This results in the following directory hierarchy.
这会生成以下目录结构。
Create a directory hierarchy for the configuration files.
为配置文件创建目录层次结构。
It contains a set of artifacts organized in a directory hierarchy.
它包含在目录层次结构中组织的一组构件。
Set up a directory hierarchy per the rpmbuild specifications.
依照rpmbuild规范设定一个目录结构。
On the server side, the clients should only see the slots directory hierarchy.
在服务器端，客户端应该只能看到数据槽目录层级。
If DAOS has created subdirectories, maintain the directory hierarchy in your backup.
如果DAOS已经创建了子目录，那么在备份中维持目录层次结构。
Running as root, rsync restricts itself to the module's directory hierarchy (its path) using chroot.
在作为根用户运行时，rsync通过使用chroot只访问模块的目录层次结构(路径)。
The LDAP server can have multiple suffixes, with each suffix denoting a specific directory hierarchy.
LDAP服务器可以有多个后缀，每个后缀表示一个特定的目录层次结构。
The test data directory hierarchy is rooted in the test class package directory, in our case: org.djna.mailservice.test.
测试数据目录层次结构根植于测试类包目录中，在我们的示例中，该目录为or g . djna . mailservice . test。
To access these directories, the client mounts the exported directories or filesystems to its local directory hierarchy.
为了访问这些目录，客户机将导出的目录或文件系统mount(装载)到它的本地目录结构中。
Basically, an LDAP alias is an entry in a LDAP or X.500 directory that points to another entry in the directory hierarchy.
从根本上说，ldap别名是LDAP或X . 500目录中的一个条目，这个条目指向目录层次结构中的另一个条目。
When a database is created, information about the database, including default information, is stored in a directory hierarchy.
创建一个数据库时，关于数据库的信息，包括默认信息，存储在一个目录层次结构中。
The ScaTestExecutor class implements a simple naming convention, specifying a directory hierarchy for organising the XML files.
ScaTestExecut or类实现了简单的命名约定，并为组织XML文件指定了目录层次结构。
In the LDAP directory, a suffix is a top-level entry in LDAP directory hierarchy, under which all the logically related information is stored.
在LDAP目录中，后缀是LDAP目录层次结构中的顶级条目，在逻辑上相关的所有信息都存储在它下面。
In other words, the directory hierarchy in IBM Tivoli Directory Server (ou=secret,dc=spies,dc=com) differs from that in Domino (ou=secret/o=spies).
也就是说，IBMTivoliDirectoryServer (ou=secret,dc=spies,dc=com)中的目录层次结构不同于Domino (ou=secret/o=spies) 中的目录层次结构。
Now let's talk about what you can do once you have this spec directory hierarchy set up. You could, if you wanted to, look for all the users named Joe.
一旦设置完spec目录层次结构，现在让我们讨论可以做什么。
The topics within a space simply organize the jumble of messages published to the space, much like a file system organizes its files using a directory hierarchy.
空间内的主题直接对发布到该空间的各种主题进行组织，和使用目录层次结构组织其文件的文件系统非常相似。
We will build a directory structure not that far from the File Hierarchy Standard (see Resources).
我们将要建立一个与文件层次标准(参见参考资料)相去不远的目录结构。
It is the directory that contains the hierarchy of source files, organized into their own directories.
该目录必须包含源文件的层次结构，这些源文件可以被放到它们自己的目录中。
Clicking this link allows you to move up the file system hierarchy until you eventually get as high as you can possibly go: the root directory.
单击该链接将允许您向上浏览文件系统层次结构，直到您到达最高的一级：根目录。
The virtual file system bridges the underlying disparate physical file system to the logical file system, providing a consistent directory tree hierarchy to the rest of the operating system.
虚拟文件系统建立了不同的基础物理文件系统到逻辑文件系统之间的桥梁，为操作系统中的其他部分提供了一致的目录树层次结构。
Figure 7 shows the directory and file hierarchy for the implementation scenario we just described.
图7显示了我们刚刚描述的实现场景的目录与文件分层结构。
The very top of the hierarchy is / —commonly referred to as "slash" or "the root directory."
这个层次结构的最高层是 /，一般称其为“斜线”或者“根目录”。
For example, to find the list of unique filenames in the folder hierarchy rooted at the current working directory, you can type the following at your shell prompt.
例如，要在当前工作目录下的文件夹层次结构中查找独特文件名的列表，您可在shell提示符下输入以下命令。
These files will be copied to your classes directory after compiling. The project hierarchy is shown in Figure 1.
这些文件编译后将被复制到您的classes目录下。
You don't need to navigate a folder hierarchy anymore. You don't need to go one-by-one through a list of files in a directory trying to remember what you named that document.
你再也不需要浏览一层一层的文件夹，再也不需要在目录里面一个一个地查找那些可能自己已经忘记名字的文档。
We particularly introduce the function and hierarchy of the directory service, which is NPMI's key component.
重点分析NPMI的核心目录服务的功能与目录组成结构。
We particularly introduce the function and hierarchy of the directory service, which is NPMI's key component.
重点分析NPMI的核心目录服务的功能与目录组成结构。
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