ProtoBuf.NET Data Serialization
protobuf-net is a .NET implementation of the Protocol Buffers serialization format. It allows for efficient serialization and deserialization of .NET objects.
- Since:2009
- Docs:protobuf-net.github.io
- Github Topic:protobuf-net
- Repository:github.com
- StackOverflow:[protobuf-net]
#What is ProtoBuf.NET?
ProtoBuf.NET is a binary serialization format designed to efficiently serialize structured data, particularly for use in distributed systems. It uses a compact binary format to encode data and is designed to be fast, efficient, and language-neutral.
#ProtoBuf.NET Key Features
Here are some of the most recognizable features of ProtoBuf.NET:
- Highly efficient binary encoding for data serialization
- Language-neutral, with support for multiple programming languages
- Designed for use in distributed systems, with features such as forward and backward compatibility
- Extensible, allowing for custom serialization and deserialization logic
- Supports a wide variety of data types, including complex nested data structures
- Strongly typed, with a schema-based approach to defining data structures
#ProtoBuf.NET Use-Cases
Some of the most common use cases for ProtoBuf.NET include:
- Communication between microservices or other distributed systems, where efficient and language-neutral serialization is important
- High-performance data storage or processing systems, where binary serialization can provide significant performance benefits
- Mobile or IoT applications, where bandwidth and storage limitations make efficient data serialization critical
- Real-time data streaming or processing systems, where rapid deserialization is important for high-throughput data processing
#ProtoBuf.NET Summary
ProtoBuf.NET is a language-neutral binary serialization format designed for efficient serialization of structured data, particularly for use in distributed systems. It is highly efficient, extensible, and supports a wide variety of data types, making it a popular choice for high-performance data storage, communication, and processing systems.
