应用程序节点。
It will move the work package to the CheckFraudHistory business application node.
工作包将移动到CheckFraudHistory业务应用程序节点。
The work package will be moved to the CheckFraudHistory business application node.
这个工作包将转移到CheckFraudHistory业务应用程序节点。
Continue the work package staying in the CheckFraudHistory business application node.
继续停留在CheckFraudHistory业务应用程序节点的工作包。
At the business application node CheckFraudHistory, if the user exit fails, continue the process.
在CheckFraudHistory业务应用程序节点上，如果用户退出失败，那么请继续此过程。
The only difference is that you can now create, modify, start, or stop more than one application server per node.
唯一的区别在于，现在可以为每个节点创建、修改、启动或停止多个应用程序服务器。
To begin the process, you first need an application server node.
要开始该过程，首先需要一个应用服务器节点。
How do we enhance scalability by scaling the application beyond a single node?
我们如何在一个节点上扩展来提高应用的可扩展性？
By replicating the entire configuration tree from the actual deployment manager node to another application server node, the deployment manager can be quickly restarted on the backup node.
通过将整个配置树从实际的部署管理器节点复制到另一个应用服务器节点，部署管理器可以在备份节点上快速重启。
This includes the deployment manager, node agents, and application servers.
这包括部署管理器、节点代理和应用服务器。
Migrate the application on the same node.
在同一节点上迁移应用程序。
Distribute the application update to the node.
将应用程序更新发布到节点。
Actions invoked through these views are communicated by the deployment manager to the node agent of the corresponding application server node.
部署管理器将通过这些视图调用的操作传达至相应应用程序服务器节点的节点代理。
Any given application is migrated to the node with the most available capacity or resources.
所有给定的应用程序都被迁移到可用能力或资源最多的节点上。
Everything is running smoothly in the environment with a single node of the application server.
在单节点环境的应用服务器中，所有这些工作都可以顺利进行。
The management domain or cell of a base application server contains a single node and a single application server.
基本应用程序服务器的管理域或单元包含单个节点和单个应用程序服务器。
Updating the application on the node by synchronizing the configuration and restarting the stopped cluster members on that node.
通过同步配置和重新启动该节点上停止的集群成员来更新该节点上的应用程序。
The administrative agent topology USES resources more efficiently because administrative functionality is delegated from the application server node to the administrative agent.
因为将管理功能从应用程序服务器节点委派到管理代理，所以管理代理拓扑可以更有效地使用资源。
The base application server node is easy to set up and manage for a single server environment.
对于单服务器环境而言，基本应用程序服务器节点易于设置和管理。
Stops the cluster members on that node that run the application.
停止该节点上运行相应的应用程序的集群成员。
This server enables the client to access JMX notifications generated by the application servers, node agents, and ODRs within the cell.
该服务器可让客户端访问由计算单元中的应用程序服务器、节点代理和odr生成的JMX通知。
Performs configuration synchronization between the master repository and the node repository, thus bringing the updated application down to the node.
在主存储库与节点存储库间执行配置同步，以将已更新的应用程序部署到该节点。
Start the V6 node and the application servers.
启动版本6的节点和应用程序服务器。
Each application server that runs on the node USES a single copy of the application extracted during configuration synchronization operation.
每个在节点上运行的应用程序服务器都使用在配置同步操作期间提取的应用程序的单个副本。
When the master repository configuration is synchronized with a node, the application configuration is replicated in the node level repository and extracted in the application install destination.
当主存储配置与节点同步后，应用程序配置将复制到节点级别的存储库中，并提取到应用程序安装目的地中。
In order for an application server node to be registered with a job manager, the application server must first be registered with an administrative agent on the same system.
为了将应用程序服务器节点注册到作业管理器，应用程序服务器必须先注册到同一系统上的管理代理。
Each application server node has an LDAP server installed as a user registry.
每个应用服务器节点都安装了一个LDAP服务器作为用户注册中心。
Stop the V6 node and application servers.
停止版本 6 的节点和应用程序服务器。
However, in this case it is extended to support a cluster environment instead of an environment with a single application server node.
然而，本例用于支持集群环境而不是单个应用服务器节点。
It will not cover how to write a complicated Node application nor be a thorough tutorial on Node.
本文不涉及如何编写一个复杂的Node应用程序，也不是一份全面的Node教程。
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