A static code analysis tool that enforces namespace and assembly dependency rules in C# projects.
NsDepCop is a static code analysis tool that enforces namespace and assembly dependency rules in C# projects. It runs during the build process to detect and report violations, helping developers maintain clean architectural boundaries and prevent unplanned dependencies. The tool integrates with code editors to provide real-time feedback and uses a configuration file to define custom dependency rules.
C# developers and teams working on medium to large-scale projects who need to enforce architectural boundaries and prevent dependency violations. It is particularly useful for projects with strict layering or modular design requirements.
Developers choose NsDepCop because it automates dependency governance, integrates seamlessly into the build process and code editors, and provides a simple, rule-based configuration to enforce architectural integrity without manual oversight.
NsDepCop is a static code analysis tool that enforces namespace and assembly dependency rules in C# projects.
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Integrates directly into the build process to report dependency violations as compiler-like errors or warnings, catching issues early in development. The README emphasizes it runs 'as part of the build process and reports any dependency problems.'
Underlines violations in the code editor for real-time feedback, helping developers fix issues during coding. This is highlighted in the Key Features as 'Editor Integration.'
Uses a config.nsdepcop file to define custom dependency rules with glob patterns, allowing tailored enforcement of architectural boundaries. The README instructs users to 'edit it to define your dependency rules.'
Automates the prevention of unplanned dependencies, reducing technical debt and maintaining clean architecture without manual oversight. The Philosophy states it 'automates dependency governance to enforce architectural integrity.'
Limited to C# projects, making it unsuitable for codebases using other .NET languages like F# or VB.NET, or non-.NET environments, as inferred from its focus on C# in the description.
Requires creating and maintaining config.nsdepcop files for each project, which can be cumbersome and error-prone in large solutions. The README specifies adding 'a text file named config.nsdepcop' and editing it manually.
Cannot detect runtime dependencies or dynamic assembly loading, potentially missing violations that occur during execution, which is an inherent gap in static code analysis tools.
Has a smaller community and fewer integrations compared to broader tools like NDepend, which may limit support, updates, and extensibility for advanced use cases.