May 10, 2024 10:55 AM

These articles offer invaluable insights into essential tips that should be consistently woven into your coding routines. While these tips may appear minor, their cumulative effect becomes significant, especially in handling high message volumes. By embracing these core practices, you can unlock substantial benefits for your overall performance.

The articles culminate in emphasizing the significance of response compression in ASP.NET to bolster application performance. Throughout, they offer succinct summaries of key recommendations alongside benchmark results, providing a comprehensive guide for enhancing code performance.

All recommendations provided in this article pertain to .NET 8.

General Performance Tip: Creating an Object

General Performance Tip: Choosing Between Conditional Statements – If, Switch, and Switch Expression Performance in C#

General Performance: Choosing Between GetValueOrDefault() and Coalesce Operator for Nullable Integers

Performance: Expanded & Expression Bodied Methods

General Performance Tip: Initializing Reference Type Static Fields Inline for Enhanced Code Readability

General Performance Tip: Null Coalescing Assignment

General Performance Tip: Performance Impact of Sealing Attributes

General Performance Tip: Constant vs Variable

Mastering Tuples in .NET

General Performance Tip: Avoid Unnecessary Variable Initialization

General Performance Tip: Hashing Data

General Performance Tip: Logging

Speed Up Logging in .NET

Speed up Logging with Spargine FastLogger

General Performance Tip: Generating Random Numbers

General Performance Tip: Retrieving the Process Id

General Performance Tip: Handling Exceptions

General Performance Tip: Optimizing Method Returns

General Performance Tip: Cloning Various Types

General Performance Tip: Using Statements and Unused References

General Performance Tip: Optimizing Enum Value Name Retrieval

General Performance Tip: Type Conversion

Summary

There is much more performance information in my book Rock Your Code: Code & App Performance for Microsoft .NET available here: https://bit.ly/CodePerf3.