A fast, multi-format .NET serialization library with comprehensive type support, including F# types.
FsPickler is a fast multi-format message serializer for .NET that facilitates the distribution of .NET objects. It focuses on performance and completeness in supported types, including F# types, and supports pluggable serialization formats like Binary, XML, JSON, and BSON. The library solves the problem of efficiently serializing complex .NET type graphs across different formats.
.NET developers, especially those using F#, who need high-performance serialization with broad type support. It is also suitable for projects requiring flexible format choices (e.g., Binary for speed, JSON for interoperability).
Developers choose FsPickler for its combination of speed, comprehensive type support (including F#-specific types), and multi-format flexibility. Its unique pickler combinators approach, adapted from functional programming, provides a robust and extensible foundation not commonly found in other .NET serializers.
A fast multi-format message serializer for .NET
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Supports pluggable formats like Binary, XML, JSON, and BSON, allowing developers to switch based on use case, as highlighted in the README's key features.
Comprehensively supports F# types such as discriminated unions and records, making it ideal for F# projects, as emphasized in the description.
Optimized for speed in serialization and deserialization, with benchmarks available for .NET Core, confirming its efficiency focus.
Based on pickler combinators adapted from functional programming, enabling custom serialization logic for complex type graphs, as described in the philosophy.
The functional programming approach and pickler combinators require more understanding and setup than conventional .NET serializers, which can deter newcomers.
Compared to mainstream serializers like Newtonsoft.Json, FsPickler has fewer third-party libraries and community resources, potentially increasing development time.
For basic serialization needs, the comprehensive feature set might introduce unnecessary complexity and configuration, as noted in the focus on performance and type completeness.