An unhandled exception will eventually crash an application, bringing the execution of the application to a screeching halt. If the exception is not handled by the application, then it is an unhandled exception. If the exception is handled by the application, then the error condition can be resolved and the application can continue executing. When an exception is thrown, the application has an opportunity to handle the exception. An exception is an exceptional situation that usually indicates an error condition has occurred. NET Runtime will force your application to throw an exception. NET Runtime detects that your application is trying to do something obviously wrong at runtime, then the. If your application was able to do something obviously wrong, then there is a chance that it could corrupt data on the machine or do some damage to the machine itself. It is also responsible for making sure that your application doesn't do anything obviously wrong. NET Runtime is responsible for making sure that your application has enough resources to run correctly. NET Runtime is responsible for managing your application as it runs on a machine. Let's talk about what this means quickly. In the last part of the series, we discovered that if we run our application without any arguments, the application crashes with an unhandled exception. Let's start off with a quick recap of where we left off. By the end of this post, you will be comfortable debugging applications in Visual Studio Code, and our application will once again be in a stable state. In this part, we will learn how to use Visual Studio Code to debug an application. After making some updates, we tried to run the application without passing in any arguments and discovered that the application crashed with an unhandled exception.
You can find that part along with all other previous parts of the series here.Īt the end of the last part, we discovered a bug in our application.
In the last part of the series, we learned how to create an interactive C# application by taking arguments at runtime and updating the output of the application based on those arguments. Welcome back to another edition of C# From Scratch, a series of articles designed to teach you everything you need to know to use the C# programming language to create software applications.
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