The resource adapter will install on the server.
资源适配器将安装在服务器上。
When a failure happens on one server, then this standby adapter takes over all connections from the other server.
当一台服务器上发生故障时，该备用适配器就从另一服务器上接管所有连接。
The adapter supports outbound mode only for this interface.
对于此接口，适配器仅支持出站模式。
The resource adapter will install on the server after you do that.
当您做了之后，资源适配器将安装在服务器上。
Suppose you have a resource adapter that is not listed above.
假定您有一个未在上面列出的资源适配器。
This adapter supports outbound mode only.
此适配器仅支持出站模式。
First, you obtain the list of attributes for each resource adapter.
首先，您为每个资源适配器获得一列属性。
All of my virtual adapter mappings and SEAs were available.
所有虚拟适配器映射和SEA都是可用的。
The next line configures the email adapter.
下一行配置了电子邮件适配器。
The resource adapter has two options for how to proceed.
对于如何进行处理，资源适配器有两个选项。
You must acquire a resource adapter for the EIS system.
您必须为EIS系统获取一个资源适配器。
There is now a resource adapter project in your workspace.
现在，您的工作区内便有了一个资源适配器项目。
什么是资源适配器？
Each adapter can be connected to 21 VLANs.
每个适配器可以连接到21个VLAN。
导入资源适配器。
For these problems, a channel adapter is needed.
针对这些问题，就需要通道适配器了。
When you exchange the adapter, the existing device driver supports the adapter because it is of the same type.
当您调换适配器时，现在的设备驱动程序会支持此适配器，因为它是同类型的。
The service adapter has a floating IP address.
服务适配器具有一个浮动的IP地址。
Then the service adapter is the primary adapter per server for the primary instance on each server and has allocated a floating address.
那么，服务适配器就是每台服务器的主适配器，用于每台服务器上的主实例，并分配了一个浮动的地址。
Accept the defaults during the resource adapter installation.
在资源适配器的安装过程中接受默认值。
To recover we would need to have a fourth adapter as a standby adapter.
为了恢复，我们将需要第四个适配器来作为备用适配器。
The third adapter is the standby adapter.
第三个适配器是备用适配器。
This list of attributes corresponds to the resource adapter properties defined in the resource adapter deployment descriptor.
这列属性与资源适配器部署描述符中定义的资源适配器属性相对应。
Therefore, this adapter becomes the physical address behind the floating address of the service adapter when a failure happens.
因此，当发生故障时，该适配器就成为服务器适配器的浮动地址背后的物理地址。
Figure 1 illustrates the fundamental adapter concepts.
图1阐释了适配器的基本概念。
Those Settings ensure that each Ethernet adapter has its interrupts processed on a CPU on the node on which the adapter resides.
这些设置确保每个以太网适配器的中断都在这个适配器所在的节点的CPU上处理。
Remote adapter: adapter responsible for interfacing with the remote API by converting the messages.
远程适配器：适配器负责通过转化消息与远程API连接。
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