The .NET Framework programming language has been one of the fastest growing programming languages in recent years. With more and more software development companies using it, there are plenty of advantages to using it, too! However, it does have its flaws—one of which being that it requires quite a bit of time to get used to—that you should be aware of before starting your project. Here’s what you need to know about the good and the bad in .NET Framework programming so you can start learning how to program with it today!

Understanding the Good and the Bad in .NET Framework Programming

What is programming?

Not everyone who has learned to program can be called a programmer. To be a programmer, one needs more than just technical knowledge—one needs to have mastered not only languages but also concepts. Some of these concepts are hard to explain, even in simple terms. That’s why many people shy away from programming: they think it is complicated, difficult, or intimidating because they lack an understanding of how it works.

It’s true that programming is complex—but anyone can learn how to program if they have access to expert instruction and carefully curated examples. Just like anything else, there are good ways and bad ways to learn how to program.

The good about .Net framework programming

With such a large number of software developers on board, it would seem that everyone agrees about what makes .Net framework programming so good. Many of them praise how well Microsoft has managed to create a platform that works seamlessly across Windows, Mac OS X, and Linux operating systems. Furthermore, many find that C# is an ideal programming language for beginners because it is fairly easy to learn.

Additionally, many praise how useful Visual Studio Code can be as a light-weight text editor with advanced features like IntelliSense code completion. And finally, many users have praised its rapid development environment that lets programmers do their work without any unnecessary waiting or lag time.

Working with operating systems

Over time, Windows has added a lot of features. For example, you can use Windows 10 to write apps for computers, phones, HoloLens and many other devices. As a developer, you’ll want to know how your code will work on every platform your apps support. If you're writing an app that's running on a virtual machine instead of directly on hardware (as is common with web apps), then it may not matter as much.

But if you're writing something that needs native access to hardware like memory or graphics processing units (GPUs), then having code that works across operating systems can help—as long as it doesn't put too much of a performance hit on any one platform when running at full-speed.

Managing memory efficiently

One of the biggest problems developers new to working with an object-oriented programming language like C# the encounter is memory management. Because of something called garbage collection, you don’t need to worry about that; however, there are a few considerations to be aware of when writing code with objects.

This is primarily because while you do not need to manually manage memory, it doesn’t mean that your program won’t run into performance issues due to inefficient use of memory. When considering how you’re using memory in your programs.

Testing a program

A computer program that hasn’t been tested can be as useful as a paper map of a country you’ve never visited. Your code can have bugs, meaning it may not do what you intend or expect it to do. Debugging is one of your most important software development skills; if you don’t know how to find, fix, and prevent bugs, your code won’t work correctly. Failing to test or debug can introduce major errors into your application—bugs that might take days or weeks to track down.

Debugging a program

Debugging is an important part of software development. Errors happen, so it’s important to find them before users do. If a program isn’t behaving as expected, debugging might be a big part of finding out why. In short, debugging is when you try to figure out what’s wrong with your code.

Debugging is an active process that involves writing extra code or using special tools to help see what your code is doing under-the-hood.

There's no silver bullet for problem-free programs

Net framework programming is tedious. I understand that there are a lot of security concerns but it has made my work slow, sloppy, buggy, and inefficient. The web browser’s add-on makes me have to add backslashes to all paths when working on new projects or else they can’t be loaded at all. This problem could lead me to accidentally deleting important parts of code making everything uneditable until someone helps fix it up again.

Also it takes a long time for projects to run at times because I need multiple approvals for changes or for someone else editing something needed with my project, which causes delays in getting things done that are urgent.

Developing network applications

Every time a program is run, it needs to have all of its data, code, and resources read from disk. This is obviously very slow, so most applications keep as much information in memory as possible. When data needs to be updated or added to an application on a network, however, it can take up to hundreds of times longer than a similar operation performed locally (on just one computer).

That's why when creating a network application developers need to think about caching: how you can cache your code, data sets and resources so that they don't need to be loaded from disk every time they're needed.

Reason Developers Should Still Love Working with This Technology

The popularity of Microsoft’s platform has made it a go-to tool for developing across multiple platforms. It's particularly well suited to web-based programming, but as more software companies move to mobile apps, it becomes even more necessary. It also does not require an app to be specific to Windows or Mac OS; for example, Apple iWatch developers can create apps using Visual Studio that will run on both operating systems.

This framework is also flexible; with its open API format, a lot of third party applications are being developed using .NET technology. Some of these include Sage 50 Accounts from Sage (used by up to 80% of businesses) as well as TurboTax from Intuit Inc., which runs 70% of all tax returns filed electronically every year in Canada.

Things I Enjoy About .NET Framework

I have been doing C# development for a number of years now, which has led me to become quite familiar with what is known as the .NET framework. While I do enjoy working with it, there are a few things that I just can’t seem to get on board with. Right out of the gate, these methods exist that lack formal documentation, which is foolish of me to even type. There are some methods that are unclassified and also other classes that are left idle, meaning no explanation is offered anywhere. 

Conclusion

No programming language is without its flaws. And, as much as we hate to admit it, C# is no exception. As developers, however, we must decide which problems we will put our energy toward solving and which problems we can live with—it’s part of being a programmer.

While there are many things that could be improved upon when it comes to C# programming, there are also areas where C# succeeds greatly. It's up to you to find your own good enough point. If you need help in web development, you should hire .Net developers who can help you in web development as per your needs.