1·Step 3: Generate a null accessor.
第3步：生成一个空访问器。
2·Use the accessor object to set the credentials.
使用accessor对像设置证书。
3·Reading and writing navigational state using the Accessor API.
使用访问器api读写导航状态。
4·Each property has an accessor and a mutator (getter and setter).
每个属性具有一个accessor和mutator (getter和setter)。
5·You also need to add a few simple accessor methods to SimpleNode.
您还需要将一些简单的存取器方法添加到SimpleNode。
6·See Reading and writing navigational state using the Accessor API.
请参阅使用访问器api读写导航状态。
7·Once more iterate over the attributes and output accessor methods.
如果遇到多次属性访问，输出访问器方法。
8·An accessor discovers from its context what it is being asked to do.
访问器从其上下文中寻找它要做的事情。
9·The effective use of accessor methods will be covered in future tips.
以后的提示中会涉及访问器方法的有效使用。
10·The Accessor API provides typed access to the state document model.
访问器api提供对状态文档模型类型化的访问。
1·The last step, closing the element, is completed by simply writing out the closing tag for the accessor.
最后一步是关闭元素，只要为这个访问器写一个关闭标记这一步即告完成。
2·If the object argument is null, you need to generate a null accessor for the type.
如果对象参数为空，您需要为这个类型生成一个空访问器。
3·The effective use of accessor methods will be covered in future tips.
以后的提示中会涉及访问器方法的有效使用。
4·My first step is to create accessor methods for each UI component, shown in Listing 2.
第一步是为每个UI组件创建访问器方法，如清单2所示。
5·All other accessor factories that can be obtained are needed to express the specific semantics of a URL by modifying the respective navigational state aspect.
可获得的所有其他访问器工厂都需要通过修改各自的导航状态部分来表述特定的语义。
1·You also need to add a few simple accessor methods to SimpleNode.
您还需要将一些简单的存取器方法添加到SimpleNode。
2·You'll note that JDBC statements do provide an accessor for their connection; however, application servers and Web application frameworks frequently use the decorator pattern to wrap JDBC connections.
您会注意到：jdbc语句确实为它们的连接提供了存取器；但是，应用程序服务器和Web应用程序框架频繁地使用修饰器模式包装JDBC连接。
3·For this example (Figure 4), you will model a read-only indexer (thus it has only a get accessor) in the DrawingSurface class.
对于本实例(图4)，您将对drawingsurface类中的只读索引器建模(因而它只有get存取器)。
1·The permissions mask allocates 8 bits each to the four possible types of key accessor: possessor, user, group, and other.
权限掩码给四个可能的密钥访问者类型各分配 8 位：所有者、用户、组和其他。
2·The provider USES the accessor to determine how to transfer the data to or from the consumer's buffer.
提供者使用这个访问者来决定如何向或从消费者缓冲区中传送数据。