Serialization in C# converts objects into a format like JSON or XML for storage or transmission, while deserialization reverses this process, reconstructing objects from the data. These techniques enable easy data exchange and persistence, essential for APIs, file handling, and distributed applications in modern software development.
Serialization & Deserialization
What is Serialization
Definition and Purpose
Serialization is the process of converting an object’s state into a format (like JSON, XML, or binary) that can be stored or transmitted and later reconstructed.
Common Serialization Formats
Popular formats include JSON for readability, XML for structured data, and binary for compactness and speed.
Use Cases in C#
Serialization is used in saving application state, sending data over networks (APIs), caching, and interoperability between different systems or services.
Example:
What is Deserialization
Definition and Purpose
Deserialization is the process of converting serialized data (like JSON, XML, or binary) back into a C# object, restoring its original state for use in the application.
Common Formats
Deserialization supports formats such as JSON, XML, and binary, allowing seamless reconstruction of objects transmitted or stored in different systems.
Use Cases in C#
It is commonly used in reading saved files, receiving API responses, data exchange between applications, and restoring object states for processing or display.
Example:
Conclusion
Serialization and deserialization are essential for data persistence and exchange in C#. Serialization converts objects into storable or transmittable formats, while deserialization reconstructs them for application use. Together, they enable smooth data communication, API interactions, and state management, making C# applications more flexible, interoperable, and scalable.
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