Your goal is to implement an asynchronous method that processes a list of asynchronous tasks in parallel, while limiting the number of tasks that run at the same time.

• The method should accept two parameters:
  • A list of asynchronous task factories (Func<Task>), where each factory returns a task when invoked.
  • An integer representing the maximum number of concurrent operations (maxDegreeOfParallelism).
• Ensure that at no point are more than maxDegreeOfParallelism tasks running in parallel.
• Every task factory in the list must be started and awaited, so that all tasks complete before the method returns.
• To control the number of concurrently running tasks, use a SemaphoreSlim. Before starting a new task, call WaitAsync on the semaphore to ensure you do not exceed the concurrency limit. After a task completes, call Release on the semaphore to allow another task to begin.
• It is important to use Task.WhenAll to await all started tasks, guaranteeing that the method does not return until every task has finished.