英语释义

• a protocol (utilizing TCP) to transfer hypertext requests and information between servers and browsers

片语

yu http徐怀钰

HTTP PipeliningSchema of non-pipelined v pipelined connectio

Ettusais http艾杜莎

http mmtxtbookcomcn乐读言情吧

HTTP Accept不明

HTTP HTTP超文本传输协议

HTTP Debugger网站开发工具

HTTP头HTTP header

http packetshttp数据包

英汉例句

• Here are some techniques for reducing the number of HTTP requests, while still supporting rich page designs.

  以下是一些技术HTTP的请求的数目减少同时仍然支持丰富的页面设计。

• These are operations that are commonly performed on data, or in this case, HTTP resources.

  它们是一些通常对数据或者此用例中的HTTP资源执行的操作。

• Because HTTP is stateless, unless some kind of session token is passed back and forth on every request, the server has no way to link together requests made by the same person.

  因为HTTP是无状态的，除非一些类型的会话令牌在每个请求中来回传递，否则服务器并不能将同一个人的所有请求联系在一起。

• Have all signature information be stored within HTTP request or response headers.

  所有的签名信息都存储在HTTP请求或响应头中。

• The server then uses the same connection to respond to the client with an HTTP response message.

  然后，服务器通过相同的连接，使用一条HTTP响应消息响应客户机。

• Adding this function to HTTP would bog down the Internet, and reduce effectiveness of areas that may not need it.

  向HTTP添加这个功能会使因特网陷入困境，并降低可能不需要这个功能的区域的效率。

• For example, an HTTP request through the system causes a set of events to occur. You can write handlers for these events.

  例如，此系统的一个HTTP请求可以能够引起一系列事件，您可针对这些事件编写处理程序。

• In the case of transparent proxy servers, the browser is unaware of the proxy server, so no HTTP CONNECT method is sent.

  如果是透明代理服务器的情况，浏览器不知道代理服务器，因此不会有HTTPCONNECT方法被发送。

• But what if you want to do something more useful with the HTTP response?

  但是，如果希望对HTTP响应执行一些更有用的操作，该怎么办呢？

• The introduction of standardised support for asynchronous HTTP requests and responses.

  引入了对异步http请求和响应的标準化支持。

• As described in the second part of this article, HTTP and SIP sessions are tied together and failover together in a converged application.

  如这篇文章第二部分所述，在聚合应用程序中，HTTP和SIP会话绑定在一起，且一起进行故障转移。

• The next step is to make some concrete decisions on how photo sharing actions map to HTTP requests.

  下一步就是做一些实质性的决定，以便确定照片共享动作如何映射到HTTP请求。

• This event occurs every time the container receives an HTTP request from a client.

  每当容器从客户机收到一个HTTP请求时，此事件就会发生。

• So that we can see the debugger running, we need to set a breakpoint that will be encountered in the HTTP request life cycle.

  为了能够看到调试器的运行情况，需要设置一个断点，在HTTP请求生命周期中将遇到这个断点。

• HTTP clients may pass over the preferred data formats and languages along with the target URI in the request header, and the content provider should serve these Settings.

  HTTP客户端可以用自己喜欢的数据格式和语言，在请求的头部追加目标URI来传送。内容提供者应该提供这些设置服务。

• This requires clients to communicate with the remote objects over the HTTP channel.

  这要求客户端通过HTTP通道与远程对象进行通信。

• Since our runtime cannot determine the userid and password that is used in HTTP authentication, we cannot use this to connect to the database.

  由于我们的运行时不能确定在HTTP认证中所使用的用户标识和口令，因此我们不能使用该用户连接到数据库。

• Each HTTP link on the page is specially encoded, but it is expensive for the site to implement.

  页面上的每个HTTP链接都经过编码，但对于站点实现来说，代价是很昂贵的。

• Then, it opens an HTTP connection to the mid-tier service.

  然后，它打开一个到中间层服务的HTTP连接。

• Notice the similarity of this topology with the topology described in Part 1 for using both the HTTP plug-in and proxy servers with a super cluster.

  注意这个拓扑结构与第 1部分描述的拓扑结构的相似性，后者对超级集群同时使用了HTTP插件和代理服务器。

• Since you will be writing a traditional application, every click will be a new HTTP request, with parameters being passed as part of the URL.

  因为编写的是传统应用程序，所以每次单击都会是一个新的HTTP请求，而参数则作为URL的一部分传递。

• Therefore reducing the number of total connections per HTTP request by reusing a connection for more than one query improves processor, disk, and network performance.

  因此，如果减少每个HTTP请求的总连接数，将一个连接用于多个查询，则可以提高处理器、磁盘和网络性能。

• However, each request and response carries with it lots of unnecessary HTTP header overhead and latency.

  然而，每个请求和响应载体会有许多不必要的HTTP头信息开销和延迟。

• Different operations require different kinds of HTTP methods in the request.

  不同的操作需要请求使用不同种类的HTTP方法。

• The need for a super cluster does not occur in everyday practice, but should it happen for HTTP clients, it can be addressed.

  对超级集群的需求并不会出现在日常的实践中，但是它会出现在HTTP客户机中，这种需求可以得到满足。

• In this example, we use its HTTP connection to create a series of requests against the portal.

  在本例中，我们使用其HTTP连接来创建针对该门户的请求系列。

• But what if we simply want to pass the server a few bits of relevant information for us and have it construct the software repository entry, as we did in the above HTTP POST example?

  但是，如果我们只想给服务器传送一点儿有关我们的信息并且让服务器构造软件资源库条目，就像我们在上面的HTTPPOST示例中做的一样，需要做些什么呢？