Life Cycle of a Thread
New − A new thread begins its life cycle in the new state. It remains in this state until the program starts the thread. It is also referred to as a born thread.
Runnable − After a newly born thread is started, the thread becomes runnable. A thread in this state is considered to be executing its task.
Waiting − Sometimes, a thread transitions to the waiting state while the thread waits for another thread to perform a task. A thread transitions back to the runnable state only when another thread signals the waiting thread to continue executing.
Timed Waiting − A runnable thread can enter the timed waiting state for a specified interval of time. A thread in this state transitions back to the runnable state when that time interval expires or when the event it is waiting for occurs.
Terminated (Dead) − A runnable thread enters the terminated state when it completes its task or otherwise terminates.
|1||public void start()||Starts the thread in a separate path of execution, then invokes the run() method on this Thread object.|
|2||public void run()||If this Thread object was instantiated using a separate Runnable target, the run() method is invoked on that Runnable object.|
|3||public final void setName(String name)||Changes the name of the Thread object. There is also a getName() method for retrieving the name.|
|4||public final void setPriority(int priority)||Sets the priority of this Thread object. The possible values are between 1 and 10.|
|5||public final void setDaemon(boolean on)||A parameter of true denotes this Thread as a daemon thread.|
|6||public final void join(long millisec)||The current thread invokes this method on a second thread, causing the current thread to block until the second thread terminates or the specified number of milliseconds passes.|
|7||public void interrupt()||Interrupts this thread, causing it to continue execution if it was blocked for any reason.|
|8||public final boolean isAlive()||Returns true if the thread is alive, which is any time after the thread has been started but before it runs to completion.|
|1||public static void yield()||Causes the currently running thread to yield to any other threads of the same priority that are waiting to be scheduled.|
|2||public static void sleep(long millisec)||Causes the currently running thread to block for at least the specified number of milliseconds.|
|3||public static boolean holdsLock(Object x)||Returns true if the current thread holds the lock on the given Object.|
|4||public static Thread currentThread()||Returns a reference to the currently running thread, which is the thread that invokes this method.|
|5||public static void dumpStack()||Prints the stack trace for the currently running thread, which is useful when debugging a multithreaded application.|
|1||public void wait()||Causes the current thread to wait until another thread invokes the notify().|
|2||public void notify()||Wakes up a single thread that is waiting on this object's monitor.|
|3||public void notifyAll()||Wakes up all the threads that called wait() on the same object.|
|4||public void suspend()||This method puts a thread in the suspended state and can be resumed using resume() method.|
|5||public void stop()||This method stops a thread completely.|
|6||public void resume()||This method resumes a thread, which was suspended using suspend() method.|