Below you will find 0 categories and 11 links related to XML Apis Resources.
CodeNotes provides the most succinct, accurate, and speedy way for a developer to ramp up on a new technology or language. Unlike other programming books, CodeNotes drills down to the core aspects of a technology, focusing on the key elements needed in order to understand it quickly and implement it immediately. It is a unique resource for developers, filling the gap between comprehensive manuals and pocket references. CodeNotes for XML is a practical handbook for Java and Visual Basic developers interested in working with XML. You will learn how to leverage both CSS and XSLT to produce rich, compelling output, as well as manipulate XML using the DOM and SAX APIs. The new XML Schema specification is also covered in-depth. CodeNotes for XML is your guide to these powerful technologies, presented within the context of the distributed application, database, or web-based world you already know. Gregory Brill has written for C++ Users Journal.
A nuts and bolts guide focusing exclusively on Suns Java XML API. The sole purpose of Sun Microsystems Java XML API is to write programs that generate XML data for transmission and programs that decipher incoming XML data. While there are many references on the market offering exhaustive coverage of Java, XML, and the JAXP, until now there were none dedicated to providing developers and IT professionals with instant access to critical, drill-down information on how to use the Java XML API to transmit, receive, create, load, and modify XML documents. Arthur Griffith offers clear and concise coverage of the underlying theory involved and uses numerous examples to demonstrate the APIs various features and capabilities. Companion Web site includes all examples from the book along with a valuable resource listing. Geared toward developers and IT professionals with an understanding of the fundamentals of Java, HTML, and URLs.
Processing XML with Java provides a brief review of XML fundamentals, including XML syntax; DTDs, schemas, and validity; stylesheets; and the XML protocols XML-RPC, SOAP, and RSS. The core of the book comprises in-depth discussions on the key XML APIs Java programmers must use to create and manipulate XML files with Java. These include the Simple API for XML (SAX), the Document Object Model (DOM), and JDOM (a Java native API). In addition, the book covers many useful supplements to these core APIs, including XPath, XSLT, TrAX, and JAXP. Practical in focus, Processing XML with Java is filled with over two hundred examples that demonstrate how to accomplish various important tasks related to file formats, data exchange, document transformation, and database integration. You will learn how to read and write XML documents with Java code, convert legacy flat files into XML documents, communicate with network servers that send and receive XML data.
Using Java and XML, you can now easily create "wizard-like" program generators that automate much of the work of software development(and deliver significant productivity improvements. In this book, former Bell Laboratories Distinguished Staff Member J. Craig Cleaveland shows you how to do it. Using extensive practical examples, Program Generators with XML and Java walks you through every step: Identifying off-the-shelf tools for quickly building program generators; Domain Analysis: determining the terminology, boundaries, commonalities, and variabilities of software families; Domain Implementation: processes and tools for efficiently generating customized software; Accounting for run-time and compile-time variabilities; Using XML documents as program specifications, and using the DOM and SAX APIs to read and analyze them; Using JavaServer Pages and XPath/XSLT to generate customized software; The role of reusable architectures and components.
This book introduces the main ideas and concepts behind core and extended Web services' technologies and provides developers with a primer for each of the major technologies that have emerged in this space. In addition, Understanding Web Services summarizes the major architectural approaches to Web services, examines the role of Web services within the .NET and J2EE communities, and provides information about major product offerings from BEA, Hewlett-Packard, IBM, IONA, Microsoft, Oracle, Sun Microsystems, and others. Key topics include: XML facilities for structuring and serializing data; How WSDL maps services onto communication protocols and transports WSDL support for RPC-orientedand document-oriented interactions; SOAP's required and optional elements; Message processing and the role of intermediaries in SOAP; UDDI data formats and APIs; How ebXML offers an alternative to Web services that supports reliable messaging, and security.
Fully revised to cover the latest standards and technologies, XML and Java, Second Edition provides the practical solutions developers need to design powerful and portable Web-based applications. Featuring step-by-step examples, this book focuses on harnessing the power of Java and XML together to streamline the development process. XML and Java, Second Edition provides new coverage of emerging areas such as document management, databases, messaging, servlets, JDBC, data binding, security, and more. It begins with an overview of XML programming techniques, standard APIs, and tools. Building upon this foundation, the book goes on to cover the latest technologies, including DOM Level 2, SAX2, XSLT, SOAP, WSDL, and UDDI. It explores the role of these major middleware technologies in XML and Java-based Web application development, as well as the limitations and potential pitfalls. Topic coverage includes: Parsing XML documents; XML Schema languages.
In this book, leading XML developer Lars Marius Garshol covers every essential aspect of XML programming, from basic principles through advanced techniques, utilizing DOM, SAX, XSLT, XPath, schemas, and other key XML standards. Garshol presents scores of code examples based on Python, a cross-platform language that is exceptionally well suited for XML development. Garshol also presents new insights into XML application design and optimization, as well as complete sample applications. Coverage includes: XML for programmers: the XML processing model, namespaces, parsing, document views; Serialization/deserialization, translation, validation, modification, and information extraction; SAX event-based processing: basic techniques, data structures, sample applications, tips, tricks, optimization, and advanced APIs; Event-based alternatives to SAX: native XML parser APIs of Pyexpat, xmlproc, xmllib, and XP; XML DOM tree based processing.
Both a reference and tutorial, this practical guide begins with a detailed timeline that charts the history of the Internet, the Web, and XML. Next, you'll find an introduction to all of the technologies covered in later chapters. From there, focus shifts to syntax, parsing and programming APIs, transforming and displaying XML, related core specifications, and specialized vocabularies. This book is filled with useful, hands-on examples, tables, and numerous links to further information. The broad and balanced approach explains both the potentials and the pitfalls of the various XML technologies. Also included are a chapter on XSL Formatting Objects (XSLFO) by G. Ken Holman, current chair of the OASIS XSLT Conformance Technical Subcommittee; and a chapter on the Resource Description Framework (RDF) by Ora Lassila, coauthor of the RDF Model and Syntax Specification for the W3C. XML and DTD syntax, XML Namespaces, Styling XML using CSS and CSS2.
This powerful new edition provides developers with a comprehensive guide to the rapidly evolving XML space. Serious users of XML will find topics on just about everything they need, from fundamental syntax rules, to details of DTD and XML Schema creation, to XSLT transformations, to APIs used for processing XML documents. Simply put, this is the only reference of its kind among XML books. Whether you're a Web designer using SVG to add vector graphics to web pages, or a C++ programmer using SOAP to serialize objects into a remote database, XML in a Nutshell thoroughly explains the basic rules that all XML documents -- and all XML document creators -- must adhere to. With this book, you can develop an understanding of well-formed XML, DTDs, namespaces, Unicode, and W3C XML Schema quickly. You'll gain a working knowledge of XSLT, Xpath, Xlink, Xpointer, CSS, and XSL-FO. Understand the tools and APIs needed to write software that processes XML.
This book presents XML programming from a conceptual perspective, teaching not just the technology, but the background and thinking behind it. Developers learn to do it right, gaining a thorough understanding of the hows and the whys from the ground up. Rather than teaching programmers to memorize specific APIs, this book teaches programmers how to think about XML programming in a language-neutral way, with examples in various languages (such as Java, C++, Perl, and VB) and provides guidance on how and when XML can be used in real-world situations. Nicholas Chase has been involved in Web site development for companies such as Lucent Technologies, Sun Microsystems, Oracle, and the Tampa Bay Buccaneers. Nick has been a high school physics teacher, a low-level radioactive waste facility manager, an online science fiction magazine editor, a multimedia engineer, and an Oracle instructor. He is the author of several books on XML and on Web development.
When it comes to XML processing, Python is in a league of its own. If you're doing XML development without Python, you're wasting time! Python offers outstanding productivity especially in the areas that matter most to XML developers, such as XML parsing, DOM/SAX implementations, string processing, and Internet APIs. And now there's Pyxie the new open source library that makes Python XML processing even easier and more powerful. In XML Processing with Python, top XML developer Sean McGrath delivers the hands-on explanations and examples you need to get results with Python and Pyxie fast even if you've never used them before! Install Python and the Pyxie XML package. Learn the fundamentals of Python: control structures, classes, nested lists, dictionaries, and regular rexpresions. Process XML with regular expression-driven, event-driven, and tree-driven techniques. Understand Python's support for DOM and SAX APIs.