第一组表示文件所有者的读、写和执行权限。
The first group indicates the read, write, and execute permissions for the file's owner.
私有意味着只有文件所有者才能查看和处理它。
该命令应该在邮件文件所有者的主邮件服务器上发出。
This command should be issued on the home mail server of the mail file owner.
这将允许您为原来的邮件文件所有者启动离开办公室代理。
This will allow you to enable the Out of Office for the original mail file owner.
第一列是文件所有者的邮箱地址，第二列是姓名。
The first column is the e-mail address of the owner, followed by the owner's name.
没有人愿意一次一个地更改 40,000 个文件所有者。
显示拥有文件权限的用户组(文件所有者拥有文件的权限)。
The name of the group that has file permissions in addition to the file's owner.
此外，这些权限被分别指定给文件所有者、文件组成员和其他人。
In addition, these permissions are specified separately for the file's owner, members of the file's group, and everyone else.
当用户更改他或她的名称时，AdminP就更改邮件文件所有者自己的域。
When the user changes his or her name, AdminP changes the mail file owner field.
这些属性包括文件所有者及组权限，访问控制列表(acl)，以及扩展文件属性。
These attributes include file owner and group permissions, access-control lists (ACLs), and extended file attributes.
存储在LUN上的每个文件都有一个文件所有者和一个组，保存为UID和GID编号。
Each file stored on the LUN has the file owner and group stored as UID and GID Numbers.
正如前面提到的，邮件文件所有者必须至少拥有admin4 . nsf的ACL中的Author权限。
As noted previously, the mail file owner must have at least Author access in the ACL of Admin4.nsf.
例如，只有在源和目标计算机对相同用户使用相同id的情况下，才能保留文件所有者和组所有者设置。
For example, the file ownership and group ownership Settings can only be preserved if the source and destination machines use the same IDs for the same user.
当可执行的程序设置为suid访问模式，它就会开始运行，好像是由文件所有者启动而不是由真正启动它的用户启动。
When an executable program has the suid access modes set, it will run as if it had been started by the file's owner, rather than by the user who really started it.
可以看到，在EIM服务器上配置和添加外部身份信息之后，NFSv4服务器和客户机就能够显示正确的文件所有者信息。
So as seen here, after configuring and adding the foreign identity information in the EIM server, the NFSv4 server and client are able to show the correct ownership information of files.
传统方式下，本地文件系统一般与本地操作系统绑定，标识文件所有者身份的UID和GID由本地操作系统核心统一管理。
In traditional computational system, the native file system is bound to local operating system, the UIDs and GIDs that identify the owner of files are centralized managed by local operating system.
另外一个称为FollowSymLinksIfOwnerMatch的选项会在文件所有者与连接所有者相同时使用符号连接。
A companion option called FollowSymLinksIfOwnerMatch follows the symbolic link if the owner of the file is the same as that of the link.
因此，NFS服务器会以user 1：group1的身份访问文件；但是，在NFS客户机上，看到的文件所有者信息是user 2：group2。
Thus, the NFS server would access the file as user1: group1; however, on the NFS client, the file ownership information will be visible as user2: group2.
上述代理和服务都执行相同的基本功能；当邮件文件的所有者离开办公室后，它们将对邮件生成自动响应。
Both the agent and the service perform the same basic functionality; they generate automatic responses to emails when the owner of the mail file is out of the office.
这一视图类允许您获取并设置特定文件的所有者。
This view class allows you to get and set the owner of a particular file.
例如，如果您选择文件以验证权限属性，GUI会挖掘您选择的每个文件的所有者、主组等属性。
For example, if you select files to verify authority attributes, the GUI mines the owner, primary group, etc attributes for each file you selected.
上述列表文件可由文件的所有者执行。
文件的权限、所有者和其他元数据并不会复制到目标位置。
The permissions, ownership, and other meta-information about the file is not copied over to the destination.
文件的所有者可以设置自己的ACL。
如果新用户或组是使用旧uid 203或旧GID7创建的，则此新用户或组将成为系统上该用户以前拥有的每个文件的所有者和组。
If a new user or group is created with the old UID 203 or the old GID 7, then this new user or group will become the owner and group of every file on the system that the user previously owned.
更改uid或GID会导致以前由该用户或组拥有的所有文件的所有权更改为该文件的以前所有者的实际整数。
Changing a UID or GID causes the ownership of all the files previously owned by that user or group to change to the actual integer of the file's previous owner.
如果用户brian登录到系统，他将不会是这些文件的所有者。
If the user Brian logged in to the system, he would no longer be the owner of these files.
使用“chown”将这些文件的所有者更改为新实例的所有者。
Use "chown" to change the ownership of these files to be the new instance owner.
同时，我的其他文件的组所有者为strike。
Meanwhile, the group owner of the rest of my files is strike.
这个数据库实际上分为两个数据库：文件数据库记录p seudo环境(文件、所有者、模式)和日志数据库记录事件。
The database is actually split into two databases: a file database that records the pseudo environment (files, ownership, modes), and a log database that records events.
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