This configuration is saved with your solution. You can use Add and Remove to manage exceptions in this default list. This list is not an exhaustive master list of every possible exception. If you do wish to turn this off, you can do so by selecting “Continue when unhandled in user code” from the context menu. As per my earlier comments, you typically do not want to turn this off.
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User-unhandled exceptions only make sense for Common Language Runtime Exceptions and JavaScript Runtime Exceptions, the option to configure this for other runtimes is not available because the debugger does not make distinctions between user code and External Code. This column is only available if Just My Code is enabled. Using the context menu, you can show the Additional Actions column and also configure the behavior for user-unhandled exceptions. If you don’t want to enable all First Chance Exceptions, you can find the specific exception types that you wish to configure by using the search box. If you check the box for a category, then the debugger will break for all First Chance Exceptions while debugging. even if they are configured to break when thrown. For example, if you are using managed-only debugging then the debugger will never break for C++, Win32 Exceptions, etc. Note: The possible exceptions that could break from this list is determined by the runtime you are debugging. This includes a default list of exceptions known by the debugger, grouped by category. When you first open this window you will see that there is a tree grid with one column and checkboxes. To change when the debugger breaks, go to Debug->Windows->Exception Settings Once broken due to a completely unhandled exception, you cannot continue debugging.Ĭonfiguring the debugger to break for first chance exceptions.The debugger will break for all unhandled exceptions so that you get a chance to examine the state of your application that lead to the crash.An unhandled exception will crash the application.Unhandled Exceptions: When a first chance exception is not caught (handled) by the application and reaches the system default handler, this is classified as an “unhandled” exception.The debugger provides breaking for user-unhandled exceptions to notify you in these cases. Most frameworks, like ASP.NET, implement global exception handlers so that your application will not crash, but the exception has not really been dealt with properly. You can change the default, but in most cases you will likely not need to change this setting.The exception may be handled somewhere in “External Code” on the call stack, and if it isn’t, then it becomes an unhandled exception. Once broken due to a user-unhandled exception, you can continue debugging by stepping or pressing Continue.
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By default, the debugger will break for all user-unhandled exceptions.This classification is only applicable when debugging Managed or JavaScript applications with Just My Codeenabled. User-unhandled Exceptions: When a first chance exception is not caught (handled) in user code and is caught in “External Code” on the call stack, this is classified as a “user-unhandled” exception.When you continue, your code has the opportunity to handle this exception, if it doesn’t then the exception now falls under one of the classifications listed below. Once broken due to a first chance exception, you can continue debugging by stepping or pressing Continue.You can tell the debugger what first chance exceptions to break for, just like enabling a breakpoint.You can see these notifications in the Output window and in IntelliTrace. The debugger gets notified every time an exception is thrown.All exceptions start as first chance exceptions. At this point the debugger does not know if the exception will be caught (handled) by the application. First Chance Exceptions: When an exception is first thrown in the application, this is classified as a “first chance” exception.The debugger classifies exceptions in the following ways: We will start by looking at the classification types of exceptions in the debugger.
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In this blog post we will look at the different classifications of exceptions and how to configure when the debugger will break for those exceptions. In Visual Studio, when exceptions are thrown or end up unhandled, the debugger can help you debug these by breaking just like it breaks when a breakpoint is hit. If you have spent any time coding, odds are that you have had to deal with Exception Handling. This post has been updated to reflect the experience while using Visual Studio 2015.