The PerformanceStopwatch is an advanced .NET tool that enhances time measurement for performance analysis and diagnostics. It features lap tracking, alert thresholds, and telemetry integration for real-time monitoring. With capabilities like JSON data export and custom logging, it provides developers with comprehensive insights to optimize and debug applications more effectively.
Enhance your .NET logging with LoggingHelper from Spargine! This powerful utility streamlines application and system logging while capturing and handling exceptions across assemblies, including domain-level errors. Check out the latest features and contribute to Spargine on GitHub or NuGet—your feedback helps shape its future!
The AutoDefaultDictionary class enhances dictionary management by returning default values for missing keys instead of throwing exceptions. This feature minimizes boilerplate code and error handling. Developers can choose static or dynamically generated defaults, benefiting from various constructors and methods for flexible key management, improving code resilience.
Spargine 8 (v2025.8.5.1) has been released on May 1, 2025, enhancing .NET 8 & 9 support with new classes, methods, and significant performance improvements. This final major update focuses on performance, usability, and reliability, encouraging community involvement for future enhancements and contributions as the project transitions to .NET 10.
Today, I am excited to announce the release of my new e-book, Rock Your Code: Object-Oriented Design Principles for Microsoft .NET. This book builds upon a chapter from my previous coding standards work, delving into a crucial topic I often encounter in the code I analyze— the lack of solid object-oriented programming practices when designing … Continue reading Rock Your Code: Object-Oriented Design Principles for Microsoft .NET
Spargine is an open-source set of assemblies and NuGet packages for .NET 8 and 9, developed for efficient temporary file management through the TempFileManager. This utility simplifies file handling, ensuring automatic cleanup via IDisposable. It offers essential methods for creating and deleting files, enhancing resource management in projects. Feedback is encouraged.
This article discusses converting Base64-encoded strings to byte arrays in .NET using two methods. The fastest method is backed up by benchmark tests.
The article discusses the performance benefits of using an Enumerator to iterate over an IEnumerable collection, which can be faster than traditional foreach() or for() loops.
This article analyzes the performance of different methods for retrieving the character count of a string in .NET.
To count elements in an IEnumerable collection, developers typically use the Count() method from System.Linq. Enumerable, with alternatives like TryGetNonEnumeratedCount() and LongCount() also available.
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