SIF calls the next filter in the filter chain.
SIF调用过滤器链中的下一个过滤器。
SIF calls the next filter in the filter chain .
SIF调用过滤器链中的下一个过滤器。
APF transfers control to the next filter in the filter chain.
APF将控制权传输给过滤器链中的下一个过滤器。
The following steps describe the life cycle of the filter chain.
下面的步骤描述了过滤器链的生命周期。
SIF receives control after the filter chain processing completes.
SIF在过滤器链完成处理后接收控制权。
Switch the filter chain and you have yourself a different Process.
改变该过滤器链你就得到了自己一个不同的流程。
SIF creates the security context and calls other filters in the filter chain.
SIF创建安全上下文并调用过滤器链中的其他过滤器。
The container then invokes Acegi's filter chain proxy, which is a proxy filter.
容器然后调用Acegi的过滤器链代理，这是一个代理过滤器。
Now we've finished manipulating data, we just pass it down the filter chain.
现在既然我们已经完成了数据操作，我们只把它传递给过滤器链就行了。
Note that normally you will configure SIF as the first filter in the filter chain.
注意：通常将SIF配置为过滤器链中第一个过滤器。
When the container invokes the proxy, it passes request, response, and filter chain objects to it.
当容器调用代理时，它将向代理发送请求、响应以及过滤器链对象。
The previous filter in the filter chain passes request, response, and filter chain objects to APF.
过滤器链前面的过滤器将请求、响应和过滤器链对象传递给APF。
Acegi's filter chain proxy invokes SIF and passes request, response, and filter chain objects to it.
Acegi的过滤器链代理调用SIF并向其发送请求、响应和过滤器链对象。
When either of these conditions occurs, the request is resubmitted to the servlet (via the filter chain).
出现上述任意一种条件时，请求将被重新提交到servlet(通过过滤器链)。
Using Shiro's approach, it is much easier to see exactly the filter chain that is executed for a given matching path.
采用Shiro的方法，可以很容易就准确知道针对给定匹配路径执行的过滤器链。
This means that any changes made to the security context during filter chain processing now reside in the session object.
就是说在过滤器链处理过程中，对安全上下文的任何更改现在都保存在会话对象中。
Figure 1 shows the life cycle of the Acegi filter chain, which starts when a client sends an HTTP request to your application.
图1展示了Acegi过滤器链的生命周期，该周期从客户机向您的应用程序发送HTTP请求开始。
The proxy filter invokes the first filter in the filter chain, passing request, response, and filter chain objects to the filter.
代理过滤器调用过滤器链中第一个过滤器，向其发送请求、响应和过滤器链对象。
The values on the right define a filter chain - an ordered, comma delimited list of Servlet filters to execute for the given path.
等号右边的值定义了过滤器链-一个逗号分隔的有序Servlet过滤器列表，它会针对给出的路径进行执行。
The only purpose for this class is to serve as a target class to apply intercepting filter chain representing individual activities.
这个类的唯一目的就是作为应用代表各个活动的拦截过滤器链的目标类。
For this purpose, Acegi maintains a filter chain object, which wraps all the filters you have configured to secure your application.
出于这个目的，Acegi保存了一个过滤器链对象，它封装了为保护应用程序而配置了的所有过滤器。
If it finds that it has, it does no further processing and transfers control to the next filter in the filter chain (see Step 4 below).
如果是的话，它将不再进一步进行处理，并将控制权传输给过滤器链中的下一个过滤器(参见下面的第4个步骤)。
To facilitate this, the debugger interface takes control of the thread by placing a special exception filter in the thread's filter chain.
为了便于执行此规定，调试器接口在线程的筛选器链中放置了一个特殊的异常筛选器来控制线程。
The wrapper USES a byte array to hold the generated content and after the filter chain processing completes we compute the token using an MD5 hash of the array.
该包装器使用字节数组来保存所产生的内容，在filter链处理完成之后我们利用数组的MD 5哈希值计算记号。
If you use only one thread then make sure that all your code is covered by spring security filter chain (may be you have some custom filter that executed around spring security filter chain?).
如果你只使用一个线程，然后确保你的所有代码是由弹簧安全过滤器链(可能你有一些自定义过滤器，执行周围的弹簧安全过滤器链？)。
The filter will then inspect the request object and decide to forward the request to the next component in the chain, or stop the request and send a response directly back to the client.
然后过滤器会检查请求对象，并决定将该请求转发给链中的下一个组件，或者中止该请求并直接向客户机发回一个响应。
For example, a pipe and filter style allows for easy composability and loose coupling among the components in the chain.
例如，管道和筛选风格允许在链的组件间实现方便的可组合性和松散偶合。
If the session attribute "login-status" is true, allow the request to proceed by calling the next filter in the chain.
如果会话属性“login -status”为真，则通过调用链中下一个过滤器，允许请求继续进行。
The first layer is implemented using Spring AOP and assembles the process as the chain of intercepting filters, where each filter is injected with individual activity.
第一层是用SpringAOP实现的，将流程装配为拦截过滤器链，其中每个过滤器都被注入了相应活动。
The first layer is implemented using Spring AOP and assembles the process as the chain of intercepting filters, where each filter is injected with individual activity.
第一层是用SpringAOP实现的，将流程装配为拦截过滤器链，其中每个过滤器都被注入了相应活动。
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