This is our largest edition ever! The comprehensive revision covers Web services, rich clients, XML on the desktop, forms, publishing, voice, wireless, and XML security, to name a few of the topics. There are revised and enhanced tutorials on XML 1. The Handbook does not claim to teach XML programming, a fact that some Amazon reviewers have failed to note. See below for books that do. However, since it has been the trusted resource for XML technologies, tools, and applications for more than , developers, architects, and managers — of both code and content.
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Program development with XML Contrary to misuse in the popular press, and by some experts who ought to know better, XML isn't a programming language. It is a markup language, of course, and that means it's a data description language. You use normal programming languages, including scripting languages, to develop XML applications.
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These books show you how. Thanks to its native support for custom XML schemas, developers can use the world's most popular office suite as a smart client and XML editor for business integration, content management, and Web services. This book shows you step-by-step how to tap Office's power for your own applications. If you want to voice-enable your applications and Web sites, this book speaks your language.
Schemas and DTDs Nature abhors a schema-less database equally as much as she abhors a vacuum. Create a data table in a spreadsheet and the program will immediately search for field names, and supply them even if you fail to. Although XML will let you create a document without an explicit formally-written schema also known as a "document type definition", or DTD , the benefits of having one are enormous. These books make the job easy, whether you write out the schema using XML markup declarations, XML Schema definition language, or another schema language.
This book was written by one of the developers of the language. It carefully guides you through the complexity so you can tap that power for your own projects. The book has won 15 five-star reviews at Amazon, with universal praise for clarifying the near-incomprehensible W3C spec! These technologies affect everything from programming to database design, and for many developers they require a new way of thinking about those problems. This book will help you along the XPath and transform your development experience! In this book, he draws upon his popular live training materials that have been used by thousands of developers.
Ken Holman [Author's site] The existence of this website is proof — if anyone needs it — that people like to get information from books, with their proven page-oriented navigational tools and sophisticated formatting. Ken Holman has taught thousands how, using the examples and insights in this book. XPath 2. These books show you how to put these new languages to work. XSLT 2.
Now XSLT 2. Dmitry Kirsanov is both a graphic artist and a programmer. But the subsetting isn't the only reason for the shorter document. The XML spec is written for parser implementors and deliberately doesn't discuss applications, philosophy, style, alternatives, and other usage issues. I've added a structured overview of the complete language that introduces every term and concept in context. All the books on XML Here's an alphabetical list of all the ones I know about, including those previously mentioned but excluding some product-specific titles.
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I've tried to eliminate books where XML is covered only incidentally. I've also eliminated previous editions of current books, and books that are not available from online vendors. However the list does include books that are not yet in print. And, inevitably, books that never will be in print — vaporware occurs in computer book publishing just as in other areas of the computer industry!
The books are classified by principal XML-related topic. Books may appear in more than one classification as they may cover many topics, and classifications overlap. Some books may be classified incorrectly: I haven't read them all and you can't always tell a book by its cover! Gurari, Ross Moore, Robert S.
NET by Jeffrey P. Deitel, Paul J. Grose, Gary C. Although these documents are probably data-centric, their natural format as messages is XML. Thus, when they are stored in a message queue, it makes more sense to use a message queue built on a native XML database than a non-XML database. Another example of this usage is a Web or enterprise data cache. XML databases enable EII by providing a platform for querying across heterogeneous datasources, resulting in one degree view of all common entities spread across enterprise systems or services.
EII provides huge benefits to business users. For example, imagine a doctor-patient encounter and a system where a doctor can enter a patient chart number, name, or other form of identification and obtain information on that patient's history of illnesses, allergies, medications current and past , X-rays, past surgeries, and doctor summary reports, all in one screen, irrespective of the originating datasources. A midtier ODS can provide the necessary infrastructure for managing enterprise data and bringing it closer to the consuming business application, while simultaneously reducing the burden on backend systems of record.
XML databases are an ideal technology to serve as an ODS because of their ability to maintain schemas and to bind heterogeneous datasources. With this information in mind, we move on to a specific use-case scenario and look at how the ODS ties these concepts together. Consider the high-level architecture of a hospital information system HIS. As is the case with any scalable, connected, and secure information system, an HIS consists of bringing information and functionality from distributed systems to diverse users in real time.
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Typically, the actors in this use case are doctors, nurses, lab technicians, IT resources, third-party vendors, and probably patients. In Figure 2, the federated datasource could be an XML database that queries backend systems via their Web service interfaces. To better understand the overall system architecture, consider a typical hospital infrastructure model as depicted in Figure The above diagram depicts an overall set of systems a hospital may be using.
These systems could potentially be provided by a single vendor, but in most realistic cases, they are provided by disparate vendors, each with a totally different set of APIs and user interaction interfaces. Thus, for these systems to live together and exchange information, the hospital IT department should create a set of Web services for each system, exposing the important data and functionality of the respective system.
Presuming the hospital IT department leverages Web services, many traditional problems can be addressed:. As mentioned earlier, Java Web services create huge amounts of new data, specifically the exchange of data-rich XML messages.
These messages contain important information that many organizations will want and need to store, access, query, audit, analyze, and repurpose. It is nearly impossible to persist all of these messages in a relational database because of the inflexible data model they impose.
You must know what type of data the message will contain and set up relational tables to store it. Additionally, you will have to write code that knows, for every message type, how to take the incoming message, shred it, and populate the tables.
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XML databases are particularly useful for handling new message types or evolving message structures. Storing message content in a native XML database reduces the development time and cost at least 50 percent by eliminating the need to define object-to-relational mapping. Such functionality enables an enterprise design to have a single point of access NXD and provides the ability to aggregate, transform, and repurpose the data via the same API and query language XQuery. An NXD can also serve as an operational data cache.
Using this approach, specific content that most likely will not change often, or once created, never changes, can be cached in the NXD as either XML or other formats required by the client systems. In addition, each datasource can be configured with a time-to-live setting; when a request is made, that configuration is evaluated by the NXD engine and results are either returned directly from the internal cache or fetched from the originating source if the cache is deemed as expired.
As we dive a little deeper and discuss specific use-case scenarios as depicted in Figure 4, we will build a stronger case for how XML databases can augment Web services. Figure 4 depicts four specific example use cases and also introduces three external sources a hospital must interact with on a day-to-day basis: Food and Drug Administration FDA , Centers for Disease Control and Prevention CDC , and insurance providers.
In all three cases, the hospital must communicate using Web services and XML-based standards as follows:. The complexity of the data and a typical WSDL describing each datasource contains numerous specific methods, each returning a part of the overall content.