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General Performance Tip: Choosing Between Conditional Statements – If, Switch, and Switch Expression Performance in C#
This article compares the performance of conditional if statements, switch statements, and switch expressions in C# code, with a focus on data retrieval.
Optimizing Code Performance: Leveraging Essential Tools and Best Practices
Experienced .NET developers rely on tools to quickly identify code issues, saving time and enabling focus on new features and customer satisfaction. Recommended tools address performance, code quality, and security, optimizing resource allocation.
Microsoft .NET Code Analysis for Performance
The articles provide performance tips for Microsoft .NET, focusing on code analysis and benchmark data. They demonstrate settings to enhance application performance with examples. All recommendations relate to .NET 8.
Code It Any Way You Want: Performance Impact of Sealing Attributes
When designing custom attributes, Microsoft recommends sealing them to potentially enhance performance. Do sealing attributes indeed lead to improved performance? Check out this article to learn the answer.
Faster Code Performance with DotNetTips.Spargine
The author explores optimizing code performance in .NET 8 by creating custom types, helper methods, and extension methods in the open-source project DotNetTips.Spargine. The author continuously updates NuGet packages with new optimizations and encourages leveraging them for projects.
Harnessing .NET Source Generators to Boost Performance
.NET 5 introduced Source Generators to automate C# source code generation during compilation. They enable automatic boilerplate code implementation, performance optimization, metaprogramming, and integration with external tools.
Serializing Objects and Collections
These articles explores the significance of object serialization into JSON and its applications in web-based APIs, ASP.NET view models, and databases like Azure Cosmos DB. The article emphasizes the importance of benchmarking custom types and states that recommendations are specific to .NET 8.
Optimizing Data Manipulation with LINQ
The content explores using LINQ in .NET to query and manipulate data from various sources. It highlights benefits like integration into C# and VB.NET, type safety, composition of operations, and support for diverse data sources. Benchmark results reveal performance differences, emphasizing the need for careful approach selection.
Collection Performance
These articles delves into performance optimization for collections in .NET, covering topics like looping, sorting, and utilizing different types of objects. The author identified performance variations related to the object type in the collection and recommends conducting benchmark tests. All recommendations are specific to .NET 8.
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