1.Establishing a client connection with a mail server that implements Extended MAPI allows you to perform all of these operations.
客户端连接到用于实现扩展MAPI的邮件服务器后，就允许您执行所有这些操作。
2.Ubuntu has MAPI Exchange protocol compatibility, so the server infrastructure would not need to be modified during any migration.
Ubuntu拥有MAPIExchange协议兼容性，所以在任意迁移过程中都不需要修改服务器基础架构。
3.The original intention was to provide a method for monitoring or debugging the MAPI protocol exchanges between the client and servers.
最初的意图是提供一种方法以便监视或调试客户端和服务器之间的MAPI协议交换。
4.Exchange 2003 supports the use of a non-MAPI folder tree, otherwise known as an Application folder tree or General Purpose folder tree.
Exchange2003支持使用非MAPI文件夹树（也称为“应用程序”文件夹树或“常规用途”文件夹树）。
5.The administrator must be a member of the Administrators group on the local workstation or server to create a dynamic MAPI profile.
管理员必须是本地工作站或服务器上Administrators组的成员才能创建动态的MAPI配置文件。
6.MAPI-based communication requires you to work with an Exchange System Manager account that is a member of the local Administrators group.
要实现基于MAPI的通信，必须使用本地Administrators组中的Exchange系统管理器帐户。
7.The Notes and EDK types refer to instances of a MAPI-based messaging connector connecting to a non-Exchange messaging system.
Notes和EDK类型指的是连接到非Exchange邮件系统且基于MAPI的邮件连接器的实例。
8.TNEF is used to encode MAPI message properties for transmission through a message system that does not support those properties directly.
TNEF用于对MAPI邮件属性编码，以便能够通过不直接支持这些属性的邮件系统进行传输。
9.This means that the streaming database and MAPI database files that comprise a particular database cannot be separated .
这意味着流式数据库与组成特定数据库的MAPI数据库文件无法分开。
10.Messaging databases are managed in storage groups and include transaction log files, a MAPI-based database file, and a streaming database.
邮件数据库在存储组中进行管理，它包含事务日志文件、基于MAPI的数据库文件和流式数据库。