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ÇóÖú~~~~~~~~~ Write XSLTs to transform the course outline XML document into the following XHTML documents. Your solution should contain two XSLT files: The first file, called index.xslt, transforms the course outline XML document into an XHTML document which contains a list of course outlines in the input document.   a list of features that it must have: School name, year, course code and course name. These must be extracted from the input XML document. Use of XHTML list. Each list item should contain the course code and name. The list of courses should be sorted by coursed code. For each course code, there should be a hyperlink to its course outline (produced by outline.xslt). The second file called outline.xslt, transforms the course outline XML document into an XHTML document which contains the course outline for each course. This XSLT takes an input parameter containing a course code, and produces the course outline for that course. it should have the following features: Contains all the informations in the course outline XML document for that course. A XHTML table should be used for displaying assessment items. The filenames for the XHTML files should contain the course code (e.g. 3571CIT.html) XMLÎļþÈçÏ£º <?xml version="1.0"?> <!DOCTYPE courseoutline SYSTEM "yeah.dtd"> <courseoutline school="ICT" year="2005"> <course>  <code>1104CIT</code>  <name>Programming II</name>  <convenor email="D.Chen@griffith.edu.au">Dr David Chen</convenor>  <description>          The course provides a broad coverage of the Java programming language, introduces the Java class library, and applies basic problem solving and software engineering techniques for the development, testing and documentation of moderate-sized programs that address a range of selected problems.      </description>  <assessment nitems="6">   <assessItem weight="10">Project1</assessItem>   <assessItem weight="10">Project2</assessItem>   <assessItem weight="10">Project3</assessItem>   <assessItem weight="10">Project4</assessItem>   <assessItem weight="20">Mid-semester exam</assessItem>   <assessItem weight="40">Final exam</assessItem>   </assessment>        <textbook>Kenneth A. Lambert and Martin Osborne, Java: A Framework for Programming and Problem Solving, Second Edition, 2002.</textbook> </course> <course>  <code>3571CIT</code>  <name>Distributed Multimedia Systems</name>  <convenor email="K.Newman@griffith.edu.au">Dr Ken</convenor>  <convenor email="D.Chen@griffith.edu.au">Dr David Chen</convenor>  <description>          This course aims to provide students with knowledge and understanding of the fundamental concepts, architecture, and techniques underlying networked multimedia systems, which will enable students to comprehend and apply the technology, systems and standards in this rapidly advancing field.      </description>  <assessment nitems="4">   <assessItem weight="25">Assignment 1</assessItem>   <assessItem weight="20">Assignment 2</assessItem>   <assessItem weight="5">Forum</assessItem>   <assessItem weight="50">Final exam</assessItem>   </assessment> </course>   Çë¸÷λ´óÏÀ°ïÖúÒ»ÏÂ~~~~~    Êղؠ  ·ÖÏí   ¶¥(0)