最后,后端实现对数据的物理存储。
Finally, the back end implements the physical storage for data.
这会设置将发送到后端服务的流。
This sets the stream that will be sent to the backend service.
接下来,我将介绍如何配置此后端。
但是手机开发的最大问题不是后端。
The fundamental problem with mobile development isn't the back end, though.
表示逻辑不如后端业务逻辑有价值。
The presentation logic is less valuable than the back-end business logic.
云计算模型由前端和后端组成。
The cloud computing model is comprised of a front end and a back end.
能够将后端系统连接到业务流程中。
The ability to tie in back-end systems into the business process.
你可以使用任何喜欢的后端,没问题。
为示例应用创建数据库后端。
添加后端数据库的名称、位置和配置。
Add the name, location, and configuration of your back end data store.
这里模拟了耗时的后端调用。
为了简便起见,后端只包含两个实体。
To keep things simple, the back-end consists of only two entities.
此模式的后端类型称为Custom。
规定表单向后端系统的提交。
设计自定义代码时要考虑后端访问模式。
Consider the backend access pattern while designing your custom code.
本文只部分介绍了示例集群的后端设置。
This is only part of setting up the backend of your example cluster.
这个后端也处于规划阶段。
该例中根本没有后端更新。
创建一个新的后端文件夹。
例如,业务组件撤销对后端数据的访问。
For example, the business component might revoke access to the back end data.
后端收集路径信息并创建table类。
The back end collects the path information and creates the table class.
如果您愿意,我们将拥有一个完美的后端。
以这种方式序列化所有后端数据是可行的。
清单3是从后端数据存储获取文档的示例。
Listing 3 is an example of getting documents from the backend data store.
应用程序需要能够从后端数据库读写数据。
The application needed the ability to read and write data from a back-end database.
NONE:sql语句绝不传递到后端。
为了写本文,我快速研究了大多数工作后端。
For this article, I have taken a quick look at most of the working backends.
先编写后端,然后再来创建应用程序的前端。
You'll first write the back end, then work forward to build the front end of the application.
您常常需要引入更复杂的逻辑以管理后端搜索。
Often, you need to introduce more complexity into the logic that manages the back-end search.
这种后端可以轻松连接到任意纯客户端应用程序。
This kind of back end can be easily hooked up to any pure client-side application.
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