客户机和服务器

• We ll follow that convention here by creating two key stores for each of the clients and the server
  我们在此处将遵循该约定，为每个客户机和服务器创建两个密钥存储。
• When clients and servers communicate within an obex session , their interactions are called operations
  当客户机和服务器在一个obex会话内通信时，它们的交互叫做操作。
• Stateful interactions between client and server can be managed on either the web tier or the business tier
  客户机和服务器之间的有状态交互可以在web层或业务层上进行管理。
• Through this interface , the servlet container creates and manages a session between the client and the server
  通过该接口， servlet容器创建和管理客户机和服务器之间的会话。
• Between the client and the server , the information will be the original work unit and the processed response
  在客户机和服务器之间交换的是原始的工作单元和处理之后的响应。
• Standard mbeans are the easiest variant to implement if you control both the client and the server
  如果要同时控制客户机和服务器，那么standard mbean是最容易实现的一种变体。
• To simplify the demonstration , i will present this example in terms of a client process and a server process
  为了简化演示，我将分别从客户机和服务器进程这两个方面来介绍示例。
• Parameter , it s not a good idea , primarily because doing so breaks existing clients and servers
  参数，但是这并不是什么好主意，主要是因为这样做会导致已有的客户机和服务器崩溃。
• Since the client and server are developed independently , the definition of the service interface is very important
  由于客户机和服务器是分别开发的，服务接口的定义就相当重要了。
• To get a clear picture of how operations and responses work for obex clients and servers , take a look at figure 2
  要真正了解obex客户机和服务器的操作和响应的工作方式，请参见图2 ：