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1. header this version: v 0.8 (21th august 2013) latest version: http://.org/ this namespace: http://.org/0/ previous version: v 0.7 (3rd february 2003) 0.x is a proof of concept including this page, compile.xsl (a xslt transformation that transforms documents into relax ng schemas that validate "similar" documents) and a set of examples. the description of the namespace version convention i intend to use for has been posted for discussion on xml-dev. note that this since release 0.5 is no longer based on a xslt validation with its own semantic but dsdl validation involving relax ng and schematron editor: eric van der vlist , dyomedea 2. table of contents header table of contents purposes limitations tutorial getting started. what about the attributes? occurrences more control over occurrences namespaces mixed content iconic datatypes more control over content models more control over simple types more on attributes flat schemas assertions default values resources to do acknowledgements history legal statement 3. purposes the purpose of is to use instance documents as a lightweight schema language-- eventually adding the information needed to guide a validator in the sample documents. "classical" xml validation languages such as dtds, w3c xml schema, relax, trex or schematron rely on a modeling of either the structure (and eventually the datatypes) that a document must follow to be considered as valid or on the rules that needs to be checked. this modeling relies on specific xml serialization syntaxes that need to be understood before one can validate a document and is very different from the instance documents and the creation of a new xml vocabulary involves both creating a new syntax and mastering a syntax for the schema. many tools (including popular xml editors) are able to generate various flavors of xml schemas from instance documents, but these schemas do not find enough information in the documents to be directly useable leaving the need for human tweaking and the need to fully understand the schema language. may then be used either as a validation language by itself, or to improve the generation of schemas expressed using other xml schema languages by providing more information to the schema translators. aims to be both very visual (john cowan said that "its virtue is iconicity") and complete. both aspects are contradictory and the principle of is to follow the 80/20 rule and make no compromize for its iconicity for the 80% of the features which are most common and borrow the relax ng elements in its own namespace to insure that it is complete. the "iconic" 80% include: russian doll design. definition of elements. control of the numer of occurrences of elements. ordered and unordered (interleave) contents. support of mixed contents. definition of attributes. reference to predefined simple types for elements and attributes. definition of named patterns reference to patterns as content models. extensible languages. embedded assertions. annotations this release in an intermediate release where most of the "iconic 80%" has been implemented and the "complemental 20%" left for a next release. 4. limitations the obvious limitation of working with sample documents is that while this is very efficient to describe patterns that can be "shown" in a document, this cannot by itself be used to describe abstract "constructed" patterns. to workaround this limitation, relies on annotations, moving to an hybrid schema language involving both pure "schema by example" and modeling or rules construction. annotations through attributes are non intrusive and considered as part of the inconic 80% (the definition of mandatory attributes being the only exception which is done through an element). annotations through elements is done using elements imported from relax ng and constitute the "complemental 20%". they include: more pattern definitions. wildcards. includes and external references. definition of mandatory attributes. full featured patterns references. full featured compositors (group, choice and interleave). and generally speaking, all the features available in relax ng. 5. tutorial 5.1. getting started. this first instance document ( 1.xml ) is also a schema: <?xml version="1.0" encoding="utf-8"?> <foo> <bar>my first .</bar> <baz>hello world!</baz> </foo> this schema will validate all the documents without any namespace and the "same" structure, i.e. three element nodes (a document element of type "foo" with exactly two children elements "bar" and "baz") and no attributes. the compiler (i.e. the compile.xsl xslt sheet) transforms the schema into a relax ng schema ( 1.rng ) that can be applied to any document to check if it has the same structure. the structure of 1.rng (and therefore the transformation defined in compile.xsl ) is very straightforward: <?xml version="1.0" encoding="utf-8"?> <grammar xmlns="http://relaxng.org/ns/structure/1.0" xmlns:ega="http://.org/annotations/" xmlns:sch="http://www.ascc.net/xml/schematron" datatypelibrary="http://www.w3.org/2001/xmlschema-datatypes"> <start> <element name="foo"> <element name="bar"> <text> <ega:example>my first .</ega:example> </text> </element> <element name="baz"> <text> <ega:example>hello world!</ega:example> </text> </element> </element> </start> </grammar> don't let the declarations and annotations confuse you. we will see in the next sections the use of these declarations and the annotations (such as "<ega:example>hello world!</ega:example>") are there to carry the samples from to relax ng and insure that the relax ng schema could be converted back into if needed. 5.2. what about the attributes? attributes are also supported as shown by 2.xml : <?xml version="1.0" encoding="utf-8"?> <foo> <bar true="no longer">my first .</bar> <baz>hello world</baz> </foo> which will include the definition of the "true" attribute as optional ( 2.rng ): <?xml version="1.0" encoding="utf-8"?> <grammar xmlns="http://relaxng.org/ns/structure/1.0" xmlns:ega="http://.org/annotations/" xmlns:sch="http://www.ascc.net/xml/schematron" datatypelibrary="http://www.w3.org/2001/xmlschema-datatypes"> <start> <element name="foo"> <element name="bar"> <optional> <attribute name="true"> <ega:example true="no longer"/> </attribute> </optional> <text> <ega:example>my first .</ega:example> </text> </element> <element name="baz"> <text> <ega:example>hello world</ega:example> </text> </element> </element> </start> </grammar> note that to declare mandatory attributes you would need to use the "complemental 20%". 5.3. occurrences what if we needed several elements "bar"? just tell it ( occurrences.eg ): <?xml version="1.0" encoding="utf-8"?> <foo> <bar>my first .</bar> <bar>hello world!</bar> </foo> and this will give ( occurrences.rng ): <?xml version="1.0" encoding="utf-8"?> <grammar xmlns="http://relaxng.org/ns/structure/1.0" xmlns:ega="http://.org/annotations/" xmlns:sch="http://www.ascc.net/xml/schematron" datatypelibrary="http://www.w3.org/2001/xmlschema-datatypes"> <start> <element name="foo"> <oneormore> <element name="bar"> <text> <ega:example>my first .</ega:example> </text> </element> </oneormore> <ega:skipped> <bar xmlns="">hello world!</bar> </ega:skipped> </element> </start> </grammar> has seen that several "bar" elements have been defined in sequence and interpreted this as a sign that one or more occurrences of "bar" were allowed. he has used the first instance of the "bar" element as a definition of its content and skipp

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http://examplotron.org/examplotron2.xml
http://examplotron.org/0/3/
http://examplotron.org/#start
http://examplotron.org/0/6/
http://examplotron.org/mixed-forced-ns.eg
http://examplotron.org/#resources
http://examplotron.org/occurences-over.rng
http://examplotron.org/#acknowledgements
http://examplotron.org/#history
http://examplotron.org/0/7/
http://examplotron.org/forced-types-att.rng
http://examplotron.org/0/2/
http://examplotron.org/xrd.css
http://examplotron.org/#todo
http://examplotron.org/po-id.eg

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