我们通过引入网络接口的“投机”轮询解决了这两个问题。
We solved both of these by introducing "opportunistic" polling of the network interfaces.
数据库不只是为轮询或事件而设计的。
Databases are simply not designed for polling or for events.
在这种情况下,客户端不需要进行轮询。
轮询就是我们大多数来检查邮件的方法。
在这篇文章中,我将介绍多种可以替代轮询的方法。
In this article, I discuss various approaches that can be alternatives to polling.
这可以通过将轮询频率与缓存相关联来实现。
This is implemented by associating a polling frequency with the cache.
添加一个应用程序接口,以便它能够被轮询。
到目前为止,我们在每个示例中所做的第一件事就是配置一个轮询文件系统的简单文件轮询器。
The first thing which we’ve done in every example so far is configure a simple file poller on the file system.
由于响应可用性和轮询周期,轮询方法可能有延迟。
The polling method may have delays due to response availability and polling cycle.
本文应用程序使用没有轮询的标准amf协议。
The article application USES the standard AMF protocol with no polling.
如果未配置轮询线程,则IDS将启动一个轮询线程。
If poll threads are not configured, IDS will start one poll thread.
请根据您的应用程序需求设置轮询间隔。
Set the polling interval according to your application requirements.
所有这些轮询都产生了许多额外的工作。
该适配器既可以配置为仅轮询特定类型的文件,也可以配置为仅轮询在特定时间段内创建的文件。
The adapter can be configured to poll for only certain types of files, or for files created during a certain time period.
中断传输:这些是定期轮询的数据包。
Interrupt transfers: These are data packets that are polled periodically.
如果需要,调整节点上的作业轮询间隔。
这个定时器是一种轮询机制。
另一个常见的技巧是长轮询。
此功能将确保代理保持对新消息的轮询。
This functionality ensures that the agent keeps polling for new messages.
部署应用程序后,将自动启动入站轮询。
The inbound polling automatically starts after the application deploys.
这是一种比快速轮询原更有效率的无限推送方式,而快速轮询正是其它多数推送技术所采用的。
That is a significantly more efficient way of doing wireless push technology than fast polls, which is what most other technologies use.
对象轮询也可能是内存泄露的原因。
轮询不可能是实时的。
不幸的是,轮询是惟一的办法。
其中包含异步回调模型和异步轮询模型。
There is an asynchronous callback model and an asynchronous polling model.
长轮询是一种优化传统轮询来降低延迟的技术。
Long polling is a technique that optimizes traditional polling to reduce latency.
它允许简单的双路通信,所以拜拜了,轮询。
It allows for easy two-way communication, so bye bye polling.
轮询与长轮询之间的主要区别在于服务器花多长的时间作出响应。
The main difference between polling and long polling is how long it takes the server to respond.
长轮询相对于一般轮询的优点在于,数据一旦可用,便立即从服务器发送到客户机。
The advantage of a long poll over normal polling is that data goes from the server to the client as soon as it is available.
长轮询相对于一般轮询的优点在于,数据一旦可用,便立即从服务器发送到客户机。
The advantage of a long poll over normal polling is that data goes from the server to the client as soon as it is available.
应用推荐