/** * Forces an animation update, if the {@link RunnableQueue} is * currently waiting. */ public void resume() { waitTime = 0; Object lock = q.getIteratorLock(); synchronized (lock) { lock.notify(); } }
public void resume() { waitTime = 0; Object lock = q.getIteratorLock(); synchronized (lock) { lock.notify(); } }
/** * Forces an animation update, if the {@link RunnableQueue} is * currently waiting. */ public void resume() { waitTime = 0; Object lock = q.getIteratorLock(); synchronized (lock) { lock.notify(); } }
/** * Forces an animation update, if the {@link RunnableQueue} is * currently waiting. */ public void resume() { waitTime = 0; Object lock = q.getIteratorLock(); synchronized (lock) { lock.notify(); } }
public void resume() { waitTime = 0; Object lock = q.getIteratorLock(); synchronized (lock) { lock.notify(); } }
public void resume() { waitTime = 0; Object lock = q.getIteratorLock(); synchronized (lock) { lock.notify(); } }
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
public void run() { synchronized (eir) { if (eir.count > 1) return; eir.count++; } synchronized (updateRunnableQueue.getIteratorLock()) { if (updateRunnableQueue.getThread() == null) { cancel(); return; } updateRunnableQueue.invokeLater(eir); } synchronized (eir) { if (eir.error) cancel(); } } }
public void run() { synchronized (eir) { if (eir.count > 1) return; eir.count++; } synchronized (updateRunnableQueue.getIteratorLock()) { if (updateRunnableQueue.getThread() == null) { cancel(); return; } updateRunnableQueue.invokeLater(eir); } synchronized (eir) { if (eir.error) cancel(); } } }
public void run() { synchronized (eir) { if (eir.count > 1) return; eir.count++; } synchronized (updateRunnableQueue.getIteratorLock()) { if (updateRunnableQueue.getThread() == null) { cancel(); return; } updateRunnableQueue.invokeLater(eir); } synchronized (eir) { if (eir.error) cancel(); } } }
synchronized (updateRunnableQueue.getIteratorLock()) { Iterator i = updateRunnableQueue.iterator(); while (i.hasNext())
synchronized (updateRunnableQueue.getIteratorLock()) { Iterator i = updateRunnableQueue.iterator(); while (i.hasNext())
synchronized (updateRunnableQueue.getIteratorLock()) { Iterator i = updateRunnableQueue.iterator(); while (i.hasNext())
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {
synchronized (rq.getIteratorLock()) { Iterator it = rq.iterator(); while (it.hasNext()) {