This minimizes the chattiness between the session facade and entity ejb 这就最小化了会化虚包和实体ejb之间的隔阂。
2.
The use of the data transfer object minimizes the chattiness between the layers - only one stateless call is needed 数据传输对象的使用最小化了不同层之间的间隔= =仅仅需要一个无状态调用。
3.
The ejb advocate shows how to design method signatures to minimize the " chattiness " between layers and get the most out of your ejbs Ejb倡导者说明了如何设计方法签名来最小化层之间的"隔阂" ，并最大程度的利用您的ejb 。
4.
I understand your point about trying to minimize chattiness between layers , but it seems like you are trading away maintainability for performance 我理解您关于尽力减少各层之间的频繁对话的观点，但似乎您在以牺牲可维护性为代价来换取性能的提高。
5.
Even when using locals , build custom creates , finds , gets and sets to minimize chattiness between layers and foster reuse and maintainability 即使使用本地接口，也应创建自定义的create , find , get和set方法，从而最小化各层之间的障碍，并提高重用和可维护性。
6.
Just as significant , we saw the importance of using a data transfer object now being called an sdo and custom methods on entity ejbs to minimize the chattiness between layers , even when the local interface is used 更有意义的是，我们看到了在实体ejb上使用数据传输对象（现在称为sdo ）和自定义方法的重要性，其最小化了不同层之间的隔阂，即便在使用本地接口的时候也是这样。
7.
I built entity cmps for each object in the class diagram above , with a key and data transfer object returned by a custom method , just as you suggested , in order to minimize the chattiness between layers 正如您所建议的那样，为了最小化各层之间的分歧，我通过使用定制方法返回的关键字（ key ）和数据传输对象（ data transfer object ， dto ） ，在上面的类图表中为每一个对象创建了实体cmp 。
8.
We introduced some characteristics of service - oriented architectures ; for example , to minimize the chattiness between a service and its client , the service must be coarse - grained , stateless , and must normally assemble a data transfer object that collects all the properties returned to the client application 中，我们介绍了面向服务的体系结构的一些特征；例如，为了尽可能减少服务和其客户机间频繁的对话，服务必须为粗粒度的无状态服务，而且必须正常组装数据传输对象( dto ) ，此类对象会收集所有从客户机应用程序返回的属性。
