包括无障碍访问支持、运行时本地化,以及内建的深度链接支持(浏览器后退、书签等等)。
These include improvements to accessibility, runtime localization, and built-in deep linking support (browser back, bookmarking, etc).
另一个顶好的特性是后退按钮能正常工作,你还能对演讲中的某个特定的幻灯片进行深度链接。
Another cool feature is that the back button works, and that you can even do deep linking to a specific slide within a talk.
预览窗也可包含深度链接,是那些在主页上发现的基本链接,可引导你进入到隐藏在网站更深处的内容。
The preview boxes also can contain deep links, which are essentially links found on the main page that lead to content buried deeper in the site.
深度2保存此页面以及它链接到的那层页面。
A depth of 2 saves this page and one layer of pages to which it links.
同样,在同步过程中,脱机服务器会对每一个链接进行遍历,直到达到所配置的链接的最大深度为止。
Again, during synchronization, the offline server traverses every link up until the configured link depth is reached.
这会产生广度优先遍历(与优先处理首先找到的第一个链接不同,后者是一种深度优先遍历)。
This results in breadth-first traversal (compared to digging down into the first link found, which would result in depth-first behavior).
深度3表示保存页面、该页面链接到的那层页面以及该层页面链接到的那些页面。
A depth of 3 saves this page, the layer of pages to which it links, and the pages to which those pages link.
深度3表示保存页面、该页面链接到的那层页面以及该层页面链接到的那些页面。
A depth of 3 saves the page, the layer of pages to which it links, and the pages to which those pages link.
现在进入了深度协作的时代。这就需要以超链接的环境为中心而不是以文档为基础的系统。
It's now entering an era where the degree of collaboration will center around a hyperlinked environment more so than document-based systems.
定义了树节点类来动态地反映节点间的链接关系,采用深度优先算法,快速识别网络拓扑结构的变化。
The Type of tree node is defined to show the link relation between nodes, and the depth-first strategy is employed to identify topology structure.
定义了树节点类来动态地反映节点间的链接关系,采用深度优先算法,快速识别网络拓扑结构的变化。
The Type of tree node is defined to show the link relation between nodes, and the depth-first strategy is employed to identify topology structure.
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