Andrea, a seasoned Microsoft MVP and .NET community leader, presents a compelling case for learning C# in 2024, drawing on over 15 years of professional experience.
The article systematically outlines the language's strengths, from its user-friendly syntax and emphasis on developer productivity to its robust .NET framework and extensive cross-platform capabilities. Andrea's insights into C#'s simplicity, readability, and powerful tools like Visual Studio demonstrate how it streamlines the coding process, making it a top choice for developers seeking efficiency and versatility in their programming language.
Developer productivity is another key design principle for C# since the first release. C# is a strongly typed language developed to make it easy to build powerful tools on top of it. Visual Studio and Visual Studio Code are best in class software development environments used by C# developers
Diving deeper, the article explores C#'s evolution as a multi-paradigm, general-purpose language, adaptable for a wide array of applications. It highlights the language's maturity, open-source development under Microsoft, and its supportive, vibrant community. For developers considering C#, Andrea's article offers a clear, informative perspective on the language's capabilities, its role in the modern tech landscape, and its potential to enhance one's career prospects. For a more detailed exploration of the reasons to learn C# and how to excel in it, readers are encouraged to visit the original article.
Read more on LinkedIn at https://www.linkedin.com/pulse/15-reasons-why-you-should-learn-c-2024-andrea-angella-abvge/ and give Andrea and Redgate a follow while you're there
C# at nor(DEV): con 2024
Learn how to deploy c# at the edge, and serverlessly with Kire.
In the Main Auditorium on Thu, 15th Feb 2:30pm
In this session, we will provide a comprehensive overview of Microsoft Azure Functions, discussing how to build and deploy functions using .NET and C#. You will gain a solid understanding of the core concepts, including function triggers, bindings, and input/output integrations.