Which subinterface provides functionality for managing Threads and their events

Which subinterface provides functionality for managing Threads and their events Correct Answer ExecutorService

ExecutorService, a subinterface, provides more functionality for managing threads and providing support for raising events to the threads, such as shutdown().
Bissoy MCQ

Related Questions

Statements : All needles are threads. All threads are boxes. All trees are boxes.

Conclusions :
I. No needle is tree.
II. Some trees are threads.
III. Some boxes are needles.
IV. Some trees are needles.
Which one of the following inferences can be drawn from the given figure?
Managing People and Performance in Organizations mcq question image
You work as software developer at XYZ inc. You need to develop a Windows form that provides online help for users. You want the help functionality to be available when users press the F1 key. Help text will be displayed in a pop-up window for the text box that has focus. To implement this functionality, you need to call a method of the HelpProvider control and pass the text box and the help text. What should you do?
Which of the below is not a subinterface of Queue?
The JavaMailSender interface is a subinterface of MailSender that includes specialized JavaMail features:-
The functionality that SQL Server Agent provides to Reporting Services can be replaced with custom code that uses the _________ method to add schedule events to the queue.
The transverse shear stress at the root of the threads in the nut can be given by?(symbols have their usual meaning, z=number of threads in nut)
Serving to abstract away the functionality of other components in an abbreviated interface to provide courser functionality.
In XP an automated unit test framework is used to write tests for a new piece of functionality before that functionality itself is implemented.
Which of the following statements are true?
1. The classical approach to probability theory requires that the total number of possible outcomes be known or calculated and that each of the outcomes be equally likely.
2. A marginal probability is also known as unconditional probability.
3. For three independent events, the joint probability of the three events, P (ABC) = P (A) × P (B/A) × P (C/AB)
4. Two events are mutually exclusive, exhaustive and equally likely, the probability of either event A or B or both occurring P(A or B) = P(A) + P(B)