PSON Data Serialization
PSON is a lightweight binary serialization format for JSON that maps 1:1 with JSON while supporting binary encoding.
- Since:2013
- Docs:github.com
- Github Topic:pson
- License:github.com
- Repository:github.com
#What is PSON?
PSON (Protocol Simplified Object Notation) is a compact and efficient binary data serialization format. It aims to offer a simple alternative to more complex formats such as JSON, while being more space-efficient and easier to parse than binary formats such as Protocol Buffers or MessagePack.
#PSON Key Features
Here are some of the most recognizable features of PSON:
- Is a binary format, which means it is more compact and efficient than text-based formats such as JSON.
- Uses a simple syntax that is easy to read and write, with support for basic data types such as numbers, strings, and boolean values.
- Supports both object-oriented and array-based data structures, allowing for complex data models to be represented in a compact and efficient format.
- Supports optional type annotations, allowing for more precise data validation and error handling.
- Is designed to be extensible, with support for custom data types and type-specific encoding and decoding rules.
- Is available in multiple programming languages, making it easy to use across different platforms and environments.
#PSON Use-Cases
Some of the common use cases for PSON include:
- Storing and transmitting data in a compact and efficient format, particularly in low-bandwidth or high-latency network environments.
- Serializing and deserializing complex data models in applications such as databases, web services, and messaging systems.
- Building cross-platform applications that need to communicate data between different programming languages or environments.
#PSON Summary
PSON is a compact and efficient binary data serialization format that offers a simple alternative to more complex formats such as JSON, while being more space-efficient and easier to parse than binary formats such as Protocol Buffers or MessagePack. It supports optional type annotations, is extensible, and is available in multiple programming languages. It is commonly used for storing and transmitting data in low-bandwidth or high-latency network environments, serializing complex data models, and building cross-platform applications.
