Boost.Serialization Data Serialization

Boost.Serialization is a library for serializing and deserializing C++ objects to/from a sequence of bytes. It provides an efficient and flexible way to store objects in files, databases, or across a network.

#What is Boost.Serialization?

Boost.Serialization is a C++ library that provides tools for serialization and deserialization of C++ objects to/from binary data streams. Serialization is the process of converting a C++ object into a series of bytes, while deserialization is the opposite process of reconstructing the original object from the byte stream. This process is useful for transferring data over a network or saving the state of an object to disk.

#Boost.Serialization Key Features

Here are some of the most recognizable features of Boost.Serialization:

  • Supports serialization and deserialization of most C++ data types, including primitive types, arrays, pointers, and user-defined classes.
  • Provides a mechanism for versioning the serialized data to ensure compatibility between different versions of the serialized object.
  • Supports customizing the serialization process by defining serialization functions for user-defined classes.
  • Provides a way to serialize multiple objects into a single archive and restore them later.
  • Supports both binary and text-based serialization formats.

#Boost.Serialization Use-Cases

Works on a wide range of platforms, including Windows, macOS, Linux, and Unix-like systems.

  • Storing the state of an object in a file or database for later use.
  • Sending an object over a network using a socket or a message queue.
  • Implementing object persistence in a database or an object-relational mapping framework.
  • Serializing and deserializing objects in a distributed computing environment, such as Hadoop or MPI.

#Boost.Serialization Summary

Boost.Serialization is a powerful C++ library that provides a flexible and efficient way to serialize and deserialize C++ objects. It supports a wide range of data types, offers versioning support, and can be used for various use cases, including object persistence, network communication, and distributed computing.

Hix logo

Try now

Simplify project configuration.
DRY during initialization.
Prevent the technical debt, easily.

We use cookies, please read and accept our Cookie Policy.