Topic Index

XML Streams Module User's Guide
Rogue Wave web site: Home Page | Main Documentation Page

Topic Index

Click on one of the letters below to jump immediately to that section of the index.

A | B | C | D | E | F | G | H | I | L | M | N | O | P | R | S | T | U | V | W | X

A

Advanced Tools Module
   additional streams functionality [in 3.1 Introduction]
   character conversion utilities [in 7.3.2.2 Converting RWWStrings to and from UTF-8]
   relationship to XML Streams Module [in 1.3.1 Basic Software Dependencies]
   use of RWTInsertProxy [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
Asian character sets
   selecting an encoding form [in 7.1.1 An Introduction to Unicode]
attributes
   editing during transformation process [in 5.1.2 Element-based Transformations]

B

basic streams, characteristics [in 4.1 Introduction]
big endian => see endian.

C

chaining elements => See elements, chaining.
character encoding
   and Internationalization Module [in 7.2 Determining your Character Encoding Needs]
      [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   choosing string class [in 7.3.1 Choosing the Appropriate String Class Interface]
   defined [in 7.1 Introduction]
   ISO-8859-1 [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   requirements for [in 7.2 Determining your Character Encoding Needs]
   Shift-JIS [in 7.1 Introduction]
   US-ASCII [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   UTF-16 [in 7.1.1 An Introduction to Unicode]
   UTF-8 [in 7.1.1 An Introduction to Unicode]
   XML Streams package requirements [in 7.2.2 The XML Streams Package Character Encoding Requirements]
character-based transformations => See transformations, character-based.
collation, use of Internationalization Module [in 7.2.1.2 When You Do Need the Internationalization Module]
collections of objects, serialization [in 3.4.3 Persisting the Serializable Objects]
conversion
   between character encodings [in 7.2.2 The XML Streams Package Character Encoding Requirements]
convert()
   from RWFromUTF8Converter [in 7.3.2.2 Converting RWWStrings to and from UTF-8]

D

default constructor
   adding for serialization support [in 3.3 Serialization Requirements]
dependencies
   of module [in 1.3.1 Basic Software Dependencies]
   schema [in 1.3.3 Schema Dependencies]
display, using transformations [in 5.1 Introduction]
distributed systems, using XML Streams in [in 2.3 When to Use XML Streams]

E

editing
   elements or attributes during transformation process [in 5.1.2 Element-based Transformations]
element-based transformations => See transformations, element-based.
elements
   chaining together [in 6.2.3.1 Defining the XSLT Transformation Input Stream]
   editing during transformation process [in 5.1.2 Element-based Transformations]
encapsulation
   of a transformation [in 5.3 Discussion]
encoding => See character encoding.
endian
   big and little endian defined [in 7.2.1.1 When You Do Not Need the Internationalization Module]
enhanced streams [in Chapter 4 Enhanced Streams]
   difference with basic streams [in 4.2 The Difference Between Enhanced Streams and Basic Streams]
   processor [in 4.2 The Difference Between Enhanced Streams and Basic Streams]
Essential Tools Module
   character conversion utilities [in 7.2.2 The XML Streams Package Character Encoding Requirements]
   relationship to XML Streams Module [in 1.3.1 Basic Software Dependencies]
   serialization of collection classes in [in 3.3 Serialization Requirements]
   supporting serialization [in 3.3 Serialization Requirements]
examples
   character conversion between UTF-8 and UTF-16 [in 7.3.2.1 Converting RWCStrings and RWBasicUStrings]
   character conversion using RWFromUTF8Converter [in 7.3.2.2 Converting RWWStrings to and from UTF-8]
   character conversion using RWToUTF8Converter [in 7.3.2.2 Converting RWWStrings to and from UTF-8]
   comparison of basic and enhanced streams [in 4.2 The Difference Between Enhanced Streams and Basic Streams]
   defining transformation object [in 6.2.1 Defining a Transformation Object]
   enhanced object streams [in 4.3 Example]
   for persisting a collection [in 3.4.3 Persisting the Serializable Objects]
   modifying header files to support serialization [in 3.4.2.1 Header File Changes]
   modifying source files to support serialization [in 3.4.2.2 Source File Changes]
   parsedTransform.cpp [in 5.1.2 Element-based Transformations]
   preparing a collection for serialization [in 3.4.3 Persisting the Serializable Objects]
   real estate use case, simple [in 3.2 Use Case Description]
   restoring application state at startup [in 3.4.3 Persisting the Serializable Objects]
   simple object serialization use case [in 3.2 Use Case Description]
   transform.cpp [in 5.1.1 Character-based C++ Transformations]
   using RWXmlObjectInputStreamImp [in 3.4.3 Persisting the Serializable Objects]
   XSLT transformation [in 6.2.1 Defining a Transformation Object]
exceptions
   Threads Module dependency [in 1.3.1 Basic Software Dependencies]
execution tracing
   Threads Module dependency and [in 1.3.1 Basic Software Dependencies]
extractor interface => See interfaces, extractor.

F

filters => See transformations.
flexibility, offered by character-based transformation [in 5.1.1 Character-based C++ Transformations]
flush() [in 5.2.3.2 For an Element-based C++ Transformation]
[in 6.3.1 Serializing the book Object to a File]
functor
Threads Module dependency and [in 1.3.1 Basic Software Dependencies]

G

global operators
macros for serialization of pointer references [in 3.3 Serialization Requirements]
macros to declare [in 3.4.2.1 Header File Changes]

H

handle-body pattern
Threads Module dependency and [in 1.3.1 Basic Software Dependencies]
header files
changes required to support serialization [in 3.4.2.1 Header File Changes]

I

ifstream
   created for reading object data during transformation [in 5.2.4.1 For a Character-based C++ Transformation]
   reference to RWObjectInputStream [in 5.3 Discussion]
input streams, conversion to UTF-16 [in 7.2.2.2 Wide and Unicode Character Interfaces]
interfaces
   choosing a string class for [in 7.3.1 Choosing the Appropriate String Class Interface]
   extractor [in 7.2.2 The XML Streams Package Character Encoding Requirements]
   narrow character requirements of [in 7.2.2.1 Narrow Character Interfaces]
   Unicode [in 7.2.2.2 Wide and Unicode Character Interfaces]
   wide character requirements of [in 7.2.2.2 Wide and Unicode Character Interfaces]
International Consortium of Unicode
   and Internationalization Module [in 7.2 Determining your Character Encoding Needs]
Internationalization Module
   XML Streams Module dependency on [in 1.3.2 Optional Software Dependencies]
   building and linking [in 1.3.2 Optional Software Dependencies]
      [in 7.1 Introduction]
   character conversion utilities [in 7.2.2 The XML Streams Package Character Encoding Requirements]
   character encoding needs [in 7.2 Determining your Character Encoding Needs]
   evaluating use of [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   using with XML streams [in 7.1 Introduction]
internationalization
   character encoding:defined [in 7.1 Introduction]
ISO-8859-1 [in 7.2.1.1 When You Do Not Need the Internationalization Module]

M

macros
   for serialization support [in 3.3 Serialization Requirements]
   RW_BEGIN_STREAM_CONTENTS() [in 3.4.2.2 Source File Changes]
   RW_DECLARE_STREAMABLE_POINTER() [in 3.4.2.1 Header File Changes]
   RW_DECLARE_STREAMABLE_PTR_SEQUENCE() [in 3.4.3 Persisting the Serializable Objects]
   RW_DECLARE_VIRTUAL_STREAM_FNS() [in 3.4.2.1 Header File Changes]
   RW_DEFINE_STREAMABLE_AS_BASE() [in 3.4.2.2 Source File Changes]
   RW_DEFINE_STREAMABLE_AS_SELF() [in 3.4.2.2 Source File Changes]
   RW_DEFINE_STREAMABLE_POINTER() [in 3.4.2.2 Source File Changes]
   RW_END_STREAM_CONTENTS() [in 3.4.2.2 Source File Changes]
   RW_STREAM_ATTR_MEMBER() [in 3.4.2.2 Source File Changes]
   RW_STREAM_PARENT() [in 3.4.2.2 Source File Changes]
make()
   used during transformations [in 5.3 Discussion]
   called by transform() [in 5.3 Discussion]
   classes that support a formatting object [in 5.3 Discussion]
   controlling format of XML stream data [in 4.3.4 Examining the XML Output]
      [in 5.3 Discussion]
messaging systems
   use of transformations [in 5.1 Introduction]

N

narrow characters
as interfaces [in 7.2.2.1 Narrow Character Interfaces]

O

object
   collections, and serialization [in 3.4.3 Persisting the Serializable Objects]
   identity, maintaining references between objects [in 2.2 Types of Streams]
   references, preservation in object serialization [in 2.2 Types of Streams]
   transformation => See transformations, transformation object.
ofstream
   creating for writing character data to a file [in 5.2.3.2 For an Element-based C++ Transformation]
output buffer
   flushing during serialization [in 5.2.3.2 For an Element-based C++ Transformation]
output streams, conversion to UTF-8 [in 7.2.2.2 Wide and Unicode Character Interfaces]
output
   of character-based transformation [in 5.2.5.1 For a Character-based C++ Transformation]
   of element-based transformation [in 5.2.5.2 For an Element-based C++ Transformation]

P

parameter
   of transformation object [in 5.3 Discussion]
   of input stream [in 5.3 Discussion]
parser
   used by enhanced streams [in 4.2 The Difference Between Enhanced Streams and Basic Streams]
pattern
   handle-body => See handle-body pattern.
persistence
   logic for persisting objects [in 3.4.3 Persisting the Serializable Objects]
   object serialization and [in 2.1 Overview]
pointers
   polymorphism and [in 2.2 Types of Streams]
   serialization [in 3.3 Serialization Requirements]
      [in 3.4.3 Persisting the Serializable Objects]
polymorphism
   polymorphic typing [in 2.2 Types of Streams]
   preservation in object serialization [in 2.2 Types of Streams]
processor
   choosing XSLT processor [in 6.1.1 Your XSLT Processor]
   in enhanced streams [in 4.2 The Difference Between Enhanced Streams and Basic Streams]
   Xalan [in 6.1.1 Your XSLT Processor]
   Xalan, examples using [in 6.1.2 The XSLT Transformation Procedure]
public interface
   XML Abstractions package and [in 1.2.1.2 The XML Abstractions Package]

R

regular expression searches
   use of Internationalization Module [in 7.2.1.2 When You Do Need the Internationalization Module]
resource bundles
   use of Internationalization Module [in 7.2.1.2 When You Do Need the Internationalization Module]
restoring an object
   character-based transformation [in 5.2.4.1 For a Character-based C++ Transformation]
   element-based transformation [in 5.2.4.2 For an Element-based C++ Transformation]
RWBasicUString
   as interface [in 7.2.2.2 Wide and Unicode Character Interfaces]
      [in 7.3 Using the XML Streams Package without the Internationalization Module]
   character conversion using [in 7.3.2.1 Converting RWCStrings and RWBasicUStrings]
   converting to UTF-8 for narrow character interface [in 7.2.2.1 Narrow Character Interfaces]
   in code [in 7.3.2.1 Converting RWCStrings and RWBasicUStrings]
   takes and produces UTF-16 [in 7.3.1 Choosing the Appropriate String Class Interface]
   uses UTF-16 [in 7.1.1 An Introduction to Unicode]
RWCharToStreambufOutputStreamImp
   in code [in 6.2.3.2 Defining the XSLT Transformation Output Stream]
RWCString
   as narrow character interface [in 7.2.2.1 Narrow Character Interfaces]
   takes and produces UTF-8 [in 7.3.1 Choosing the Appropriate String Class Interface]
RWEnhancedXmlObjectInputStreamImp
   make() function of [in 4.3.4 Examining the XML Output]
RWEnhancedXmlObjectOutputStreamImp
   make() function of [in 4.3.4 Examining the XML Output]
   example using [in 4.3.4 Examining the XML Output]
RWExternalStreamException
   in code [in 6.2.1 Defining a Transformation Object]
RWFromUTF8Converter
   in code [in 7.3.2.2 Converting RWWStrings to and from UTF-8]
RWInsertWithName() global function [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
RWObjectInputStream
   in code [in 6.2.3.1 Defining the XSLT Transformation Input Stream]
      [in 6.3.2 Restoring the book Object]
   used to construct transformation objects [in 5.3 Discussion]
RWObjectOutputStream
   in code [in 6.2.3.2 Defining the XSLT Transformation Output Stream]
      [in 6.3.1 Serializing the book Object to a File]
      [in 6.3.3 Examining the XML Output]
RWOstreamDataToCharOutputStreamImp
   in code [in 6.2.3.2 Defining the XSLT Transformation Output Stream]
RWTInsertProxy
   and global function RWInsertWithName() [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
RWToUTF8Converter
   character conversions [in 7.3.2.2 Converting RWWStrings to and from UTF-8]
RWTParsedTransformInputStreamImp
   used to add transformation to element-based input streams [in 5.3 Discussion]
RWTParsedTransformObjectInputStreamImp
   constructed by RWObjectInputStream [in 5.3 Discussion]
   implementing transform() method [in 5.3 Discussion]
   in character and element-based transformations [in 5.3 Discussion]
   make() function to support a formatting object [in 5.3 Discussion]
RWTParsedTransformObjectOutputStreamImp
   example of controlling data format [in 5.3 Discussion]
   in character and element-based transformations [in 5.3 Discussion]
   make() function to support a formatting object [in 5.3 Discussion]
RWTPtrOrderedVector
   persisting a collection of [in 3.4.3 Persisting the Serializable Objects]
RWTTransformInputStreamImp
   adding transformation to character-based input streams [in 5.3 Discussion]
RWTTransformObjectInputStreamImp
   constructed by RWObjectInputStream [in 5.3 Discussion]
   implementing transform() method [in 5.3 Discussion]
   in character and element-based transformations [in 5.3 Discussion]
      [in 5.3 Discussion]
   make() function of [in 4.3.4 Examining the XML Output]
      [in 5.3 Discussion]
RWTTransformObjectOutputStreamImp [in 5.3 Discussion]
   example of controlling data format [in 5.3 Discussion]
   make() function of [in 5.3 Discussion]
RWTXsltTransform
   in code [in 6.2.3.1 Defining the XSLT Transformation Input Stream]
RWUString
   as interface [in 7.2.2.2 Wide and Unicode Character Interfaces]
   changing from RWBasicUString [in 7.3.1 Choosing the Appropriate String Class Interface]
   conversion of any encoding [in 7.3.1 Choosing the Appropriate String Class Interface]
   uses UTF-16 [in 7.1.1 An Introduction to Unicode]
RWWString
   as interface [in 7.2.2.2 Wide and Unicode Character Interfaces]
      [in 7.3 Using the XML Streams Package without the Internationalization Module]
   takes and produces UTF-16 [in 7.3.1 Choosing the Appropriate String Class Interface]
RWXmlError
   exception class [in 1.2.1.2 The XML Abstractions Package]
RWXmlObjectInputStreamImp
   and make() function [in 5.3 Discussion]
   in code [in 6.2.3.1 Defining the XSLT Transformation Input Stream]
   make() function of [in 4.3.4 Examining the XML Output]
   restoring the collection [in 3.4.3 Persisting the Serializable Objects]
RWXmlObjectOutputStreamImp
   and make() function [in 4.3.4 Examining the XML Output]
   in code [in 6.2.3.2 Defining the XSLT Transformation Output Stream]
      [in 6.3.3 Examining the XML Output]
   make() function of [in 5.3 Discussion]
RWXmlStreamElement
   used in stream transformation [in 5.1.2 Element-based Transformations]
RWXsltCharInputStreamImp typedef [in 6.2.2 Defining a Character Transformation Stream]
RWXsltCharOutputStreamImp typedef [in 6.2.2 Defining a Character Transformation Stream]
RWXsltObjectInputStreamImp
   in code [in 6.2.3.1 Defining the XSLT Transformation Input Stream]
      [in 6.3.2 Restoring the book Object]
   in XSLT transformation example [in 6.2.1 Defining a Transformation Object]
RWXsltObjectOutputStreamImp
   in XSLT transformation example [in 6.2.1 Defining a Transformation Object]
RW_BEGIN_STREAM_CONTENTS
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]
      [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
      [in 4.3 Example]
      [in 5.2.2 Adding Serialization Support]
RW_DECLARE_STREAMABLE_POINTER
   used in code [in 3.4.2.1 Header File Changes]
   described [in 3.4.2.1 Header File Changes]
   used in code [in 3.4.2.1 Header File Changes]
RW_DECLARE_STREAMABLE_PTR_SEQUENCE
   described [in 3.4.3 Persisting the Serializable Objects]
RW_DECLARE_VIRTUAL_STREAM_FNS
   used in code [in 4.3 Example]
      [in 5.2.2 Adding Serialization Support]
   described [in 3.4.2.1 Header File Changes]
      [in 3.4.2.1 Header File Changes]
   used in code [in 3.4.2.1 Header File Changes]
      [in 3.4.2.1 Header File Changes]
      [in 3.4.2.1 Header File Changes]
      [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
RW_DEFINE_STREAMABLE_AS_BASE
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]
      [in 3.4.2.2 Source File Changes]
RW_DEFINE_STREAMABLE_AS_SELF
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]
      [in 3.4.2.2 Source File Changes]
      [in 4.3 Example]
      [in 5.2.2 Adding Serialization Support]
RW_DEFINE_STREAMABLE_POINTER
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]
      [in 4.3 Example]
      [in 5.2.2 Adding Serialization Support]
RW_END_STREAM_CONTENTS
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]
      [in 3.4.2.2 Source File Changes]
      [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
      [in 4.3 Example]
      [in 5.2.2 Adding Serialization Support]
RW_STREAM_ATTR_MEMBER
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]
      [in 3.4.2.2 Source File Changes]
      [in 4.2.1 Comparison Example of Basic XML Streams with Enhanced XML Streams]
      [in 4.3 Example]
      [in 5.2.2 Adding Serialization Support]
RW_STREAM_PARENT
   described [in 3.4.2.2 Source File Changes]
   used in code [in 3.4.2.2 Source File Changes]

S

schemas, used by XML Streams Module [in 1.3.3 Schema Dependencies]
serialization
   adding support to classes [in 3.3 Serialization Requirements]
   defined [in 2.2 Types of Streams]
   Essential Tools Module collection classes [in 3.3 Serialization Requirements]
   for a character-based transformation [in 5.2.3.1 For a Character-based C++ Transformation]
   for an element-based transformation [in 5.2.3.2 For an Element-based C++ Transformation]
   illustrated [in 2.3 When to Use XML Streams]
   object collections [in 3.4.3 Persisting the Serializable Objects]
   pointers and [in 3.3 Serialization Requirements]
   programming uses [in 2.1 Overview]
   required file changes [in 3.3 Serialization Requirements]
serializing
   a pointer to self [in 3.4.2.2 Source File Changes]
   a collection, macro for [in 3.4.3 Persisting the Serializable Objects]
   a pointer [in 3.4.2 Making the Basic Classes Serializable]
   third party components [in 3.1 Introduction]
Shift-JIS
   Internationalization Module and [in 7.1 Introduction]
smart pointer
   Threads Module dependency and [in 1.3.1 Basic Software Dependencies]
SOAP transformations => See transformations, SOAP.
source files
   changes required to support serialization [in 3.4.2.2 Source File Changes]
SourcePro Core [in 1.3.1 Basic Software Dependencies]
Standard C++ Library
   dependency of XML Streams Module [in 1.3.1 Basic Software Dependencies]
state
   persisting [in 2.3 When to Use XML Streams]
streamContents()
   declaring [in 3.4.2.1 Header File Changes]
   described [in 3.3 Serialization Requirements]
   example of defining [in 3.4.2.2 Source File Changes]
   to add serialization support [in 3.3 Serialization Requirements]
      [in 3.4.2 Making the Basic Classes Serializable]
streams architecture
   chaining elements [in 6.2.3.1 Defining the XSLT Transformation Input Stream]
   types of streams [in 2.2 Types of Streams]
structure
   restructuring the document during transformation [in 5.1.2 Element-based Transformations]
stylesheet
   XSLT [in 6.2.1 Defining a Transformation Object]
synchronization
   Threads Module dependencies and [in 1.3.1 Basic Software Dependencies]

T

templatized
   objects, serializing [in 3.1 Introduction]
   parameters during transformation process [in 5.3 Discussion]
Threads Module
   dependencies [in 1.3.1 Basic Software Dependencies]
   relationship to XML Streams Module [in 1.3.1 Basic Software Dependencies]
transform()
   used to create class of transformation objects [in 5.3 Discussion]
   used with XSLT transformation [in 6.2.1 Defining a Transformation Object]
transformation object => See transformations, transformation object.
transformations [in 3.1 Introduction]
   character-based, explained [in 5.1.1 Character-based C++ Transformations]
   difference between element and character-based [in 5.1.2 Element-based Transformations]
   process of implementing character and element-based [in 5.2.1 Overview of the Transformation Process]
   capabilities of [in 5.1 Introduction]
   character-based, most flexible [in 5.1.1 Character-based C++ Transformations]
   character-based, output [in 5.2.5.1 For a Character-based C++ Transformation]
   character-based, restoring the object [in 5.2.4.1 For a Character-based C++ Transformation]
   element-based, explained [in 5.1.2 Element-based Transformations]
   element-based, output [in 5.2.5.2 For an Element-based C++ Transformation]
   element-based, restoring the object [in 5.2.4.2 For an Element-based C++ Transformation]
   element-based:cannot transform to a non-XML document [in 5.1.2 Element-based Transformations]
   element-based:easier to implement [in 5.1.2 Element-based Transformations]
   make(), results of calling [in 5.3 Discussion]
   SOAP [in 4.1 Introduction]
   transformation object, creating own class of [in 5.3 Discussion]
   transformation object, example for in XSLT transformation [in 6.2.1 Defining a Transformation Object]
   transformation object, must explicitly implement [in 5.1 Introduction]
   XSLT transformations [in 6.1 Introduction]
   XSLT transformations, defined [in 6.1 Introduction]
   XSLT transformations, steps for performing [in 6.1.2 The XSLT Transformation Procedure]
typedefs
   RWXsltCharInputStreamImp [in 6.2.2 Defining a Character Transformation Stream]
   RWXsltCharOutputStreamImp [in 6.2.2 Defining a Character Transformation Stream]

U

Unicode
   defined [in 7.1.1 An Introduction to Unicode]
   interfaces, requirements of [in 7.2.2.2 Wide and Unicode Character Interfaces]
   UTF-16 [in 7.1.1 An Introduction to Unicode]
   UTF-16, in RWBasicUString [in 7.1.1 An Introduction to Unicode]
   UTF-16, in RWUString [in 7.1.1 An Introduction to Unicode]
   UTF-16BE [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   UTF-16LE [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   UTF-8 [in 7.1.1 An Introduction to Unicode]
US-ASCII [in 7.2.1.1 When You Do Not Need the Internationalization Module]
   and character encoding needs [in 7.1 Introduction]
UTF-16 => See Unicode, UTF-16.
UTF-8 => See Unicode, UTF-8.

V

validation
   of UTF-8 [in 7.3.1 Choosing the Appropriate String Class Interface]
   of XML streams output [in 1.3.3 Schema Dependencies]
virtual streams
   in Essential Tools Module [in 1.3.1 Basic Software Dependencies]

W

wchar_t
   as interface [in 7.2.2.2 Wide and Unicode Character Interfaces]
wide characters
   character encoding conversions [in 7.3.2.2 Converting RWWStrings to and from UTF-8]
   interfaces [in 7.2.2.2 Wide and Unicode Character Interfaces]
World Wide Web Consortium (W3C)
   XML schema [in 1.3.3 Schema Dependencies]
   XSLT defined [in 6.1 Introduction]

X

Xalan => See processor, Xalan.
XML Abstractions Package
   functional groups [in 1.2.1.2 The XML Abstractions Package]
XML data
   in XML Abstractions package [in 1.2.1.2 The XML Abstractions Package]
XML Exception classes
   part of XML Abstractions package [in 1.2.1.2 The XML Abstractions Package]
XML Streams Module
   dependencies [in 1.3.1 Basic Software Dependencies]
   packages [in 1.2.1 The XML Streams Module Packages]
   relationship to other modules [in 1.3.1 Basic Software Dependencies]
   schema used in serialization [in 1.3.3 Schema Dependencies]
XML streams
   defined [in 2.1 Overview]
   distributed systems [in 2.3 When to Use XML Streams]
   illustrated [in 2.3 When to Use XML Streams]
   uses [in 2.3 When to Use XML Streams]
   validation [in 1.3.3 Schema Dependencies]
XML Utility classes
   part of XML Abstractions package [in 1.2.1.2 The XML Abstractions Package]
XML
   advantages [in 2.1 Overview]
XSLT transformation => See transformations, XSLT.

© Copyright Rogue Wave Software, Inc. All Rights Reserved.
Rogue Wave and SourcePro are registered trademarks of Rogue Wave Software, Inc. in the United States and other countries. All other trademarks are the property of their respective owners.
Contact Rogue Wave about documentation or support issues.