XML Takes on HTMLStandard Generaliz

XML Takes on HTML

Standard Generalized Markup Language (SGML) is
the language that spawned both HTML (HyperText
Markup Language) and XML (extensible Markup
Language). SGML is not a true language, it is a
metalanguage, which is a language from which you
can create other languages. In this case, it is the
creation of a markup language (a system of
encoded instructions for structuring and
formatting electronic document elements).


HTML is an application-specific derivation of
SGML. It is a set of codes, generally used for
webpages, that creates electronic documents
according to rules established by SGML. HTML is a
language that is all about the presentation of your
information, not what the actual data is. You can,
therefore, say that HTML is a presentation
language.


XML is a subset of SGML, but it is also, like SGML,
a metalanguage. XML defines a specific method for
creating text formats for data so that files are
program independent, platform independent, and
support internationalisation (able to read different
languages, etc. ) In fact, because XML is an
extensible language, you don't even have to have a
browser to interpret the page. Applications can
parse the XML document and read the information
without any human intervention.


XML, unlike HTML, is concerned with the identity,
meaning and structure of data. XML is extensible
because it lets website developers create their own
set of customised tags for documents. This ability
to define your own tags is the main feature of XML,
and it is what gives developers more flexibility.


By defining your own markup tags, you can
explicitly define the content in the document. This
makes XML a more intelligent markup language
than HTML. For example, in HTML, you could
have a paragraph tag preceding a paragraph
about baseball. Your Web browser sees this tag and
knows to present the following text as a paragraph.
All your browser knows about the text, however, is
that it is text; it doesn't know that it is specifically
about baseball. In an XML document, you could
define a tag to refer specifically to
the text in the paragraph in your document. This
way, when your XML browser examines the
document, the document knows what data it
contains, and that makes the content more
intelligent. Search engines that make use of XML
data can do a better job of finding the pages you
are looking for because of the intelligent nature of
XML content.


XML, by design, does not deal with how the data is
displayed to the end user. Because HTML is a
presentation language, XML documents use HTML
tags to help handle the visual formatting of the
document. Also, you can use XML in your HTML
documents to provide metadata, which is data
about data in the document.


XML will do to the Web and e-commerce what
HTML originally did to the Internet. XML and its
associated applications have the potential to blow
the roof off the Internet and how we do business.

Результаты (русский) 1:

XML Takes on HTMLStandard Generalized Markup Language (SGML) is the language that spawned both HTML (HyperText Markup Language) and XML (extensible Markup Language). SGML is not a true language, it is a metalanguage, which is a language from which you can create other languages. In this case, it is the creation of a markup language (a system of encoded instructions for structuring and formatting electronic document elements). HTML is an application-specific derivation of SGML. It is a set of codes, generally used for webpages, that creates electronic documents according to rules established by SGML. HTML is a language that is all about the presentation of your information, not what the actual data is. You can, therefore, say that HTML is a presentation language. XML is a subset of SGML, but it is also, like SGML, a metalanguage. XML defines a specific method for creating text formats for data so that files are program independent, platform independent, and support internationalisation (able to read different languages, etc. ) In fact, because XML is an extensible language, you don't even have to have a browser to interpret the page. Applications can parse the XML document and read the information without any human intervention. XML, unlike HTML, is concerned with the identity, meaning and structure of data. XML is extensible because it lets website developers create their own set of customised tags for documents. This ability to define your own tags is the main feature of XML, and it is what gives developers more flexibility. By defining your own markup tags, you can explicitly define the content in the document. This makes XML a more intelligent markup language than HTML. For example, in HTML, you could have a paragraph tag preceding a paragraph about baseball. Your Web browser sees this tag and knows to present the following text as a paragraph. All your browser knows about the text, however, is that it is text; it doesn't know that it is specifically about baseball. In an XML document, you could define a tag to refer specifically to the text in the paragraph in your document. This way, when your XML browser examines the document, the document knows what data it contains, and that makes the content more intelligent. Search engines that make use of XML data can do a better job of finding the pages you are looking for because of the intelligent nature of XML content. XML, by design, does not deal with how the data is displayed to the end user. Because HTML is a presentation language, XML documents use HTML tags to help handle the visual formatting of the document. Also, you can use XML in your HTML documents to provide metadata, which is data about data in the document. XML will do to the Web and e-commerce what HTML originally did to the Internet. XML and its associated applications have the potential to blow Крыша из Интернета и как мы делаем бизнес.

Результаты (русский) 3:

XML в HTML

(расширяемый язык разметки)
язык, породила как HTML (Hypertext Transfer Protocol (
Markup Language) и XML (Extensible Markup Language
язык). SGML не является языком, оно является
мета-язык, который представляет собой язык на котором вы
может создавать другие языки. В этом случае, это
создание языка разметки (система
закодированные инструкции для структурирования и