| 1. | With the eblade destination ip address and port number
用eblade （目的地址）的ip地址和端口号来分配 |
| 2. | With the swish swash destination ip address and port number
用swish swash （目的地址）的ip地址和端口号来分配 |
| 3. | A firewall inspects the source and destination address of each message that crosses its path
防火墙检查经过它的每一条消息的源地址和目的地址。 |
| 4. | The information available is the source address , the source port , the destination address , and the destination port
可得到的信息为：源地址，源端口，目的地址，目的端口。 |
| 5. | The frame is rewritten with the destination address and sent to the outgoing interface that services that destination
帧会被使用目的地址来改写，发送到目的地址所对应的出接口。 |
| 6. | You may also find the - u and - i options useful , as they allow you to control the from and to parts of the message
你也许会发现- u和- i选项很有用，因为它们允许你控制信息的源地址和目的地址部分。 |
| 7. | The above example shows destination address specifics with the - d , but is identical for source addresses with - s , instead
上面的例子展示了目的地址的细节(用- d ) ，但和源地址的用法是相同的(只是代之以- s ) 。 |
| 8. | Unlike the connection - oriented protocol , which requires source and destination addresses , the datagram only requires a destination address
面向连接的协议需要源地址和目的地址，与此不同，数据报只需要目的地址。 |
| 9. | Several ( including one ) lsps may be established between a pair of source - destination nodes . the route of each lsp can be independently assigned
一对源-目的地址之间可以建立多条(包括一条)不同的lsp ，每条lsp的路由可以独立指定。 |
| 10. | Summary displays a one - line summary of the highest - layer protocol contained in the frame , as well as the time of the capture and the source and destination addresses
摘要：显示一行最高层协议的摘要，包括格式，捕获时间，源地址和目的地址。 |
