| 1. | In normal operation , the redo queue is close to zero 在正常操作中,重做队列接近于零。 |
| 2. | The log waiting on the mirror s disk is known as the redo queue 在磁盘上等待的日志称为“重做队列 |
| 3. | To learn the current size of the redo queue , use the redo queue 若要了解重做队列的当前大小,请使用数据库镜像性能对象中的 |
| 4. | The redo queue 重做队列 |
| 5. | While monitoring the redo queue on the mirror server , increase the load on the principal server 当监视镜像服务器中的重做队列时,会增加主体服务器中的负荷。 |
| 6. | For a synchronous operating mode , the failover time can be regulated by limiting the size of the redo queue 对于同步运行模式,可通过限制重做队列的大小调整故障转移时间。 |
| 7. | There , the mirror server immediately writes the log record to disk as the last record in the redo queue 同时,镜像服务器立即将日志记录写入磁盘,作为重做队列中的最新记录。 |
| 8. | To learn the current size of the redo queue , use the redo queue counter in the database mirroring performance object 若要了解重做队列当前的大小,请使用数据库镜像性能对象中的 |
| 9. | If any log is waiting in the redo queue , the mirror server finishes rolling forward the mirror database 如果重做队列中有任何等待的日志,则镜像服务器将完成前滚镜像数据库的操作。 |
| 10. | The amount of time required depends on the speed of the system , the recent workload , and the amount of log in the redo queue 所需时间取决于系统速度、最新工作负荷以及重做队列中的日志量。 |