Tools to organize a project directory structure automatically.
自动地组织插件项目的目录结构
I've provisionally settled on the directory structure in Listing 5.
我暂时采用清单5中的目录结构。
Rails framework generates the project's directory structure automatically.
Rails框架自动生成该项目的目录结构。
Every gettext implementation requires a directory structure similar to this.
每个gettext实现都要求使用与此类似的目录结构。
Specify your input file, browsing through your directory structure as needed.
指定输入文件，根据需要通过目录结构浏览。
Listing 1 shows the directory structure for the continuous integration server.
清单1显示了持续集成服务器的目录结构。
Compare the directory structure in Listing 2 to the relative URLs in Listing 1.
比较清单2中的目录结构和清单1中的相对urls。
Doing so ensures that I can parse the directory structure and read the target files.
这样做是为了保证能够正确地解析目录结构并读取目标文件。
This TOC entry is the top level of the help directory structure for this set of help.
这个TOC条目位于帮助集的帮助目录结构中的最高一层。
The directory structure appears as "<database path>/<instance name>/<node name>/SQLnnnnn/."
目录结构看上去是这样的：“<数据库路径>/<实例名>/<节点名>/SQLnnnnn/”。
In these directories, create an eclipse \ features and eclipse \ plugins directory structure.
在这些目录下，创建一个eclipse \features和一个eclipse \plugins目录结构。
File storage areas use a directory structure on the file system to store a document's content.
文件存储区域使用文件系统上的目录结构来存储文档的内容。
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。
The first copy is the reference copy, and contains an exact duplication of the directory structure.
第一个拷贝作为参照拷贝，其中包含目录结构的精确副本。
Like file storage areas, fixed storage areas use a directory structure on the underlying file system.
和文件存储区域一样，固定存储区域使用底层文件系统上的目录结构。
Now that you have the directory structure scaffolded out, the next step is to write the implementation.
现在目录结构已经就绪，下一步就是编写实现。
This creates a directory structure that contains the required filesets for several AIX technology levels.
这会创建一个目录结构，其中包含多个AIX技术级别所需的文件集。
This was accomplished by placing the local test files into a directory structure similar to the server URI.
这可通过将这些本地测试文件放入类似于此服务器uri的一个目录结构实现。
Change the classpath entries to reflect the directory structure into which the client DB2 JARs were copied.
更改类路径条目来将目录结构映射到复制的客户端DB 2JAR中。
It USES a simple directory structure to manage the relationships between users, groups and transaction names.
它使用一个简单的目录结构来管理用户、组和事务名称之间的关系。
If you choose to use a different directory structure, make sure you modify these directory names appropriately.
如果选择使用不同的目录结构，一定要相应地修改这些目录名。
After you've downloaded these components, place them in the appropriate directory structure with your application.
下载这些组件之后，把它们放在应用程序目录结构中的适当位置。
More information regarding the configuration directory structure and subordinate documents can be found in Part 1.
您可以在第1部分中找到有关配置目录结构以及下级文档的更多信息。
You are taking the directory structure represented on the server and creating a tree representation on the client.
您可以在服务器端采用目录结构，在客户端创建一个树型表示。
The next step in the wizard allows you to specify the details for your project, such as name and directory structure.
向导的下一步允许您指定项目的详细信息，如名称和目录结构。
Before looking at changing directories, however, it's important to understand a bit about the UNIX directory structure.
但是，在查看更改目录之前，重要的是要对UNIX目录结构有一定的理解。
The first is a way to organize files, the directories that contain them, and the partitions holding a directory structure.
第一种是组织文件的方式、包含文件的目录，以及保存目录结构的分区。
Just as file names don't have to match the type names, the package structure does not have to match the directory structure.
比如说代码文件名不一定要和类型名完全匹配，而且包的结构也不必完全匹配实际的目录结构。
There are files and a hierarchical directory structure, but beyond that you will need to develop a different way of thinking.
虽然同样有文件和分层目录结构，但是除此以外您还需要建立一种不同的思维方式。
There are files and a hierarchical directory structure, but beyond that you will need to develop a different way of thinking.
虽然同样有文件和分层目录结构，但是除此以外您还需要建立一种不同的思维方式。
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