assert task != ACCEPTED && task != GAVE_UP; if (task != WAITING && task != EXIT) { if (newNode.compareAndSetTask(task, ACCEPTED)) { currentSizeOf(oldVal) > coreSizeOf(oldVal) ) { if (newNode.compareAndSetTask(task, GAVE_UP)) { for (;;) { if (tryDeallocateThread(oldVal)) {
if (consumerNode.compareAndSetTask(WAITING, runnable)) { unpark(consumerNode.getThread()); result = EXE_OK;
/** * The builder class for an {@code EnhancedQueueExecutor}. All the fields are initialized to sensible defaults for * a small thread pool. */ public static final class Builder { private ThreadFactory threadFactory = Executors.defaultThreadFactory(); private Runnable terminationTask = NullRunnable.getInstance(); private Executor handoffExecutor = DEFAULT_HANDLER; private Thread.UncaughtExceptionHandler exceptionHandler = JBossExecutors.loggingExceptionHandler(); private int coreSize = 16; private int maxSize = 64; private long keepAliveTime = 30; private TimeUnit keepAliveUnits = TimeUnit.SECONDS; private float growthResistance; private boolean allowCoreTimeOut; private int maxQueueSize = Integer.MAX_VALUE; private boolean registerMBean = REGISTER_MBEAN; private String mBeanName; /** * Construct a new instance. */ public Builder() {} /** * Get the configured thread factory. * * @return the configured thread factory (not {@code null}) */ public ThreadFactory getThreadFactory() {
/** * The builder class for an {@code EnhancedQueueExecutor}. All the fields are initialized to sensible defaults for * a small thread pool. */ public static final class Builder { private ThreadFactory threadFactory = Executors.defaultThreadFactory(); private Runnable terminationTask = NullRunnable.getInstance(); private Executor handoffExecutor = DEFAULT_HANDLER; private Thread.UncaughtExceptionHandler exceptionHandler = JBossExecutors.loggingExceptionHandler(); private int coreSize = 16; private int maxSize = 64; private long keepAliveTime = 30; private TimeUnit keepAliveUnits = TimeUnit.SECONDS; private float growthResistance; private boolean allowCoreTimeOut; private int maxQueueSize = Integer.MAX_VALUE; private boolean registerMBean = REGISTER_MBEAN; private String mBeanName; /** * Construct a new instance. */ public Builder() {} /** * Get the configured thread factory. * * @return the configured thread factory (not {@code null}) */ public ThreadFactory getThreadFactory() {
/** * The builder class for an {@code EnhancedQueueExecutor}. All the fields are initialized to sensible defaults for * a small thread pool. */ public static final class Builder { private ThreadFactory threadFactory = Executors.defaultThreadFactory(); private Runnable terminationTask = NullRunnable.getInstance(); private Executor handoffExecutor = DEFAULT_HANDLER; private Thread.UncaughtExceptionHandler exceptionHandler = JBossExecutors.loggingExceptionHandler(); private int coreSize = 16; private int maxSize = 64; private long keepAliveTime = 30; private TimeUnit keepAliveUnits = TimeUnit.SECONDS; private float growthResistance; private boolean allowCoreTimeOut; private int maxQueueSize = Integer.MAX_VALUE; private boolean registerMBean = REGISTER_MBEAN; private String mBeanName; /** * Construct a new instance. */ public Builder() {} /** * Get the configured thread factory. * * @return the configured thread factory (not {@code null}) */ public ThreadFactory getThreadFactory() {
if (consumerNode.compareAndSetTask(WAITING, runnable)) { unpark(consumerNode.getThread()); result = EXE_OK;
if (consumerNode.compareAndSetTask(WAITING, runnable)) { unpark(consumerNode.getThread()); result = EXE_OK;
assert task != ACCEPTED && task != GAVE_UP; if (task != WAITING && task != EXIT) { if (newNode.compareAndSetTask(task, ACCEPTED)) { currentSizeOf(oldVal) > coreSizeOf(oldVal) ) { if (newNode.compareAndSetTask(task, GAVE_UP)) { for (;;) { if (tryDeallocateThread(oldVal)) {
assert task != ACCEPTED && task != GAVE_UP; if (task != WAITING && task != EXIT) { if (newNode.compareAndSetTask(task, ACCEPTED)) { currentSizeOf(oldVal) > coreSizeOf(oldVal) ) { if (newNode.compareAndSetTask(task, GAVE_UP)) { for (;;) { if (tryDeallocateThread(oldVal)) {