The article explores the importance of thread synchronization in .NET applications to prevent race conditions and ensure thread safety. It introduces key concepts like the lock statement and the Lock class, which control access to shared resources. Additionally, it covers synchronization primitives including Mutex and Semaphore. The article emphasizes the distinction between exclusive and non-exclusive locks, highlighting their roles in ensuring only one thread can access critical sections of code. Developers are advised to implement these synchronization techniques to avoid deadlocks while ensuring smooth multi-threaded program execution.
Synchronization in .NET is essential for ensuring that multi-threaded applications operate correctly, allowing only one thread to access shared resources at any time.
Locks in C# are critical for managing access to shared resources. Exclusive locks grant one thread access, while non-exclusive locks allow multiple threads to read.
The lock statement in C# simplifies thread synchronization by allowing you to create critical sections where only single-threaded access is permitted.
With constructs like Mutex and Semaphore, .NET provides a robust set of synchronization primitives to avoid deadlocks and ensure thread safety in applications.
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