconstructed later. Learn about the applications, drawbacks, and standards of serialization in computing, such as XML, JSON, and YAML.
- Overview
- Serialization
- Deserialization
- Storage and Transmission
- Considerations/Drawbacks
- Summary
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Serialization and deserialization are two important concepts in programming that allow objects to be easily stored, transmitted, and reconstructed. They’re used in various scenarios, such as storing objects in a database, sending objects over a network, or caching objects in memory. In this tutorial, we’ll discuss both of those concepts.
An object has three primary characteristics: identity, state, and behavior. The state represents the value or data of the object. Serialization is the process of converting an object’s state to a byte stream. This byte stream can then be saved to a file, sent over a network, or stored in a database. The byte stream represents the object’s state, wh...
Deserialization is the reverse process of serialization. It involves taking a byte stream and converting it back into an object. This is done using the appropriate tools to parse the byte stream and create a new object. In Java, the ObjectInputStream class can be used to deserialize a binary format, and the Jackson librarycan be used to parse a JSO...
Serialization and deserialization are important in programming because they allow objects to be easily stored and transmitted between different systems. This is especially useful in distributed systems where objects must be transmitted between different machines or in web applications where objects must be sent between a web server and a web browse...
5.1. Performance
Serialization and deserialization can be computationally expensive, especially for large or complex objects. Converting objects to bytes and back can take a significant amount of time and resources, which can impact the system’s performance.
5.2. Platform and Language Dependencies
Serialization and deserialization can be platform and language-dependent. Different programming languages and platforms may have their own implementations of serialization and deserialization, which can lead to compatibility issues when transmitting data between different systems.
5.3. Versioning
If the format of the serialized data changes over time, it can lead to versioning issues. For example, suppose a new version of an application is released with a different data format. In that case, older versions may not be able to deserialize the data correctly, leading to errors or data loss.
We’ve looked at serialization and deserialization and how they work. We saw that they are useful in distributed systems, web applications, caching, and in storing objects in databases or other data stores. However, it’s important to know the security risks of serialization and deserialization. Remember also to use well-vetted libraries and only des...
Learn what serialization and deserialization are and how they work in various scenarios, such as storing objects in a database or sending them over a network. Also, explore the formats, considerations, and drawbacks of these concepts.
Jan 10, 2022 · Serialization is the process of converting a data object into a byte stream and sending or storing it. Learn how serialization works, the difference between marshaling and serialization, and some common serialization formats and use cases.
Apr 24, 2020 · Both of the applications need to exchange data that is commonly used by both applications. These application talk to each other to share the data with some mediums, these mediums could be a file-system, tcp or udp connections or any other suitable network protocol or may be direct in-memory data exchange.
Dec 4, 2023 · Learn how to serialize data in Python using various formats and tools. Explore textual, binary, schema-based, and specialized data serialization methods for different use cases and scenarios.
May 11, 2024 · 1. Introduction. Serialization is the conversion of the state of an object into a byte stream; deserialization does the opposite. Stated differently, serialization is the conversion of a Java object into a static stream (sequence) of bytes, which we can then save to a database or transfer over a network. 2.
Data serialization is the process of converting structured data to a format that allows sharing or storage of the data in a form that allows recovery of its original structure. In some cases, the secondary intention of data serialization is to minimize the data’s size which then reduces disk space or bandwidth requirements.
