Initialization Time for task name - task 3 = 02:32:56Įxecuting Time for task name - task 1 = 02:32:57Įxecuting Time for task name - task 2 = 02:32:57Įxecuting Time for task name - task 3 = 02:32:57Įxecuting Time for task name - task 1 = 02:32:58Įxecuting Time for task name - task 2 = 02:32:58Įxecuting Time for task name - task 3 = 02:32:58Įxecuting Time for task name - task 1 = 02:32:59Įxecuting Time for task name - task 2 = 02:32:59Įxecuting Time for task name - task 3 = 02:32:59Įxecuting Time for task name - task 1 = 02:33:00Įxecuting Time for task name - task 3 = 02:33:00Įxecuting Time for task name - task 2 = 02:33:00Įxecuting Time for task name - task 2 = 02:33:01Įxecuting Time for task name - task 1 = 02:33:01Įxecuting Time for task name - task 3 = 02:33:01 Initialization Time for task name - task 1 = 02:32:56 Initialization Time for task name - task 2 = 02:32:56 ThreadPoolExecutor class allows to set the core and maximum pool size.The runnables that are run by a particular thread are executed sequentially. To use thread pools, we first create a object of ExecutorService and pass a set of tasks to it.They allow you to take advantage of threading, but focus on the tasks that you want the thread to perform, instead of thread mechanics.By using the executor, one only has to implement the Runnable objects and send them to the executor to execute. Java provides the Executor framework which is centered around the Executor interface, its sub-interface – ExecutorService and the class- ThreadPoolExecutor, which implements both of these interfaces.Since the thread is already existing when the request arrives, the delay introduced by thread creation is eliminated, making the application more responsive. ISRO CS Syllabus for Scientist/Engineer ExamĪ thread pool reuses previously created threads to execute current tasks and offers a solution to the problem of thread cycle overhead and resource thrashing.ISRO CS Original Papers and Official Keys.
GATE CS Original Papers and Official Keys.
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