owth of business transactions through the World Wide Web. As stated above, HyperText Markup Language allows data to be tagged so that its style or format can be read on different platforms. It advanced the cause significantly but, again, is still very limiting in its functionality. We’ve been faced with the task of web data processing for a long time in various industries. For example:Reuse instead of double data storage: when parts of information are used in several works or works are published in several formats (web books, web magazine articles, online manuals, books, magazine articles, etc.); in technical documentation where parts of information are taken out of the same data pool and are then reassembled for online manuals or web pages. Currently, the generator may need to save redundant data in several places because the output requirements are different. They can’t save data in one location then put it together in various formats to satisfy different needs using HyperText Markup Language. Note: that unlike HyperText Markup Language, Extensible Markup Language is not just about the Web. Extensible Markup Language is about structured data where the Web is an output option. In addition, there are many areas about the existing World Wide Web that could see significant improvement through the implementation of the Extensible Markup Language. Search engines, for example, will not be limited to word searches. They will actually be able to find results from search requests by viewing actual data. This will be an extremely powerful improvement over the existing options. In areas of electronic commerce, the use of the Extensible Markup Language format holds incredible potential. By allowing documents to be created dynamically or personalized for each instance of a transaction, companies can generate invoices, purchase orders, etc. on the fly! Extensible Markup Language to the Rescue!The World Wide Web has been used in the past...
