microformats
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例句
At this point, it looks like Google is forging ahead with its own structured data standards - and largely ignoring microformats.
不过，Google似乎在打造它自己的结构化数据标准，忽视了微格式。
Microformats, another version of structured data in XHTML, was launched a little more than a year later by a grassroots group of developers.
微格式是XHTML中另一版本的结构化数据，它由一群草根开发人员在一年多后推出。
This idea of capturing and leveraging microformats across applications is one of our favorite proposed directions for the future.
我们看好通过应用程序抓取并利用微格式的发展方向。
Microformats work best where they add a very little bit of nuance to common constructs in a host language such as HTML, XHTML, or Atom.
微格式最擅于在某个主体语言（如HTML、XHTML或Atom）中对一些通常的结构加入少量细微的差别。
The Web site for microformats is a wiki on which you can add your own formats for whatever data you want to represent.
微格式的Web站点就像是一个维基百科，您可为想展示的任何数据添加您自己的格式。
Some microformats try to tunnel specialized structure into the constructs of the host language.
一些微格式试图把专有的结构嵌入到主体语言的结构中去。
Microformats are guided by a set of design principles and are developed by community consensus.
微格式以一组设计准则为指向，根据社区的一致意见而开发。
Microformats allow you to present metadata in your HTML using existing standards (see Resources).
微格式可以在HTML中使用现有标准（请参阅参考资料）表示元数据。
But before that, let me talk a little about the pros and cons of microformats.
在此之前，先简要介绍一下微格式的优点和缺点。
In the last XML Matters article, I mentioned that microformats could really come into their own when coupled with Atom (see Resources).
上一期“XML问题”文章中，我提到只有与Atom结合起来微格式才能真正得到应用（请参阅参考资料）。
Much of this data is being structured using Semantic Web technologies like RDFa or microformats.
这其中的绝大部分数据都使用了诸如RDFa和microformats这样的语义网络（SemanticWeb）技术进行了处理。
Ultimately the goal of microformats is to make data easier for humans to parse, while keeping the data friendly for machines to parse.
微格式的最终目标是让数据更便于人类阅读，同时保持数据对机器解析的友好性。
This method accepts a microformats name, a document reference to start the search from, and an optional array of parameters.
该方法的参数包括微格式名称、搜索的文档引用和可选的参数数组。
Perhaps we just caught the first glimpse of the missing link with Mozilla's announcement that Firefox will support Microformats.
Mozilla声明Firefox将支持微软格式，从这里我们可能刚好瞥见缺失的那一环。
With Microformats, semantic value is added to existing HTML content by using consistent patterns of standard HTML elements and attributes.
借助Microformats，通过对标准HTML元素和属性使用一致模式，向现有HTML内容中添加了语义价值。
Other microformats that are widely accepted include hCard, a way to embed detailed contact info in a web page.
（另一种被广泛接受的微格（microformat）是hCard，一种向网页中添加联系人的详细信息的技术。）
Google has started to index a handful of vocabularies around people, reviews and video content using both microformats and RDFa.
Google已开始用微格式和RDFa为涉及大众、评论以及视频内容的词汇建立索引。
The lack of support for microformats in these lightweight markup languages is understandable.
这些轻量级标记语言缺乏对微格式的支持是可以理解的。
What will be particularly interesting to watch is how microformats, the Web community's open standards for structured data, will fare.
特别需要关注的是微格式（microformat），一种Web社区的结构化数据开放式标准，将开始应用。
Certainly nuance microformats are useful, and build on classic respect for rough consensus and running code.
毫无疑问，有细微差别的微格式是很实用的，构建它时考虑了有关开发的大致共识和现有的运行代码。
Microformats are a pragmatic approach to solving the issue of structured data on the Web.
微格式是一种注重实效的方法，解决了Web上结构化数据的问题。
Although both Microsoft and Yahoo have shown some support for microformats, is it enough to stop Google?
尽管微软和雅虎已经开始支持微格式，是不是已经足以抵御Google了呢？
The very community that microformats claim to embrace should serve as warning for when microformats go too far.
微格式宣称拥有的社区应该在微格式日行渐远的时候向大家发出警告。
Most of these are what microformats designers call elemental microformats, which are those constructed entirely within an element.
其中大部分是微格式开发人员所称的基本微格式（elementalmicroformats），基本微格式就是完全在某个元素内部构造而成的微格式。
Now the pages they generate in one system can simply be fed directly into your web service as the input.
Microformats在某个系统中生成的页面能够被作为你的Web服务的输入。
That's the big con of new standards -- even XML standards -- and the big plus of microformats.
这是新标准乃至XML标准的一个很大的缺点，却是微格式的显著优点。
Until now. Microformats are one small step forward toward exporting structured data on the Web.
迄今为止，微格式是向着导出Web上的结构化数据这一方向迈进的一小步。
Now look at these microformats in more detail to see how to implement them in your code.
现在查看这些微格式的具体信息，以查看怎样在代码中实施它们。
This article looks to bring back some perspective of where microformats make sense and where something else is worth a hard look.
这篇文章旨在介绍微格式的适用范围，以及一些值得重点注意的地方。
Likely candidates are Microformats, and RDFa.
Microformats和RDFa是可能性较高的候选格式。
The pet use-case for microformats is Weblogging.
Web日志是微格式的一个热点用例。
Microformats are just that kind of idea.
微格式正是这样一种理念。
Microformats were created as small, focused, domain-specific naming conventions for weaving certain kinds of data in HTML.
因而，微格式得以作为一种小规模、目标明确、特定领域的命名规则而创立，它可以将特定类型的数据织入HTML中。
The first line of Listing 3 loads the microformats API, which is needed for anything else to work.
清单3中的第一行加载微格式API，这是其他后续工作的基础。
Microformats exist for narrow but common items of data such as contact information and calendar items.
Microformats的存在是为了服务有限但常见的数据项（如联系人信息和日历项）。
To some, the Semantic Web is the web of data, where information is represented in RDF and OWL.
对于一些人来说，语义网是一个数据的网络，其中数据被表示为RDF与OWL，又或者是Microformats格式。
This has given microformats a great start towards their goal of improving Web microcontent (blogs, for example) publishing in general.
这通常给微格式朝着改进Web微内容（例如，博客）发布的目标前进带来了良好的开端。
For the document approach we can come at microformats from the structured text side.
对于文档方面，我们可以从结构化文本开始接近微格式。
That's all there is to microformats.
这就是微格式要处理的全部。
One problem with microformats is that there isn't a generic way to parse them.
微格式存在一个问题，即没有一种解析它们的通用方式。
