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How does ASP NET Core handle concurrency and parallelism

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How does ASP.NET Core handle concurrency and parallelism?
ASP.NET Core offers several ways to handle tasks running at the same time, depending on what your application needs. Here are some common methods:
Asynchronous programming: Using async and await keywords, your app can run tasks in the background without making the main thread wait. This keeps your app responsive.
Parallel programming: Using the Parallel class and Task Parallel Library (TPL), your app can run multiple tasks at the same time across different processors. This boosts performance.
Locking and synchronization: Using tools like the lock keyword, Interlocked class, and Monitor class, your app can safely manage access to shared resources by multiple threads, avoiding conflicts.
Concurrency control: Using techniques like transactional memory and optimistic concurrency control (OCC), your app ensures multiple threads can work with shared resources without stepping on each other’s toes.
ASP.NET Core offers several ways to handle tasks running at the same time, depending on what your application needs. Here are some common methods:
Asynchronous programming: Using async and await keywords, your app can run tasks in the background without making the main thread wait. This keeps your app responsive.
Parallel programming: Using the Parallel class and Task Parallel Library (TPL), your app can run multiple tasks at the same time across different processors. This boosts performance.
Locking and synchronization: Using tools like the lock keyword, Interlocked class, and Monitor class, your app can safely manage access to shared resources by multiple threads, avoiding conflicts.
Concurrency control: Using techniques like transactional memory and optimistic concurrency control (OCC), your app ensures multiple threads can work with shared resources without stepping on each other’s toes.