This week's topic dealt with concurrency and covered the benefits of concurrent programming, an important concept in modern computing. Concurrent programming allows multiple task to be executed simultaneously, significantly improving the efficiency and performance of applications. We learned how to create multiple threads for program execution and how to properly manage those threads to prevent program race conditions.
Understanding the concept of concurrency is crucial to ensure correctness of concurrent programs. A race condition can occur when the behavior of software depends on the relative timing of events, that often lead to unpredictable results. One method to prevent the race condition is to use locks to achieve mutual exclusion, ensuring that only one thread has access to a section of code at a time. We also learned about condition variables, which are used for thread synchronization, and proved a practical example of how to manage concurrency in programs.
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