The EIP Component sequences the calls.
EIP组件负责安排调用的次序。
When there are many layers of embedded "bricks" in an EIP-based system.
当基于EIP的系统内部有很多内嵌的“单元”层次的时候。
In the select Machine Type panel, select the EIP development workstation option.
在SelectMachineType面板中，请选择EIP developmentworkstation选项。
The "message dispatcher" pattern: the EIP Component sends the message to a list of service providers (multipoint).
“消息分发器”模式：EIP组件向一组服务提供者发送消息(多点)。
Enterprise Information Portals 7.1 support is available in the content wizard if the EIP 7.1 client has been correctly configured on the plugin.
如果在插件上已经正确配置了EIP 7.1客户机，则可以在内容向导中使用EnterpriseInformationPortals 7.1支持。
The most relevant information here is the instruction pointer (EIP), the address of the faulty instruction.
其中最有关的信息是指令指针(EIP)，就是故障指令的地址。
Last, content management is studied, which is a technique having a close relation with EIP, and two methods of integration content management and EIP are presented.
最后对与EIP紧密相关的技术——内容管理进行了研究，并给出了两种内容管理与EIP集成的方法。
The "content based router" pattern: the EIP Component examines the message content and routes the message onto a different channel, based on data contained in the message.
“基于内容的路由器”模式：EIP组件检查消息内容，并根据消息中包含的数据将消息路由到不同频道。
The "scatter gather" pattern: the EIP Component routes a request message to a number of service providers. It then aggregates all the responses into a single response message.
“分散收集器”模式：EIP组件将一条消息路由到一组服务提供者，然后将所有响应聚集成一条响应消息。
The knowledge of all EIP Component operations allows the developer to combine business applications (consumers and service providers) with several "integration pattern bricks".
具备所有EIP组件操作的知识将使得开发者可以把业务应用（消费者和服务提供者）和一些“集成模式单元”结合起来。
By means of speeding up the aging of the EIP and transient pulse test, the temperature-rising curve of EIP, the variation of the ignition pressure and 50% ignition point are obtained.
通过加速寿命试验促使电火工品老化，利用瞬态脉冲试验，得到电火工品的温升曲线，点火压力的变化及50%发火点。
By means of speeding up the aging of the EIP and transient pulse test, the temperature-rising curve of EIP, the variation of the ignition pressure and 50% ignition point are obtained.
通过加速寿命试验促使电火工品老化，利用瞬态脉冲试验，得到电火工品的温升曲线，点火压力的变化及50%发火点。
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