What does SJT mean in GENERAL

Simple Java Thread is a lightweight API that enables developers to create threads in their applications. It provides the necessary methods, such as run(), start(), and wait() to perform basic thread operations. The library is designed to make it easier for developers to work with threads in their applications quickly and efficiently.

Creating a thread using Simple Java Threads requires implementing the Runnable interface and overriding its run() method. Then, instantiate a new instance of the thread class, passing in an instance of the Runnable implementation as an argument. Once created, you can then call the start() method on the instance of your new thread object.

Some of the benefits of using Simple Java Threads include improved scalability, better resource utilization, and reduced development time since creating threads with this API is relatively straightforward compared to other libraries or frameworks. Additionally, with this library, it's possible to execute multiple tasks concurrently without having to manually manage threads.

Synchronizing threads in Simple Java Threads can be done by making use of monitors or locks available within the API. This ensures that only one thread at a time can access its synchronized block while preventing race conditions within your application.

Yes! You can use join() methods on child threads created with this API after calling their start() method. This will ensure that the main thread waits for all child threads to complete before continuing execution. Furthermore, you can also set timeouts for waiting on join().

Yes! When terminating a thread created with this API, it's important to use proper cleanup techniques such as try-with-resources or finally blocks so that all resources are disposed correctly and no memory leaks occur from not deallocating these correctly.

Interrupting allows one thread to signal another that it should stop what it's doing and take some other action instead; interrupting indicates interruption rather than termination and will result in an InterruptedException thrown by certain methods when called on an interrupted thread. It should be noted that interrupting does not cause a stopped or terminated state but merely requests one which may be handled differently depending on context.

The sleep() method puts a specified number of milliseconds into non-running state and thus stops executing until either duration has passed or another awaited event occurs (such as calling wakeup()). Moreover, sleep(), unlike wait(), does not release any locks held by the current executing code - instead those locks remain effective until code resumes execution after sleeping has completed.