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c# Programming Glossary: fifois it good to use BlockingCollection<T> as single-producer, single-consumer FIFO query? http://stackoverflow.com/questions/10103072/is-it-good-to-use-blockingcollectiont-as-single-producer-single-consumer-fifo BlockingCollection T as single producer single consumer FIFO query I need single producer single consumer FIFO query because.. FIFO query I need single producer single consumer FIFO query because I need to process messages in the order they received... and latter just consume as soon as new are available in FIFO order. Producer consumer sample application using TPL Tasks..
C# Object Pooling Pattern implementation http://stackoverflow.com/questions/2510975/c-sharp-object-pooling-pattern-implementation when resources are actually reclaimed. Other options are FIFO and LIFO FIFO will have more of a random access pattern but.. are actually reclaimed. Other options are FIFO and LIFO FIFO will have more of a random access pattern but LIFO makes it.. each access pattern. LIFO is easily represented by a stack FIFO is a queue and I've used a not very optimized but probably adequate..
Which is better to use array or List<>? [duplicate] http://stackoverflow.com/questions/2975426/which-is-better-to-use-array-or-list pattern use Stack T . If you plan to access elements in a FIFO pattern use Queue T . If you need to access elements at the..
Thread safe collections in .NET http://stackoverflow.com/questions/2980283/thread-safe-collections-in-net T Represents a thread safe first in first out FIFO collection. ConcurrentStack T Represents a thread safe last..
Does lock() guarantee acquired in order requested? http://stackoverflow.com/questions/4228864/does-lock-guarantee-acquired-in-order-requested kernel objects internally they exhibit the same roughly FIFO behavior that the OS synchronization mechanisms also exhibit.. sneaky thread is permitted to acquire a lock. The roughly FIFO bit is what I was thinking of before and the sneaky thread bit..
Is there a synchronization class that guarantee FIFO order in C#? http://stackoverflow.com/questions/961869/is-there-a-synchronization-class-that-guarantee-fifo-order-in-c there a synchronization class that guarantee FIFO order in C# What is it and how to use I need that as I have.. Programming on Windows it sounds like you'll usually get FIFO behaviour from .NET monitors but there are some situations where.. kernel objects internally they exhibit the same roughly FIFO behavior that the OS synchronization mechanisms also exhibit..
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