Managed task resources are not blocked, allowing the tasks to execute to completion more efficiently.
不会阻塞托管任务资源，从而能更高效地完成要执行的任务。
This scenario could be a disaster if the blocked thread is a high-priority task (a hazard known as priority inversion).
如果阻塞的线程是高优先级的任务，那么该方案可能造成非常不好的结果（称为优先级倒置的危险）。
First, it is a simple process to mark a task as being blocked by another task.
首先，这是将任务标记为其他任务所阻碍的任务的一个简单进程。
In development, there will be occasions where a task being worked on is blocked and progress cannot be made.
在开发之中，有可能处理的任务得到中断，而且没有进展。
While blocked, the managed task continues to hold any Shared resources it acquired during the course of its dispatch (for example, storage resources, task-level resources, and mutex locks).
在阻塞的情况下，托管任务将继续持有其在调度期间获得的所有共享资源(例如，存储资源、任务级别的资源和互斥锁定)。
Why does an OS need a Blocked queue for task scheduling?
为什么一个操作系统需要一个阻塞队列的任务调度？
Problem scenario: blocked managed-task resources.
问题场景：阻塞托管任务资源。
An unwanted software situation in which an entire set of tasks is blocked, waiting for an event that only a task within the same set can cause.
一种不希望出现的软件状态，在这个状态下，所有的任务因为等待一个只有在这些被阻塞任务之一才能产生的事件而被阻塞。
Priority inversion is the case where a high priority task becomes blocked for an indefinite period by a low priority task.
优先级反转是指高优先级的任务被低优先级的任务阻塞了不确定长度的时间。
Priority reverse is a kind of phenomenon that the higher priority task is blocked by the lower priority task since they are using the same sources in real time system.
优先级反向是实时系统中由于任务间需要共享资源以及同步而引起的高优先级任务被低优先级任务阻塞的现象。
Priority reverse is a kind of phenomenon that the higher priority task is blocked by the lower priority task since they are using the same share sources in real time system.
优先级反向是实时系统中由于任务间需要共享资源以及同步而引起的高优先级任务被低优先级任务阻塞的现象。
The priority-inheritance protocol assures that a task that owns a resource executes at the priority of the highest-priority task blocked on that resource.
当优先级反转发生时，优先级较低的任务被暂时地提高它的优先级，使得该任务能尽快执行，释放出优先级较高的任务所需要的资源。
The priority-inheritance protocol assures that a task that owns a resource executes at the priority of the highest-priority task blocked on that resource.
当优先级反转发生时，优先级较低的任务被暂时地提高它的优先级，使得该任务能尽快执行，释放出优先级较高的任务所需要的资源。
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