Work Stealing Executor for C++20 Coroutines

In an era where complex user interactions, sophisticated applications, and game development demand simultaneous management of numerous operations, coroutines have become a critical component of effective programming. They offer an essential tool for writing asynchronous or non-blocking code in a way that is straightforward and easy to understand, which greatly simplifies the tasks of debugging and modification. Moreover, coroutines are less resource-demanding compared to threads, hence they increase efficiency in supervising multiple concurrent tasks. This paper tries to further enhance performance by redistributing workloads from burdened threads to those with lesser load by implementing a work-stealing task manager. This executor provides an ideal load balancing approach leading to a decrease in execution duration and an improvement in application performance.