NDepend
by Smacchia SARL
NDepend is a static analysis tool that helps developers and teams to measure, understand and improve the quality of their .NET and .NET Core code.
Operating system: Windows
Publisher: Smacchia SARL
Release : NDepend 2022.2.1
Antivirus check: passed
NDepend is an automated static analysis tool for .NET applications. It helps developers to quickly analyze, review, and understand the architecture of their code, measure and improve its quality, and track technical debt. It provides a comprehensive set of features to help developers identify and fix potential problems in their code.
Code Metrics: NDepend provides a suite of code metrics to help developers understand the complexity and maintainability of their code. It provides metrics for: code structure, lines of code, cyclomatic complexity, class coupling, and more.
Code Query Language (CQLinq): NDepend provides a powerful query language to allow developers to easily query their code to identify potential problems or design flaws. CQLinq queries can be written with a simple syntax, and they can be customized to the specific needs of the application.
Code Rule Compliance: NDepend allows developers to write custom rules to check for code compliance. These rules can be used to enforce best practices and coding standards.
Refactoring: NDepend provides refactoring tools to help developers improve the architecture of their code. Refactoring tools can be used to refactor code, reorganize classes, and simplify code.
Architecture Views: NDepend provides a graphical view of the architecture of an application. This view can be used to understand the structure of the code and identify potential design flaws.
Technical Debt: NDepend provides a view of the technical debt of an application. This view can be used to identify areas of the code that need to be refactored to reduce technical debt.
Visual Studio Integration: NDepend integrates seamlessly with Visual Studio, allowing developers to easily analyze their code and identify potential problems.
Integration with Continuous Integration Systems: NDepend can be integrated with continuous integration systems, such as Jenkins and TeamCity, to help developers automatically analyze their code and identify potential problems.
Metric Trend Analysis: NDepend provides metric trend analysis to help developers track changes to the code over time and identify potential problems.
Conclusion
NDepend is a powerful static analysis tool for .NET applications. It provides a comprehensive set of features to help developers analyze, review, and understand the architecture of their code, measure and improve its quality, and track technical debt. It includes code metrics, code query language, code rule compliance, refactoring, architecture views, technical debt, Visual Studio integration, and integration with continuous integration systems. It is an invaluable tool for any .NET developer.
NDepend allows developers to measure code quality and complexity to improve code maintainability.Features:
Code Metrics: NDepend provides a suite of code metrics to help developers understand the complexity and maintainability of their code. It provides metrics for: code structure, lines of code, cyclomatic complexity, class coupling, and more.
Code Query Language (CQLinq): NDepend provides a powerful query language to allow developers to easily query their code to identify potential problems or design flaws. CQLinq queries can be written with a simple syntax, and they can be customized to the specific needs of the application.
Code Rule Compliance: NDepend allows developers to write custom rules to check for code compliance. These rules can be used to enforce best practices and coding standards.
Refactoring: NDepend provides refactoring tools to help developers improve the architecture of their code. Refactoring tools can be used to refactor code, reorganize classes, and simplify code.
Architecture Views: NDepend provides a graphical view of the architecture of an application. This view can be used to understand the structure of the code and identify potential design flaws.
Technical Debt: NDepend provides a view of the technical debt of an application. This view can be used to identify areas of the code that need to be refactored to reduce technical debt.
Visual Studio Integration: NDepend integrates seamlessly with Visual Studio, allowing developers to easily analyze their code and identify potential problems.
Integration with Continuous Integration Systems: NDepend can be integrated with continuous integration systems, such as Jenkins and TeamCity, to help developers automatically analyze their code and identify potential problems.
Metric Trend Analysis: NDepend provides metric trend analysis to help developers track changes to the code over time and identify potential problems.
Conclusion
NDepend is a powerful static analysis tool for .NET applications. It provides a comprehensive set of features to help developers analyze, review, and understand the architecture of their code, measure and improve its quality, and track technical debt. It includes code metrics, code query language, code rule compliance, refactoring, architecture views, technical debt, Visual Studio integration, and integration with continuous integration systems. It is an invaluable tool for any .NET developer.
NDepend requires a 64-bit version of Windows 7/8/10, as well as .NET Framework 4.6.1. It also requires Visual Studio 2015/2017/2019, and the Visual Studio SDK. It is recommended to have 8GB of RAM and at least 4 cores. Additionally, NDepend requires 1GB of free storage space for installation.
PROS
Provides detailed metrics and visualization for code quality analysis.
Allows customizing rules for project-specific needs.
Integrated with multiple CI/CD tools for seamless deployment.
Allows customizing rules for project-specific needs.
Integrated with multiple CI/CD tools for seamless deployment.
CONS
Has a steep learning curve for beginners.
High pricing scale for small teams.
Limited support for languages other than .NET.
High pricing scale for small teams.
Limited support for languages other than .NET.
NDepend 2.0
(16.5 MB)
NDepend 2022.2.1
(14.44 MB)
Benjamin Koche
NDepend is an incredibly powerful software, that provides both extensive and detailed analysis of .NET code. It has a wide range of features, including code metrics, dependency graphs, and a great visualization tool. The learning curve is quite steep, however the software is well documented and there are plenty of tutorials available. It is also very configurable, allowing us to customize the analysis as needed. The generated reports are comprehensive and easy to understand. All in all, NDepend is a great software for .NET code analysis.
Finn N.
I found NDepend to be a very usefull tool to help me analyze and improve the quality of my .NET code, but it took me a bit of time to figure out how to use it efectively.
Luke C.
NDepend is a powerful static analysis tool for .NET code that allows developers to visualize and analyze their codebase. It offers a wide range of features such as code metrics, dependency analysis, code quality checks, and code coverage analysis. The tool also provides code rules and provides detailed reports that help developers identify areas that need improvement. Overall, NDepend is an essential tool for .NET developers who want to improve the quality, maintainability, and performance of their codebase.
Connor
Analyzes codebase, provides insightful metrics, tracks technical debt.
Robbie
This is an automated static analysis tool for .NET applications that helps developers analyze, review, and quickly understand the architecture of their code 😎 It offers a plethora of features, including a suite of code metrics that helps understand the complexity and maintainability of the code. There are metrics for code structure, lines of code, cyclomatic complexity, class coupling, among others. In addition, it offers a powerful code query language, easy to use to identify potential issues or design flaws. Not to mention the fantastic refactoring tools to improve the code architecture. And to top it all off, it integrates a technical debt view, super useful for identifying areas of code to refactor to reduce technical debt.
