脚本以及精心构造的目录结构将完成其余的任务。
The script, and the carefully constructed directory structure, do the rest.
将您的LDAP目录和根目录节点的网络地址指定为构造函数的参数。
The network address of your LDAP directory and your root directory node as a constructor parameter.
优化程序采用系统目录，说明那里有多少行，以及构造了较好的索引来计算所采用的查询路径。
The optimizer uses system catalogs indicating how many rows there are and how well the indexes are formed to figure out what query path to use.
这个构造函数将每一个字符串解释为目录路径，并构造一个数据结构以表示这个路径下面的文件和子目录。
The constructor interprets each string as a directory path and builds a data structure to represent the files and child directories under that path.
既然已经得到了目录的条目名称，那么您需要构造一个更加完整的路径(请参见清单5)，然后调用lstat以获取该条目的相关信息。
Now that you have a the entry name of the directory, you need to construct a more complete path (see Listing 5), and then call lstat to get the entry's information.
其构造函数将会创建一个对LDAP目录的连接。
Its constructor will create a connection to the LDAP directory.
LdapAuthenticationProvider构造函数的第一个参数是authenticator，该参数通过检查用户的用户名和密码对LDAP目录的用户进行身份验证。
The first parameter to the LdapAuthenticationProvider constructor is authenticator, which authenticates a user with the LDAP directory by verifying the user's username and password.
目录服务作为一种日益引起业内重视的新型数据存储技术，它的数据存储方式、分布式的构造方式以及数据访问方式与分布式数据库系统有很大区别。
Directory Service is a data-storage technology, which is completely different with DBS, especially in the mode of data-storage, the structure of distributing and the mode of visiting data.
本文之目的在于依据创意性设计方法，进行八连杆型金属罐挤压机之构造合成，以设计出所有具三重肘节效应之新型机构目录。
The purpose of this paper is to synthesize the structure of metal can squeezing devices with eight-bar links and triple toggle effects, based on the methodology of creative design.
本文之目的在于依据创意性设计方法，进行八连杆型金属罐挤压机之构造合成，以设计出所有具三重肘节效应之新型机构目录。
The purpose of this paper is to synthesize the structure of metal can squeezing devices with eight-bar links and triple toggle effects, based on the methodology of creative design.
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