| 1. | The code example avoids a deadlock condition by calling
该代码示例通过在 |
| 2. | A deadlock condition can result if the parent process calls
避免产生死锁情况。如果父进程在 |
| 3. | After the deadlock condition is resolved ,
死锁条件消除之后， |
| 4. | All recycling in the event of a deadlock condition is now controlled by the
现在，当出现死锁情况时，所有循环都将由 |
| 5. | The code example avoids the deadlock condition by performing asynchronous read operations on the
流执行异步读取操作避免产生死锁情况。 |
| 6. | Stream and the child process writing to that stream . these dependencies can result in deadlock conditions
流的调用方及写入该流中的子进程之间引入一个依赖项。 |
| 7. | Alternately , you can avoid the deadlock condition by creating two threads and reading the output of each stream on a separate thread
或者，您还可以通过创建两个线程并读取每个线程中每个流的输出来避免产生死锁情况。 |
| 8. | Contention between agents and jobs is decreased , and agents automatically retry on network errors , deadlock conditions , and query timeouts
减少了代理和作业之间的争用，且代理对网络错误、死锁状态和查询超时自动进行重试。 |
| 9. | Provides methods for the host to get information about requested tasks and to detect deadlock conditions in synchronization objects created by the clr
为宿主提供方法，用以检测公共语言运行库创建的同步对象中的死锁条件。 |
| 10. | The deadlock condition results when the caller and child process wait on each other to complete an operation , and neither can proceed
当调用方和子进程相互等待对方完成操作时，就会产生死锁情况，使双方都无法继续执行操作。 |
