Final answer:
In real world applications, not all multi-processed code uses the wait routine. Other approaches, such as busy waiting and asynchronous programming, offer alternatives for managing concurrent processes and improving efficiency. These methods allow for efficient utilization of system resources and better performance.
Step-by-step explanation:
In the real world applications, not all code that is multi-processed uses the wait routine. There are different approaches to managing concurrent processes. One alternative is the busy waiting method where a process repeatedly checks if the condition for continuation is met. Another approach is the use of asynchronous programming, where tasks are scheduled and executed independently without blocking the main thread. These methods allow for efficient utilization of system resources and better performance.
multi-processed code uses the wait routine. Other approaches, such as busy waiting and asynchronous programming, offer alternatives for managing concurrent processes and improving efficiency. Another approach is the use of asynchronous programming, where tasks are scheduled and executed independently without blocking the main thread. These methods allow for efficient utilization of system resources and better performance.