Open-source C# and Visual Basic compilers with rich APIs for building code analysis tools.
Roslyn is the open-source .NET Compiler Platform that implements the C# and Visual Basic compilers. It provides rich APIs that expose the entire compilation pipeline, enabling developers to build code analysis tools, refactorings, and IDE features. It transforms the compiler from a black box into an extensible service.
.NET developers building code analysis tools, IDE extensions, custom refactorings, or language-aware applications. It's also essential for contributors to the C# and Visual Basic language ecosystems.
Roslyn provides unprecedented access to the compiler's internal data structures and processes, enabling deep integration with the .NET toolchain. Its open-source nature and comprehensive APIs make it the foundation for modern .NET development tooling.
The Roslyn .NET compiler provides C# and Visual Basic languages with rich code analysis APIs.
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It's the reference implementation for C# and Visual Basic, developed transparently on GitHub with community contributions, as stated in the README's description and contribution guidelines.
Provides detailed syntactic and semantic information for building diagnostics, refactorings, and IDE features, enabling sophisticated tooling, per the key features listed.
Exposes the entire compilation pipeline as APIs, transforming the compiler from a black box into an extensible platform, aligning with the philosophy described.
The README points to GitHub Discussions and Discord for community interaction, facilitating collaboration and issue resolution, as seen in the community section.
The vast array of APIs for compilation, syntax, and semantics can be overwhelming, requiring significant time to master, as implied by the detailed contributing guide and workflow documentation.
Designed specifically for C# and Visual Basic within the .NET framework, it's less suitable for projects involving other languages or platforms, limiting versatility.
For simple code analysis tasks, Roslyn's comprehensive APIs might introduce unnecessary resource consumption compared to lighter parsers, given its all-inclusive nature.