Showing tag results for Parallel Extensions

In coordination with today's launch of Visual Studio 2010 and the .NET Framework 4, several case studies have been published on how companies are taking advantage of parallel computing with the .NET Framework to improve the performance of their applications.  It's exciting to see the benefits these companies are seeing and how parallelism is s...

(The full set of ParallelExtensionsExtras Tour posts is available here.) The new .NET 4 System.Threading.ThreadLocal<T> is quite useful when you need per-thread, per-instance storage.  This is in contrast to the fast ThreadStaticAttribute, which supports only per-thread storage (in .NET 4, ThreadLocal<T> actually layers o...

(The full set of ParallelExtensionsExtras Tour posts is available here.)In our last two ParallelExtensionsExtras blog tour posts, we’ve discussed two TaskScheduler implementations in ParallelExtensionsExtras: StaTaskScheduler and ConcurrentExclusiveInterleave.  These are just 2 of more than 10 schedulers in ParallelExtensionsExtras, and ...

(The full set of ParallelExtensionsExtras Tour posts is available here.)   As mentioned in the previous ParallelExtensionsExtras blog tour post, the Task Parallel Library (TPL) supports an extensible task scheduling mechanism, and we demonstrated how an StaTaskScheduler could be implemented that scheduled tasks onto custom STA threa...

The April 2010 issue of MSDN Magazine is now available, and it has several nice articles that highlight the new parallel programming support in Visual Studio 2010.  Check out Doug Turnure's "Better Coding: Better Coding with Visual Studio 2010" and Sumit Kumar's "Visual C++: Exploring New C++ and MFC Features in Visual Studio 2010".

(The full set of ParallelExtensionsExtras Tour posts is available here.)  The Task Parallel Library (TPL) supports a wide array of semantics for scheduling tasks, even though it only includes two in the box (one using the ThreadPool, and one using SynchronizationContext, which exists primarily to run tasks on UI threads).  This ...

(The full set of ParallelExtensionsExtras Tour posts is available here.)   BlockingCollection<T> encapsulates the core synchronization and coordination necessary to enable classic producer/consumer patterns.  ParallelExtensionsExtras provides the BlockingCollectionExtensions.cs file, which contains several extension metho...

(The full set of ParallelExtensionsExtras Tour posts is available here.)  In our last ParallelExtensionsExtras tour post, we discussed implementing an extension ToObservable method for Task<TResult>.  This is just one of a myriad of extra pieces of functionality that are useful with Tasks, and the TaskExtrasExtensions.cs f...

(The full set of ParallelExtensionsExtras Tour posts is available here.)  In our previous ParallelExtensionsExtras tour post, we discussed a custom implementation of the LINQ operators, in particular for working with Task<TResult> instances in an asynchronous manner. There is already an impressive implementation of the LINQ ope...

Throughout the development of Parallel Extensions for the .NET Framework 4, we’ve come across a myriad of situations where certain functionality would be useful in developing a particular application or library, but where that functionality isn’t quite encapsulated in the bits we’re shipping.  Sometimes this functionality is ...