C# Background Thread Error Handling
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C# Thread Exception Handling
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C# Error Handling Get Line Number
different thread up vote 66 down vote favorite 23 One of my method (Method1) spawns a new thread. That thread execute a method (Method2) and during exectution an exception is thrown. I need to get that exception information on the calling method (Method1) Is there someway I can catch this exception in Method1 that is thrown in Method2? c# multithreading exception-handling share|improve this question edited May
C# Error Handling Framework
12 '11 at 20:27 oxilumin 3,57921023 asked May 12 '11 at 20:03 Silverlight Student 1,28972442 add a comment| 4 Answers 4 active oldest votes up vote 111 down vote accepted In .NET 4 and above, you can use Task
Support CQRS Architecture How to Test that Collection was Loaded Eagerly? How to Avoid the Need to Implement ICloneable Interface What’s so Wrong about If-Then-Else? Advances in Applying the Builder Design Pattern Best c# error handling techniques Practices Implementing IEnumerable What Makes Design Patterns Fail? Implement Lazy Default-If-Empty Functionality on
C# Error Handling Class
Collections Interface Segregation Principle and Calling Protocols Understanding the Option (Maybe) Functional Type Why do We Need Guard Clauses? error handling in c# best practices Using Module Coupling and Instability Metrics to Guide Refactoring Measure Module Coupling and Instability Using NDepend Measure Abstractness of Modules Using NDepend and CQLinq Reduce Cyclomatic Complexity 1: Null Object Reduce Cyclomatic http://stackoverflow.com/questions/5983779/catch-exception-that-is-thrown-in-different-thread Complexity 2: Special Case Reduce Cyclomatic Complexity 3: Avoiding Optional Parameters Reduce Cyclomatic Complexity 4: Avoiding Null Parameters Reduce Cyclomatic Complexity 5: Option
resources Windows Server 2012 resources Programs MSDN subscriptions Overview Benefits Administrators Students Microsoft Imagine Microsoft Student Partners ISV Startups TechRewards Events Community Magazine Forums Blogs Channel 9 Documentation APIs and reference Dev centers Retired content Samples https://msdn.microsoft.com/en-us/library/ms228965(v=vs.110).aspx We’re sorry. The content you requested has been removed. You’ll be auto redirected in 1 second. Parallel Processing and Concurrency Threading Managed Threading Basics Managed Threading Basics Exceptions in Managed Threads Exceptions in Managed Threads Exceptions in Managed Threads Threads and Threading Exceptions in Managed Threads Synchronizing Data for Multithreading Managed Thread States Foreground and Background Threads Managed and Unmanaged Threading in Windows Thread.Suspend, Garbage Collection, error handling and Safe Points Thread Local Storage: Thread-Relative Static Fields and Data Slots Cancellation in Managed Threads TOC Collapse the table of content Expand the table of content This documentation is archived and is not being maintained. This documentation is archived and is not being maintained. Exceptions in Managed Threads .NET Framework (current version) Other Versions Visual Studio 2010 .NET Framework 4 Silverlight .NET Framework 3.5 .NET Framework c# error handling 3.0 .NET Framework 2.0 Starting with the .NET Framework version 2.0, the common language runtime allows most unhandled exceptions in threads to proceed naturally. In most cases this means that the unhandled exception causes the application to terminate. Note This is a significant change from the .NET Framework versions 1.0 and 1.1, which provide a backstop for many unhandled exceptions — for example, unhandled exceptions in thread pool threads. See Change from Previous Versions later in this topic. The common language runtime provides a backstop for certain unhandled exceptions that are used for controlling program flow:A ThreadAbortException is thrown in a thread because Abort was called.An AppDomainUnloadedException is thrown in a thread because the application domain in which the thread is executing is being unloaded.The common language runtime or a host process terminates the thread by throwing an internal exception.If any of these exceptions are unhandled in threads created by the common language runtime, the exception terminates the thread, but the common language runtime does not allow the exception to proceed further.If these exceptions are unhandled in the main thread, or in threads that entered the runtime from unmanaged code, they proceed normally, resulting in termination of the applic