
Explore the history of markup languages, from text formatting to semantic, structural, and stylistic markup. See how XML extends markup language into domain-specific, interoperable documents.
Explore the evolution from SGML to HTML and the extensible markup language, XML, highlighting data structures, cross-platform semantics, and flexible formats for exchanging and processing information.
Discover how XML enables information sharing and standard data formats. Build tools that read and transform XML data across enterprise applications and support content delivery across channels.
Explore how XML chemical markup language standardizes the description of molecules and enables machine-readable data exchanges, highlighting extensibility, rapid development, and cross-disciplinary communication in chemistry, biology, and medicine.
Explore the essentials of xml markup, including declarations, processing instructions, root elements, valid element naming, nesting rules, and comments, to build well-formed, parsable xml documents.
Classify character data between start and end tags as cdata or parsed content, and learn how entities affect parsing. Explore doctype declarations and internal versus external entities for text expansion.
Explore how to build valid xml data markup with properly opened and closed tags, nested elements, and a defined data structure for id, company, email, and address fields, including comments.
Explore creating a DTD with entities by declaring doctype and entities, and build a sample XML using root customers with name, address, and number values.
Explore creating an xml document using entities and document type declarations, building a sample address book with id, name, address, telephone, fax, and email.
Explore the basics of XML through hands-on examples, covering processing instructions, comments, entities, and elements with attributes, and learn about DTDs and namespaces for structured data markup.
Master the role of document type definitions in XML by declaring doctype and DTDs, defining elements and attributes, validating well-formed documents, and understanding namespace notation.
Explore how to declare elements in xml, including empty elements, content types, and child element rules, with namespaces and prefixes to prevent conflicts.
Explore practical XML markup construction, including creating a document type declaration, defining elements like employees and employee, using attributes, mixed content, and an internal DTD to validate structure.
Learn practical XML markup by building a document with a doctype declaration, nested elements, locations with city and district, and entity usage to render data in a browser.
Explore building XML documents with internal and external DTDs, including example DVD library structures, element declarations, attributes, and default values.
Explore building an external dtd for a student data structure, declare elements like name, batch, course, faculty, address, and timing with attributes, and provide a matching example xml file.
Validate XML files against dtds with a validator, spotting root element and doctype mismatches, and define student details with external dtd references.
Explore practical XML markup with internal and external DTDs, defining elements and attributes, and building example flight data to reinforce DTD creation and validation.
Explore XML doctype and DTD concepts through practical examples of a DVD library, including root and child elements, attributes with defaults and fixed values, and browser validation with namespaces.
Explore XML DTD creation with a product element, including subelements name, description, price, and quantity, plus an id attribute with a default value and sample doctype declarations.
Explore XML namespace declarations, including default namespaces and prefixes, with practical examples using a student details structure to illustrate how elements from different namespaces are distinguished.
Explore xml namespace usage with multiple prefixes and declarations across institute and batch elements. Review sample documents and namespace structures, including version 1.0, to understand prefix assignment and nesting.
Demonstrate internal and external entities in xml dtd using a student details example, and observe substitution in a browser.
Review how to create simple XML documents, define internal and linked DTDs, and apply namespaces with prefixes, noting that the examples shown are flawed.
Learn how stylesheets format XML content, compare inline, embedded, external, and imported styles, and use selectors and style rules to control fonts, colors, and layout.
Discover CSS selectors like class and id, use contextual selectors, and employ cascading stylesheets for site-wide styling, inheritance control, and linking external stylesheets for consistent presentation.
Demonstrate how to create, link, and apply style sheets in example documents, using css to set font sizes, colors, and formatting for custom tags.
Explore creating and applying style sheets to XML data with CSS. Learn to set font size, font family, colors, and background, styling elements like manufacturer, model, price, and location.
Explore advanced style sheet examples for presenting manufacturer data, showcasing model, price, and location, and applying fonts, borders, and layout formats using CSS style sheets.
Explore creating an XML stylesheet example, adjusting margins and backgrounds, and styling product data with fonts, colors, and layout details in a practical CSS workflow.
Explore how stylesheets separate content from presentation, enabling the same document to display across web, print, and devices using CSS and XSL.
Master CSS punctuation, including colon, semicolon, comma, and curly braces, and understand simple, multiple, and contextual selectors, cascade rules, and !important precedence.
Link CSS to XML by using a stylesheet processing instruction, then apply CSS properties such as color, font-family, font-size, font-style, font-weight, margins, and units like em, px, cm, and percent.
Master the box model with margins, padding, and borders, apply layout properties, and explore how XSLT and XSL transform and present documents with style sheets.
Learn how to sort data in XML using order by with ascending and descending options, then apply XSLT templates, for each, and XPath selectors.
Compare xsl and css, showing how xslt transforms structure while css manages presentation. Explore data islands, importing a stylesheet, and client-side styling to apply multiple stylesheets.
Explore building an XSLT stylesheet to transform XML data into an HTML table layout, using template matches, namespaces, and value selections for product name, description, and price.
Learn to structure an xml document for a product catalog with product id, name, description, price, and quantity, then apply an xsl stylesheet to render a table of data.
Learn xslt stylesheet techniques for transforming xml data into html, using template match and for-each, and apply sorting by price to display product data in a table.
Explore an XSL example 4 that uses templates, for-each, and select to display product data in tables, apply styling, and generate colorized, formatted output.
Explore CSS and XSL examples to apply conditional logic, templates, and for-each loops in transforming product data, using select expressions and color styling to control output.
Explore a CSS and XSL example using for each templates and select conditions to transform and display product names, descriptions, prices, quantities, and colors.
Create an Excel-based stylesheet workflow using template match and for-each loops to extract catalog data—titles, artists, countries, companies, and prices—and render a structured table.
Dive into css and xsl example 8 from xml mastery, transforming a catalog xml and displaying title, artist, country, and price while filtering items with price more than 10.
Explore css and xsl transformations to produce excel-like tables from an xml catalog, applying borders and rules, and conditionally display title and artist when the price is more than 10.
Learn to build an XSLT stylesheet to transform XML data into HTML tables, using templates, for-each, and select with sorting to display artists and CDs in ascending order.
Explore the document object model (dom) to read, access, and manipulate xml data across platforms, and compare linear, tree, and dynamic document models with elements, chapters, and paragraphs as objects.
Create and manipulate the dom by using the document object and element objects, tracking children and siblings, while validating well-formed markup and exploring dom interfaces.
Explore how the asynchronous property controls XML document loading, switching between asynchronous and synchronous downloads, with examples of document element, attributes, basename, and child nodes.
Master the xml dom model and dom node properties, including next sibling and next in order, and use select nodes and get elements by tag name.
Explore how the XML DOM named node map object offers a live collection of an element's attributes, with item for random access and getNamedItem for retrieval, removeNamedItem for removal.
Explore the substring and split text methods to manipulate text within XML documents, including extracting values from attributes and elements.
Explore the clone node method for processing instructions within the XML document object model, creating exact clones of instructions or subtrees, and comparing DOM and SAX approaches.
Explore document object model demonstrations by building an XML-like DOM with a students root, name and age attributes, and child nodes using VBScript, then traverse elements with a for loop.
Create an XML file with version 1.0, define elements and attributes such as age, name, address, telephone, and email, and build a document object model that organizes these nodes.
Create and manipulate the document object model using VBScript to build objects, access document elements and attributes, iterate over nodes, and display results in message boxes.
Demonstrates the XML DOM via a VBScript example that creates and writes XML nodes, iterates over items with a for loop, and concatenates text and attributes to produce structured output.
Explore the document object model with examples, create and navigate DOM nodes—from root to child elements—using next and previous siblings, and display results in a message box.
Explore the document object model with VBScript and XML examples, inspecting document elements, attributes, handling errors, and executing in the browser using message boxes.
Explore the document object model and how to create and manipulate dom objects with vbscript. Load xml documents and display results in message boxes within the browser.
Explore the document object model by constructing and manipulating DOM elements with VBScript, creating products with descriptions and prices, using objects and document methods without namespaces.
Explore the document object model through practical VBScript examples that create and manipulate XML DOM elements, set namespaces, build root and child nodes, and display results in a message box.
Explore the document object model by creating objects with VBScript to load and display XML content in message boxes, traversing root and child elements with loops.
Examine the limitations of deities and DTDs, including non extensibility, lack of namespaces, and limited data typing, and learn how Ex-Im schemas overcome these issues for robust data exchange.
Explore XML schema vocabulary to define elements, attributes, and types, apply open and closed content, and use attribute grouping and base types like string and boolean to validate documents.
Analyze the element schema in XML mastery by examining a schedule schema, its elements like timeslot, rating, location, and batch, and how attributes and enumeration define structure.
Explore how the group element organizes child elements in XML schema, defining content models and controlling occurrences with min and max, linking element types and attributes.
Explore how XML schemas define validity, with constraints on content models and data types, and how validation ensures documents like purchase orders conform to the schema before database integration.
Learn to design an XML schema from creation to a practical employee data model, using complex types, sequences, elements, and attributes.
Explore advanced XML schema design with examples of complex types, sequences, and fixed versus unbounded element orders, and learn to validate schemas and instance documents in the browser.
Design an xml schema for an employee details root with a sequence of name, age, gender, city, salary, and a choice for residential or office address, including an id attribute.
Explore xml schema design by defining an address group with residential and office elements in a sequence, then model employees with a complex type and a group reference.
Create XML schemas using complex types and sequences, define required and optional attributes like employee id designation, and model an employee root with name, age, gender, city, and salary.
Explore xml schema examples 6, illustrating a complex type with a sequence for employee details, including name, age, gender, city, phone, and salary, with restrictions to enforce valid values.
Build a schema for ex-MIL sites and Excel using the 1.0 schema, defining element types like content and country.
Learn how to create an XML document, apply a schema, build a catalog with entries like country, company, and price, and view the validated file in a browser.
Design an XML schema for a game, using Excel-based workflows to define elements like player and scoreboard, and attributes such as name with string and number types and required constraints.
Learn to build XML schemas with practical examples, defining elements like name, description, price, and calories in a food menu schema to illustrate structure.
Explore defining an XML schema with element types and attributes, including date and max, and examine sample structures such as message and heading to illustrate schema naming and saving.
Explore practical XML schema creation with real examples, defining root elements, namespaces, complex types with sequences, creating schema instances, and validating XML documents—comparing with DTDs.
Explore the basics of document type declaration, understand how DTD describes structure and vocabulary, and distinguish well-formed versus valid, including internal and external DTDs.
Understand internal dtd and its pros and cons, distinguish internal and external dtd, and learn the basic syntax for doctype declarations, element and attribute definitions in XML.
Explore how external dtds reference external markup via system and public identifiers, using doctype syntax to link external and internal subsets.
Explore the three core DTD components—elements, attributes, and entities—and see how elements act as containers, attributes define properties, and entities serve as placeholders, with examples of declaring and using them.
Explore dtd elements as the building blocks of a document, learn element declarations, and master content types like empty, element, mixed, and any, plus sequence and choices.
Explore DTD attributes and how attributes add properties to elements through name-value pairs, declare attribute lists with unique names, and define types and values using default, fixed, or implied rules.
Explore DTD entities by declaring internal and external entities, using system and public identifiers, and see how entity values replace names in XML documents.
Explore DTD entities, including builtin entities and character references, and learn to declare and use them to create reusable sections. See how the parser substitutes replacement text during XML processing.
Explore DTD validations to verify XML documents against their grammar using tools like XML Starlet, online W3C validators, or custom validation via the validation API in the JDK.
Master the basics of dtds by understanding the document type declaration, valid markup, and the internal and external subsets that define elements, attributes, and entities for validation.
Learn to parse XML data using a DOM parser and display the results in an Android application, using an example XML with employee name and salary.
Add an xml file to the assets folder and parse it using a document builder factory to extract employee names and salaries from xml.
Learn to display XML parsed data by parsing input streams with DocumentBuilderFactory, loading data from assets or remote sources, and presenting it in a lightweight, scrollable view.
Fetch and parse remote xml data with dom parsing, extracting items by title, descriptor, link, and date, then display the parsed data in a view.
Learn to create a background download thread in Android, implement an AsyncTask-like flow with onPreExecute, doInBackground, onProgressUpdate, and onPostExecute, and request internet permission in manifest to enable parsing and downloading.
Learn to parse a DOM from a URL by streaming input, building a document, normalizing elements, and extracting items with titles, descriptions, links, and dates.
Learn to navigate XML nodes, convert nodes to elements, and extract title, description, and links to display them in a text view.
Explore a SAX parser basic intro for parsing XML data with memory-efficient techniques, and design a simple Android UI to showcase parsed results using assets, layouts, and an empty activity.
Master how a SAX parser parses XML data, wiring default and start element handlers and processing element names and related data for efficient XML parsing.
Append data to a text view by converting characters into streams and strings, managing groups and names, and validating input through decoding and time interval check.
Demonstrate running a SAX parser to parse XML input, handle start elements and characters, and extract data like names and links using input streams, with a practical mobile demo.
Learn how to fetch XML from a URL using input streams and an XML parser, with internet permission and proper threading to handle network exceptions.
Leverage a fast XML parser to handle parsing data on Android, moving the cursor through events, capturing text between start and end tags, and building a practical XML handler.
Learn to parse employee data with the xml pull parser in an Android project by building an Employee class and populating a list from an asset xml file.
Parse xml data in Dart with an xml pull parser, building employee objects from start tags and text, and collecting them into a list via a main activity handler.
Parse XML data from an asset file using an input stream, convert to a list of employee objects, and populate a list view with a custom adapter.
Connects a device and parses employee data to display in a list view, mapping id, name, and address to a synchronized on-screen list.
Xml is an extensible markup language that defines rules for encoding documents as a human and machine readable format, using tags, attributes, and structure as an open standard.
Examine how XML structures data into elements and attributes, building a hierarchical tree, with rules on case sensitivity, quotes for attribute values, and proper tag matching using real-world examples.
Explore xml format and structure by mastering well-formed rules, element and attribute syntax, case sensitivity, proper nesting, and doctype with dtd, entities, and valid naming conventions.
Explore XML naming rules and DTD declarations, detailing element and attribute definitions, occurrence constraints (one, zero or more, one or more), and fixed, default, or implied attribute values.
Explore XML schema and its advantages over DTD, and how schemas define structure. Learn schema declarations and namespaces to build valid XML documents.
Explore XML and schema concepts, focusing on simple types, namespaces, and how default, fixed, and enumeration restrictions shape element data.
Explore how XML pattern constraints define element values using type restrictions, choices, and quantifiers to validate digits, letters, and combined sequences. Learn examples cover lowercase, uppercase, and digits.
Explore how XML schema enforces value restrictions, including digit patterns, whitespace handling (preserve or collapse), length constraints, enumerations, decimal places, and required versus optional attributes for simple and complex types.
Explore complex type with mixed content, combining text and elements, and learn how sequence, choice, and group define the order of elements in an XML schema.
Explore referencing a group in XML schema, defining a person group with first and last names, and using any elements and substitution groups to flexibly extend complex types.
Explore XML schema concepts through a concrete ship order example, detailing elements, complex types, sequences, namespaces, and maxOccurs for items.
Explore the final XML schema concepts, including namespaces, simple and complex types, restrictions, enumerations, and extensibility, to design robust, well-structured data markup.
View raw xml in browser: learn to display color-coded xml structures, expand or collapse nodes, view source, and transform xml with xslt to see structured outputs.
View Xml with xslt and understand the basics of xml structure, including elements and attributes, and well-formedness. Learn how dtds and schemas govern valid structures.
Analyze how parsers build a memory-resident document object model from XML, representing data as a tree, enabling traversal and mutation with a document builder factory.
Traverse the document object model with a dom parser, loop through node lists, and extract elements by tag name for first name, last name, nickname, salary, and text content.
Demonstrate DOM parsers by parsing an XML document with a document builder factory, traversing elements, reading attributes, and retrieving text content from a company node.
Parse xml documents by traversing element nodes like first name, last name, and nickname. Access attributes and text content to print structured outputs.
Explore the dom parser theory as part of xml mastery, inspecting dom tree concepts, node interfaces, and methods to access elements and attributes, replace nodes, and validate documents against schemas.
Explore SAX parsers: an event-based, streaming XML parser that reads top to bottom, triggers callbacks for start and end elements, and uses minimal memory for large files.
Explore SAX parsers with practical examples that show handling start elements, end elements, and attributes, while printing first names, last names, nicknames, and salaries from XML data.
Explore SAX parser theory, its benefits and limitations, and how a factory object and interfaces manage start document, start element events, and the entity resolver in XML parsing.
Discover the extensible stylesheet language (XSLT) for XML, and how it transforms XML documents into browser-recognizable output, while describing how to link stylesheets for display.
Explore XSLT basics and how templates match specific elements to transform XML data. Learn to use for-each, template match, and stylesheet declarations to produce structured output.
Learn how XSLT apply-templates uses template match, select, and for-each to process a CD collection, applying templates to artists and titles with conditional if, choose, and color rules.
Explore xslt concepts with practical examples of warnings and cautions through admonition templates, select types, and applying templates to control output.
Explore using JavaScript to apply XSLT transformations for browser-specific styling and dynamic data, enabling browser- and user-dependent styles and bridging JavaScript and Java approaches.
Introduction to Stax explains how Stax sits between DOM and SAX parsers, offering memory-efficient, streaming XML parsing with forward and backward navigation, via pull and push parsing modes.
Stax provides a streaming XML API for reading and writing XML data in chunks, enabling memory-efficient, on-demand processing of large documents for mobile and other environments.
Learn to parse and write XML with the Stax Cursor API by using input and output factories, stream readers and writers, and event-driven processing.
Learn to parse and compose XML with an event reader and writer using input and output factories, handling start elements, namespaces, and attributes through a loop.
Initialize the XML parsing workflow with an input factory, a reader, and an event interface to process start and end elements and text.
Demonstrate using an XML input factory and an XML stream reader to parse and iterate XML events, extract element names and text, and write XML with an output factory.
Explore JAXB, the Java XML binding approach that maps Java classes to XML and back, using a binding compiler to marshal and unmarshal data efficiently.
Learn JAXB, the Java architecture for XML data binding, generate Java classes from XML schemas using the binding compiler, and compare implementations for web services.
Explore JAXB annotations to bind XML to Java objects, perform marshalling and unmarshalling, and convert between XML structures and Java classes for data markup.
Showcase binding an XML schema with JAXB, generating Java classes and an object factory, then marshalling zoo objects with animals into XML.
Explore JAXB with schema part 2, creating objects from a schema, using an object factory, and marshaling data to XML. Understand how validation and errors affect marshalling results across implementations.
Explore JAXB architecture by configuring a schema compiler, generating Java classes from schema, and using a binding framework to marshal and unmarshal objects with validation and context.
Explore the JAXB implementation framework part 2, detailing schema binding, marshalling and unmarshalling between Java objects and data, and the role of DXP context in data processing.
Discover how XLink links one XML document to another, creating internal and external hyperlinks, using namespaces and type attributes, and applying these links in XSLT to display related data.
Explains xlink show and actuate attributes in xml linking, detailing values like replace, new, embed, and none, and how these affect page replacement, new window opening, or embedded content.
Examine how xlink enables linking and embedding across documents, using onload, preload, or on request to embed content automatically or on demand.
Explore extended links in XML, learn how xlink type defines extended connections, and distinguish local versus remote resources with locators and targets.
Learn how extended links connect multiple sites, home site and mirrors, with namespace, locator elements, local and remote resources, and descriptive title and role attributes.
Explore extended link to relate artists, influences, and historical events using XLink attributes, labels, and arcs to define traversals and data connections.
Explore how x link models resource relationships by labeling resources, linking them with arcs, and handling one-to-one or one-to-many connections, plus link traversal behaviors.
Explore the xlink attribute reference, differentiating simple and extended links, and learn how embedded, replace, new, and other link behaviors manage resources and targets.
XPointer extends XLink to target parts of an XML document using id attributes. Build XPointer expressions with hash syntax to link to elements, like rottweiler in a breed example.
Explore XPath, a language for locating information in an XML document, using expressions to navigate elements and attributes and leverage functions.
Explore xpath expressions with the xpath builder to navigate a bookstore XML document, using slash, double slash, and selecting first, last, second last, and all book elements.
Explore XPath builder Part 2 to select book elements by language attributes, filter by price, and navigate the bookstore structure using wildcard and path expressions.
master xpath builder part 3 with xslt catalog examples, selecting title and price elements across book nodes. explore ancestors, descendants, children, siblings, and namespaces with operators and expressions.
XPath in XSLT through a catalog CD example, illustrating XML markup concepts, XSLT transformations, and how ex-parte elements influence results.
Learn XML fundamentals as an extensible markup language, and discover how Java integrates with XML through SML as an interface for cross-language data exchange and databases.
Explore Extensible Markup Language (XML), its purpose and tags, and see how the W3C standards guide its deployment in browsers, editors, and applications like electronic banking and forms.
Explore extensible markup language (XML) and how it overcomes SGMD limitations, guided by the World Wide Web Consortium, with body tags framing web pages and enabling scalable data exchange.
Master core Java fundamentals and object oriented programming with classes and objects. Learn inheritance, abstraction, polymorphism, and core features like serialization, threading, synchronization, and collections.
Discover core object oriented programming concepts in Java, including classes and objects, member variables and methods, inheritance and reuse, and how platform independence through byte code enables portable applications.
Explore abstraction in core Java and see how object oriented programming hides complexity, exposing only useful functionality. Understand abstract classes, inheritance, and polymorphism with Java examples that illustrate abstract methods.
Explore overloading and overriding in Java, and examine abstraction, polymorphism, serialization, and collections within the Java 2 Enterprise Edition, emphasizing multithreading, synchronization, and api.
Explore Java 2 Enterprise Edition (J2EE) and XML fundamentals, including web services, EJB containers and deployment, and the three-tier model-view-controller architecture for enterprise applications.
Explore the model view controller design pattern, showing how the model manages data, the view presents it, and the controller coordinates input to update data and render the user interface.
Discover the java 2 enterprise edition, its container, and how J2EE defines a multi-tier model for distributed enterprise applications, offering scalability, flexibility, and vendor independence.
Explore how EJB acts as middleware between the upper tier and runtime objects, exposing the home and remote interfaces and coordinating session, entity, and message beans within a J2EE application.
Explore how the extensible markup language structures data for soap and rest in Java, enabling front-end to back-end communication via XML, with examples and database integration.
Explore XML fundamentals, including the Extensible Markup Language, tag-based data structures, and how XML documents are stored as XML files with their extensions for parsing by browsers and parsers.
explains the main components of XML, including elements, tags, attributes, and processing instructions, with emphasis on well-formed, case-sensitive documents and the root element; also covers DTD and naming rules.
Explore how document type definitions define element declarations, content models, and exact sequences in XML, and examine the document object model for programmatic access to XML data.
Explore restful web services and Java J2EE basics, including object-oriented programming, multithreading, and web design fundamentals. Learn how AJAX and APIs power modern web applications.
Explore how to design enterprise web pages using html, css, and javascript within the model-view-controller pattern, emphasizing semantics, validation, and hosting basics.
Explore the client–server model by examining how browsers send requests to web services, the roles of servers, internet service providers, and hosting, domain names, and registrars in deploying a website.
Explore core internet protocols, domains, and URLs while learning visitor-centric web design principles, progressive disclosure, browser compatibility, intuitive navigation, semantic coding, and accessible markup technologies.
Explore website creation by examining SGML-based markup, HTML fundamentals, and tag structures, including case-insensitive text, open and close tags, and attributes for static and dynamic pages in a browser.
Learn the basics of hyper text markup language by writing content inside tags and structuring pages with a head and body. Use headings, paragraphs, and line breaks to shape content.
Learn to design web pages with tables and frames, building tables with borders, padding, alignment, and captions, and implementing frames and iframes for segmented layouts across screen sizes.
Learn iframe syntax, size and alignment, use hyperlinks with target attributes to open in new windows or frames, and style with divs and css.
Explore the basics of cascading style sheets, including internal, external, and inline styles, and learn how selectors apply styling to page elements for proper context.
Explore how cascading stylesheets separate content from presentation, enabling semantic, uniform styling across devices and printers. Learn to define selectors and properties to control font, color, and layout.
Learn to design css rules using selectors and declarations, applying styles to multiple elements with comma-separated selectors. Explore cascading and inheritance to control font family, color, and background.
Understand the css box model, where every element renders as a rectangular box with content, padding, border, and margins. Learn block versus inline displays, the normal flow, and relative positioning.
Explore how CSS handles rendering, overlapping text, and layout using float positioning and absolute positioning, along with table display concepts.
Explore asynchronous server communication with Ajax and jQuery, using JavaScript to perform get or post requests, handle callbacks, and update the DOM.
Learn to create and use an XMLHttpRequest object to perform get or post requests, send data, and process responses asynchronously across browsers with callbacks.
Explore how JavaScript handles query strings, event processing, and asynchronous execution to compute sums from text box inputs, with validation and browser callbacks.
Learn JavaScript basics for web pages, covering client-side scripting, common tasks like validations and dynamic graphics, and the core concepts of objects, events, functions, and external or embedded code.
Explore Extensible Markup Language (XML), a simple, flexible format for large-scale electronic publishing and web data exchange, and how the World Wide Web Consortium's working groups shape its specifications.
Explore why XML is verbose by design and how compression, on-the-fly processing, XSLT, namespaces, and schemas optimize data transfer while preserving well-formed document structure.
Explore how RDF and the semantic web integrate with XML, using namespaces and schemas to compose reusable data models for multimedia, playlists, and content descriptions.
Explore the different uses of XML, including how the Simple Object Access Protocol (SOAP) enables intercommunication of XML between applications, and how configuration and deployment data are stored as artefacts.
Explore the landscape of XML tooling, from graphical editors and helpful browsers to XSLT and validation features, and compare how editors support XML markup workflows.
Learn how XML parsers read and navigate XML files, compare browser and API options, and explore XSLT transforms, validation tools, and the concept of root elements and well-formed documents.
Learn XML fundamentals by examining elements, attributes, and well-formed documents, including start and end tags, unique attributes, quoted values, and the importance of valid markup for parsing.
Master the rules of well-formed XML by learning proper element nesting, unique attributes, entity references, prolog, encoding, and how comments and processing instructions shape valid XML documents.
Explore XML applications in Hibernate by mapping Java POJO classes to database tables, configuring the database dialect, and implementing getters and setters to bridge Java objects and data.
Hibernate maps Java objects to database tables, enabling transparent persistence via sessions and transactions, with queries and mapping files for data access.
Explore how to configure hibernate with xml mappings, including dialect, driver, and connection settings, and map Java persistent entities via mapping files for database interaction.
Learn how web services enable cross-application communication over the web using open protocols, and how the web services description language and universal discovery mechanisms describe and locate these services.
Explore a simple web service example, showing how a buyer discovers a seller service via a directory, uses SOAP and WSDL to publish, find, and bind, and exchange XML messages.
Explore how web services enable language- and platform-neutral interoperability using XML, WSDL, and SOAP. Learn how UDDI registers services and how clients invoke remote functions across systems.
Explore how SOAP requests and responses work in web services, describing WSDL interface and implementation definitions, bindings, operations, messages, and one-way versus request-response patterns.
Learn how XSD validates XML structure and vocabulary against schema rules, distinguishes well-formed and valid documents, and uses namespaces, complex types, and sequences.
Validate an xml file against an xsd by loading the schema, wiring namespaces and elements, and running a dotnet validation that reports success or errors like case sensitivity issues.
Explore XSD data types by defining complex types and sequences, applying restrictions, and using access string and string types to validate elements and attributes in XML schemas.
XSD data types: explore date and time types, duration, date time formats, and numeric, boolean, binary, and blob representations including unsigned integers and hex.
Demonstrate creating a dot net console project, generating an X symbol from a schema, and converting an access data model into C-Sharp classes with Visual Studio tools.
Learn how XML documents achieve well-formedness and validity through schemas, defining complex types and data types such as string, date time, and numeric values, with namespaces and validation.
Welcome to our comprehensive course on XML (eXtensible Markup Language) and its various applications in modern technology! XML has become a cornerstone in data representation and exchange across diverse industries, making it an essential skill for anyone involved in software development, web development, data management, and more. In this course, we will take you on a journey from the basics of XML to advanced techniques and applications, equipping you with the knowledge and hands-on experience needed to excel in this field.
Throughout this course, you will explore XML from its fundamental concepts to its practical implementation in real-world scenarios. You will learn about XML's structure, syntax, and its role in facilitating information sharing and interoperability between different systems. We will cover various XML-related technologies such as Document Type Definitions (DTDs), XML Schema Definition (XSD), XSLT (eXtensible Stylesheet Language Transformations), and XML parsing techniques using DOM (Document Object Model) and SAX (Simple API for XML).
Furthermore, this course will not only focus on the theoretical aspects of XML but also provide hands-on experience through practical exercises and projects. You will work on creating XML documents, defining schemas, transforming XML data using XSLT, parsing XML in different programming languages such as Java and Android, and integrating XML with web development technologies like HTML, CSS, and JavaScript.
Whether you're a beginner looking to understand the basics of XML or a seasoned developer seeking to enhance your XML skills and leverage its power in your projects, this course is designed to cater to your learning needs. By the end of this course, you will have a solid understanding of XML fundamentals, proficiency in XML-related technologies, and the confidence to apply XML effectively in your projects and professional endeavors. Join us on this exciting journey into the world of XML!
Section 1: XML Hands-on!
In this foundational section, students dive into the world of XML and Markup Language, understanding their core concepts and architecture. They begin with an exploration of XML's role in facilitating information sharing and its benefits in various applications. Through practical examples, students learn how XML is used in specialized domains like chemical markup language. Additionally, they explore fundamental concepts such as comments, processing instructions, and the classification of character data between XML tags. With hands-on exercises, students create simple XML documents and gain proficiency in styling XML presentations using style sheets.
Section 2: XML DTDs Training
Building upon their understanding of XML, students delve into Document Type Definitions (DTDs) in this section. They learn about the structure and components of DTDs, including elements, attributes, and entities. Through both internal and external DTD examples, students grasp the importance of DTDs in defining the structure and constraints of XML documents. They also explore validation techniques to ensure the integrity and compliance of XML documents with defined DTDs.
Section 3: Android Web Service Parsing XML API
This section focuses on practical XML parsing techniques within the context of Android app development. Students learn to parse XML data from remote sources using both DOM and SAX parsers, enabling dynamic data retrieval and display. They also gain insights into multithreading concepts for efficient data download and processing. By implementing XML parsing in Android applications, students enhance their skills in building responsive and data-driven mobile apps.
Section 4: Web Development with XML
In this section, students explore XML's role in modern web development. They learn about XML's format, structure, and schema, and how it complements HTML and CSS in web design. Through hands-on exercises, students practice parsing XML data using DOM and SAX parsers, understanding their advantages and use cases. They also delve into advanced topics such as XSLT transformations and JAXB for XML data binding, equipping them with essential skills for building robust web applications.
Section 5: XML and Java - XML and Java Application Training
This section bridges the gap between XML and Java programming, emphasizing their integration in building enterprise-grade applications. Students learn core Java concepts and object-oriented programming principles, essential for developing Java-based XML applications. They explore XML's role in Java technologies such as Servlets, AJAX, and Hibernate, gaining practical experience in implementing XML solutions within Java-based frameworks. By the end of this section, students possess a comprehensive understanding of XML's application in Java development and its significance in building scalable and efficient software solutions.
Section 6: XSD (XML Schema Definition) Beginners Training
In the final section, students focus on XML Schema Definition (XSD), a crucial aspect of XML document validation. They learn about XSD data types, schema validation techniques, and the role of XSD in ensuring XML document integrity. Through practical examples and exercises, students gain proficiency in defining and validating XML schemas, enabling them to create well-structured and compliant XML documents. Additionally, they explore advanced topics such as XSL transformations and JAXB implementations, further expanding their XML skills and expertise.