名称解析

如果使用主机名而不是IP地址，就说明名称解析对于这个主机是有效的。

Name resolution is working for that host if a name was used rather than an IP address .

hosts记录决定执行名称解析的次序。

The hosts record determines the order the name resolution is performed .

如果未指定schemaname，则应用用于确定当前用户架构的默认名称解析规则。

If schema_name is not specified , the default name resolution rules for determining the schema for the current user apply .

域名系统（DomainNameSystem，DNS）通过提供一种能够将名称解析到相应的IP地址的机制，从而解决了此问题。

The Domain Name System ( DNS ) resolves that by providing a mechanism so that names can be resolved to the appropriate IP address .

集群可以提供位置独立性、运行时名称解析，以及SOA应用程序所需要的并发性。

The cluster provides the location independence , run time resolution of names , and concurrency required by SOA applications .

还可以使用类似的命令删除任何别名，并且节点将恢复为将主机名称解析为IP地址。

Any alias can also be removed using similar commands , and the node will revert to resolving the host name as an IP address .

在递归查询中，客户端预期服务器响应完整的答案（即，将某个名称解析为IP地址）。

In a recursive query , the client expects the server to respond the full answer ( i.e. , to resolve a name to the IP address ) .

要将dns名称解析为ip地址，单击“解析”，然后选择您想要使用的ip地址。

To resolve the DNS name to an IP address , click resolve , and then select the IP address that you want to use .

SpringMVC的视图解析器把每个逻辑名称解析成实际的资源，即包含帐户信息的JSP文件。

Spring MVC 's view resolver resolves each logical name to an actual resource , that is a JSP file that contains account information .

我们还研究了如何创建简单的DNS设置以便在本地网络上使用，以及该设置如何与Internet名称解析集成在一起。

We 've also examined how to create a simple DNS setup for use on your local network , and how that integrates with Internet name resolution .

DNS系统的核心是将Internet和本地网络上大家都非常熟悉的名称解析为IP地址。

The DNS system , at its heart , resolves the names with which we are all familiar on the Internet and locally on our networks to an IP address .

运行时名称解析：与物理地重新配置网络以更改路由不同，您可以使用WebSphereMQ集群功能实现相同的结果。

Run time name resolution : Rather than physically reconfigure the network to change routing , you can use the WebSphere MQ cluster functionality to achieve the same result .

域名解析的工作方式是客户端与服务器通信，并请求将某个特定地址解析到对应的部分（即从名称解析到IP地址，或从IP地址解析到名称）。

Domain name resolution works by a client contacting a server and requesting that a particular address be resolved to the corresponding part ( i.e. , name to IP address , or IP address to name ) .

如果您不使用DNS进行Windows名称解析，那么可以使用nmblookup命令执行一个NetBIOS名称查询。

If you are not using DNS for Windows name resolution , you can use the nmblookup command to perform a NetBIOS name lookup .

与现有的常见IM软件不同，使用了PNRP（对等名称解析协议）进行名称解析，不需要服务器的支持，具有P2P软件的特点。

The system is different from some of current IM software and uses PNRP ( Peer Name Resolution Protocol ) for Peer Name resolution , doesn 't depend on server , so it has features of P2P software .

第三个示例说明如何获取dc01域中对字符串“chr”进行模糊名称解析搜索所得到的所有邮箱。

The third example shows how to get all the mailboxes that resolve from the ambiguous name resolution search on the string " chr " that are in the domain of dc01 .

基于名称解析的矢栅一体化岩性符号绘制方法

Drawing lithology notations by vector-grid integration based on parsing lithotype name

名称解析是可能影响性能的另一个方面。

Name resolution is another area that can impact performance .

服务文件帮助应用程序将服务名称解析为端口号。

The services file helps applications resolve service names to port numbers .

队列管理器是名称解析的根。

The queue manager is the root for name resolution .

现有的递归名称解析是为组织配置的。

Existing recursive name resolution is used as configured for the organization .

名称解析失败分配内存失败。

Failed logons failed logons failed on name resolution .

不能用同一名称解析多个成员。

Cannot resolve multiple members with the same name .

本文稍后的内容将讨论名称解析。

Name resolution is discussed later in this article .

名称解析服务未正确运行。

The name resolution service is not working correctly .

为了让名称解析正常工作，您可能需要删除此区域。

For name resolution to work correctly , you may have to remove this zone .

已创建了过程''%1！''，而未顾及延迟的名称解析警告（如果有警告）。

Procedure ' % . ls ' was created despite delayed name resolution warnings ( if any ) .

为了避免名称解析错误，建议只要指定了架构范围内的对象时就指定架构名称。

To avoid name resolution errors , we recommend specifying the schema name whenever you specify a schema-scoped object .

您在前面看到，将名称解析向上移动到集群级别减少了队列管理器的任务。

You saw earlier that moving name resolution up to the cluster level diminished the role of the queue manager .

将名称解析向上移动到集群意味着路由不再与物理网络连接绑定在一起。

Moving the name resolution up into the cluster means routing is no longer tied to the physical network connectivity .