Failed Event Manager processing.
失败的事件管理器处理。
JR30198: Failed Event Manager target significance.
JR 30198：失败的事件管理器目标重要性。
“Failed Event Manager” application as shown in Figure 8.
“失败事件管理器”应用程序如图 8 所示。
These failed events can then be managed from within the failed event Manager.
这些失败的事件随后可以从Failed Event Manager中管理。
You can access the failed event manager via the administrative console or via an MBean interface.
可以通过管理控制台或MBean接口访问失败事件管理器。
For more information about the failed event manager interface, refer to FailedEventManager interface.
关于失败事件管理器接口的更多信息，请参见FailedEventManager interface。
You can examine these events with the failed event manager user interface in the Administrative console, then resubmit or delete.
可以在管理控制台中使用失败事件管理器用户界面检查这些事件，然后重新提交或删除它们。
The failed transaction will show up in the failed Event Manager from where you can modify the data and re-submit it for processing.
这个失败的事务将显示在Failed Event Manager中，在这里，可以修改数据并重新提交数据以做处理。
For more information about the failed event manager, refer to the WebSphere Process Server Information Center on Failed event manager.
关于失败事件管理器的更多信息，请参见WebSphereProcessServer 信息中心主题Failed event manager。
In V6.2 the JMS binding supported the Failed Event Manager, and in V7 this support has been enhanced to include WebSphere MQ bindings.
在V6.2中JMS绑定支持失败事件管理器，且在v7中增强了这种支持以便包括WebSphereMQ绑定。
You can use the failed event Manager application that comes out-of-the-box when Process Server is installed to view, modify request data, and resubmit the failed events.
可以使用在安装WebSphereProcessServer时开箱即用的Failed Event Manager应用程序查看、修改请求并重新提交失败事件。
Failed Event Manager support — WebSphere ESB V6.2 introduced the Failed Event Manager, enabling failure messages that were sent asynchronously to be held and managed centrally.
失败事件管理器支持—WebSphereESBV6.2引入了失败事件管理器，使异步发送的失败消息能够得到集中处理和管理。
Once the runtime errors are resolved, the administrator will have to resubmit the failed events using either the admin console or scripts that use the failed event manager (FEM) API.
当运行时错误被处理后，管理员必须使用管理控制台或失败事件管理器(FEM) api脚本重新提交失败事件。
Finally, it highlights the error conditions that can occur and shows how they can be identified (Failed Event Manager, Exceptions Queues, and so forth) from an operational point of view.
最后，本文列出了可能发生的错误条件，并说明如何从操作的角度识别它们(失败事件管理器、异常队列等等)。
Finally, it highlights the error conditions that can occur and shows how they can be identified (Failed Event Manager, Exceptions Queues, and so forth) from an operational point of view.
最后，本文列出了可能发生的错误条件，并说明如何从操作的角度识别它们(失败事件管理器、异常队列等等)。
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