The article discusses best practices for checking strings for null in coding. It outlines three common methods: using == null, is null, or string.IsNullOrEmpty().
Tag: Strings
String Performance: Optimizing String Substring Extraction – Slicing vs. AsSpan()
The content presents an alternative approach to obtaining a substring using slicing with ReadOnlySpan and AsSpan() methods.
Boosting Performance and Memory Efficiency: Introducing ToDelimitedString() with Source Generators in Spargine
The article introduces a method called ToDelimitedString() in programming, using a StringBuilder and commas to create a delimited string. Benchmark results indicate that this method is 1.23 times more performant and allocates less memory, thanks to the utilization of a source generator in Spargine.
Optimizing String Processing in Collections: The Impact of PerformAction() in Spargine and FastStringBuilder
This article explores the optimization of string processing in collections through the integration of the PerformAction() method in Spargine and FastStringBuilder. Demonstrating a 1.79-fold performance increase and reduced memory allocation, the method proves to be a valuable tool for developers seeking enhanced efficiency in string manipulation.
String Performance Tip: Verifying if an Object is a String
The post explains two methods to confirm if an object is a string. It provides code examples for both methods and states that the first method is 1.17 times more efficient than pattern matching.
Speed up Empty String Validation with Spargine
The article introduces two methods, IsEmpty() and IsNotEmpty(), for validating empty strings in Spargine, comparing them to the IsNullOrEmpty() method in .NET and emphasizing their straightforward usage and ability to handle null checks. Benchmark results reveal that IsEmpty() surpasses IsNullOrEmpty() in performance, exhibiting a 2.92 times faster execution speed.
Optimizing String Concatenation in C# with Spargine FastStringBuilder
Explore enhanced string concatenation in C# programming with the FastStringBuilder from DotNetTips.Spargine.Core, utilizing the ConcatStrings() method for optimized performance. Benchmark results reveal a 1.107 times performance improvement and reduced memory allocations, making it a valuable tool for efficient string manipulation.
String Performance: Comparing Strings with Globalization
In the String Performance chapter of the code performance book, the author demonstrates the usage of string.Compare() with StringComparison. Benchmark results are provided, along with a recommendation to use cultures or ordinals based on the strings being compared. The chapter also touches on setting up EditorConfig for dotnet_diagnostic.CA1862.
String Performance: String Compression
The content discusses the significance of string compression in programming, outlining four available data formats and demonstrating how to compress and decompress strings using Brotli. It also mentions benchmark results and a tool called Spargine for streamlining the process. For more details, visit the provided link and subscribe for access to exclusive content.
String Performance: Retrieving a Substring
The post discusses optimizing string concatenation in .NET by using the Span type, which significantly enhances performance and reduces memory allocation.
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