本文整理汇总了C#中Worker.Unlock方法的典型用法代码示例。如果您正苦于以下问题：C# Worker.Unlock方法的具体用法？C# Worker.Unlock怎么用？C# Worker.Unlock使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Worker的用法示例。
在下文中一共展示了Worker.Unlock方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C#代码示例。
示例1: RunWorker
/// <summary>
/// Main worker run loop. Repeatedly gets tasks from queue and
/// executes them, while coping with a number of issues:
///
/// 1. We may start out with an initial task, in which case we
/// don't need to get the first one. Otherwise, as long as pool is
/// running, we get tasks from GetTask. If it returns null then the
/// worker exits due to changed pool state or configuration
/// parameters. Other exits result from exception throws in
/// external code, in which case completedAbruptly holds, which
/// usually leads ProcessWorkerExit to replace this thread.
///
/// 2. Before running any task, the lock is acquired to prevent
/// other pool interrupts while the task is executing, and
/// ClearInterruptsForTaskRun called to ensure that unless pool is
/// stopping, this thread does not have its interrupt set.
///
/// 3. Each task run is preceded by a call to BeforeExecute, which
/// might throw an exception, in which case we cause thread to die
/// (breaking loop with completedAbruptly true) without processing
/// the task.
///
/// 4. Assuming BeforeExecute completes normally, we run the task,
/// gathering any of its thrown exceptions to send to
/// AfterExecute. We separately handle RuntimeException, Error
/// (both of which the specs guarantee that we trap) and arbitrary
/// Throwables. Because we cannot rethrow Throwables within
/// Runnable.run, we wrap them within Errors on the way out (to the
/// thread's UncaughtExceptionHandler). Any thrown exception also
/// conservatively causes thread to die.
///
/// 5. After task.run completes, we call AfterExecute, which may
/// also throw an exception, which will also cause thread to
/// die. According to JLS Sec 14.20, this exception is the one that
/// will be in effect even if task.run throws.
///
/// The net effect of the exception mechanics is that AfterExecute
/// and the thread's UncaughtExceptionHandler have as accurate
/// information as we can provide about any problems encountered by
/// user code.
/// <param name="worker">the worker to run</param>
/// </summary>
private void RunWorker(Worker worker)
{
var task = worker.FirstTask;
worker.FirstTask = null;
var completedAbruptly = true;
try
{
while (task != null || (task = GetTask()) != null)
{
worker.Lock();
ClearInterruptsForTaskRun();
try
{
BeforeExecute(worker.Thread, task);
Exception thrown = null;
try
{
task.Run();
}
catch (Exception x)
{
thrown = x;
OnThreadException(task, x);
}
finally
{
AfterExecute(task, thrown);
}
}
finally
{
task = null;
worker.CompletedTasks++;
worker.Unlock();
}
}
completedAbruptly = false;
}
finally
{
ProcessWorkerExit(worker, completedAbruptly);
}
}示例2: runWorker
/// <summary>
/// Main worker run loop. Repeatedly gets tasks from queue and
/// executes them, while coping with a number of issues:
///
/// 1. We may start out with an initial task, in which case we
/// don't need to get the first one. Otherwise, as long as pool is
/// running, we get tasks from getTask. If it returns null then the
/// worker exits due to changed pool state or configuration
/// parameters. Other exits result from exception throws in
/// external code, in which case completedAbruptly holds, which
/// usually leads processWorkerExit to replace this thread.
///
/// 2. Before running any task, the lock is acquired to prevent
/// other pool interrupts while the task is executing, and
/// clearInterruptsForTaskRun called to ensure that unless pool is
/// stopping, this thread does not have its interrupt set.
///
/// 3. Each task run is preceded by a call to beforeExecute, which
/// might throw an exception, in which case we cause thread to die
/// (breaking loop with completedAbruptly true) without processing
/// the task.
///
/// 4. Assuming beforeExecute completes normally, we run the task,
/// gathering any of its thrown exceptions to send to
/// afterExecute. We separately handle RuntimeException, Error
/// (both of which the specs guarantee that we trap) and arbitrary
/// Throwables. Because we cannot rethrow Throwables within
/// Runnable.run, we wrap them within Errors on the way out (to the
/// thread's UncaughtExceptionHandler). Any thrown exception also
/// conservatively causes thread to die.
///
/// 5. After task.run completes, we call afterExecute, which may
/// also throw an exception, which will also cause thread to
/// die. According to JLS Sec 14.20, this exception is the one that
/// will be in effect even if task.run throws.
///
/// The net effect of the exception mechanics is that afterExecute
/// and the thread's UncaughtExceptionHandler have as accurate
/// information as we can provide about any problems encountered by
/// user code.
///
/// <param name="worker">the worker to run</param>
/// </summary>
protected void runWorker(Worker worker)
{
IRunnable task = worker.FirstTask;
worker.FirstTask = null;
bool completedAbruptly = true;
try
{
while (task != null || (task = getTask()) != null)
{
worker.Lock();
clearInterruptsForTaskRun();
try
{
beforeExecute(worker.Thread, task);
Exception thrown = null;
try
{
task.Run();
}
catch (Exception x)
{
thrown = x;
throw;
}
finally
{
afterExecute(task, thrown);
}
}
finally
{
task = null;
worker.CompletedTasks++;
worker.Unlock();
}
}
completedAbruptly = false;
}
finally
{
processWorkerExit(worker, completedAbruptly);
}
}