All about Async/Await, System.Threading.Tasks, System.Collections.Concurrent, System.Linq, and more…
May 25, 2010May 25, 201005/25/10We’ve been very excited about the new debugging windows in Visual Studio 2010, namely Parallel Tasks and Parallel Stacks, as well as the newly revamped Threads window, and thus we’ve talked about them quite a bit. For an overview, you can read the MSDN Magazine article at https://msdn.microsoft.com/en-us/magazine/ee410778.aspx,
May 24, 2010May 24, 201005/24/10For a relatively advanced feature, I’ve been surprised how often this question has come up recently. When a task completes, its continuations become available for execution, and by default, a continuation will be scheduled for execution rather than executed immediately. This means that the continuation has to be queued to the scheduler and then later retrieved so that it may be run.
May 16, 2010May 16, 201005/16/10Dear Parallel Computing Enthusiasts,
This week, Microsoft is rolling out a platform update to all blogs on the http://blogs.msdn.com site, including this one. Comments on this blog will be disabled at approximately 9pm PST tonight and will be off until mid-day on the 24th.
May 4, 2010May 4, 201005/4/10(The full set of ParallelExtensionsExtras Tour posts is available here.)
The Task Parallel Library isn’t just about CPU-bound operations. The Task class is a great representation for any asynchronous operation, even those implemented purely as asynchronous I/O.
Task’s ability to represent arbitrary asynchronous operations without tying up threads is rooted in the TaskCompletionSource<TResult>
May 4, 2010May 4, 201005/4/10(The full set of ParallelExtensionsExtras Tour posts is available here.)
The Task Parallel Library provides the Task.Wait method, which synchronously waits for the target Task to complete. If the Task completed successfully, the method simply returns. If the Task completed due to an unhandled exception or cancellation,
May 3, 2010May 3, 201005/3/10In a previous post, we introduced the UnobservedTaskException event, saying that it would be useful for host-plugin scenarios where a host application should continue to execute in the presence of exceptions thrown by buggy plugins. A typical example is an Internet browser;
