这意味着消息必须包含结构信息，以允许服务连接来自不同表的数据。
This means that the messages must contain the structural information to allow the service to join data from separate tables.
在处理函数中，我们获得了一个指向保存了位置信息的YYLTYPE结构的指针，这样可以生成一条很好的错误消息。
In the processing function, you get a pointer to the YYLTYPE structure holding the location, and you can generate a nice error message.
消息描述符由一种MQMD结构定义，这种结构包含大量提供消息信息的字段。
The message descriptor is defined by an MQMD structure that contains a number of fields that provide information about the message.
为了获得此信息而发送的消息的典型结构包括：产品标识、数量和目标配送日期。
The typical structure of the message they send to obtain this information contains a product identification, a quantity and a target delivery date.
甚至更好的是，通过使用脚本对其中的信息进行解析，并将邮件消息移动到一个更合适的结构中，您可以对邮箱的内容进行重新过滤。
Even better, you can re-filter the contents of the mailbox by parsing the information with a script and moving mail messages into a more suitable structure.
一条SOAP消息包含一个XML文档定义，该定义可以用于在分散式、分布式环境中在对等端之间交换有一定结构和类型的信息。
A SOAP message contains an XML document definition that can be used to exchange structured and typed information between peers in a decentralized, distributed environment.
除了寻址信息之外，嵌入式消息描述符(MsgDesc)也作为消息数据的一部分存储在MQXQH结构内。
Besides the addressing information, an embedded message descriptor (MsgDesc) is stored within the MQXQH structure as part of the message data.
TX Series使用WSBind文件中的信息在运行时执行应用程序数据结构和SOAP消息之间的映射。
TX Series uses information in the WSBind file to perform the mapping between application data structures and SOAP messages at runtime.
请参见WebSphereApplicationServer信息中心中关于消息结构的部分，以获得更多关于如何这样做的信息和代码片段。
See the section in the WebSphere Application Server Information Center on message structures for more information and code snippets showing how to do that.
在配置文件层次结构中不允许的层次写入信息的任何尝试都会导致分析器产生一条错误消息。
Any attempt to write in a configuration file at a level not allowed in the hierarchy will result in an error message generated by the parser.
这个结构包含了系统处理来自任务栏状态区域的消息时所需要的信息。
Contains information that the system needs to process taskbar status area messages.
最后按照无线资源管理层rrc中的“SYSTEMINFORMATION”消息的层次结构，具体解析了各信息单元的含义，给出了解码流程图，并详细描述了其工作原理和过程。
Last, we analyze the information element's meaning and function in the "SYSTEM information" message of RRC layer, give the decoding flow chart, and describe the working principle and process.
仿真实验表明，设计的系统结构降低每个结点加入和退出时发送的消息数量，减少了信息检索延迟，取得了较好的用户满意度。
The simulation results show that the designed structure reduces join and exit number of messages that each node sends and the search delay of information. It achieves good customer satisfaction.
仿真实验表明，设计的系统结构降低每个结点加入和退出时发送的消息数量，减少了信息检索延迟，取得了较好的用户满意度。
The simulation results show that the designed structure reduces join and exit number of messages that each node sends and the search delay of information. It achieves good customer satisfaction.
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