GetType(WeakIdentities) End SyncLock End Sub Sub SyncLockOnWeakId2()...Dim stream As New MemoryStream() SyncLock stream End SyncLock End Sub...Sub SyncLockOnWeakId3() SyncLock "string" End SyncLock End Sub...member End SyncLock End Sub Sub SyncLockOnWeakId5() Dim outOfMemory...As New OutOfMemoryException() SyncLock outOfMemory End SyncLock End
Test void testSynchronizedLock() throws InterruptedException { Object lock = new Object(); syncLock...(lock); TimeUnit.SECONDS.sleep(10); syncLock(lock); Assertions.assertTrue(true); } 日志输出如下...(lock); Thread thread = new Thread(() -> syncLock(lock)); thread.start(); thread.join();...syncLock(lock); thread = new Thread(() -> syncLock(lock)); thread.start(); thread.join...(lock); Thread thread = new Thread(() -> syncLock(lock)); Thread thread2 = new Thread(() -> syncLock
inner class AniTimer : AnimationTimer() { var lastTime = 0L val r = 10.0 var syncLock...iip.value val p = Point(x, y) // 锁住，防止其他线程修改 synchronized(syncLock
inner class AniTimer : AnimationTimer() { var lastTime = 0L val r = 10.0 var syncLock...100 val p = Point(x, y) // 锁住，防止其他线程修改 synchronized(syncLock
private static ScheduledExecutorService monitorExecutor; // 监控 private final static Object syncLock...= null) { // 多线程下多个线程同时调用getHttpClient容易导致重复创建httpClient对象的问题 synchronized (syncLock
System.Threading.LazyInitializer.EnsureInitializedCore[T](T& target, Boolean& initialized, Object& syncLock...at System.Threading.LazyInitializer.EnsureInitialized[T](T& target, Boolean& initialized, Object& syncLock
2.1 代码实现 public class SyncLock { private final Sync sync; public SyncLock() { sync...2.2 单元测试 @Test public void test_SyncLock() throws InterruptedException { final SyncLock lock = new...SyncLock(); for (int i = 0; i < 10; i++) { Thread.sleep(200); new Thread(new TestLock...start(); } Thread.sleep(100000); } static class TestLock implements Runnable { private SyncLock...lock; public TestLock(SyncLock lock) throws InterruptedException { this.lock = lock;
代码如下: class Program { private static bool _quitRequested = false; private static object _syncLock...cleanup, logging or whatever } private static void SetQuitRequested() { lock (_syncLock
int count2 = 0; private final ReentrantLock lock = new ReentrantLock(); private final Object syncLock...{ lock.unlock(); } } public void increment2() { synchronized (syncLock
private static ScheduledExecutorService monitorExecutor; // 监控 7 private final static Object syncLock... // 多线程下多个线程同时调用getHttpClient容易导致重复创建httpClient对象的问题,所以加上了同步锁 37 synchronized (syncLock
{ private static int _count; private int id; private int _strides; private object _syncLock...return sb.ToString(); } public int Strides { get { lock (_syncLock
通常情况来说使用逻辑初始化或者基于LVM快照方式更合适(6.0企业版可以使用基于文件复制),如采用db.syncLock()方式,在没有更改默认参数情况下，此时WriteMajorityCount等于2...如果非要使用db.syncLock方式也可以(一般不建议).也可以参考之前《PSA架构痛点文章中详细讲解》 3、PSA架构增加实例或者初始化实例 这个时候也需要特别小心 MajorityCount
AOP切面编程简化代码的复杂程度； @Retention(RetentionPolicy.RUNTIME) @Target(ElementType.METHOD) public @interface SyncLock
看下面的例子： public class SyncLock { private final Lock lock = new ReentrantLock(); public void
public class SyncLock { private Object lock = new Object(); /** * 直接在方法上加关键字 */
Handler Resume Return SByte Select Set Shadows Shared Short Single Static Step Stop String Structure Sub SyncLock
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