Oracle Database XML C API Reference, 11g Release 2 (11.2)

11g Release 2 (11.2)

E10770-02

Contents

List of Examples

List of Tables

Title and Copyright Information

Preface

- Audience

- Documentation Accessibility

- Related Documents

- Conventions

What's New in the XML C APIs?

- New Features for Oracle Database 11g Release 2 (11.2)

- New Features for Oracle Database 11g Release 1 (11.1)

1 Datatypes for C

- C Datatypes

- oracheck

- oraerr

- oraprop_id

- oramemctx

- oraprop

- oraprop_t

- oraprop_v

- orastream

- orastreamhdl

- xmlcmphow

- xmlctx

- xmldfoptype

- xmldfsrct

- xmlerr

- xmlevctx

- xmlevtype

- xmlhasht

- xmlistream

- xmliter

- xmlnodetype

- xmlostream

- xmlpoint

- xmlrange

- xmlsoapbind

- xmlsoapcon

- xmlsoapctx

- xmlsoaprole

- xmlshowbits

- xmlurlacc

- xmlurlhdl

- xmlurlpart

- xmlxptrloc

- xmlxptrlocset

- xmlxslobjtype

- xmlxslomethod

- xmlxvm

- xmlxvmcomp

- xmlxvmflags

- xmlxvmobjtype

- xpctx

- xpexpr

- xpobj

- xsdctx

- xslctx

- xvmobj

2 Package Callback APIs for C

- Callback Methods

- XML_ACCESS_CLOSE_F()

- XML_ACCESS_OPEN_F()

- XML_ACCESS_READ_F()

- XML_ALLOC_F()

- XML_ERRMSG_F()

- XML_FREE_F()

- XML_STREAM_CLOSE_F()

- XML_STREAM_OPEN_F()

- XML_STREAM_READ_F()

- XML_STREAM_WRITE_F()

3 Package DOM APIs for C

- Attr Interface

- XmlDomGetAttrLocal()

- XmlDomGetAttrLocalLen()

- XmlDomGetAttrName()

- XmlDomGetAttrNameLen()

- XmlDomGetAttrPrefix()

- XmlDomGetAttrSpecified()

- XmlDomGetAttrURI()

- XmlDomGetAttrURILen()

- XmlDomGetAttrValue()

- XmlDomGetAttrValueLen()

- XmlDomGetAttrValueStream()

- XmlDomGetOwnerElem()

- XmlDomSetAttrValue()

- XmlDomSetAttrValueStream()

- CharacterData Interface

- XmlDomAppendData()

- XmlDomDeleteData()

- XmlDomGetCharData()

- XmlDomGetCharDataLength()

- XmlDomInsertData()

- XmlDomReplaceData()

- XmlDomSetCharData()

- XmlDomSubstringData()

- Document Interface

- XmlDomCreateAttr()

- XmlDomCreateAttrNS()

- XmlDomCreateCDATA()

- XmlDomCreateComment()

- XmlDomCreateElem()

- XmlDomCreateElemNS()

- XmlDomCreateEntityRef()

- XmlDomCreateFragment()

- XmlDomCreatePI()

- XmlDomCreateText()

- XmlDomFreeString()

- XmlDomGetBaseURI()

- XmlDomGetDTD()

- XmlDomGetDecl()

- XmlDomGetDocElem()

- XmlDomGetDocElemByID()

- XmlDomGetDocElemsByTag()

- XmlDomGetDocElemsByTagNS()

- XmlDomGetLastError()

- XmlDomGetSchema()

- XmlDomImportNode()

- XmlDomIsSchemaBased()

- XmlDomSaveString()

- XmlDomSaveString2()

- XmlDomSetBaseURI()

- XmlDomSetDTD()

- XmlDomSetDocOrder()

- XmlDomSetLastError()

- XmlDomSync()

- DocumentType Interface

- XmlDomGetDTDEntities()

- XmlDomGetDTDInternalSubset()

- XmlDomGetDTDName()

- XmlDomGetDTDNotations()

- XmlDomGetDTDPubID()

- XmlDomGetDTDSysID()

- Element Interface

- XmlDomGetAttr()

- XmlDomGetAttrNS()

- XmlDomGetAttrNode()

- XmlDomGetAttrNodeNS()

- XmlDomGetChildrenByTag()

- XmlDomGetChildrenByTagNS()

- XmlDomGetElemsByTag()

- XmlDomGetElemsByTagNS()

- XmlDomGetTag()

- XmlDomHasAttr()

- XmlDomHasAttrNS()

- XmlDomRemoveAttr()

- XmlDomRemoveAttrNS()

- XmlDomRemoveAttrNode()

- XmlDomSetAttr()

- XmlDomSetAttrNS()

- XmlDomSetAttrNode()

- XmlDomSetAttrNodeNS()

- Entity Interface

- XmlDomGetEntityNotation()

- XmlDomGetEntityPubID()

- XmlDomGetEntitySysID()

- XmlDomGetEntityType()

- NamedNodeMap Interface

- XmlDomGetNamedItem()

- XmlDomGetNamedItemNS()

- XmlDomGetNodeMapItem()

- XmlDomGetNodeMapLength()

- XmlDomRemoveNamedItem()

- XmlDomRemoveNamedItemNS()

- XmlDomSetNamedItem()

- XmlDomSetNamedItemNS()

- Node Interface

- XmlDomAppendChild()

- XmlDomCleanNode()

- XmlDomCloneNode()

- XmlDomFreeNode()

- XmlDomGetAttrs()

- XmlDomGetChildNodes()

- XmlDomGetDefaultNS()

- XmlDomGetFirstChild()

- XmlDomGetFirstPfnsPair()

- XmlDomGetLastChild()

- XmlDomGetNextPfnsPair()

- XmlDomGetNextSibling()

- XmlDomGetNodeLocal()

- XmlDomGetNodeLocalLen()

- XmlDomGetNodeName()

- XmlDomGetNodeNameLen()

- XmlDomGetNodePrefix()

- XmlDomGetNodeType()

- XmlDomGetNodeURI()

- XmlDomGetNodeURILen()

- XmlDomGetNodeValue()

- XmlDomGetNodeValueLen()

- XmlDomGetNodeValueStream()

- XmlDomGetOwnerDocument()

- XmlDomGetParentNode()

- XmlDomGetPrevSibling()

- XmlDomGetPullNodeAsBinaryStream()

- XmlDomGetPullNodeAsCharacterStream()

- XmlDomGetPushNodeAsBinaryStream()

- XmlDomGetPushNodeAsCharacterStream()

- XmlDomGetSourceEntity()

- XmlDomGetSourceLine()

- XmlDomGetSourceLocation()

- XmlDomHasAttrs()

- XmlDomHasChildNodes()

- XmlDomInsertBefore()

- XmlDomNormalize()

- XmlDomNumAttrs()

- XmlDomNumChildNodes()

- XmlDomPrefixToURI()

- XmlDomRemoveChild()

- XmlDomRenameNode()

- XmlDomRenameNodeNS()

- XmlDomReplaceChild()

- XmlDomSetDefaultNS()

- XmlDomSetNodePrefix()

- XmlDomSetNodeValue()

- XmlDomSetNodeValueLen()

- XmlDomSetNodeValueStream()

- XmlDomSetPullNodeAsBinaryStream()

- XmlDomSetPullNodeAsCharacterStream()

- XmlDomSetPushNodeAsBinaryStream()

- XmlDomSetPushNodeAsCharacterStream()

- XmlDomValidate()

- NodeList Interface

- XmlDomFreeNodeList()

- XmlDomGetNodeListItem()

- XmlDomGetNodeListLength()

- Notation Interface

- XmlDomGetNotationPubID()

- XmlDomGetNotationSysID()

- ProcessingInstruction Interface

- XmlDomGetPIData()

- XmlDomGetPITarget()

- XmlDomSetPIData()

- Text Interface

- XmlDomSplitText()

4 Package Event APIs for C

- Event Interface

- XmlEvCleanPPCtx()

- XmlEvCreatePPCtx()

- XmlEvCreateSVCtx()

- XmlEvDestroyPPCtx()

- XmlEvDestroySVCtx()

- XmlEvGetAttrCount()

- XmlEvGetAttrDeclBody()

- XmlEvGetAttrDeclBody0()

- XmlEvGetAttrDeclCount()

- XmlEvGetAttrDeclElName()

- XmlEvGetAttrDeclElName0()

- XmlEvGetAttrDeclLocalName()

- XmlEvGetAttrDeclLocalName0()

- XmlEvGetAttrDeclName()

- XmlEvGetAttrDeclName0()

- XmlEvGetAttrDeclPrefix()

- XmlEvGetAttrDeclPrefix0()

- XmlEvGetAttrID()

- XmlEvGetAttrLocalName()

- XmlEvGetAttrLocalName0()

- XmlEvGetAttrName()

- XmlEvGetAttrName0()

- XmlEvGetAttrPrefix()

- XmlEvGetAttrPrefix0()

- XmlEvGetAttrURI()

- XmlEvGetAttrURI0()

- XmlEvGetAttrUriID()

- XmlEvGetAttrValue()

- XmlEvGetAttrValue0()

- XmlEvGetElDeclContent()

- XmlEvGetElDeclContent0()

- XmlEvGetEncoding()

- XmlEvGetError()

- XmlEvGetName()

- XmlEvGetName0()

- XmlEvGetLocalName()

- XmlEvGetLocalName0()

- XmlEvGetLocation()

- XmlEvGetPIData()

- XmlEvGetPIData0()

- XmlEvGetPITarget()

- XmlEvGetPITarget0()

- XmlEvGetPEIsGen()

- XmlEvGetPERepl()

- XmlEvGetPERepl0()

- XmlEvGetPrefix()

- XmlEvGetPrefix0()

- XmlEvGetPubId()

- XmlEvGetPubId0()

- XmlEvGetSysId()

- XmlEvGetSysId0()

- XmlEvGetTagID()

- XmlEvGetTagUriID()

- XmlEvGetText()

- XmlEvGetText0()

- XmlEvGetUENdata()

- XmlEvGetUENdata0()

- XmlEvGetURI()

- XmlEvGetURI0()

- XmlEvGetVersion()

- XmlEvIsEncodingSpecified()

- XmlEvIsNamespaceAttr()

- XmlEvIsStandalone()

- XmlEvNext()

- XmlEvNextTag()

- XmlEvLoadPPDoc()

- XmlEvSchemaValidate()

5 Package Orastream APIs for C

- OraStream Interfaces

- OraStreamClose()

- OraStreamHandle()

- OraStreamInit()

- OraStreamIsOpen()

- OraStreamOpen()

- OraStreamRead()

- OraStreamReadable()

- OraStreamReadChar()

- OraStreamSid()

- OraStreamTerm()

- OraStreamWrite()

- OraStreamWritable()

- OraStreamWriteChar()

6 Package Range APIs for C

- DocumentRange Interface

- XmlDomCreateRange()

- Range Interface

- XmlDomRangeClone()

- XmlDomRangeCloneContents()

- XmlDomRangeCollapse()

- XmlDomRangeCompareBoundaryPoints()

- XmlDomRangeDeleteContents()

- XmlDomRangeDetach()

- XmlDomRangeExtractContents()

- XmlDomRangeGetCollapsed()

- XmlDomRangeGetCommonAncestor()

- XmlDomRangeGetDetached()

- XmlDomRangeGetEndContainer()

- XmlDomRangeGetEndOffset()

- XmlDomRangeGetStartContainer()

- XmlDomRangeGetStartOffset()

- XmlDomRangeIsConsistent()

- XmlDomRangeSelectNode()

- XmlDomRangeSelectNodeContents()

- XmlDomRangeSetEnd()

- XmlDomRangeSetEndBefore()

- XmlDomRangeSetStart()

- XmlDomRangeSetStartAfter()

- XmlDomRangeSetStartBefore()

7 Package SAX APIs for C

- SAX Interface

- XmlSaxAttributeDecl()

- XmlSaxCDATA()

- XmlSaxCharacters()

- XmlSaxComment()

- XmlSaxElementDecl()

- XmlSaxEndDocument()

- XmlSaxEndElement()

- XmlSaxNotationDecl()

- XmlSaxPI()

- XmlSaxParsedEntityDecl()

- XmlSaxStartDocument()

- XmlSaxStartElement()

- XmlSaxStartElementNS()

- XmlSaxUnparsedEntityDecl()

- XmlSaxWhitespace()

- XmlSaxXmlDecl()

8 Package Schema APIs for C

- Schema Interface

- XmlSchemaClean()

- XmlSchemaCreate()

- XmlSchemaDestroy()

- XmlSchemaErrorWhere()

- XmlSchemaLoad()

- XmlSchemaLoadedList()

- XmlSchemaSetErrorHandler()

- XmlSchemaSetValidateOptions()

- XmlSchemaTargetNamespace()

- XmlSchemaUnload()

- XmlSchemaValidate()

- XmlSchemaVersion()

9 Package SOAP APIs for C

- Package SOAP Interfaces

- XmlSoapAddBodyElement()

- XmlSoapAddFaultReason()

- XmlSoapAddFaultSubDetail()

- XmlSoapAddHeaderElement()

- XmlSoapCall()

- XmlSoapCreateConnection()

- XmlSoapCreateCtx()

- XmlSoapCreateMsg()

- XmlSoapDestroyConnection()

- XmlSoapDestroyCtx()

- XmlSoapDestroyMsg()

- XmlSoapError()

- XmlSoapGetBody()

- XmlSoapGetBodyElement()

- XmlSoapGetEnvelope()

- XmlSoapGetFault()

- XmlSoapGetHeader()

- XmlSoapGetHeaderElement()

- XmlSoapGetMustUnderstand()

- XmlSoapGetReasonLang()

- XmlSoapGetReasonNum()

- XmlSoapGetRelay()

- XmlSoapGetRole()

- XmlSoapHasFault()

- XmlSoapSetFault()

- XmlSoapSetMustUnderstand()

- XmlSoapSetRelay()

- XmlSoapSetRole()

10 Package Traversal APIs for C

- DocumentTraversal Interface

- XmlDomCreateNodeIter()

- XmlDomCreateTreeWalker()

- NodeFilter Interface

- XMLDOM_ACCEPT_NODE_F()

- NodeIterator Interface

- XmlDomIterDetach()

- XmlDomIterNextNode()

- XmlDomIterPrevNode()

- TreeWalker Interface

- XmlDomWalkerFirstChild()

- XmlDomWalkerGetCurrentNode()

- XmlDomWalkerGetRoot()

- XmlDomWalkerLastChild()

- XmlDomWalkerNextNode()

- XmlDomWalkerNextSibling()

- XmlDomWalkerParentNode()

- XmlDomWalkerPrevNode()

- XmlDomWalkerPrevSibling()

- XmlDomWalkerSetCurrentNode()

- XmlDomWalkerSetRoot()

11 Package XML APIs for C

- XML Interface

- XmlAccess()

- XmlCreate()

- XmlCreateDTD()

- XmlCreateDocument()

- XmlDestroy()

- XmlDiff()

- XmlFreeDocument()

- XmlGetEncoding()

- XmlHasFeature()

- XmlIsSimple()

- XmlIsUnicode()

- XmlLoadDom()

- XmlLoadSax()

- XmlLoadSaxVA()

- XmlSaveDom()

- XmlVersion()

12 Package XmlDiff APIs for C

- XmlDiff Interface

- XmlDiff()

- XmlHash()

- XmlPatch()

13 Package XPath APIs for C

- XPath Interface

- XmlXPathCreateCtx()

- XmlXPathDestroyCtx()

- XmlXPathEval()

- XmlXPathGetObjectBoolean()

- XmlXPathGetObjectFragment()

- XmlXPathGetObjectNSetNode()

- XmlXPathGetObjectNSetNum()

- XmlXPathGetObjectNumber()

- XmlXPathGetObjectString()

- XmlXPathGetObjectType()

- XmlXPathParse()

14 Package XPointer APIs for C

- XPointer Interface

- XmlXPointerEval()

- XPtrLoc Interface

- XmlXPtrLocGetNode()

- XmlXPtrLocGetPoint()

- XmlXPtrLocGetRange()

- XmlXPtrLocGetType()

- XmlXPtrLocToString()

- XPtrLocSet Interface

- XmlXPtrLocSetFree()

- XmlXPtrLocSetGetItem()

- XmlXPtrLocSetGetLength()

15 Package XSLT APIs for C

- XSLT Interface

- XmlXslCreate()

- XmlXslDestroy()

- XmlXslGetBaseURI()

- XmlXslGetOutput()

- XmlXslGetStylesheetDom()

- XmlXslGetTextParam()

- XmlXslProcess()

- XmlXslResetAllParams()

- XmlXslSetOutputDom()

- XmlXslSetOutputEncoding()

- XmlXslSetOutputMethod()

- XmlXslSetOutputSax()

- XmlXslSetOutputStream()

- XmlXslSetTextParam()

16 Package XSLTVM APIs for C

- Using XSLTVM

- XSLTC Interface

- XmlXvmCompileBuffer()

- XmlXvmCompileDom()

- XmlXvmCompileFile()

- XmlXvmCompileURI()

- XmlXvmCompileXPath()

- XmlXvmCreateComp()

- XmlXvmDestroyComp()

- XmlXvmGetBytecodeLength()

- XSLTVM Interface

- XMLXVM_DEBUG_F()

- XmlXvmCreate()

- XmlXvmDestroy()

- XmlXvmEvaluateXPath()

- XmlXvmGetObjectBoolean()

- XmlXvmGetObjectNSetNode()

- XmlXvmGetObjectNSetNum()

- XmlXvmGetObjectNumber()

- XmlXvmGetObjectString()

- XmlXvmGetObjectType()

- XmlXvmGetOutputDom()

- XmlXvmResetParams()

- XmlXvmSetBaseURI()

- XmlXvmSetBytecodeBuffer()

- XmlXvmSetBytecodeFile()

- XmlXvmSetBytecodeURI()

- XmlXvmSetDebugFunc()

- XmlXvmSetOutputDom()

- XmlXvmSetOutputEncoding()

- XmlXvmSetOutputSax()

- XmlXvmSetOutputStream()

- XmlXvmSetTextParam()

- XmlXvmTransformBuffer()

- XmlXvmTransformDom()

- XmlXvmTransformFile()

- XmlXvmTransformURI()

A Mapping of APIs used before Oracle Database 10g Release 1

- C Package Changes

- Initializing and Parsing Sequence Changes

- Datatype Mapping between oraxml and xml Packages

- Method Mapping between oraxml and xml Packages

Index

List of Examples

- A-1 Initializing and Parsing Sequence for the Pre-Unified C API, One Document at a Time

- A-2 Initializing and Parsing Sequence for the Unified C API, One Document at a Time

- A-3 Initializing and Parsing Sequence for the Pre-Unified C API, Multiple Documents and Simultaneous DOM Access

- A-4 Initializing and Parsing Sequence for the Unified C API, Multiple Documents and Simultaneous DOM Access

List of Tables

- 1-1 Summary of C Datatypes

- 2-1 Summary of Callback Methods

- 3-1 Summary of Attr Methods; DOM Package

- 3-2 Summary of CharacterData Method; DOM Package

- 3-3 Summary of Document Methods; DOM Package

- 3-4 Summary of DocumentType Methods; DOM Package

- 3-5 Summary of Element Methods; DOM Package

- 3-6 Summary of Entity Methods; DOM Package

- 3-7 Summary of NamedNodeMap Methods; DOM Package

- 3-8 Summary of Node Methods; DOM Package

- 3-9 Summary of NodeList Methods; DOM Package

- 3-10 Summary of NodeList Methods; DOM Package

- 3-11 Summary of ProcessingInstruction Methods; DOM Package

- 3-12 Summary of Text Methods; DOM Package

- 4-1 Summary of Event Methods

- 5-1 Orastream Error Codes

- 5-2 Summary of OraStream Methods; Package Orastream

- 6-1 Summary of DocumentRange Methods; Package Range

- 6-2 Summary of Range Methods; Package Range

- 7-1 Summary of SAX Methods

- 8-1 Summary of Schema Methods

- 9-1 Summary of SOAP Package Interfaces

- 10-1 Summary of DocumentTraversal Methods; Traversal Package

- 10-2 Summary of NodeFileter Methods; Traversal Package

- 10-3 Summary of NodeIterator Methods; Package Traversal

- 10-4 Summary of TreeWalker Methods; Traversal Package

- 11-1 Summary of XML Methods

- 12-1 Summary of XmlDiff Methods

- 13-1 Summary of XPath Methods

- 14-1 Summary of XPointer Methods; Package XPointer

- 14-2 Summary of XPtrLoc Methods; Package XPointer

- 14-3 Summary of XPtrLocSet Methods; Package XPointer

- 15-1 Summary of XSLT Methods

- 16-1 Summary of XSLTC Methods; XSLTVM Package

- 16-2 Summary of XSLTVM Methods; Package XSLTVM

- A-1 Datatypes Supported by oraxml Package versus xml Package

- A-2 Methods of the oraxml Package versus the xml Package

Oracle® Database

XML C API Reference

11g Release 2 (11.2)

E10770-02

May 2010

Oracle Database XML C API Reference, 11g Release 2 (11.2)

E10770-02

Copyright © 2001, 2010, Oracle and/or its affiliates. All rights reserved.

Primary Author:  Roza Leyderman

Contributors: Ian Macky, Vijay Medi

This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws. Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means. Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.

The information contained herein is subject to change without notice and is not warranted to be error-free. If you find any errors, please report them to us in writing.

If this software or related documentation is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, the following notice is applicable:

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This software is developed for general use in a variety of information management applications. It is not developed or intended for use in any inherently dangerous applications, including applications which may create a risk of personal injury. If you use this software in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure the safe use of this software. Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software in dangerous applications.

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This software and documentation may provide access to or information on content, products, and services from third parties. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to third-party content, products, and services. Oracle Corporation and its affiliates will not be responsible for any loss, costs, or damages incurred due to your access to or use of third-party content, products, or services.

Preface

The Oracle Database XML C API Reference describes Oracle XML Developer's Kits (XDK) and Oracle XML DB APIs for the C programming language. It primarily lists the syntax of functions, methods, and procedures associated with these APIs.

Audience

Oracle Database XML C API Reference is intended for developers who are building XML applications in Oracle.

To use this document, you need a basic understanding of object-oriented programming concepts, familiarity with Structured Query Language (SQL), and working knowledge of application development using the C programming language.

Documentation Accessibility

Our goal is to make Oracle products, services, and supporting documentation accessible to all users, including users that are disabled. To that end, our documentation includes features that make information available to users of assistive technology. This documentation is available in HTML format, and contains markup to facilitate access by the disabled community. Accessibility standards will continue to evolve over time, and Oracle is actively engaged with other market-leading technology vendors to address technical obstacles so that our documentation can be accessible to all of our customers. For more information, visit the Oracle Accessibility Program Web site at http://www.oracle.com/accessibility/.

Accessibility of Code Examples in Documentation

Screen readers may not always correctly read the code examples in this document. The conventions for writing code require that closing braces should appear on an otherwise empty line; however, some screen readers may not always read a line of text that consists solely of a bracket or brace.

Accessibility of Links to External Web Sites in Documentation

This documentation may contain links to Web sites of other companies or organizations that Oracle does not own or control. Oracle neither evaluates nor makes any representations regarding the accessibility of these Web sites.

Deaf/Hard of Hearing Access to Oracle Support Services

To reach Oracle Support Services, use a telecommunications relay service (TRS) to call Oracle Support at 1.800.223.1711. An Oracle Support Services engineer will handle technical issues and provide customer support according to the Oracle service request process. Information about TRS is available at http://www.fcc.gov/cgb/consumerfacts/trs.html, and a list of phone numbers is available at http://www.fcc.gov/cgb/dro/trsphonebk.html.

Related Documents

For more information, see the following documents in the Oracle Database 11g Release 2 (11.2) documentation set:

- Oracle Database Concepts

- Oracle Database SQL Language Reference

- Oracle Database Object-Relational Developer's Guide

- Oracle Database New Features Guide

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

- Oracle Database Sample Schemas

Conventions

The following text conventions are used in this document:

Convention

Meaning

boldface

Boldface type indicates graphical user interface elements associated with an action, or terms defined in text or the glossary.

italic

Italic type indicates book titles, emphasis, or placeholder variables for which you supply particular values.

monospace

Monospace type indicates commands within a paragraph, URLs, code in examples, text that appears on the screen, or text that you enter.

What's New in the XML C APIs?

This section describes new features in Oracle Database XML C API Reference and supplies pointers to additional information.

New Features for Oracle Database 11g Release 2 (11.2)

The following features are new to the Oracle Database 11g Release 2:

Orastream Interface

The orastream package handles large (over 64K) text and binary nodes in XML documents.

Information about this feature is in Chapter Chapter 5, "Package Orastream APIs for C" . Additionally, these new datatypes have been documented in Chapter 1, "Datatypes for C":

- oracheck

- oraerr

- oraprop_id

- oramemctx

- oraprop

- oraprop_t

- oraprop_v

- orastream

- orastreamhdl

New Features for Oracle Database 11g Release 1 (11.1)

The following features are new to the Oracle Database 11g Release 1:

DOM Stream Access to XML Nodes and Attributes

Information about this feature is in the chapter Chapter 3, "Package DOM APIs for C". In includes support for the following functions:

- XmlDomGetPullNodeAsBinaryStream()

- XmlDomGetPullNodeAsCharacterStream()

- XmlDomGetPushNodeAsBinaryStream()

- XmlDomGetPushNodeAsCharacterStream()

- XmlDomSetPullNodeAsBinaryStream()

- XmlDomSetPullNodeAsCharacterStream()

- XmlDomSetPushNodeAsBinaryStream()

- XmlDomSetPushNodeAsCharacterStream()

Node Management

The following functions update the name of the specified node.

- XmlDomRenameNode()

- XmlDomRenameNodeNS()

XML Diff Support

Information about this feature is in the new Chapter 12, "Package XmlDiff APIs for C". It includes support for the following functions:

- XmlDiff()

- XmlHash()

- XmlPatch()

Event-based XML Pull Parsing and Scalable and High Performance XML Validation

Information about this feature is in the new Chapter 4, "Package Event APIs for C".

1 Datatypes for C

This package defines macros which declare functions (or function pointers) for XML callbacks. Callbacks are used for error-message handling, memory allocation and freeing, and stream operations.

This chapter contains this section:

- C Datatypes

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

C Datatypes

Table 1-1 lists all C datatypes and their descriptions.

Table 1-1 Summary of C Datatypes

Datatype

Purpose

oracheck

Checkword for validating data structures.

oraerr

Error code: 0 is success, non-0 is failure.

oraprop_id

The id of property; if >= 0 it is valid, if < 0, it is invalid.

oramemctx

Opaque memory context.

oraprop

Property name.

oraprop_t

Property value type.

oraprop_v

Value: union of storage for all data types.

orastream

Opaque stream object.

orastreamhdl

Storage for file handles.

xmlcmphow

Constant used for DOM Range comparisons.

xmlctx

Context shared for all documents in an XML session.

xmldfsrct

Specifies input types for XmlDiff operations

xmlerr

Numeric error code returned by many functions.

xmlevctx

XML Event context.

xmlhasht

The hash value of an XML tree or sub-tree; also known as a digest.

xmlistream

Generic user-defined input stream.

xmliter

Control structure for DOM2 NodeIterator and TreeWalker.

xmlnodetype

The numeric type code of a node.

xmlostream

Generic user-defined output stream.

xmlpoint

XPointer point location.

xmlrange

Controls structure for DOM2 Range.

xmlsoapbind

Binding for SOAP connections.

xmlsoapcon

SOAP connection object.

xmlsoapctx

Context for SOAP operations.

xmlsoaprole

Role for a SOAP node.

xmlshowbits

Bit flags used to select which node types to show.

xmlurlacc

This is an enumeration of the known access methods for retrieving data from a URL.

xmlurlhdl

This union contains the handle(s) needed to access URL data, be it a stream or stdio pointer, file descriptor(s), and so on.

xmlurlpart

This structure contains the sub-parts of a URL.

xmlxptrloc

XPointer location datatype.

xmlxptrlocset

XPointer location set datatype.

xmlxslobjtype

Type of XSLT object that may be returned.

xmlxslomethod

Type of output produced by the XSLT processor.

xmlxvm

An object of type xmlxvm is used for XML document transformation.

xmlxvmcomp

An object of type xmlxvmcomp is used for compiling XSL stylesheets.

xmlxvmflags

Control flags for the XSLT compiler.

xmlxvmobjtype

Type of XSLTVM object.

xpctx

XPath top-level context.

xpexpr

XPath expression.

xpobj

XPath object.

xsdctx

XMLSchema validator context.

xslctx

XSL top-level context.

xvmobj

XSLVM processor run-time object; contents are private and must not be accessed by users.

oracheck

Checkword for validating data structures.

Definition

typedef ub4 oracheck;

oraerr

Error code: 0 is success, non-0 is failure.

Definition

typedef ub4 oraerr;

oraprop_id

The id of property; if >= 0 it is valid, if < 0, it is invalid.

Definition

typedef sb2 oraprop_id;

oramemctx

Opaque memory context.

Definition

typedef struct oramemctx oramemctx;

oraprop

Property name.

Definition

typedef struct oraprop {
oratext    *name_oraprop;
oraprop_id  id_oraprop;
oraprop_t   type_oraprop;
oraprop_v   value_oraprop;
} oraprop;

oraprop_t

Property value type.

Definition

typedef enum {
ORAPROP_TYPE_BOOLEAN,
ORAPROP_TYPE_SIGNED,
ORAPROP_TYPE_UNSIGNED,
ORAPROP_TYPE_POINTER
} oraprop_t;

oraprop_v

Value: union of storage for all data types.

Definition

typedef union oraprop_v {
boolean b_oraprop_v;
sb4     s_oraprop_v;
ub4     u_oraprop_v;
void   *p_oraprop_v;
} oraprop_v;

orastream

Opaque stream object.

Definition

typedef struct orastream orastream;

orastreamhdl

Storage for file handles.

Definition

typedef union orastreamhdl {
void  *ptr_orastreamhdl;      /* generic pointer stream/file/etc */
struct {
sb4 fd_orastreamhdl;     /* file descriptor(s) [FTP needs all 3!] */
sb4 fd2_orastreamhdl;
sb4 fd3_orastreamhdl;
} fds_lpihdl;
} orastreamhdl;

xmlcmphow

Constant used for DOM Range comparisons.

Definition

typedef enum {
XMLDOM_START_TO_START ,
XMLDOM_START_TO_END   ,
XMLDOM_END_TO_END     ,
XMLDOM_END_TO_START
} xmlcmphow;

xmlctx

Context shared for all documents in an XML session. Contains encoding information, low-level memory allocation function pointers, error message language or encoding and optional handler function, and so on. Required to load (parse) documents and create DOM, generate SAX, and so on.

Definition

struct xmlctx;
typedef struct xmlctx xmlctx;

xmldfoptype

Operation type, represents one or more operations. Used for passing the diff to a custom Operation Buildder (OB) in XmlDiff().

Definition

typedef enum {
XMLDF_OP_NONE, /* Should not be set to non-zero for XMLDF_NUM_OP macro below */
XMLDF_OP_UPDATE,
XMLDF_OP_RENAME,
XMLDF_OP_DELETE,
XMLDF_OP_INSERT_BEFORE,
XMLDF_OP_APPEND
} xmldfoptype;

xmldfsrct

Specifies input types for XmlDiff operations.

Definition

typedef enum {
XMLDF_SRCT_NONE ,    /* default is DOM */
XMLDF_SRCT_DOM,      /* DOM: doc node must be specified */
XMLDF_SRCT_FILE,     /* file name must be specified */
XMLDF_SRCT_URL,      /* URL in compiler encoding */
XMLDF_SRCT_BUFFER,   /* buffer: buffer pointer and length must be specified */
XMLDF_SRCT_FILEP,    /* FILE */
XMLDF_SRCT_OSTREAM,  /* orastream: stream pointer must be specified */
XMLDF_SRCT_DOMNODE   /* DOM node, used with XmlHash() */
} xmldfsrct;

xmlerr

Numeric error code returned by many functions. A zero value indicates success; a nonzero value indicates error.

Definition

typedef enum {
XMLERR_OK              , /* success return */
XMLERR_NULL_PTR        , /* NULL pointer */
XMLERR_NO_MEMORY       , /* out of memory */
XMLERR_HASH_DUP        , /* duplicate entry in hash table */
XMLERR_INTERNAL        ,  /* internal error */
XMLERR_BUFFER_OVERFLOW ,  /* name/quoted string too long */
XMLERR_BAD_CHILD       ,  /* invalid child for parent */
XMLERR_EOI             ,  /* unexpected EndOfInformation */
XMLERR_BAD_MEMCB       ,  /* invalid memory callbacks */
XMLERR_UNICODE_ALIGN   , /* Unicode data misalignment */
XMLERR_NODE_TYPE       , /* wrong node type */
XMLERR_UNCLEAN         , /* context is not clean */
XMLERR_NESTED_STRINGS  , /* internal: nested open str */
XMLERR_PROP_NOT_FOUND  , /* property not found */
XMLERR_SAVE_OVERFLOW   , /* save output overflowed */
XMLERR_NOT_IMP         , /* feature not implemented */
XMLERR_NLS_MISMATCH    , /* specify lxglo/lxd or neither*/
XMLERR_NLS_INIT        , /* error at NLS initialization */
XMLERR_LEH_INIT        , /* error at LEH initialization */
XMLERR_LML_INIT        , /* error at LML initialization */
XMLERR_LPU_INIT          /* error at LPU initialization */
} xmlerr;

xmlevctx

XML Event context.

Definition

typedef  struct {
void *ctx_xmlevctx;       /* implementation specific context */
xmlevdisp disp_xmlevctx;  /* dispatch table */
ub4 checkword_xmlevctx;   /* checkword for integrity check */
ub4 flags_xmlevctx;       /* mode; default: expand_entity */
struct xmlevctx;          /* input xmlevctx; chains the XML Event context */
} xmlevctx;

xmlevtype

The event type for parser pull events.

Definition

typedef enum  xmlevtype {
XML_EVENT_FATAL_ERROR,            /* Fatal Error */
XML_EVENT_BEFORE_START,           /* Before Start Document */
XML_EVENT_START_DOCUMENT,         /* Indicates Start Document */
XML_EVENT_START_DTD,              /* Start DTD */
XML_EVENT_END_DTD,                /* End DTD */
XML_EVENT_NOTATION_DECLARATION,   /* Notation Decl */
XML_EVENT_PE_DECLARATION,         /* PE Decl */
XML_EVENT_UE_DECLARATION,         /* US Decl */
XML_EVENT_ELEMENT_DECLARATION,    /* Element Decl */
XML_EVENT_ATTLIST_DECLARATION,    /* Attribute Decl */
XML_EVENT_START_ELEMENT,          /* Start Element */
XML_EVENT_END_ELEMENT,            /* End Element */
XML_EVENT_CHARACTERS,             /* Characters (text) */
XML_EVENT_CHARACTERS_CONT,        /* Characters Continued */
XML_EVENT_PI,                     /* Processing Instruction */
XML_EVENT_PI_CONT,                /* Processing Instruction Continued */
XML_EVENT_COMMENT,                /* Comment */
XML_EVENT_COMMENT_CONT,           /* Comment Continued */
XML_EVENT_SPACE,                  /* White Space */
XML_EVENT_SPACE_CONT,             /* White Space Continued */
XML_EVENT_ENTITY_REFERENCE,       /* Entity Reference */
XML_EVENT_CDATA,                  /* CDATA */
XML_EVENT_CDATA_CONT,             /* CDATA continued */
XML_EVENT_START_ENTITY,           /* Start Entity */
XML_EVENT_END_ENTITY,             /* End Entity */
XML_EVENT_END_DOCUMENT,           /* End Document */
XML_EVENT_ERROR                   /* Error */
}xmlevtype;

xmlhasht

The hash value of an XML tree or sub-tree; also known as a digest.

If the hash values for two XML trees are equal, the trees are considered equal, to a very high probability; uses the MD5 algorithm.

Definition

struct xmlhasht {
ub4  l_xmlhasht;   /* lenght of digest in bytes */
ub1  d_xmlhasht[XMLDF_DIGEST_MAX];   /* the digest */
};
typedef struct xmlhasht xmlhasht;

xmlistream

Generic user-defined input stream. The three function pointers are required (but may be stubs). The context pointer is entirely user-defined; point it to whatever state information is required to manage the stream; it will be passed as first argument to the user functions.

Definition

typedef struct xmlistream {
XML_STREAM_OPEN_F(
(*open_xmlistream),
xctx,
sctx,
path,
parts,
length);
XML_STREAM_READ_F(
(*read_xmlistream),
xctx,
sctx,
path,
dest,
size,
nraw, eoi);
XML_STREAM_CLOSE_F(
(*close_xmlistream),
xctx,
sctx);
void *ctx_xmlistream;                         /* user's stream context */
} xmlistream;

xmliter

Control structure for DOM 2 NodeIterator and TreeWalker.

Definition

struct xmliter {
xmlnode *root_xmliter;   /* root node of the iteration space */
xmlnode *cur_xmliter;    /* current position iterator ref node */
ub4      show_xmliter;   /* node filter mask */
void    *filt_xmliter;   /* node filter function */
boolean  attach_xmliter; /* is iterator valid? */
boolean  expan_xmliter;  /* are external entities expanded? */
boolean  before_xmliter; /* iter position before ref node? */
};
typedef struct xmliter xmliter;
typedef struct xmliter xmlwalk;

xmlnodetype

The numeric type code of a node. 0 means invalid, 1-13 are the standard numberings from DOM 1.0, and higher numbers are for internal use only.

Definition

typedef enum {
XMLDOM_NONE     , /* bogus node */
XMLDOM_ELEM     , /* element */
XMLDOM_ATTR     , /* attribute */
XMLDOM_TEXT     , /* char data not escaped by CDATA */
XMLDOM_CDATA    , /* char data escaped by CDATA */
XMLDOM_ENTREF   , /* entity reference */
XMLDOM_ENTITY   , /* entity */
XMLDOM_PI       , /* <?processing instructions?> */
XMLDOM_COMMENT  , /* <!-- Comments --> */
XMLDOM_DOC      , /* Document */
XMLDOM_DTD      , /* DTD */
XMLDOM_FRAG     , /* Document fragment */
XMLDOM_NOTATION , /* notation */

/* Oracle extensions from here on */
XMLDOM_ELEMDECL , /* DTD element declaration */
XMLDOM_ATTRDECL , /* DTD attribute declaration */

/* Content Particles (nodes in element's Content Model) */
XMLDOM_CPELEM   , /* element */
XMLDOM_CPCHOICE , /* choice (a|b) */
XMLDOM_CPSEQ    , /* sequence (a,b) */
XMLDOM_CPPCDATA , /* #PCDATA */
XMLDOM_CPSTAR   , /* '*' (zero or more) */
XMLDOM_CPPLUS   , /* '+' (one or more) */
XMLDOM_CPOPT    , /* '?' (optional) */
XMLDOM_CPEND      /* end marker */
} xmlnodetype;

xmlostream

Generic user-defined output stream. The three function pointers are required (but may be stubs). The context pointer is entirely user-defined; point it to whatever state information is required to manage the stream; it will be passed as first argument to the user functions.

Definition

typedef struct xmlostream {
XML_STREAM_OPEN_F(
(*open_xmlostream),
xctx,
sctx,
path,
parts,
length);
XML_STREAM_WRITE_F(
(*write_xmlostream),
xctx,
sctx,
path,
src,
size);
XML_STREAM_CLOSE_F(
(*close_xmlostream),
xctx,
sctx);
void *ctx_xmlostream;        /* user's stream context */
} xmlostream;

xmlpoint

XPointer point location.

Definition

typedef struct xmlpoint xmlpoint;

xmlrange

Control structure for DOM 2 Range.

Definition

typedef struct xmlrange {
xmlnode *startnode_xmlrange;  /* start point container */
ub4      startofst_xmlrange;  /* start point index */
xmlnode *endnode_xmlrange;    /* end point container */
ub4      endofst_xmlrange;    /* end point index */
xmlnode *doc_xmlrange;        /* document node */
xmlnode *root_xmlrange;       /* root node of the range */
boolean  collapsed_xmlrange;  /* is range collapsed? */
boolean  detached_xmlrange;   /* range invalid, invalidated?*/
} xmlrange;

xmlsoapbind

Binding for SOAP connections. SOAP does not dictate the binding (transport) used for conveying messages; however the HTTP protocol is well-defined and currently the only choice.

Definition

typedef enum xmlsoapbind {
XMLSOAP_BIND_NONE ,  /* none */
XMLSOAP_BIND_HTTP    /* HTTP */ } xmlsoapbind;

xmlsoapcon

SOAP connection object. Each distinct connection requires an instance of this type, which contains binding and endpoint information.

Definition

typedef struct xmlsoapcon xmlsoapcon;

xmlsoapctx

Context for SOAP operations. Only a single context is needed and it can be shared by several SOAP messages.

Definition

typedef struct xmlsoapctx xmlsoapctx;

xmlsoaprole

Role for a SOAP node.

Definition

typedef enum xmlsoaprole {
XMLSOAP_ROLE_UNSET,   /* not specified */
XMLSOAP_ROLE_NONE,    /* "none" */
XMLSOAP_ROLE_NEXT,    /* "next" */
XMLSOAP_ROLE_ULT,     /* "ultimateReceiver" */
XMLSOAP_ROLE_OTHER    /* other - user defined */
} xmlsoaprole;

xmlshowbits

Bit flags used to select which nodes types to show.

Definition

typedef ub4 xmlshowbits;
#define XMLDOM_SHOW_ALL        ~(ub4)0
#define XMLDOM_SHOW_BIT(ntype) ((ub4)1 << (ntype))
#define XMLDOM_SHOW_ELEM       XMLDOM_SHOW_BIT(XMLDOM_ELEM)
#define XMLDOM_SHOW_ATTR       XMLDOM_SHOW_BIT(XMLDOM_ATTR)
#define XMLDOM_SHOW_TEXT       XMLDOM_SHOW_BIT(XMLDOM_TEXT)
#define XMLDOM_SHOW_CDATA      XMLDOM_SHOW_BIT(XMLDOM_CDATA)
#define XMLDOM_SHOW_ENTREF     XMLDOM_SHOW_BIT(XMLDOM_ENTREF)
#define XMLDOM_SHOW_ENTITY     XMLDOM_SHOW_BIT(XMLDOM_ENTITY)
#define XMLDOM_SHOW_PI         XMLDOM_SHOW_BIT(XMLDOM_PI)
#define XMLDOM_SHOW_COMMENT    XMLDOM_SHOW_BIT(XMLDOM_COMMENT)
#define XMLDOM_SHOW_DOC        XMLDOM_SHOW_BIT(XMLDOM_DOC)
#define XMLDOM_SHOW_DTD        XMLDOM_SHOW_BIT(XMLDOM_DTD)
#define XMLDOM_SHOW_FRAG       XMLDOM_SHOW_BIT(XMLDOM_FRAG)
#define XMLDOM_SHOW_NOTATION   XMLDOM_SHOW_BIT(XMLDOM_NOTATION)
#define XMLDOM_SHOW_DOC_TYPE   XMLDOM_SHOW_BIT(XMLDOM_DOC_TYPE)

xmlurlacc

This is an enumeration of the known access methods for retrieving data from a URL. Open/read/close functions may be plugged in to override the default behavior.

Definition

typedef enum {
XML_ACCESS_NONE    , /* not specified */
XML_ACCESS_UNKNOWN , /* specified but unknown */
XML_ACCESS_FILE    , /* filesystem access */
XML_ACCESS_HTTP    , /* HTTP */
XML_ACCESS_FTP     , /* FTP */
XML_ACCESS_GOPHER  , /* Gopher */
XML_ACCESS_ORADB   , /* Oracle DB */
XML_ACCESS_STREAM    /* user-defined stream */
} xmlurlacc;

xmlurlhdl

This union contains the handle(s) needed to access URL data, be it a stream or stdio pointer, file descriptor(s), and so on.

Definition

typedef union xmlurlhdl {
void  *ptr_xmlurlhdl;  /* generic stream/file/... handle */
struct {
sb4 fd1_xmlurlhdl; /* file descriptor(s) [FTP needs all 3!] */
sb4 fd2_xmlurlhdl;
sb4 fd3_xmlurlhdl;
} fds_lpihdl;
} xmlurlhdl;

xmlurlpart

This structure contains the sub-parts of a URL. The original URL is parsed and the pieces copies (NULL-terminated) to a working buffer, then this structure is filled in to point to the parts. Given URL http://user:pwd@baz.com:8080/pub/baz.html;quux=1?huh#fraggy, the example component part from this URL will be shown.

Definition

typedef struct xmlurlpart {
xmlurlacc access_xmlurlpart;   /* access method code, XMLACCESS_HTTP */
oratext   *accbuf_xmlurlpart;  /* access method name: "http" */
oratext   *host_xmlurlpart;    /* hostname:         "baz.com" */
oratext   *dir_xmlurlpart;     /* directory:        "pub" */
oratext   *file_xmlurlpart;    /* filename:         "baz.html" */
oratext   *uid_xmlurlpart;     /* userid/username:  "user" */
oratext   *passwd_xmlurlpart;  /* password:         "pwd" */
oratext   *port_xmlurlpart;    /* port (as string): "8080" */
oratext   *frag_xmlurlpart;    /* fragment:         "fraggy" */
oratext   *query_xmlurlpart;   /* query:            "huh" */
oratext   *param_xmlurlpart;   /* parameter:        "quux=1" */
ub2        portnum_xmlurlpart; /* port (as number): 8080 */
ub1        abs_xmlurlpart;     /* absolute path?     TRUE */
} xmlurlpart;

xmlxptrloc

XPointer location data type.

Definition

typedef struct xmlxptrloc xmlxptrloc;

xmlxptrlocset

XPointer location set data type.

Definition

typedef struct xmlxptrlocset xmlxptrlocset;

xmlxslobjtype

Type of XSLT object that may be returned.

Definition

typedef enum xmlxslobjtype {
XMLXSL_TYPE_UNKNOWN , /* Not a defined type */
XMLXSL_TYPE_NDSET   , /* Node-set */
XMLXSL_TYPE_BOOL    , /* Boolean value */
XMLXSL_TYPE_NUM     , /* Numeric value (double) */
XMLXSL_TYPE_STR     , /* String */
XMLXSL_TYPE_FRAG      /* Document Fragment */
} xmlxslobjtype;

xmlxslomethod

Type of output to be produced by the XSLT processor.

Definition

typedef enum xmlxslomethod {
XMLXSL_OUTPUT_UNKNOWN , /* Not defined */
XMLXSL_OUTPUT_XML     , /* Produce a Document Fragment */
XMLXSL_OUTPUT_STREAM  , /* Stream out formatted result */
XMLXSL_OUTPUT_HTML      /* Stream out HTML formatted result */
} xmlxslomethod;

xmlxvm

An object of type xmlxvm is used for XML documents transformation. The contents of xmlxvm are private and must not be accessed by users.

Definition

struct xmlxvm;
typedef struct xmlxvm xmlxvm;

xmlxvmcomp

An object of type xmlxvmcomp is used for compiling XSL stylesheets. The contents of xmlxvmcomp are private and must not be accessed by users.

Definition

struct xmlxvmcomp;
typedef struct xmlxvmcomp xmlxvmcomp;

xmlxvmflags

Control flags for the XSLT compiler.

- XMLXVM_DEBUG forces compiler to insert debug information into the bytecode.

- XMLXVM_STRIPSPACE forces the same behavior as xsl:strip-space elements="*"

Definition

typedef ub4 xmlxvmflag;
#define XMLXVM_NOFLAG
#define XMLXVM_DEBUG      /* insert debug info into bytecode */
#define XMLXVM_STRIPSPACE /* same as xsl:strip-space elements="*" */

xmlxvmobjtype

Type of XSLTVM object.

Definition

typedef enum xmlxvmobjtype {
XMLXVM_TYPE_UNKNOWN ,
XMLXVM_TYPE_NDSET   ,
XMLXVM_TYPE_BOOL    ,
XMLXVM_TYPE_NUM     ,
XMLXVM_TYPE_STR     ,
XMLXVM_TYPE_FRAG
} xmlxvmobjtype;

xpctx

XPath top-level context.

Definition

struct xpctx;
typedef struct xpctx xpctx;

xpexpr

XPath expression.

Definition

struct xpexpr;
typedef struct xpexpr xpexpr;

xpobj

Xpath object.

Definition

struct xpobj;typedef struct xpobj xpobj;

xsdctx

XML Schema validator context, created by XmlSchemaCreate and passed to most Schema functions.

Definition

# define XSDCTX_DEFINED
struct xsdctx; typedef struct xsdctx xsdctx;

xslctx

XSL top-level context.

Definition

struct xslctx;
typedef struct xslctx xslctx;

xvmobj

XSLVM processor run-time object; content is private and must not be accessed by users.

Definition

struct xvmobj;
typedef struct xvmobj xvmobj;

2 Package Callback APIs for C

This package defines macros which declare functions (or function pointers) for XML callbacks. Callbacks are used for error-message handling, memory allocation and freeing, and stream operations.

This chapter contains the following section:

- Callback Methods

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

Callback Methods

Table 2-1 summarizes the methods available through the Callback interface.

Table 2-1 Summary of Callback Methods

Function

Summary

XML_ACCESS_CLOSE_F()

User-defined access method close callback.

XML_ACCESS_OPEN_F()

User-defined access method open callback.

XML_ACCESS_READ_F()

User-defined access method read callback.

XML_ALLOC_F()

Low-level memory allocation.

XML_ERRMSG_F()

Handles error message.

XML_FREE_F()

Low-level memory freeing.

XML_STREAM_CLOSE_F()

User-defined stream close callback.

XML_STREAM_OPEN_F()

User-defined stream open callback.

XML_STREAM_READ_F()

User-defined stream read callback.

XML_STREAM_WRITE_F()

User-defined stream write callback.

XML_ACCESS_CLOSE_F()

This macro defines a prototype for the close function callback used to access a URL.

Syntax

#define XML_ACCESS_CLOSE_F(func, ctx, uh)
xmlerr func(
void *ctx,
xmlurlhdl *uh);

Parameter

In/Out

Description

ctx

IN

user-defined context

uh

IN

URL handle(s)

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XML_ACCESS_OPEN_F(), XML_ACCESS_READ_F()

XML_ACCESS_OPEN_F()

This macro defines a prototype for the open function callback used to access a URL.

Syntax

#define XML_ACCESS_OPEN_F(func, ctx, uri, parts, length, uh)
xmlerr func(
void *ctx,
oratext *uri,
xmlurlpart *parts,
ubig_ora *length,
xmlurlhdl *uh);

Parameter

In/Out

Description

ctx

IN

user-defined context

uri

IN

URI to be opened

parts

IN

URI broken into components

length

OUT

total length of input data if known, 0 otherwise

uh

IN

URL handle(s)

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XML_ACCESS_CLOSE_F(), XML_ACCESS_READ_F()

XML_ACCESS_READ_F()

This macro defines a prototype for the read function callback used to access a URL.

Syntax

#define XML_ACCESS_READ_F(func, ctx, uh, data, nraw, eoi)
xmlerr func(
void *ctx,
xmlurlhdl *uh,
oratext **data,
ubig_ora *nraw,
ub1 *eoi);

Parameter

In/Out

Description

ctx

IN

user-defined context

uh

IN

URL handle(s)

data

IN/OUT

recipient data buffer; reset to start of data

nraw

OUT

number of real data bytes read

eoi

OUT

signal to end of information; last chunk

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XML_ACCESS_OPEN_F(), XML_ACCESS_CLOSE_F()

XML_ALLOC_F()

This macro defines a prototype for the low-level memory alloc function provided by the user. If no allocator is provided, malloc is used. Memory should not be zeroed by this function. Matches XML_FREE_F().

Syntax

#define XML_ALLOC_F(func, mctx, size)
void *func(
void *mctx,
size_t size);

Parameter

In/Out

Description

mctx

IN

low-level memory context

size

IN

number of bytes to allocated

Returns

(void *) allocated memory

See Also:

XML_FREE_F()

XML_ERRMSG_F()

This macro defines a prototype for the error message handling function. If no error message callback is provided at XML initialization time, errors will be printed to stderr. If a handler is provided, it will be invoked instead of printing to stderr.

Syntax

#define XML_ERRMSG_F(func, ectx, msg, err)
void func(
void *ectx,
oratext *msg,
xmlerr err);

Parameter

In/Out

Description

ectx

IN

error message context

msg

IN

text of error message

err

IN

numeric error code

See Also:

XmlCreate() in Chapter 11, "Package XML APIs for C"

XML_FREE_F()

This macro defines a prototype for the low-level memory free function provided by the user. If no allocator is provided, free() is used. Matches XML_ALLOC_F().

Syntax

#define XML_FREE_F(func, mctx, ptr)
void func(
void *mctx,
void *ptr);

Parameter

In/Out

Description

mctx

IN

low-level memory context

ptr

IN

memory to be freed

XML_STREAM_CLOSE_F()

This macro defines a prototype for the close function callback, called to close an open source and free its resources.

Syntax

#define XML_STREAM_CLOSE_F(func, xctx, sctx)
void func(
xmlctx *xctx,
void *sctx);

Parameter

In/Out

Description

xctx

IN

XML context

sctx

IN

user-defined stream context

See Also:

XML_STREAM_OPEN_F(), XML_STREAM_READ_F(), XML_STREAM_WRITE_F()

XML_STREAM_OPEN_F()

This macro defines a prototype for the open function callback, which is called once to open the input source. This function should return XMLERR_OK on success.

Syntax

#define XML_STREAM_OPEN_F(func, xctx, sctx, path, parts, length)
xmlerr func(
xmlctx *xctx,
void *sctx,
oratext *path,
void *parts,
ubig_ora *length);

Parameter

In/Out

Description

xctx

IN

XML context

sctx

IN

user-defined stream context

path

IN

full path of the URI to be opened

parts

IN

URI broken down into components (opaque pointer)

length

(OUT)

total length of input data if known, 0 if not known

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XML_STREAM_CLOSE_F(), XML_STREAM_READ_F(), XML_STREAM_WRITE_F()

XML_STREAM_READ_F()

This macro defines a prototype for the read function callback, called to read data from an open source into a buffer, returning the number of bytes read (< 0 on error). The eoi flag determines if this is the final block of data.

On EOI, the close function will be called automatically.

Syntax

#define XML_STREAM_READ_F(func, xctx, sctx, path, dest, size, nraw, eoi)
xmlerr func(
xmlctx *xctx,
void *sctx,
oratext *path,
oratext *dest,
size_t size,
sbig_ora *nraw,
boolean *eoi);

Parameter

In/Out

Description

xctx

IN

XML context

sctx

IN

user-defined stream context

path

IN

full URI of the open source (for error messages)

dest

(OUT)

destination buffer to read data into

size

IN

size of destination buffer

nraw

(OUT)

number of bytes read

eoi

(OUT)

signal to end of information; last chunk

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XML_STREAM_OPEN_F(), XML_STREAM_CLOSE_F(), XML_STREAM_WRITE_F()

XML_STREAM_WRITE_F()

This macro defines a prototype for the write function callback, called to write data to a user-defined stream.

Syntax

#define XML_STREAM_WRITE_F(func, xctx, sctx, path, src, size)
xmlerr func(
xmlctx *xctx,
void *sctx,
oratext *path,
oratext *src,
size_t size);

Parameter

In/Out

Description

xctx

IN

XML context

sctx

IN

user-defined stream context

path

IN

full URI of the open source (for error messages)

src

IN

source buffer to read data from

size

IN

size of source in bytes

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XML_STREAM_OPEN_F(), XML_STREAM_CLOSE_F(), XML_STREAM_READ_F()

3 Package DOM APIs for C

This implementation follows REC-DOM-Level-1-19981001. Because the DOM standard is object-oriented, some changes were made for C language adaptation.

- Reused function names have to be expanded; getValue in the Attr interface has the unique name XmlDomGetAttrValue that matches the pattern established by DOM 2's getNodeValue.

- Functions were added to extend the DOM beyond the standard; one example is XmlDomNumChildNodes, which returns the number of children of a node.

This chapter contains the following sections:

- Attr Interface

- CharacterData Interface

- Document Interface

- DocumentType Interface

- Element Interface

- Entity Interface

- NamedNodeMap Interface

- Node Interface

- NodeList Interface

- Notation Interface

- ProcessingInstruction Interface

- Text Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

Attr Interface

Table 3-1 summarizes the methods available through the Attr interface.

Table 3-1 Summary of Attr Methods; DOM Package

Function

Summary

XmlDomGetAttrLocal()

Returns an attribute's namespace local name as NULL-terminated string.

XmlDomGetAttrLocalLen()

Returns an attribute's namespace local name as length-encoded string.

XmlDomGetAttrName()

Return attribute's name as NULL-terminated string.

XmlDomGetAttrNameLen()

Return attribute's name as length-encoded string.

XmlDomGetAttrPrefix()

Returns an attribute's namespace prefix.

XmlDomGetAttrSpecified()

Return flag that indicates whether an attribute was explicitly created.

XmlDomGetAttrURI()

Returns an attribute's namespace URI as NULL-terminated string.

XmlDomGetAttrURILen()

Returns an attribute's namespace URI as length-encoded string.

XmlDomGetAttrValue()

Return attribute's value as NULL-terminated string.

XmlDomGetAttrValueLen()

Return attribute's value as length-encoded string.

XmlDomGetAttrValueStream()

Get attribute value stream-style,i.e.chunked.

XmlDomGetOwnerElem()

Return an attribute's "owning" element.

XmlDomSetAttrValue()

Set an attribute's value.

XmlDomSetAttrValueStream()

Sets an attribute value stream style (chunked).

XmlDomGetAttrLocal()

Returns an attribute's namespace local name (in the data encoding). If the attribute's name is not fully qualified (has no prefix), then the local name is the same as the name.

A length-encoded version is available as XmlDomGetAttrURILen which returns the local name as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetAttrLocal(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(oratext *) attribute's local name [data encoding]

See Also:

XmlDomGetAttrLocalLen(), XmlDomGetAttrName(), XmlDomGetAttrURI(), XmlDomGetAttrPrefix()

XmlDomGetAttrLocalLen()

Returns an attribute's namespace local name (in the data encoding). If the attribute's name is not fully qualified (has no prefix), then the local name is the same as the name.

A NULL-terminated version is available as XmlDomGetAttrLocal which returns the local name as NULL-terminated string. If the backing store is known to be XMLType, then the attribute's data will be stored internally as length-encoded. Using the length-based GetXXX functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetAttrLocalLen(
xmlctx *xctx,
xmlattrnode *attr,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of local name, in characters

Returns

(oratext *) Attr's local name [data encoding]

See Also:

XmlDomGetAttrLocal(), XmlDomGetAttrName(), XmlDomGetAttrURI(), XmlDomGetAttrPrefix()

XmlDomGetAttrName()

Returns the fully-qualified name of an attribute (in the data encoding) as a NULL-terminated string, for example bar\0 or foo:bar\0.

A length-encoded version is available as XmlDomGetAttrNameLen which returns the attribute name as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetAttrName(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(oratext *) name of attribute [data encoding]

See Also:

XmlDomGetAttrNameLen(), XmlDomGetAttrURI(), XmlDomGetAttrPrefix(), XmlDomGetAttrLocal()

XmlDomGetAttrNameLen()

Returns the fully-qualified name of an attribute (in the data encoding) as a length-encoded string, for example ("bar", 3) or ("foo:bar", 7).

A NULL-terminated version is available as XmlDomGetAttrName which returns the attribute name as NULL-terminated string. If the backing store is known to be XMLType, then the attribute's data will be stored internally as length-encoded. Using the length-based GetXXX() functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetAttrNameLen(
xmlctx *xctx,
xmlattrnode *attr,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of local name, in characters

Returns

(oratext *) name of attribute [data encoding]

See Also:

XmlDomGetAttrName(), XmlDomGetAttrURI(), XmlDomGetAttrPrefix(), XmlDomGetAttrLocal()

XmlDomGetAttrPrefix()

Returns an attribute's namespace prefix (in the data encoding). If the attribute's name is not fully qualified (has no prefix), NULL is returned.

Syntax

oratext* XmlDomGetAttrPrefix(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(oratext *) attribute's namespace prefix [data encoding] or NULL

See Also:

XmlDomGetAttrName(), XmlDomGetAttrURI(), XmlDomGetAttrLocal()

XmlDomGetAttrSpecified()

Return the 'specified' flag for an attribute. If the attribute was explicitly given a value in the original document, this is TRUE; otherwise, it is FALSE. If the node is not an attribute, returns FALSE. If the user sets an attribute's value through DOM, its specified flag will be TRUE. To return an attribute to its default value (if it has one), the attribute should be deleted; it will then be re-created automatically with the default value (and specified will be FALSE).

Syntax

boolean XmlDomGetAttrSpecified(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(boolean) attribute's "specified" flag

See Also:

XmlDomSetAttrValue()

XmlDomGetAttrURI()

Returns an attribute's namespace URI (in the data encoding). If the attribute's name is not qualified (does not contain a namespace prefix), it will have the default namespace in effect when the node was created (which may be NULL).

A length-encoded version is available as XmlDomGetAttrURILen which returns the URI as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetAttrURI(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(oratext *) attribute's namespace URI [data encoding] or NULL

See Also:

XmlDomGetAttrURILen(), XmlDomGetAttrPrefix(), XmlDomGetAttrLocal()

XmlDomGetAttrURILen()

Returns an attribute's namespace URI (in the data encoding) as length-encoded string. If the attribute's name is not qualified (does not contain a namespace prefix), it will have the default namespace in effect when the node was created (which may be NULL).

A NULL-terminated version is available as XmlDomGetAttrURI which returns the URI as NULL-terminated string. If the backing store is known to be XMLType, then the attribute's data will be stored internally as length-encoded. Using the length-based Get functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetAttrURILen(
xmlctx *xctx,
xmlattrnode *attr,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of URI, in characters

Returns

(oratext *) attribute's namespace URI [data encoding] or NULL

See Also:

XmlDomGetAttrURI(), XmlDomGetAttrPrefix(), XmlDomGetAttrLocal()

XmlDomGetAttrValue()

Returns the "value" (character data) of an attribute (in the data encoding) as NULL-terminated string. Character and general entities will have been replaced.

A length-encoded version is available as XmlDomGetAttrValueLen which returns the attribute value as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetAttrValue(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(oratext *) attribute's value

See Also:

XmlDomGetAttrValueLen(), XmlDomSetAttrValue()

XmlDomGetAttrValueLen()

Returns the "value" (character data) of an attribute (in the data encoding) as length-encoded string. Character and general entities will have been replaced.

A NULL-terminated version is available as XmlDomGetAttrValue which returns the attribute value as NULL-terminated string. If the backing store is known to be XMLType, then the attribute's data will be stored internally as length-encoded. Using the length-based GetXXX() functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetAttrValueLen(
xmlctx *xctx,
xmlattrnode *attr,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of attribute's value, in characters

Returns

(oratext *) attribute's value

See Also:

XmlDomGetAttrValue(), XmlDomSetAttrValue()

XmlDomGetAttrValueStream()

Returns the large "value" (associated character data) for an attribute and sends it in pieces to the user's output stream. For very large values, it is not always possible to store them [efficiently] as a single contiguous chunk. This function is used to access chunked data of that type.

Syntax

xmlerr XmlDomGetAttrValueStream(
xmlctx *xctx,
xmlnode *attr,
xmlostream *ostream);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

ostream

IN

output stream object

Returns

(xmlerr) numeric error code, 0 on success

XmlDomGetOwnerElem()

Returns the Element node associated with an attribute. Each attr either belongs to an element (one and only one), or is detached and not yet part of the DOM tree. In the former case, the element node is returned; if the attr is unassigned, NULL is returned.

Syntax

xmlelemnode* XmlDomGetOwnerElem(
xmlctx *xctx,
xmlattrnode *attr);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

Returns

(xmlelemnode *) attribute's element node [or NULL]

See Also:

XmlDomGetOwnerDocument()

XmlDomSetAttrValue()

Sets the given attribute's value to data. If the node is not an attribute, does nothing. Note that the new value must be in the data encoding! It is not verified, converted, or checked. The attribute's specified flag will be TRUE after setting a new value.

Syntax

void XmlDomSetAttrValue(
xmlctx *xctx,
xmlattrnode *attr,
oratext *value);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

value

IN

new value of attribute; data encoding

See Also:

XmlDomGetAttrValue()

XmlDomSetAttrValueStream()

Sets the large "value" (associated character data) for an attribute piecemeal from an input stream. For very large values, it is not always possible to store them efficiently as a single contiguous chunk. This function is used to access chunked data of that type.

Syntax

xmlerr XmlDomSetAttrValueStream(
xmlctx *xctx,
xmlnode *attr,
xmlistream *istream);

Parameter

In/Out

Description

xctx

IN

XML context

attr

IN

attribute node

isream

IN

input stream

Returns

(xmlerr) numeric error code, 0 on success

CharacterData Interface

Table 3-2 summarizes the methods available through the CharacterData interface.

Table 3-2 Summary of CharacterData Method; DOM Package

Function

Summary

XmlDomAppendData()

Append data to end of node's current data.

XmlDomDeleteData()

Remove part of node's data.

XmlDomGetCharData()

Return data for node.

XmlDomGetCharDataLength()

Return length of data for node.

XmlDomInsertData()

Insert string into node's current data.

XmlDomReplaceData()

Replace part of node's data.

XmlDomSetCharData()

Set data for node.

XmlDomSubstringData()

Return substring of node's data.

XmlDomAppendData()

Append a string to the end of a CharacterData node's data. If the node is not Text, Comment or CDATA, or if the string to append is NULL, does nothing. The appended data should be in the data encoding. It will not be verified, converted, or checked.

The new node data will be allocated and managed by DOM, but if the previous node value was allocated and manager by the user, they are responsible for freeing it, which is why it is returned.

Syntax

void XmlDomAppendData(
xmlctx *xctx,
xmlnode *node,
oratext *data,
oratext **old);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node

data

IN

data to append; data encoding

old

OUT

previous data for node; data encoding

See Also:

XmlDomGetCharData(), XmlDomInsertData(), XmlDomDeleteData(), XmlDomReplaceData(), XmlDomSplitText()

XmlDomDeleteData()

Remove a range of characters from a CharacterData node's data. If the node is not text, comment or CDATA, or if the offset is outside of the original data, does nothing. The offset is zero-based, so offset zero refers to the start of the data. Both offset and count are in characters, not bytes. If the sum of offset and count exceeds the data length then all characters from offset to the end of the data are deleted.

The new node data will be allocated and managed by DOM, but if the previous node value was allocated and managed by the user, they are responsible for freeing it, which is why it is returned.

Syntax

void XmlDomDeleteData(
xmlctx *xctx,
xmlnode *node,
ub4 offset,
ub4 count,
oratext **old);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node

offset

IN

character offset where to start removing

count

IN

number of characters to delete

old

OUT

previous data for node; data encoding

See Also:

XmlDomGetCharData(), XmlDomAppendData(), XmlDomInsertData(), XmlDomReplaceData(), XmlDomSplitText()

XmlDomGetCharData()

Returns the data for a CharacterData node (type text, comment or CDATA) in the data encoding. For other node types, or if there is no data, returns NULL.

Syntax

oratext* XmlDomGetCharData(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node; Text, Comment or CDATA

Returns

(oratext *) character data of node [data encoding]

See Also:

XmlDomSetCharData(), XmlDomCreateText(), XmlDomCreateComment(), XmlDomCreateCDATA()

XmlDomGetCharDataLength()

Returns the length of the data for a CharacterData node, type Text, Comment or CDATA) in characters, not bytes. For other node types, returns 0.

Syntax

ub4 XmlDomGetCharDataLength(
xmlctx *xctx,
xmlnode *cdata);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node; Text, Comment or CDATA

Returns

(ub4) length in characters, not bytes, of node's data

See Also:

XmlDomGetCharData()

XmlDomInsertData()

Insert a string into a CharacterData node's data at the specified position. If the node is not Text, Comment or CDATA, or if the data to be inserted is NULL, or the offset is outside the original data, does nothing. The inserted data must be in the data encoding. It will not be verified, converted, or checked. The offset is specified as characters, not bytes. The offset is zero-based, so inserting at offset zero prepends the data.

The new node data will be allocated and managed by DOM, but if the previous node value was allocated and managed by the user, they are responsible for freeing it (which is why it's returned).

Syntax

void XmlDomInsertData(
xmlctx *xctx,
xmlnode *node,
ub4 offset,
oratext *arg,
oratext **old);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node; Text, Comment, or CDATA

offset

IN

character offset where to start inserting

arg

IN

data to insert

old

OUT

previous data for node; data encoding

See Also:

XmlDomGetCharData(), XmlDomAppendData(), XmlDomDeleteData(), XmlDomReplaceData(), XmlDomSplitText()

XmlDomReplaceData()

Replaces a range of characters in a CharacterData node's data with a new string. If the node is not text, comment or CDATA, or if the offset is outside of the original data, or if the replacement string is NULL, does nothing. If the count is zero, acts just as XmlDomInsertData. The offset is zero-based, so offset zero refers to the start of the data. The replacement data must be in the data encoding. It will not be verified, converted, or checked. The offset and count are both in characters, not bytes. If the sum of offset and count exceeds length, then all characters to the end of the data are replaced.

The new node data will be allocated and managed by DOM, but if the previous node value was allocated and managed by the user, they are responsible for freeing it, which is why it is returned.

Syntax

void XmlDomReplaceData(
xmlctx *xctx,
xmlnode *node,
ub4 offset,
ub4 count,
oratext *arg,
oratext **old);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node; Text, Comment, or CDATA

offset

IN

character offset where to start replacing

count

IN

number of characters to replace

arg

IN

replacement substring; data encoding

old

OUT

previous data for node; data encoding

See Also:

XmlDomGetCharData(), XmlDomAppendData(), XmlDomInsertData(), XmlDomDeleteData(), XmlDomSplitText()

XmlDomSetCharData()

Sets data for a CharacterData node (type text, comment or CDATA), replacing the old data. For other node types, does nothing. The new data is not verified, converted, or checked; it should be in the data encoding.

Syntax

void XmlDomSetCharData(
xmlctx *xctx,
xmlnode *node,
oratext *data);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node; Text, Comment, or CDATA

data

IN

new data for node

See Also:

XmlDomGetCharData()

XmlDomSubstringData()

Returns a range of character data from a CharacterData node, type Text, Comment or CDATA. For other node types, or if count is zero, returns NULL. Since the data is in the data encoding, offset and count are in characters, not bytes. The beginning of the string is offset 0. If the sum of offset and count exceeds the length, then all characters to the end of the data are returned.

The substring is permanently allocated in the node's document's memory pool. To free the substring, use XmlDomFreeString.

Syntax

oratext* XmlDomSubstringData(
xmlctx *xctx,
xmlnode *node,
ub4 offset,
ub4 count);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

CharacterData node; Text, Comment, or CDATA

offset

IN

character offset where to start extraction of substring

count

IN

number of characters to extract

Returns

(oratext *) specified substring.

See Also:

XmlDomAppendData(), XmlDomInsertData(), XmlDomDeleteData(), XmlDomReplaceData(), XmlDomSplitText(), XmlDomFreeString()

Document Interface

Table 3-3 summarizes the methods available through the Document interface.

Table 3-3 Summary of Document Methods; DOM Package

Function

Summary

XmlDomCreateAttr()

Create attribute node.

XmlDomCreateAttrNS()

Create attribute node with namespace information.

XmlDomCreateCDATA()

Create CDATA node.

XmlDomCreateComment()

Create comment node.

XmlDomCreateElem()

Create an element node.

XmlDomCreateElemNS()

Create an element node with namespace information.

XmlDomCreateEntityRef()

Create entity reference node.

XmlDomCreateFragment()

Create a document fragment.

XmlDomCreatePI()

Create PI node.

XmlDomCreateText()

Create text node.

XmlDomFreeString()

Frees a string allocate by XmlDomSubstringData, and others.

XmlDomGetBaseURI()

Returns the base URI for a document.

XmlDomGetDTD()

Get DTD for document.

XmlDomGetDecl()

Returns a document's XMLDecl information.

XmlDomGetDocElem()

Get top-level element for document.

XmlDomGetDocElemByID()

Get document element given ID.

XmlDomGetDocElemsByTag()

Obtain document elements.

XmlDomGetDocElemsByTagNS()

Obtain document elements (namespace aware version).

XmlDomGetLastError()

Return last error code for document.

XmlDomGetSchema()

Returns URI of schema associated with document.

XmlDomImportNode()

Import a node from another DOM.

XmlDomIsSchemaBased()

Indicate whether a schema is associated with a document.

XmlDomSaveString()

Saves a string permanently in a document's memory pool.

XmlDomSaveString2()

Saves a Unicode string permanently in a document's memory pool.

XmlDomSetDTD()

Sets DTD for document.

XmlDomSetDocOrder()

Set document order for all nodes.

XmlDomSetLastError()

Sets last error code for document.

XmlDomSync()

Synchronizes the persistent version of a document with its DOM.

XmlDomCreateAttr()

Creates an attribute node with the given name and value (in the data encoding). Note this function differs from the DOM specification, which does not allow the initial value of the attribute to be set (see XmlDomSetAttrValue). The name is required, but the value may be NULL; neither is verified, converted, or checked.

This is the non-namespace aware function (see XmlDomCreateAttrNS): the new attribute will have NULL namespace URI and prefix, and its local name will be the same as its name, even if the name specified is a qualified name.

If given an initial value, the attribute's specified flag will be TRUE.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild, and so on.

See XmlDomSetAttr which creates and adds an attribute in a single operation.

The name and value are not copied, their pointers are just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlattrnode* XmlDomCreateAttr(
xmlctx *xctx,
xmldocnode *doc,
oratext *name,
oratext *value);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

name

IN

new node's name; data encoding; user control

value

IN

new node's value; data encoding; user control

Returns

(xmlattrnode *) new Attr node.

See Also:

XmlDomSetAttrValue(), XmlDomCreateAttrNS(), XmlDomSetAttr(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateAttrNS()

Creates an attribute node with the given namespace URI and qualified name; this is the namespace-aware version of XmlDomCreateAttr. Note this function differs from the DOM specification, which does not allow the initial value of the attribute to be set (see XmlDomSetAttrValue). The name is required, but the value may be NULL; neither is verified, converted, or checked.

If given an initial value, the attribute's specified flag will be TRUE.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild, and so on. See XmlDomSetAttr which creates and adds an attribute in a single operation.

The URI, qualified name and value are not copied, their pointers are just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlattrnode* XmlDomCreateAttrNS(
xmlctx *xctx,
xmldocnode *doc,
oratext *uri,
oratext *qname,
oratext *value);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

uri

IN

node's namespace URI; data encoding; user control

qname

IN

node's qualified name; data encoding; user control

value

IN

new node's value; data encoding; user control

Returns

(xmlattrnode *) new Attr node.

See Also:

XmlDomSetAttrValue(), XmlDomCreateAttr(), XmlDomSetAttr(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateCDATA()

Creates a CDATASection node with the given initial data (which should be in the data encoding). A CDATASection is considered verbatim and is never parsed; it will not be joined with adjacent Text nodes by the normalize operation. The initial data may be NULL; if provided, it is not verified, converted, or checked. The name of a CDATA node is always "#cdata-section".

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild and so on.

The CDATA is not copied, its pointer is just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlcdatanode* XmlDomCreateCDATA(
xmlctx *xctx,
xmldocnode *doc,
oratext *data);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

data

IN

new node's CDATA; data encoding; user control

Returns

(xmlcdatanode *) new CDATA node.

See Also:

XmlDomCreateText(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateComment()

Creates a Comment node with the given initial data (which must be in the data encoding). The data may be NULL; if provided, it is not verified, converted, or checked. The name of a Comment node is always "#comment".

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild and so on.

The comment data is not copied, its pointer is just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlcommentnode* XmlDomCreateComment(
xmlctx *xctx,
xmldocnode *doc,
oratext *data);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

data

IN

new node's comment; data encoding; user control

Returns

(xmlcommentnode *) new Comment node.

See Also:

XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateElem()

Creates an element node with the given tag name (which should be in the data encoding). Note that the tag name of an element is case sensitive. This is the non-namespace aware function: the new node will have NULL namespace URI and prefix, and its local name will be the same as its tag name, even if the tag name specified is a qualified name.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild and so on.

The tagname is not copied, its pointer is just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlelemnode* XmlDomCreateElem(
xmlctx *xctx,
xmldocnode *doc,
oratext *tagname);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

tagname

IN

new node's name; data encoding; user control

Returns

(xmlelemnode *) new Element node.

See Also:

XmlDomCreateElemNS(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateElemNS()

Creates an element with the given namespace URI and qualified name. Note that element names are case sensitive, and the qualified name is required though the URI may be NULL. The qualified name will be split into prefix and local parts, retrievable with XmlDomGetNodePrefix, XmlDomGetNodeLocal, and so on; the tagName will be the full qualified name.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild and so on.

The URI and qualified name are not copied, their pointers are just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlelemnode* XmlDomCreateElemNS(
xmlctx *xctx,
xmldocnode *doc,
oratext *uri,
oratext *qname);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

uri

IN

new node's namespace URI; data encoding, user control

qname

IN

new node's qualified name; data encoding; user control

Returns

(xmlelemnode *) new Element node.

See Also:

XmlDomCreateElem(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateEntityRef()

Creates an EntityReference node; the name (which should be in the data encoding) is the name of the entity to be referenced. The named entity does not have to exist. The name is not verified, converted, or checked.

EntityReference nodes are never generated by the parser; instead, entity references are expanded as encountered. On output, an entity reference node will turn into a "&name;" style reference.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild, and so on.

The entity reference name is not copied, its pointer is just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlentrefnode* XmlDomCreateEntityRef(
xmlctx *xctx,
xmldocnode *doc,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

name

IN

name of referenced entity; data encoding; user control

Returns

(xmlentrefnode *) new EntityReference node.

XmlDomCreateFragment()

Creates an empty DocumentFragment node. A document fragment is treated specially when it is inserted into a DOM tree: the children of the fragment are inserted in order instead of the fragment node itself. After insertion, the fragment node will still exist, but have no children. See XmlDomInsertBefore, XmlDomReplaceChild, XmlDomAppendChild, and so on. The name of a fragment node is always "#document-fragment".

Syntax

xmlfragnode* XmlDomCreateFragment(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(xmlfragnode *) new empty DocumentFragment node

See Also:

XmlDomInsertBefore(), XmlDomReplaceChild(), XmlDomAppendChild()

XmlDomCreatePI()

Creates a ProcessingInstruction node with the given target and data (which should be in the data encoding). The data may be NULL initially, and may be changed later (with XmlDomSetPIData), but the target is required and cannot be changed. Note the target and data are not verified, converted, or checked. The name of a PI node is the same as the target.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild and so on.

The PI's target and data are not copied, their pointers are just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlpinode* XmlDomCreatePI(
xmlctx *xctx
xmldocnode *doc,
oratext *target,
oratext *data);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

target

IN

new node's target; data encoding; user control

data

IN

new node's data; data encoding; user control

Returns

(xmlpinode *) new PI node.

See Also:

XmlDomGetPITarget(), XmlDomGetPIData(), XmlDomSetPIData(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomCreateText()

Creates a Text node with the given initial data (which must be non-NULL and in the data encoding). The data may be NULL; if provided, it is not verified, converted, checked, or parsed (entities will not be expanded). The name of a fragment node is always "#text". New data for a Text node can be set; see the CharacterData interface for editing methods.

The new node is an orphan with no parent; it must be added to the DOM tree with XmlDomAppendChild and so on.

The text data is not copied, its pointer is just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmltextnode* XmlDomCreateText(
xmlctx *xctx,
xmldocnode *doc,
oratext *data);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

data

IN

new node's text; data encoding; user control

Returns

(xmltextnode *) new Text node.

See Also:

XmlDomCreateCDATA(), XmlDomSetNodeValue(), XmlDomGetNodeValue(), XmlDomSetCharData(), XmlDomGetCharData(), XmlDomGetCharDataLength(), XmlDomSubstringData(), XmlDomAppendData(), XmlDomInsertData(), XmlDomDeleteData(), XmlDomReplaceData(), XmlDomCleanNode(), XmlDomFreeNode()

XmlDomFreeString()

Frees the string allocated by XmlDomSubstringData or similar functions. Note that strings explicitly saved with XmlDomSaveString are not freeable individually.

Syntax

void XmlDomFreeString(
xmlctx *xctx,
xmldocnode *doc,
oratext *str);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

document where the string belongs

str

IN

string to free

See Also:

XmlDomSaveString(), XmlDomSaveString2()

XmlDomGetBaseURI()

Returns the base URI for a document. Usually only documents that were loaded from a URI will automatically have a base URI; documents loaded from other sources (stdin, buffer, and so on) will not naturally have a base URI, but a base URI may have been set for them using XmlDomSetBaseURI, for the purposes of resolving relative URIs in inclusion.

Syntax

oratext *XmlDomGetBaseURI(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(oratext *) document's base URI [or NULL]

See Also:

XmlDomSetBaseURI()

XmlDomGetDTD()

Returns the DTD node associated with current document; if there is no DTD, returns NULL. The DTD cannot be edited, but its children may be retrieved with XmlDomGetChildNodes as for other node types.

Syntax

xmldtdnode* XmlDomGetDTD(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(xmldtdnode *) DTD node for document [or NULL]

See Also:

XmlDomSetDTD(), XmlCreateDTD() and XmlCreate() in Chapter 11, "Package XML APIs for C", XmlDomGetDTDName(), XmlDomGetDTDEntities(), and XmlDomGetDTDNotations()

XmlDomGetDecl()

Returns the information from a document's XMLDecl. If there is no XMLDecl, returns XMLERR_NO_DECL. Returned are the XML version# ("1.0" or "2.0"), the specified encoding, and the standalone value. If encoding is not specified, NULL will be set. The standalone flag is three-state: < 0 if standalone was not specified, 0 if it was specified and FALSE, > 0 if it was specified and TRUE.

Syntax

xmlerr XmlDomGetDecl(
xmlctx *xctx,
xmldocnode *doc,
oratext **ver,
oratext **enc,
sb4 *std);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

ver

OUT

XML version

enc

OUT

encoding specification

std

OUT

standalone specification

Returns

(xmlerr) XML error code, perhaps version/encoding/standalone set

XmlDomGetDocElem()

Returns the root element (node) of the DOM tree, or NULL if there is none. Each document has only one uppermost Element node, called the root element. It is created after a document is parsed successfully, or manually by XmlDomCreateElem then XmlDomAppendChild, and so on.

Syntax

xmlelemnode* XmlDomGetDocElem(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(xmlelemnode *) root element [or NULL]

See Also:

XmlDomCreateElem()

XmlDomGetDocElemByID()

Returns the element node which has the given ID. If no such ID is defined, returns NULL. Note that attributes named "ID" are not automatically of type ID; ID attributes (which can have any name) must be declared as type ID in the DTD.

The given ID should be in the data encoding or it might not match.

Syntax

xmlelemnode* XmlDomGetDocElemByID(
xmlctx *xctx,
xmldocnode *doc,
oratext *id);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

id

IN

element's unique ID; data encoding

Returns

(xmlelemnode *) matching element.

See Also:

XmlDomGetDocElemsByTag(), XmlDomGetDocElemsByTagNS()

XmlDomGetDocElemsByTag()

Returns a list of all elements in the document tree rooted at the root node with a given tag name, in document order (the order in which they would be encountered in a preorder traversal of the tree). If root is NULL, the entire document is searched.

The special name "*" matches all tag names; a NULL name matches nothing. Note that tag names are case sensitive, and should be in the data encoding or a mismatch might occur.

This function is not namespace aware; the full tag names are compared. If two qualified names with two different prefixes both of which map to the same URI are compared, the comparison will fail. See XmlDomGetElemsByTagNS for the namespace-aware version.

The list should be freed with XmlDomFreeNodeList when it is no longer needed.

The list is not live, it is a snapshot. That is, if a new node which matched the tag name were added to the DOM after the list was returned, the list would not automatically be updated to include the node.

Syntax

xmlnodelist* XmlDomGetDocElemsByTag(
xmlctx *xctx,
xmldocnode *doc,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

name

IN

tagname to match; data encoding; * for all

Returns

(xmlnodelist *) new NodeList containing all matched Elements.

See Also:

XmlDomGetDocElemByID(), XmlDomGetDocElemsByTagNS(), XmlDomFreeNodeList()

XmlDomGetDocElemsByTagNS()

Returns a list of all elements (in the document tree rooted at the given node) with a given namespace URI and local name, in the order in which they would be encountered in a preorder traversal of the tree. If root is NULL, the entire document is searched.

The URI and local name should be in the data encoding. The special local name "*" matches all local names; a NULL local name matches nothing. Namespace URIs must always match, however, no wildcard is allowed. Note that comparisons are case sensitive. See XmlDomGetDocElemsByTag for the non-namespace aware version.

The list should be freed with XmlDomFreeNodeList when it is no longer needed.

The list is not live, it is a snapshot. That is, if a new node which matched the tag name were added to the DOM after the list was returned, the list would not automatically be updated to include the node.

Syntax

xmlnodelist* XmlDomGetDocElemsByTagNS(
xmlctx *xctx,
xmldocnode *doc,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

uri

IN

namespace URI to match; data encoding; * matches all

local

IN

local name to match; data encoding; * matches all

Returns

(xmlnodelist *) new NodeList containing all matched Elements.

See Also:

XmlDomGetDocElemByID(), XmlDomGetDocElemsByTag(), XmlDomFreeNodeList()

XmlDomGetLastError()

Returns the error code of the last error which occurred in the given document.

Syntax

xmlerr XmlDomGetLastError(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(xmlerr) numeric error code, 0 if no error

XmlDomGetSchema()

Returns URI of schema associated with document, if there is one, else returns NULL. The XmlLoadDom functions take a schema location hint (URI); the schema is used for efficient layout of XMLType data. If a schema was provided at load time, this function returns TRUE.

Syntax

oratext* XmlDomGetSchema(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(oratext *) Schema URI or NULL

See Also:

XmlDomIsSchemaBased(), XmlLoadDom() in Chapter 11, "Package XML APIs for C"

XmlDomImportNode()

Imports a node from one Document to another. The new node is an orphan and has no parent; it must be added to the DOM tree with XmlDomAppendChild, and so on. The original node is not modified in any way or removed from its document; instead, a new node is created with copies of all the original node's qualified name, prefix, namespace URI, and local name.

As with XmlDomCloneNode, the deep controls whether the children of the node are recursively imported. If FALSE, only the node itself is imported, and it will have no children. If TRUE, all descendents of the node will be imported as well, and an entire new subtree created.

Document and DocumentType nodes cannot be imported. Imported attributes will have their specified flags set to TRUE. Elements will have only their specified attributes imported; non-specified (default) attributes are omitted. New default attributes (for the destination document) are then added.

Syntax

xmlnode* XmlDomImportNode(
xmlctx *xctx,
xmldocnode *doc,
xmlctx *nctx,
xmlnode *node,
boolean deep);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

nctx

IN

XML context of imported node

node

IN

node to import

deep

IN

TRUE to import the subtree recursively

Returns

(xmlnode *) newly imported node (in this Document).

See Also:

XmlDomCloneNode()

XmlDomIsSchemaBased()

Returns flag specifying whether there is a schema associated with this document. The XmlLoadDom functions take a schema location hint (URI); the schema is used for efficient layout of XMLType data. If a schema was provided at load time, this function returns TRUE.

Syntax

boolean XmlDomIsSchemaBased(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(boolean) TRUE if there is a schema associated with the document

See Also:

XmlDomGetSchema(), XmlLoadDom() in Chapter 11, "Package XML APIs for C"

XmlDomSaveString()

Copies the given string into the document's memory pool, so that it persists for the life of the document. The individual string will not be freeable, and the storage will be returned only when the entire document is freed. Works on single-byte or multibyte encodings; for Unicode strings, use XmlDomSaveString2.

Syntax

oratext* XmlDomSaveString(
xmlctx *xctx,
xmldocnode *doc,
oratext *str);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

str

IN

string to save; data encoding; single- or multi-byte only

Returns

(oratext *) saved copy of string

See Also:

XmlDomSaveString2(), XmlFreeDocument() in Chapter 11, "Package XML APIs for C"

XmlDomSaveString2()

Copies the given string into the document's memory pool, so that it persists for the life of the document. The individual string will not be freeable, and the storage will be returned only when the entire document is free. Works on Unicode strings only; for single-byte or multibyte strings, use XmlDomSaveString.

Syntax

ub2* XmlDomSaveString2(
xmlctx *xctx,
xmldocnode *doc,
ub2 *ustr);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

ustr

IN

string to save; data encoding; Unicode only

Returns

(ub2 *) saved copy of string

See Also:

XmlDomSaveString(), XmlFreeDocument() in Chapter 11, "Package XML APIs for C"

XmlDomSetBaseURI()

Only documents that were loaded from a URI will automatically have a base URI; documents loaded from other sources (stdin, buffer, and so on) will not naturally have a base URI, so this API is used to set a base URI, for the purposes of relative URI resolution in includes. The base URI should be in the data encoding, and a copy will be made.

Syntax

xmlerr XmlDomSetBaseURI(
xmlctx *xctx,
xmldocnode *doc,
oratext *uri);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

uri

IN

base URI to set; data encoding

Returns

(xmlerr) XML error code

See Also:

XmlDomGetBaseURI()

XmlDomSetDTD()

Sets the DTD for document. Note this call may only be used for a blank document, before any parsing has taken place. A single DTD can be set for multiple documents, so when a document with a set DTD is freed, the set DTD is not also freed.

Syntax

xmlerr XmlDomSetDTD(
xmlctx *xctx,
xmldocnode *doc,
xmldtdnode *dtdnode);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

dtdnode

IN

DocumentType node to set

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XmlDomGetDTD(), XmlDomGetDTDName(), XmlDomGetDTDEntities(), XmlDomGetDTDNotations()

XmlDomSetDocOrder()

Sets the document order for each node in the current document. Must be called once on the final document before XSLT processing can occur. Note this is called automatically by the XSLT processor, so ordinarily the user need not make this call.

Syntax

ub4 XmlDomSetDocOrder(
xmlctx *xctx,
xmldocnode *doc,
ub4 start_id);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

start_id

IN

string ID number

Returns

(ub4) highest ordinal assigned

XmlDomSetLastError()

Sets the Last Error code for the given document. If doc is NULL, sets the error code for the XML context.

Syntax

xmlerr XmlDomSetLastError(
xmlctx *xctx,
xmldocnode *doc,
xmlerr errcode);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

errcode

IN

error code to set, 0 to clear error

Returns

(xmlerr) original error code

XmlDomSync()

Causes a modified DOM to be written back out to its original source, synchronizing the persistent store and in-memory versions.

Syntax

xmlerr XmlDomSync(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

XML document node

Returns

(xmlerr) numeric error code, 0 on success

DocumentType Interface

Table 3-4 summarizes the methods available through the DocumentType interface.

Table 3-4 Summary of DocumentType Methods; DOM Package

Function

Summary

XmlDomGetDTDEntities()

Get entities of DTD.

XmlDomGetDTDInternalSubset()

Get DTD's internal subset.

XmlDomGetDTDName()

Get name of DTD.

XmlDomGetDTDNotations()

Get notations of DTD.

XmlDomGetDTDPubID()

Get DTD's public ID.

XmlDomGetDTDSysID()

Get DTD's system ID.

XmlDomGetDTDEntities()

Returns a named node map of general entities defined by the DTD. If the node is not a DTD, or has no general entities, returns NULL.

Syntax

xmlnamedmap* XmlDomGetDTDEntities(
xmlctx *xctx,
xmldtdnode *dtd);

Parameter

In/Out

Description

xctx

IN

XML context

dtd

IN

DTD node

Returns

(xmlnamedmap *) named node map containing entities declared in DTD

See Also:

XmlDomGetDTD(), XmlDomGetDTDName(), XmlDomGetDTDNotations(), XmlDomGetDTDSysID(), XmlDomGetDTDInternalSubset()

XmlDomGetDTDInternalSubset()

Returns the content model for an element. If there is no DTD, returns NULL.

Syntax

xmlnode* XmlDomGetDTDInternalSubset(
xmlctx *xctx,
xmldtdnode *dtd,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

dtd

IN

DTD node

name

IN

name of Element; data encoding

Returns

(xmlnode *) content model subtree

See Also:

XmlDomGetDTD(), XmlDomGetDTDName(), XmlDomGetDTDEntities(), XmlDomGetDTDNotations(), XmlDomGetDTDPubID()

XmlDomGetDTDName()

Returns a DTD's name (specified immediately after the DOCTYPE keyword), or NULL if the node is not type DTD.

Syntax

oratext* XmlDomGetDTDName(
xmlctx *xctx,
xmldtdnode *dtd);

Parameter

In/Out

Description

xctx

IN

XML context

dtd

IN

DTD node

Returns

(oratext *) name of DTD

See Also:

XmlDomGetDTD(), XmlDomGetDTDEntities(), XmlDomGetDTDNotations(), XmlDomGetDTDSysID(), XmlDomGetDTDInternalSubset()

XmlDomGetDTDNotations()

Returns named node map of notations declared by the DTD. If the node is not a DTD or has no Notations, returns NULL.

Syntax

xmlnamedmap* XmlDomGetDTDNotations(
xmlctx *xctx,
xmldtdnode *dtd);

Parameter

In/Out

Description

xctx

IN

XML context

dtd

IN

DTD node

Returns

(xmlnamedmap *) named node map containing notations declared in DTD

See Also:

XmlDomGetDTD(), XmlDomGetDTDName(), XmlDomGetDTDEntities(), XmlDomGetDTDSysID(), XmlDomGetDTDInternalSubset()

XmlDomGetDTDPubID()

Returns a DTD's public identifier.

Syntax

oratext* XmlDomGetDTDPubID(
xmlctx *xctx,
xmldtdnode *dtd);

Parameter

In/Out

Description

xctx

IN

XML context

dtd

IN

DTD node

Returns

(oratext *) DTD's public identifier [data encoding]

See Also:

XmlDomGetDTD(), XmlDomGetDTDName(), XmlDomGetDTDEntities(), XmlDomGetDTDSysID(), XmlDomGetDTDInternalSubset()

XmlDomGetDTDSysID()

Returns a DTD's system identifier.

Syntax

oratext* XmlDomGetDTDSysID(
xmlctx *xctx,
xmldtdnode *dtd);

Parameter

In/Out

Description

xctx

IN

XML context

dtd

IN

DTD node

Returns

(oratext *) DTD's system identifier [data encoding]

See Also:

XmlDomGetDTD(), XmlDomGetDTDName(), XmlDomGetDTDEntities(), XmlDomGetDTDPubID(), XmlDomGetDTDInternalSubset()

Element Interface

Table 3-5 summarizes the methods available through the Element Interface.

Table 3-5 Summary of Element Methods; DOM Package

Function

Summary

XmlDomGetAttr()

Return attribute's value given its name.

XmlDomGetAttrNS()

Return attribute's value given its URI and local name.

XmlDomGetAttrNode()

Get attribute by name.

XmlDomGetAttrNodeNS()

Get attribute by name (namespace aware version).

XmlDomGetChildrenByTag()

Get children of element with given tag name (non-namespace aware).

XmlDomGetChildrenByTagNS()

Get children of element with tag name (namespace aware version).

XmlDomGetDocElemsByTag()

Obtain doc elements.

XmlDomGetDocElemsByTagNS()

Obtain doc elements (namespace aware version).

XmlDomGetTag()

Return an element node's tag name.

XmlDomHasAttr()

Does named attribute exist?

XmlDomHasAttrNS()

Does named attribute exist (namespace aware version)?

XmlDomRemoveAttr()

Remove attribute with specified name.

XmlDomRemoveAttrNS()

Remove attribute with specified URI and local name.

XmlDomRemoveAttrNode()

Remove attribute node.

XmlDomSetAttr()

Set new attribute for element.

XmlDomSetAttrNS()

Set new attribute for element (namespace aware version).

XmlDomSetAttrNode()

Set attribute node.

XmlDomSetAttrNodeNS()

Set attribute node (namespace aware version).

XmlDomGetAttr()

Returns the value of an element's attribute (specified by name). Note that an attribute may have the empty string as its value, but cannot be NULL. If the element does not have an attribute with the given name, NULL is returned.

Syntax

oratext* XmlDomGetAttr(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

name

IN

attribute's name

Returns

(oratext *) named attribute's value [data encoding; may be NULL]

See Also:

XmlDomGetAttrNS(), XmlDomGetAttrs(), XmlDomGetAttrNode()

XmlDomGetAttrNS()

Returns the value of an element's attribute (specified by URI and local name). Note that an attribute may have the empty string as its value, but cannot be NULL. If the element does not have an attribute with the given name, NULL is returned.

Syntax

oratext* XmlDomGetAttrNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

uri

IN

attribute's namespace URI; data encoding

local

IN

attribute's local name; data encoding

Returns

(oratext *) named attribute's value [data encoding; may be NULL]

See Also:

XmlDomGetAttr(), XmlDomGetAttrs(), XmlDomGetAttrNode()

XmlDomGetAttrNode()

Returns an element's attribute specified by name. If the node is not an element or the named attribute does not exist, returns NULL.

Syntax

xmlattrnode* XmlDomGetAttrNode(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

name

IN

attribute's name; data encoding

Returns

(xmlattrnode *) attribute with the specified name [or NULL]

See Also:

XmlDomGetAttrNodeNS(), XmlDomGetAttr()

XmlDomGetAttrNodeNS()

Returns an element's attribute specified by URI and localname. If the node is not an element or the named attribute does not exist, returns NULL.

Syntax

xmlattrnode* XmlDomGetAttrNodeNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

uri

IN

attribute's namespace URI; data encoding

local

IN

attribute's local name; data encoding

Returns

(xmlattrnode *) attribute node with the given URI/local name [or NULL]

See Also:

XmlDomGetAttrNode(), XmlDomGetAttr()

XmlDomGetChildrenByTag()

Returns a list of children of an element with the given tag name, in the order in which they would be encountered in a preorder traversal of the tree. The tag name should be in the data encoding. The special name "*" matches all tag names; a NULL name matches nothing. Note that tag names are case sensitive. This function is not namespace aware; the full tag names are compared. If two prefixes which map to the same URI are compared, the comparison will fail. See XmlDomGetChildrenByTagNS for the namespace-aware version. The returned list can be freed with XmlDomFreeNodeList.

Syntax

xmlnodelist* XmlDomGetChildrenByTag(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

name

IN

tag name to match; data encoding; * for all

Returns

(xmlnodelist *) node list of matching children

See Also:

XmlDomGetChildrenByTagNS(), XmlDomFreeNodeList()

XmlDomGetChildrenByTagNS()

Returns a list of children of an element with the given URI and local name, in the order in which they would be encountered in a preorder traversal of the tree. The URI and local name should be in the data encoding. The special name "*" matches all URIs or tag names; a NULL name matches nothing. Note that names are case sensitive. See XmlDomGetChildrenByTag for the non-namespace version. The returned list can be freed with XmlDomFreeNodeList.

Syntax

xmlnodelist* XmlDomGetChildrenByTagNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

uri

IN

namespace URI to match; data encoding; * matches all

local

IN

local name to match; data encoding; * matches all

Returns

(xmlnodelist *) node list of matching children

See Also:

XmlDomGetChildrenByTag(), XmlDomFreeNodeList()

XmlDomGetElemsByTag()

Returns a list of all elements (in the document tree rooted at the root node) with a given tag name, in the order in which they would be encountered in a preorder traversal of the tree. If root is NULL, the entire document is searched. The tag name should be in the data encoding. The special name "*" matches all tag names; a NULL name matches nothing. Note that tag names are case sensitive. This function is not namespace aware; the full tag names are compared. If two prefixes which map to the same URI are compared, the comparison will fail. See XmlDomGetElemsByTagNS for the namespace-aware version. The returned list can be freed with XmlDomFreeNodeList.

Syntax

xmlnodelist* XmlDomGetElemsByTag(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

name

IN

tag name to match; data encoding; * for all

Returns

(xmlnodelist *) node list of matching elements

See Also:

XmlDomGetElemsByTagNS(), XmlDomFreeNodeList()

XmlDomGetElemsByTagNS()

Returns a list of all elements (in the document tree rooted at the root node) with a given URI and localname, in the order in which they would be encountered in a preorder traversal of the tree. If root is NULL, the entire document is searched. The tag name should be in the data encoding. The special name "*" matches all tag names; a NULL name matches nothing. Note that tag names are case sensitive. This function is not namespace aware; the full tag names are compared. If two prefixes which map to the same URI are compared, the comparison will fail. The returned list can be freed with XmlDomFreeNodeList.

Syntax

xmlnodelist* XmlDomGetElemsByTagNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

uri

IN

namespace URI to match; data encoding; * for all

local

IN

local name to match; data encoding; * for all

Returns

(xmlnodelist *) node list of matching elements

See Also:

XmlDomGetDocElemsByTag(), XmlDomFreeNodeList()

XmlDomGetTag()

Returns the tagName of a node, which is the same as its name. DOM 1.0 states "...even though there is a generic nodeName attribute on the Node interface, there is still a tagName attribute on the Element interface; these two attributes must contain the same value, but the Working Group considers it worthwhile to support both, given the different constituencies the DOM API must satisfy."

Syntax

oratext* XmlDomGetTag(
xmlctx *xctx,
xmlelemnode *elem);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

Element node

Returns

(oratext *) element's name [data encoding]

See Also:

XmlDomGetNodeName()

XmlDomHasAttr()

Determines if an element has an attribute with the given name. Returns TRUE if so, FALSE if not.

Syntax

boolean XmlDomHasAttr(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

Element node

name

IN

attribute's name; data encoding

Returns

(boolean) TRUE if element has attribute with given name

See Also:

XmlDomHasAttrNS()

XmlDomHasAttrNS()

Determines if an element has an attribute with the given URI and localname. Returns TRUE if so, FALSE if not.

Syntax

boolean XmlDomHasAttrNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

Element node

uri

IN

attribute's namespace URI; data encoding

local

IN

attribute's local name; data encoding

Returns

(boolean) TRUE if element has attribute with given URI/localname

See Also:

XmlDomHasAttr()

XmlDomRemoveAttr()

Removes an attribute (specified by name). If the removed attribute has a default value it is immediately re-created with that default. Note that the attribute is removed from the element's list of attributes, but the attribute node itself is not destroyed.

Syntax

void XmlDomRemoveAttr(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

name

IN

attribute's name; data encoding

See Also:

XmlDomRemoveAttrNS(), XmlDomRemoveAttrNode()

XmlDomRemoveAttrNS()

Removes an attribute (specified by URI and local name). If the removed attribute has a default value it is immediately re-created with that default. Note that the attribute is removed from the element's list of attributes, but the attribute node itself is not destroyed.

Syntax

void XmlDomRemoveAttrNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

uri

IN

attribute's namespace URI

local

IN

attribute's local name

See Also:

XmlDomRemoveAttr(), XmlDomRemoveAttrNode()

XmlDomRemoveAttrNode()

Removes an attribute from an element. If the attribute has a default value, it is immediately re-created with that value (Specified set to FALSE). Returns the removed attribute on success, else NULL.

Syntax

xmlattrnode* XmlDomRemoveAttrNode(
xmlctx *xctx,
xmlelemnode *elem,
xmlattrnode *oldAttr);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

oldAtrr

IN

attribute node to remove

Returns

(xmlattrnode *) replaced attribute node [or NULL]

See Also:

XmlDomRemoveAttr()

XmlDomSetAttr()

Creates a new attribute for an element with the given name and value (which should be in the data encoding). If the named attribute already exists, its value is simply replaced. The name and value are not verified, converted, or checked. The value is not parsed, so entity references will not be expanded. The attribute's specified flag will be set.

Syntax

void XmlDomSetAttr(
xmlctx *xctx,
xmlelemnode *elem,
oratext *name,
oratext *value);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

name

IN

attribute's name; data encoding

value

IN

attribute's value; data encoding

See Also:

XmlDomSetAttrNS(), XmlDomCreateAttr(), XmlDomSetAttrValue(), XmlDomRemoveAttr()

XmlDomSetAttrNS()

Creates a new attribute for an element with the given URI, localname and value (which should be in the data encoding). If the named attribute already exists, its value is simply replaced. The name and value are not verified, converted, or checked.

The value is not parsed, so entity references will not be expanded.

The attribute's specified flag will be set.

Syntax

void XmlDomSetAttrNS(
xmlctx *xctx,
xmlelemnode *elem,
oratext *uri,
oratext *qname,
oratext *value);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

uri

IN

attribute's namespace URI; data encoding

qname

IN

attribute's qualified name; data encoding

value

IN

attribute's value; data encoding

See Also:

XmlDomSetAttr(), XmlDomCreateAttr(), XmlDomSetAttrValue(), XmlDomRemoveAttr()

XmlDomSetAttrNode()

Adds a new attribute to an element. If an attribute with the given name already exists, it is replaced and the old attribute returned through oldNode. If the attribute is new, it is added to the element's list and oldNode set to NULL.

Syntax

xmlattrnode* XmlDomSetAttrNode(
xmlctx *xctx,
xmlelemnode *elem,
xmlattrnode *newAttr);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

newAttr

IN

attribute node to add

Returns

(xmlattrnode *) replaced attribute node (or NULL)

See Also:

XmlDomSetAttrNodeNS(), XmlDomCreateAttr(), XmlDomSetAttrValue()

XmlDomSetAttrNodeNS()

Adds a new attribute to an element. If an attribute with newNode's URI and localname already exists, it is replaced and the old attribute returned through oldNode. If the attribute is new, it is added to the element's list and oldNode set to NULL.

Syntax

xmlattrnode* XmlDomSetAttrNodeNS(
xmlctx *xctx,
xmlelemnode *elem,
xmlattrnode *newAttr);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

element node

newAttr

IN

attribute node to add

Returns

(xmlattrnode *) replaced attribute node [or NULL]

See Also:

XmlDomSetAttrNode(), XmlDomCreateAttr(), XmlDomSetAttrValue()

Entity Interface

Table 3-6 summarizes the methods available through the Entity interface.

Table 3-6 Summary of Entity Methods; DOM Package

Function

Summary

XmlDomGetEntityNotation()

Get entity's notation.

XmlDomGetEntityPubID()

Get entity's public ID.

XmlDomGetEntitySysID()

Get entity's system ID.

XmlDomGetEntityType()

Get entity's type.

XmlDomGetEntityNotation()

For unparsed entities, returns the name of its notation (in the data encoding). For parsed entities and other node types, returns NULL.

Syntax

oratext* XmlDomGetEntityNotation(
xmlctx *xctx,
xmlentnode *ent);

Parameter

In/Out

Description

xctx

IN

XML context

ent

IN

entity node

Returns

(oratext *) entity's notation [data encoding; may be NULL]

See Also:

XmlDomGetEntityPubID(), XmlDomGetEntitySysID()

XmlDomGetEntityPubID()

Returns an entity's public identifier (in the data encoding). If the node is not an entity, or has no defined public ID, returns NULL.

Syntax

oratext* XmlDomGetEntityPubID(
xmlctx *xctx,
xmlentnode *ent);

Parameter

In/Out

Description

xctx

IN

XML context

ent

IN

entity node

Returns

(oratext *) entity's public identifier [data encoding; may be NULL]

See Also:

XmlDomGetEntitySysID(), XmlDomGetEntityNotation()

XmlDomGetEntitySysID()

Returns an entity's system identifier (in the data encoding). If the node is not an entity, or has no defined system ID, returns NULL.

Syntax

oratext* XmlDomGetEntitySysID(
xmlctx *xctx,
xmlentnode *ent);

Parameter

In/Out

Description

xctx

IN

XML context

ent

IN

entity node

Returns

(oratext *) entity's system identifier [data encoding; may be NULL]

See Also:

XmlDomGetEntityPubID(), XmlDomGetEntityNotation()

XmlDomGetEntityType()

Returns a boolean for an entity describing whether it is general (TRUE) or parameter (FALSE).

Syntax

boolean XmlDomGetEntityType(
xmlctx *xctx,
xmlentnode *ent);

Parameter

In/Out

Description

xctx

IN

XML context

ent

IN

entity node

Returns

(boolean) TRUE for general entity, FALSE for parameter entity

See Also:

XmlDomGetEntityPubID(), XmlDomGetEntitySysID(), XmlDomGetEntityNotation()

NamedNodeMap Interface

Table 3-7 summarizes the methods available through the NamedNodeMap interface.

Table 3-7 Summary of NamedNodeMap Methods; DOM Package

Function

Summary

XmlDomGetNamedItem()

Return named node from list.

XmlDomGetNamedItemNS()

Return named node from list (namespace aware version).

XmlDomGetNodeMapItem()

Return nth node in list.

XmlDomGetNodeMapLength()

Return length of named node map.

XmlDomRemoveNamedItem()

Remove node from named node map.

XmlDomRemoveNamedItemNS()

Remove node from named node map (namespace aware version).

XmlDomSetNamedItem()

Set node in named node list.

XmlDomSetNamedItemNS()

Set node in named node list (namespace aware version).

XmlDomGetNamedItem()

Retrieves an item from a NamedNodeMap, specified by name (which should be in the data encoding). This is a non-namespace-aware function; it just matches (case sensitively) on the whole qualified name. Note this function differs from the DOM spec in that the index of the matching item is also returned.

Syntax

xmlnode* XmlDomGetNamedItem(
xmlctx *xctx,
xmlnamedmap *map,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

name

IN

name of the node to retrieve

Returns

(xmlnode *) Node with the specified name [or NULL]

See Also:

XmlDomGetNamedItemNS(), XmlDomGetNodeMapItem(), XmlDomGetNodeMapLength()

XmlDomGetNamedItemNS()

Retrieves an item from a NamedNodeMap, specified by URI and localname (which should be in the data encoding). Note this function differs from the DOM spec in that the index of the matching item is also returned.

Syntax

xmlnode* XmlDomGetNamedItemNS(
xmlctx *xctx,
xmlnamedmap *map,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

uri

IN

namespace URI of the node to retrieve; data encoding

local

IN

local name of the node to retrieve; data encoding

Returns

(xmlnode *) node with given local name and namespace URI [or NULL]

See Also:

XmlDomGetNamedItem(), XmlDomGetNodeMapItem(), XmlDomGetNodeMapLength()

XmlDomGetNodeMapItem()

Retrieves an item from a NamedNodeMap, specified by name (which should be in the data encoding). This is a non-namespace-aware function; it just matches (case sensitively) on the whole qualified name. Note this function differs from the DOM specification in that the index of the matching item is also returned. Named "item" in W3C specification.

Syntax

xmlnode* XmlDomGetNodeMapItem(
xmlctx *xctx,
xmlnamedmap *map,
ub4 index);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

index

IN

0-based index for the map

Returns

(xmlnode *) node at the nth position in the map (or NULL)

See Also:

XmlDomGetNamedItem(), XmlDomSetNamedItem(), XmlDomRemoveNamedItem(), XmlDomGetNodeMapLength()

XmlDomGetNodeMapLength()

Returns the number of nodes in a NamedNodeMap (the length). Note that nodes are referred to by index, and the range of valid indexes is 0 through length-1.

Syntax

ub4 XmlDomGetNodeMapLength(
xmlctx *xctx,
xmlnamedmap *map);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

Returns

(ub4) number of nodes in NamedNodeMap

See Also:

XmlDomGetNodeMapItem(), XmlDomGetNamedItem()

XmlDomRemoveNamedItem()

Removes a node from a NamedNodeMap, specified by name. This is a non-namespace-aware function; it just matches (case sensitively) on the whole qualified name. If the removed node is an attribute with default value (not specified), it is immediately replaced. The removed node is returned; if no removal took place, NULL is returned.

Syntax

xmlnode* XmlDomRemoveNamedItem(
xmlctx *xctx,
xmlnamedmap *map,
oratext *name);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

name

IN

name of node to remove

Returns

(xmlnode *) node removed from this map

See Also:

XmlDomRemoveNamedItemNS(), XmlDomGetNamedItem(), XmlDomGetNamedItemNS(), XmlDomSetNamedItem(), XmlDomSetNamedItemNS()

XmlDomRemoveNamedItemNS()

Removes a node from a NamedNodeMap, specified by URI and localname. If the removed node is an attribute with default value (not specified), it is immediately replaced. The removed node is returned; if no removal took place, NULL is returned.

Syntax

xmlnode* XmlDomRemoveNamedItemNS(
xmlctx *xctx,
xmlnamedmap *map,
oratext *uri,
oratext *local);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

uri

IN

namespace URI of the node to remove; data encoding

local

IN

local name of the node to remove; data encoding

Returns

(xmlnode *) node removed from this map

See Also:

XmlDomRemoveNamedItem(), XmlDomGetNamedItem(), XmlDomGetNamedItemNS(), XmlDomSetNamedItem(), XmlDomSetNamedItemNS()

XmlDomSetNamedItem()

Adds a new node to a NamedNodeMap. If a node already exists with the given name, replaces the old node and returns it. If no such named node exists, adds the new node to the map and sets old to NULL. This is a non-namespace-aware function; it just matches (case sensitively) on the whole qualified name. Since some node types have fixed names (Text, Comment, and so on), trying to set another of the same type will always cause replacement.

Syntax

xmlnode* XmlDomSetNamedItem(
xmlctx *xctx,
xmlnamedmap *map,
xmlnode *newNode);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

newNode

IN

new node to store in map

Returns

(xmlnode *) the replaced node (or NULL)

See Also:

XmlDomSetNamedItemNS(), XmlDomGetNamedItem(), XmlDomGetNamedItemNS(), XmlDomGetNodeMapItem(), XmlDomGetNodeMapLength()

XmlDomSetNamedItemNS()

Adds a new node to a NamedNodeMap. If a node already exists with the given URI and localname, replaces the old node and returns it. If no such named node exists, adds the new node to the map and sets old to NULL. Since some node types have fixed names (Text, Comment, and so on), trying to set another of the same type will always cause replacement.

Syntax

xmlnode* XmlDomSetNamedItemNS(
xmlctx *xctx,
xmlnamedmap *map,
xmlnode *newNode);

Parameter

In/Out

Description

xctx

IN

XML context

map

IN

NamedNodeMap

newNode

IN

new node to store in map

Returns

(xmlnode *) replaced Node [or NULL]

See Also:

XmlDomSetNamedItem(), XmlDomGetNamedItem(), XmlDomGetNamedItemNS(), XmlDomGetNodeMapItem(), XmlDomGetNodeMapLength()

Node Interface

Table 3-8 summarizes the methods available through the Node interface.

Table 3-8 Summary of Node Methods; DOM Package

Function

Summary

XmlDomAppendChild()

Append new child to node's list of children.

XmlDomCleanNode()

Clean a node (free DOM allocations).

XmlDomCloneNode()

Clone a node.

XmlDomFreeNode()

Free a node allocated with XmlDomCreateXXX.

XmlDomGetAttrs()

Return attributes of node.

XmlDomGetChildNodes()

Return children of node.

XmlDomGetDefaultNS()

Get default namespace for node.

XmlDomGetFirstChild()

Returns first child of node.

XmlDomGetFirstPfnsPair()

Get first prefix namespace pair.

XmlDomGetLastChild()

Returns last child of node.

XmlDomGetNextPfnsPair()

Get subsequent prefix namespace pair.

XmlDomGetNextSibling()

Return next sibling of node.

XmlDomGetNodeLocal()

Get local part of node's qualified name as NULL-terminated string.

XmlDomGetNodeLocalLen()

Get local part of node's qualified name as length-encoded string.

XmlDomGetNodeName()

Get node's name as NULL-terminated string.

XmlDomGetNodeNameLen()

Get node's name as length-encoded string.

XmlDomGetNodePrefix()

Return namespace prefix of node.

XmlDomGetNodeType()

Get node's numeric type code.

XmlDomGetNodeURI()

Return namespace URI of node as a NULL-terminated string.

XmlDomGetNodeURILen()

Return namespace URI of node as length-encoded string.

XmlDomGetNodeValue()

Get node's value as NULL-terminated string.

XmlDomGetNodeValueLen()

Get node value as length-encoded string.

XmlDomGetNodeValueStream()

Returns the large data for a node and sends it in pieces to the user's output stream.

XmlDomGetOwnerDocument()

Get the owner document of node.

XmlDomGetParentNode()

Get parent node.

XmlDomGetPrevSibling()

Return previous sibling of node.

XmlDomGetPullNodeAsBinaryStream()

Returns the address of a binary stream using the pull paradigm.

XmlDomGetPullNodeAsCharacterStream()

Returns the address of a character stream using the pull paradigm.

XmlDomGetPushNodeAsBinaryStream()

Returns the address of a binary stream, as an OUT ostream parameter, using the push paradigm.

XmlDomGetPushNodeAsCharacterStream()

Returns the address of a character stream, as an OUT ostream parameter, using the push paradigm.

XmlDomGetSourceEntity()

Return the entity node if the input file is an external entity.

XmlDomGetSourceLine()

Return source line number of node.

XmlDomGetSourceLocation()

Return source location (path, URI, and so on) of node.

XmlDomHasAttr()

Does named attribute exist?

XmlDomHasChildNodes()

Test if node has children.

XmlDomInsertBefore()

Insert new child in to node's list of children.

XmlDomNormalize()

Normalize a node by merging adjacent text nodes.

XmlDomNumAttrs()

Return number of attributes of element.

XmlDomNumChildNodes()

Return number of children of node.

XmlDomPrefixToURI()

Get namespace URI for prefix.

XmlDomRemoveChild()

Remove an existing child node.

XmlDomRenameNode()

Updates the name of a node, for element and attribute nodes only.

XmlDomRenameNodeNS()

Updates the name and URI of a node, for element and attribute nodes only.

XmlDomReplaceChild()

Replace an existing child of a node.

XmlDomSetDefaultNS()

Set default namespace for node.

XmlDomSetNodePrefix()

Set namespace prefix of node.

XmlDomSetNodeValue()

Set node value.

XmlDomSetNodeValueLen()

Set node value as length-encoded string.

XmlDomSetNodeValueStream()

Sets the large "value" (character data) for a node piecemeal from an input stream.

XmlDomSetPullNodeAsBinaryStream()

Returns the address of a binary input stream, as an OUT istream parameter, using the pull paradigm.

XmlDomSetPullNodeAsCharacterStream()

Returns the address of an input character stream, as an OUT istream parameter, using the pull paradigm.

XmlDomSetPushNodeAsBinaryStream()

Returns the address of an input binary stream using the push paradigm.

XmlDomSetPushNodeAsCharacterStream()

Returns the address of a character stream using the push paradigm.

XmlDomValidate()

Validate a node against current DTD.

XmlDomAppendChild()

Appends the node to the end of the parent's list of children and returns the new node. If newChild is a DocumentFragment, all of its children are appended in original order; the DocumentFragment node itself is not.

Syntax

xmlnode* XmlDomAppendChild(
xmlctx *xctx,
xmlnode *parent,
xmlnode *newChild);

Parameter

In/Out

Description

xctx

IN

XML context

parent

IN

parent to receive a new node

newChild

IN

node to add

Returns

(xmlnode *) node added

See Also:

XmlDomInsertBefore(), XmlDomReplaceChild()

XmlDomCleanNode()

Frees parts of the node which were allocated by DOM itself, but does not recurse to children or touch the node's attributes. After freeing part of the node (such as name), a DOM call to get that part (such as XmlDomGetNodeName) should return a NULL pointer. Used to manage the allocations of a node parts of which are controlled by DOM, and part by the user. Calling clean frees all allocations may by DOM and leaves the user's allocations alone. The user is responsible for freeing their own allocations.

Syntax

void XmlDomCleanNode(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

node to clean

See Also:

XmlDomFreeNode()

XmlDomCloneNode()

Creates and returns a duplicate of a node. The duplicate node has no parent. Cloning an element copies all attributes and their values, including those generated by the XML processor to represent defaulted attributes, but it does not copy any text it contains unless it is a deep clone, since the text is contained in a child text node. Cloning any other type of node simply returns a copy of the node. Note that a clone of an unspecified attribute node is specified. If deep is TRUE, all children of the node are recursively cloned, and the cloned node will have cloned children; a non-deep clone will have no children.

Syntax

xmlnode* XmlDomCloneNode(
xmlctx *xctx,
xmlnode *node,
boolean deep);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

deep

IN

TRUE to recursively clone children

Returns

(xmlnode *) duplicate (cloned) node

See Also:

XmlDomImportNode()

XmlDomFreeNode()

Free a node allocated with XmlDomCreateXXX. Frees all resources associated with a node, then frees the node itself. Certain parts of the node are under DOM control, and some parts may be under user control. DOM keeps flags tracking who owns what, and only frees its own allocations. The user is responsible for freeing their own parts of the node before calling XmlDomFreeNode.

Syntax

void XmlDomFreeNode(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node to free

See Also:

XmlDomCleanNode()

XmlDomGetAttrs()

Returns a NamedNodeMap of attributes of an element node, or NULL if it has no attributes. For other node types, NULL is returned. Note that if an element once had attributes, but they have all been removed, an empty list will be returned. So, presence of the list does not mean the element has attributes. You must check the size of the list with XmlDomNumAttrs or use XmlDomHasChildNodes first.

Syntax

xmlnamedmap* XmlDomGetAttrs(
xmlctx *xctx,
xmlelemnode *elem);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

XML element node

Returns

(xmlnamedmap *) NamedNodeMap of node's attributes

See Also:

XmlDomNumAttrs(), XmlDomHasChildNodes()

XmlDomGetChildNodes()

Returns a list of the node's children, or NULL if it has no children. Only Element, Document, DTD, and DocumentFragment nodes may have children; all other types will return NULL.

Note that an empty list may be returned if the node once had children, but all have been removed! That is, the list may exist but have no members. So, presence of the list alone does not mean the node has children. You must check the size of the list with XmlDomNumChildNodes or use XmlDomHasChildNodes first.

The xmlnodelist structure is opaque and can only be manipulated with functions in the NodeList interface.

The returned list is live; all changes in the original node are reflected immediately.

Syntax

xmlnodelist* XmlDomGetChildNodes(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnodelist *) live NodeList containing all children of node

XmlDomGetDefaultNS()

Gets the default namespace for a node.

Syntax

oratext* XmlDomGetDefaultNS(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

element or attribute DOM node

Returns

(oratext *) default namespace for node [data encoding; may be NULL]

XmlDomGetFirstChild()

Returns the first child of a node, or NULL if the node has no children. Only Element, Document, DTD, and DocumentFragment nodes may have children; all other types will return NULL.

Syntax

xmlnode* XmlDomGetFirstChild(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnode *) first child of node

See Also:

XmlDomGetLastChild(), XmlDomHasChildNodes(), XmlDomGetChildNodes(), XmlDomNumChildNodes()

XmlDomGetFirstPfnsPair()

This function is to allow implementations an opportunity to speedup the iteration of all available prefix-URI bindings available on a given node. It returns a state structure and the prefix and URI of the first prefix-URI mapping. The state structure should be passed to XmlDomGetNextPfnsPair on the remaining pairs.

Syntax

xmlpfnspair* XmlDomGetFirstPfnsPair(
xmlctx *xctx,
xmlnode *node,
oratext **prefix,
oratext **uri);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

prefix

OUT

prefix of first mapping; data encoding

uri

OUT

URI of first mapping; data encoding

Returns

(xmlpfnspair *) iterating object or NULL of no prefixes

XmlDomGetLastChild()

Returns the last child of a node, or NULL if the node has no children. Only Element, Document, DTD, and DocumentFragment nodes may have children; all other types will return NULL.

Syntax

xmlnode* XmlDomGetLastChild(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnode *) last child of node

See Also:

XmlDomGetFirstChild(), XmlDomHasChildNodes(), XmlDomGetChildNodes(), XmlDomNumChildNodes()

XmlDomGetNextPfnsPair()

This function is to allow implementations an opportunity to speedup the iteration of all available prefix-URI bindings available on a given node. Given an iterator structure from XmlDomGetFirstPfnsPair, returns the next prefix-URI mapping; repeat calls to XmlDomGetNextPfnsPair until NULL is returned.

Syntax

xmlpfnspair* XmlDomGetNextPfnsPair(
xmlctx *xctx
xmlpfnspair *pfns,
oratext **prefix,
oratext **uri);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

prefix

OUT

prefix of next mapping; data encoding

uri

OUT

URI of next mapping; data encoding

Returns

(xmlpfnspair *) iterating object, NULL when no more pairs

XmlDomGetNextSibling()

Returns the node following a node at the same level in the DOM tree. That is, for each child of a parent node, the next sibling of that child is the child which comes after it. If a node is the last child of its parent, or has no parent, NULL is returned.

Syntax

xmlnode* XmlDomGetNextSibling(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnode *) node immediately following node at same level

See Also:

XmlDomGetPrevSibling()

XmlDomGetNodeLocal()

Returns the namespace local name for a node as a NULL-terminated string. If the node's name is not fully qualified (has no prefix), then the local name is the same as the name.

A length-encoded version is available as XmlDomGetNodeLocalLen which returns the local name as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetNodeLocal(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(oratext *) local name of node [data encoding]

See Also:

XmlDomGetNodeLocalLen(), XmlDomGetNodePrefix(), XmlDomGetNodeURI()

XmlDomGetNodeLocalLen()

Returns the namespace local name for a node as a length-encoded string. If the node's name is not fully qualified (has no prefix), then the local name is the same as the name.

A NULL-terminated version is available as XmlDomGetNodeLocal which returns the local name as NULL-terminated string. If the backing store is known to be XMLType, then the node's data will be stored internally as length-encoded. Using the length-based Get functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetNodeLocalLen(
xmlctx *xctx,
xmlnode *node,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of local name, in characters

Returns

(oratext *) local name of node [data encoding]

See Also:

XmlDomGetNodeLocal(), XmlDomGetNodePrefix(), XmlDomGetNodeURILen()

XmlDomGetNodeName()

Returns the (fully-qualified) name of a node (in the data encoding) as a NULL-terminated string, for example bar\0 or foo:bar\0.

Note that some node types have fixed names: "#text", "#cdata-section", "#comment", "#document", "#document-fragment".

A node's name cannot be changed once it is created, so there is no matching SetNodeName function.

A length-based version is available as XmlDomGetNodeNameLen which returns the node name as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetNodeName(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(oratext *) name of node [data encoding]

See Also:

XmlDomGetNodeNameLen()

XmlDomGetNodeNameLen()

Returns the (fully-qualified) name of a node (in the data encoding) as a length-encoded string, for example "bar", 3 or "foo:bar", 7.

Note that some node types have fixed names: "#text", "#cdata-section", "#comment", "#document", "#document-fragment".

A node's name cannot be changed once it is created, so there is no matching SetNodeName function.

A NULL-terminated version is available as XmlDomGetNodeName which returns the node name as NULL-terminated string. If the backing store is known to be XMLType, then the node's name will be stored internally as length-encoded. Using the length-encoded GetXXX functions will avoid having to copy and NULL-terminate the name.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetNodeNameLen(
xmlctx *xctx,
xmlnode *node,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of name, in characters

Returns

(oratext *) name of node, with length of name set in 'len'

See Also:

XmlDomGetNodeName()

XmlDomGetNodePrefix()

Returns the namespace prefix for a node (as a NULL-terminated string). If the node's name is not fully qualified (has no prefix), NULL is returned.

Syntax

oratext* XmlDomGetNodePrefix(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(oratext *) namespace prefix of node [data encoding; may be NULL]

XmlDomGetNodeType()

Returns the type code of a node. The type names and numeric values match the DOM specification:

- ELEMENT_NODE=1

- ATTRIBUTE_NODE=2

- TEXT_NODE=3

- CDATA_SECTION_NODE=4

- ENTITY_REFERENCE_NODE=5

- ENTITY_NODE=6

- PROCESSING_INSTRUCTION_NODE=7

- COMMENT_NODE=8

- DOCUMENT_NODE=9

- DOCUMENT_TYPE_NODE=10

- DOCUMENT_FRAGMENT_NODE=11

- NOTATION_NODE=12

Additional Oracle extension node types are as follows:

- ELEMENT_DECL_NODE

- ATTR_DECL_NODE

- CP_ELEMENT_NODE

- CP_CHOICE_NODE

- CP_PCDATA_NODE

- CP_STAR_NODE

- CP_PLUS_NODE

- CP_OPT_NODE

Syntax

xmlnodetype XmlDomGetNodeType(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnodetype) numeric type-code of the node

XmlDomGetNodeURI()

Returns the namespace URI for a node (in the data encoding) as a NULL-terminated string. If the node's name is not qualified (does not contain a namespace prefix), it will have the default namespace in effect when the node was created (which may be NULL).

A length-encoded version is available as XmlDomGetNodeURILen which returns the URI as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetNodeURI(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(oratext *) namespace URI of node [data encoding; may be NULL]

See Also:

XmlDomGetNodeURILen(), XmlDomGetNodePrefix(), XmlDomGetNodeLocal()

XmlDomGetNodeURILen()

Returns the namespace URI for a node (in the data encoding) as length-encoded string. If the node's name is not qualified (does not contain a namespace prefix), it will have the default namespace in effect when the node was created (which may be NULL).

A NULL-terminated version is available as XmlDomGetNodeURI which returns the URI value as NULL-terminated string. If the backing store is known to be XMLType, then the node's data will be stored internally as length-encoded. Using the length-based Get functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetNodeURILen(
xmlctx *xctx,
xmlnode *node,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of URI, in characters

Returns

(oratext *) namespace URI of node [data encoding; may be NULL]

See Also:

XmlDomGetNodeURI(), XmlDomGetNodePrefix(), XmlDomGetNodeLocal()

XmlDomGetNodeValue()

Returns the "value" (associated character data) for a node as a NULL-terminated string. Character and general entities will have been replaced. Only Attr, CDATA, Comment, ProcessingInstruction and Text nodes have values, all other node types have NULL value.

A length-encoded version is available as XmlDomGetNodeValueLen which returns the node value as a pointer and length, for use if the data is known to use XMLType backing store.

Syntax

oratext* XmlDomGetNodeValue(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(oratext *) value of node

See Also:

XmlDomSetNodeValue(), XmlDomGetNodeValueLen()

XmlDomGetNodeValueLen()

Returns the "value" (associated character data) for a node as a length-encoded string. Character and general entities will have been replaced. Only Attr, CDATA, Comment, PI and Text nodes have values, all other node types have NULL value.

A NULL-terminated version is available as XmlDomGetNodeValue which returns the node value as NULL-terminated string. If the backing store is known to be XMLType, then the node's data will be stored internally as length-encoded. Using the length-based Get functions will avoid having to copy and NULL-terminate the data.

If both the input buffer is non-NULL and the input buffer length is nonzero, then the value will be stored in the input buffer. Else, the implementation will return its own buffer.

If the actual length is greater than buflen, then a truncated value will be copied into the buffer and len will return the actual length.

Syntax

oratext* XmlDomGetNodeValueLen(
xmlctx *xctx,
xmlnode *node,
oratext *buf,
ub4 buflen,
ub4 *len);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

buf

IN

input buffer; optional

buflen

IN

input buffer length; optional

len

OUT

length of value, in bytes

Returns

(oratext *) value of node

See Also:

XmlDomSetNodeValueLen(), XmlDomGetNodeValue()

XmlDomGetNodeValueStream()

Returns the large data for a node and sends it in pieces to the user's output stream. For very large values, it is not always possible to store them [efficiently] as a single contiguous chunk. This function is used to access chunked data of that type. Only XMLType chunks its data (sometimes); XDK's data is always contiguous.

Syntax

xmlerr XmlDomGetNodeValueStream(
xmlctx *xctx,
xmlnode *node,
xmlostream *ostream);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

ostream

IN

output stream object

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XmlDomSetNodeValueStream(), XmlDomGetNodeValue(), XmlDomGetNodeValueLen()

XmlDomGetOwnerDocument()

Returns the Document node associated with a node. Each node may belong to only one document, or may not be associated with any document at all (such as immediately after XmlDomCreateElem, and so on). The "owning" document [node] is returned, or NULL for an orphan node.

Syntax

xmldocnode* XmlDomGetOwnerDocument(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmldocnode *) document node is in

XmlDomGetParentNode()

Returns a node's parent node. All nodes types except Attr, Document, DocumentFragment, Entity, and Notation may have a parent (these five exceptions always have a NULL parent). If a node has just been created but not yet added to the DOM tree, or if it has been removed from the DOM tree, its parent is also NULL.

Syntax

xmlnode* XmlDomGetParentNode(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnode *) parent of node

XmlDomGetPrevSibling()

Returns the node preceding a node at the same level in the DOM tree. That is, for each child of a parent node, the previous sibling of that child is the child which came before it. If a node is the first child of its parent, or has no parent, NULL is returned.

Syntax

xmlnode* XmlDomGetPrevSibling(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlnode *) node immediately preceding node at same level

See Also:

XmlDomGetNextSibling()

XmlDomGetPullNodeAsBinaryStream()

Returns the address of a binary stream using the pull paradigm.

Syntax

orastream *XmlDomGetPullNodeAsBinaryStream(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; may be RAW or BLOB, otherwise the function returns NULL

Returns

(orastream *) the readable binary stream; use OraStreamRead() on the output, not OraStreamReadChar()

XmlDomGetPullNodeAsCharacterStream()

Returns the address of a character stream using the pull paradigm.

Syntax

orastream *XmlDomGetPullNodeAsCharacterStream(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; may be any type supported by XML DB

Returns

(orastream *) the readable character stream; use OraStreamReadChar() on the output, not OraStreamRead().

XmlDomGetPushNodeAsBinaryStream()

Returns the address of a binary stream, as an OUT ostream parameter, using the push paradigm.

Syntax

xmlerr XmlDomGetPushNodeAsBinaryStream(
xmlctx *xctx,
xmlnode *node,
orastream *ostream);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; may be RAW or BLOB, otherwise returns an error

ostream

OUT

application implementation of orastream; use OraStreamWrite() to write the value, not OraStreamWriteChar()

Returns

(xmlerr *) error code, XMLERR_OK [] on success

XmlDomGetPushNodeAsCharacterStream()

Returns the address of a character stream, as an OUT ostream parameter, using the push paradigm.

Syntax

xmlerr XmlDomGetPushNodeAsCharacterStream(
xmlctx *xctx,
xmlnode *node,
orastream *ostream);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; any type supported by XML DB

ostream

IN

application implementation of orastream; use OraStreamWriteChar() to write the value, not OraStreamWrite()

Returns

(xmlerr *) error code, XMLERR_OK [] on success

XmlDomGetSourceEntity()

Returns the external entity node whose inclusion caused the creation of the given node.

Syntax

xmlentnode* XmlDomGetSourceEntity(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(xmlentnode *) entity node if the input is from an external entity

XmlDomGetSourceLine()

Returns the line# in the original source where the node started. The first line in every input is line #1.

Syntax

ub4 XmlDomGetSourceLine(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(ub4) line number of node in original input source

XmlDomGetSourceLocation()

Return source location (path, URI, and so on) of node. Note this will be in the compiler encoding, not the data encoding!

Syntax

oratext* XmlDomGetSourceLocation(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(oratext *) full path of input source [in compiler encoding]

XmlDomHasAttrs()

Test if an element has attributes. Returns TRUE if any attributes of any sort are defined (namespace or regular).

Syntax

boolean XmlDomHasAttrs(
xmlctx *xctx,
xmlelemnode *elem);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

XML element node

Returns

(boolean) TRUE if element has attributes

XmlDomHasChildNodes()

Test if a node has children. Only Element, Document, DTD, and DocumentFragment nodes may have children. Note that just because XmlDomGetChildNodes returns a list does not mean the node actually has children, since the list may be empty, so a non-NULL return from XmlDomGetChildNodes should not be used as a test.

Syntax

boolean XmlDomHasChildNodes(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(boolean) TRUE if the node has any children

XmlDomInsertBefore()

Inserts the node newChild before the existing child node refChild in the parent node. If refChild is NULL, appends to parent's children as for each XmlDomAppendChild; otherwise it must be a child of the given parent. If newChild is a DocumentFragment, all of its children are inserted (in the same order) before refChild; the DocumentFragment node itself is not. If newChild is already in the DOM tree, it is first removed from its current position.

Syntax

xmlnode* XmlDomInsertBefore(
xmlctx *xctx,
xmlnode *parent,
xmlnode *newChild,
xmlnode *refChild);

Parameter

In/Out

Description

xctx

IN

XML context

parent

IN

parent that receives a new child

newChild

IN

node to insert

refChild

IN

reference node

Returns

(xmlnode *) node being inserted

See Also:

XmlDomAppendChild(), XmlDomReplaceChild(), XmlDomRemoveChild()

XmlDomNormalize()

Normalizes the subtree rooted at an element, merges adjacent Text nodes children of elements. Note that adjacent Text nodes will never be created during a normal parse, only after manipulation of the document with DOM calls.

Syntax

void XmlDomNormalize(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

XmlDomNumAttrs()

Returns the number of attributes of an element. Note that just because a list is returned by XmlDomGetAttrs does not mean it contains any attributes; it may be an empty list with zero length.

Syntax

ub4 XmlDomNumAttrs(
xmlctx *xctx,
xmlelemnode *elem);

Parameter

In/Out

Description

xctx

IN

XML context

elem

IN

XML element node

Returns

(ub4) number of attributes of node

XmlDomNumChildNodes()

Returns the number of children of a node. Only Element, Document, DTD, and DocumentFragment nodes may have children, all other types return 0. Note that just because XmlDomGetChildNodes returns a list does not mean that it contains any children; it may be an empty list with zero length.

Syntax

ub4 XmlDomNumChildNodes(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

Returns

(ub4) number of children of node

XmlDomPrefixToURI()

Given a namespace prefix and a node, returns the namespace URI mapped to that prefix. If the given node doesn't have a matching prefix, its parent is tried, then its parent, and so on, all the way to the root node. If the prefix is undefined, NULL is returned.

Syntax

oratext* XmlDomPrefixToURI(
xmlctx *xctx,
xmlnode *node,
oratext *prefix);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

prefix

IN

prefix to map

Returns

(oratext *) URI for prefix [data encoding; NULL if no match]

XmlDomRemoveChild()

Removes a node from its parent's list of children and returns it. The node is orphaned; its parent will be NULL after removal.

Syntax

xmlnode* XmlDomRemoveChild(
xmlctx *xctx,
xmlnode *oldChild);

Parameter

In/Out

Description

xctx

IN

XML context

oldChild

IN

node to remove

Returns

(xmlnode *) node removed

See Also:

XmlDomAppendChild(), XmlDomInsertBefore(), XmlDomReplaceChild()

XmlDomRenameNode()

Updates the name of a node, for element and attribute nodes only.

If the prefix does not have a current mapping, the user should add the mapping by creating an xmlns attribute and associating it with this element node by calling XmlDomSetAttrNodeNS(). A namespace attribute node cannot be modified.

Syntax

xmlnode* XmlDomRenameNode(
xmlctx *xctx,
xmlnode *node,
oratext *tagname);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

tagname

IN

The new tagname

Returns

(xmlnode *) the changed node

See Also:

XmlDomSetAttrNodeNS()

XmlDomRenameNodeNS()

Updates the name and URI of a node, for element and attribute nodes only.

If the prefix does not have a current mapping, the user should add the mapping by creating an xmlns attribute and associating it with this element node by calling XmlDomSetAttrNodeNS(). A namespace attribute node cannot be modified.

Syntax

xmlnode* XmlDomRenameNodeNS(
xmlctx *xctx,
xmlnode *node,
oratext *uri,
oratext *tagname);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

uri

IN

The new URI; if NULL, retains existing URI

tagname

IN

The new tagname

Returns

(xmlnode *) the changed node.

See Also:

XmlDomSetAttrNodeNS()

XmlDomReplaceChild()

Replaces the child node oldChild with the new node newChild in oldChild's parent, and returns oldChild (which is now orphaned, with a NULL parent). If newChild is a DocumentFragment, all of its children are inserted in place of oldChild; the DocumentFragment node itself is not. If newChild is already in the DOM tree, it is first removed from its current position.

Syntax

xmlnode* XmlDomReplaceChild(
xmlctx *xctx,
xmlnode *newChild,
xmlnode *oldChild);

Parameter

In/Out

Description

xctx

IN

XML context

newChild

IN

new node that is substituted

oldChild

IN

old node that is replaced

Returns

(xmlnode *) node replaced

See Also:

XmlDomAppendChild(), XmlDomInsertBefore(), XmlDomRemoveChild()

XmlDomSetDefaultNS()

Set the default namespace for a node

Syntax

void XmlDomSetDefaultNS(
xmlctx *xctx,
xmlnode *node,
oratext *defns);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

element or attribute DOM node

defns

IN

new default namespace for the node

XmlDomSetNodePrefix()

Sets the namespace prefix of node (as NULL-terminated string). Does not verify the prefix is defined. Just causes a new qualified name to be formed from the new prefix and the old local name; the new qualified name will be under DOM control and should not be managed by the user.

Syntax

void XmlDomSetNodePrefix(
xmlctx *xctx,
xmlnode *node,
oratext *prefix);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

prefix

OUT

new namespace prefix

XmlDomSetNodeValue()

Sets a node's value (character data) as a NULL-terminated string. Does not allow setting the value to NULL. Only Attr, CDATA, Comment, PI and Text nodes have values; trying to set the value of another type of node is a no-op. The new value must be in the data encoding. It is not verified, converted, or checked.

The value is not copied, its pointer is just stored. The user is responsible for persistence and freeing of that data.

Syntax

xmlerr XmlDomSetNodeValue(
xmlctx *xctx,
xmlnode *node,
oratext *value);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

value

IN

node's new value; data encoding; user control

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XmlDomGetNodeValue(), XmlDomSetNodeValueLen()

XmlDomSetNodeValueLen()

Sets the value (associated character data) for a node as a length-encoded string.

A NULL-terminated version is available as XmlDomSetNodeValue which takes the node value as a NULL-terminated string. If the backing store is known to be XMLType, then the node's data will be stored internally as length-encoded. Using the length-based Set functions will avoid having to copy and NULL-terminate the data.

Syntax

xmlerr XmlDomSetNodeValueLen(
xmlctx *xctx,
xmlnode *node,
oratext *value,
ub4 len);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

value

IN

node's new value; data encoding; user control

len

IN

length of value, in bytes

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XmlDomSetNodeValueLen(), XmlDomSetNodeValue()

XmlDomSetNodeValueStream()

Sets the large "value" (character data) for a node piecemeal from an input stream. For very large values, it is not always possible to store them [efficiently] as a single contiguous chunk. This function is used to store chunked data of that type. Used only for XMLType data; XDK's data is always contiguous.

Syntax

xmlerr XmlDomSetNodeValueStream(
xmlctx *xctx,
xmlnode *node,
xmlistream *istream);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node

istream

IN

input stream object

Returns

(xmlerr) numeric error code, 0 on success

See Also:

XmlDomGetNodeValueStream(), XmlDomSetNodeValue()

XmlDomSetPullNodeAsBinaryStream()

Returns the address of a binary input stream, as an OUT istream parameter, using the pull paradigm.

Syntax

xmlerr *XmlDomSetPullNodeAsBinaryStream(
xmlctx *xctx,
xmlnode *node
orastream *istream);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; may be RAW or BLOB, otherwise returns an error

istream

OUT

input stream object; the method OraStreamRead() must be used to read this value, not OraStreamReadChar()

Returns

(xmlerr *) error code, XMLERR_OK [] on success

XmlDomSetPullNodeAsCharacterStream()

Returns the address of an input character stream, as an OUT istream parameter, using the pull paradigm.

Syntax

xmlerr *XmlDomSetPullNodeAsCharacterStream(
xmlctx *xctx,
xmlnode *node
orcharacterinputstream *istream);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; may be any type supported by XML DB

istream

OUT

input stream object; the method OraStreamReadChar() must be used to read this value, not OraStreamRead().

Returns

(xmlerr *) error code, XMLERR_OK [] on success

XmlDomSetPushNodeAsBinaryStream()

Returns the address of an input binary stream using the push paradigm.

Syntax

orastream* XmlDomSetPushNodeAsBinaryStream(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; may be RAW or BLOB

Returns

(orastream *) the binary stream; to read the output, use OraStreamWrite() instead of OraStreamWriteChar()

XmlDomSetPushNodeAsCharacterStream()

Returns the address of a character stream using the push paradigm.

Syntax

orastream *XmlDomSetPushNodeAsCharacterStream(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

XML node; any type supported by XML DB

Returns

(orastream *) the character stream; to read the output, use OraStreamWriteChar() instead of OraStreamWrite()

XmlDomValidate()

Given a root node, validates it against the current DTD.

Syntax

xmlerr XmlDomValidate(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

node to validate

Returns

(xmlerr) error code, XMLERR_OK [0] means node is valid

NodeList Interface

Table 3-9 summarizes the methods available through the NodeList interface.

Table 3-9 Summary of NodeList Methods; DOM Package

Function

Summary

XmlDomFreeNodeList()

Free a node list returned by XmlDomGetElemsByTag, and so on.

XmlDomGetNodeListItem()

Return nth node in list.

XmlDomGetNodeListLength()

Return length of node list.

XmlDomFreeNodeList()

Free a node list returned by XmlDomGetElemsByTag or related functions, releasing all resources associated with it. If given a node list that is part of the DOM proper (such as the children of a node), does nothing.

Syntax

void XmlDomFreeNodeList(
xmlctx *xctx,
xmlnodelist *list);

Parameter

In/Out

Description

xctx

IN

XML context

list

IN

NodeList to free

See Also:

XmlDomGetElemsByTag(), XmlDomGetElemsByTagNS(), XmlDomGetChildrenByTag(), XmlDomGetChildrenByTagNS()

XmlDomGetNodeListItem()

Return nth node in a node list. The first item is index 0.

Syntax

xmlnode* XmlDomGetNodeListItem(
xmlctx *xctx,
xmlnodelist *list,
ub4 index);

Parameter

In/Out

Description

xctx

IN

XML context

list

IN

NodeList

index

IN

index into list

Returns

(xmlnode *) node at the nth position in node list [or NULL]

See Also:

XmlDomGetNodeListLength(), XmlDomFreeNodeList()

XmlDomGetNodeListLength()

Returns the number of nodes in a node list (its length). Note that nodes are referred to by index, so the range of valid indexes is 0 through length-1.

Syntax

ub4 XmlDomGetNodeListLength(
xmlctx *xctx,
xmlnodelist *list);

Parameter

In/Out

Description

xctx

IN

XML context

list

IN

NodeList

Returns

(ub4) number of nodes in node list

See Also:

XmlDomGetNodeListItem(), XmlDomFreeNodeList()

Notation Interface

Table 3-10 summarizes the methods available through the Notation interface.

Table 3-10 Summary of NodeList Methods; DOM Package

Function

Summary

XmlDomGetNotationPubID()

Get notation's public ID

XmlDomGetNotationSysID()

Get notation's system ID.

XmlDomGetNotationPubID()

Return a notation's public identifier (in the data encoding).

Syntax

oratext* XmlDomGetNotationPubID(
xmlctx *xctx,
xmlnotenode *note);

Parameter

In/Out

Description

xctx

IN

XML context

note

IN

Notation node

Returns

(oratext *) notation's public identifier [data encoding; may be NULL]

See Also:

XmlDomGetNotationSysID()

XmlDomGetNotationSysID()

Return a notation's system identifier (in the data encoding).

Syntax

oratext* XmlDomGetNotationSysID(
xmlctx *xctx,
xmlnotenode *note);

Parameter

In/Out

Description

xctx

IN

XML context

note

IN

Notation node

Returns

(oratext *) notation's system identifier [data encoding; may be NULL]

See Also:

XmlDomGetNotationPubID()

ProcessingInstruction Interface

Table 3-11 summarizes the methods available through the ProcessingInstruction interface.

Table 3-11 Summary of ProcessingInstruction Methods; DOM Package

Function

Summary

XmlDomGetPIData()

Get processing instruction's data.

XmlDomGetPITarget()

Get PI's target.

XmlDomSetPIData()

Set processing instruction's data.

XmlDomGetPIData()

Returns the content (data) of a processing instruction (in the data encoding). If the node is not a ProcessingInstruction, returns NULL. The content is the part from the first non-whitespace character after the target until the ending "?>".

Syntax

oratext* XmlDomGetPIData(
xmlctx *xctx,
xmlpinode *pi);

Parameter

In/Out

Description

xctx

IN

XML context

pi

IN

ProcessingInstruction node

Returns

(oratext *) processing instruction's data [data encoding]

See Also:

XmlDomGetPITarget(), XmlDomSetPIData()

XmlDomGetPITarget()

Returns a processing instruction's target string. If the node is not a ProcessingInstruction, returns NULL. The target is the first token following the markup that begins the ProcessingInstruction. All ProcessingInstructions must have a target, though the data part is optional.

Syntax

oratext* XmlDomGetPITarget(
xmlctx *xctx,
xmlpinode *pi);

Parameter

In/Out

Description

xctx

IN

XML context

pi

IN

ProcessingInstruction node

Returns

(oratext *) processing instruction's target [data encoding]

See Also:

XmlDomGetPIData(), XmlDomSetPIData()

XmlDomSetPIData()

Sets a ProcessingInstruction's content, which must be in the data encoding. It is not permitted to set the data to NULL. If the node is not a ProcessingInstruction, does nothing. The new data is not verified, converted, or checked.

Syntax

void XmlDomSetPIData(
xmlctx *xctx,
xmlpinode *pi,
oratext *data);

Parameter

In/Out

Description

xctx

IN

XML context

pi

IN

ProcessingInstruction node

data

IN

ProcessingInstruction's new data; data encoding

See Also:

XmlDomGetPITarget(), XmlDomGetPIData()

Text Interface

Table 3-12 summarizes the methods available through the Text interface.

Table 3-12 Summary of Text Methods; DOM Package

Function

Summary

XmlDomSplitText()

Split text node in to two.

XmlDomSplitText()

Splits a single text node into two text nodes; the original data is split between them. If the given node is not type text, or the offset is outside of the original data, does nothing and returns NULL. The offset is zero-based, and is in characters, not bytes. The original node is retained, its data is just truncated. A new text node is created which contains the remainder of the original data, and is inserted as the next sibling of the original. The new text node is returned.

Syntax

xmltextnode* XmlDomSplitText(
xmlctx *xctx,
xmltextnode *textnode,
ub4 offset);

Parameter

In/Out

Description

xctx

IN

XML context

textnode

IN

Text node

offset

IN

0-based character count at which to split text

Returns

(xmltextnode *) new text node

See Also:

XmlDomGetCharData(), XmlDomAppendData(), XmlDomInsertData(), XmlDomDeleteData(), XmlDomReplaceData()

4 Package Event APIs for C

This chapter contains the following sections:

- Event Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

Event Interface

Table 4-1 summarizes the methods available through the Event interface.

Table 4-1 Summary of Event Methods

Function

Summary

XmlEvCleanPPCtx()

Cleans up intenal structures related to a parse operation. This will not destroy the event context. The event context can be reused after this call.

XmlEvCreatePPCtx()

Creates an Event context in pull-parse mode.

XmlEvCreateSVCtx()

Creates an event context for the streaming validadtor.

XmlEvDestroyPPCtx()

Destroys the event context. Terminates parsing. May be called at any time during a parsing operation.

XmlEvDestroySVCtx()

Terminates an event context created by a streaming validator.

XmlEvGetAttrCount()

Retrieves the number of attributes for the XML_EVENT_START_ELEMENT event.

XmlEvGetAttrDeclBody()

Retrieves the attribute body in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetAttrDeclBody0()

Retrieves the NULL-terminated attribute body in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

XmlEvGetAttrDeclCount()

Retreives the number of attributes in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

XmlEvGetAttrDeclElName()

Retrieves the element name in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetAttrDeclElName0()

Retrieves the NULL-terminated element name in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

XmlEvGetAttrDeclLocalName()

Retrieves the local name in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetAttrDeclLocalName0()

Retrieves the NULL-terminated local name in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

XmlEvGetAttrDeclName()

Retrieves the attribute name in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetAttrDeclName0()

Retrieves the NULL-terminated attribute name in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

XmlEvGetAttrDeclPrefix()

Retrieves the attribute prefix in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetAttrDeclPrefix0()

Retrieves the NULL-terminated attribute prefix in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

XmlEvGetAttrID()

Retrieves the ID for the attribute's QNAME, for XML_EVENT_START_ELEMENT events.

XmlEvGetAttrLocalName()

Retrieves the attribute local name for the XML_EVENT_START_ELEMENT events. Also, provides the length as an OUT len parameter.

XmlEvGetAttrLocalName0()

Retrieves the NULL-terminated attribute name for the XML_EVENT_START_ELEMENT events.

XmlEvGetAttrName()

Retrieves the attribute name for the XML_EVENT_START_ELEMENT events. Also, provides the length as an OUT len parameter.

XmlEvGetAttrName0()

Retrieves the NULL-terminated attribute name for the XML_EVENT_START_ELEMENT events.

XmlEvGetAttrPrefix()

Retrieves the prefix tag for XML_EVENT_START_ELEMENT events, and also returns the length of the event as an OUT len parameter.

XmlEvGetAttrPrefix0()

Retrieves the NULL-terminated attribute prefix for the XML_EVENT_START_ELEMENT events.

XmlEvGetAttrURI()

Retrieves the attribute URI for the XML_EVENT_START_ELEMENT events. Also, provides the length as an OUT len parameter.

XmlEvGetAttrURI0()

Retrieves the NULL-terminated attribute URI for the XML_EVENT_START_ELEMENT events.

XmlEvGetAttrUriID()

Retrieves the ID for the attribute's URI, for XML_EVENT_START_ELEMENT events.

XmlEvGetAttrValue()

Retrieves the attribute value for one of the XML_EVENT_START_ELEMENT events, and also returns the length of the event as an OUT len parameter.

XmlEvGetAttrValue0()

Retrieves the NULL-terminated attribute value for the XML_EVENT_START_ELEMENT events.

XmlEvGetElDeclContent()

Retrieves the element declaration content for XML_EVENT_ELEMENT_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetElDeclContent0()

Retrieves the element declaration content for XML_EVENT_ELEMENT_DECLARATION.

XmlEvGetEncoding()

Returns the value of the encoding specified.

XmlEvGetError()

Retrieves the error number when the XML_EVENT_FATAL_ERROR or XML_EVENT_ERROR event is returned by an XmlEvNext()

XmlEvGetName()

Retrurns the name of for either XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events, and the length of the event in the OUT len parameter.

XmlEvGetName0()

Retrieves a NULL-terminated name for either XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events

XmlEvGetLocalName()

Retrieves the local name tag for either XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events, and also returns the length of the event as an OUT len parameter:

XmlEvGetLocalName0()

Retrieves a NULL-terminated local name tag for either XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events, and also returns the length of the event as an OUT len parameter:

XmlEvGetLocation()

Retrieves the location during parsing, as OUT parameters for the line number of the input stream and its path.

XmlEvGetPIData()

Retrieves the text for XML_EVENT_PI or XML_EVENT_PI_CONT events, and also returns the length of the event as an OUT len parameter.

XmlEvGetPIData0()

Retrieves NULL-terminated text for XML_EVENT_PI or XML_EVENT_PI_CONT events.

XmlEvGetPITarget()

Retrieves the target for XML_EVENT_PI and XML_EVENT_PI_CONT events, and also returns the length of the event as an OUT len parameter.

XmlEvGetPITarget0()

Retrieves the NULL-terminated target for XML_EVENT_PI and XML_EVENT_PI_CONT events.

XmlEvGetPEIsGen()

Determines if the general entity was declared, XML_EVENT_PE_DECLARATION.

XmlEvGetPERepl()

Retrieves the replacement text of PE declaration, XML_EVENT_PE_DECLARATION. Also, provides the length as an OUT len parameter.

XmlEvGetPERepl0()

Retrieves the NULL-terminated replacement text of PE declaration, XML_EVENT_PE_DECLARATION.

XmlEvGetPrefix()

Retrieves the prefix tag for one of either XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events, and also returns the length of the event as an OUT len parameter.

XmlEvGetPrefix0()

Retrieves the prefix tag for one of either XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events..

XmlEvGetPubId()

Retrieves the public id for XML_EVENT_PE_DECLARATION, XML_EVENT_UE_DECLARATION, or XML_EVENT_NOTATION_DECLARATION events; also, provides the length as an OUT len parameter.

XmlEvGetPubId0()

Retrieves the NULL-terminated public id for XML_EVENT_PE_DECLARATION, XML_EVENT_UE_DECLARATION, or XML_EVENT_NOTATION_DECLARATION events.

XmlEvGetSysId()

Retrieves the system id for XML_EVENT_PE_DECLARATION, XML_EVENT_UE_DECLARATION, or XML_EVENT_NOTATION_DECLARATION events; also, provides the length as an OUT len parameter.

XmlEvGetSysId0()

Retrieves the NULL-terminated system id for XML_EVENT_PE_DECLARATION, XML_EVENT_UE_DECLARATION, or XML_EVENT_NOTATION_DECLARATION events.

XmlEvGetTagID()

Retrieves the ID for the tag's QNAME, for XML_EVENT_START_ELEMENT events.

XmlEvGetTagUriID()

Retrieves the ID for the tag's URI, for XML_EVENT_START_ELEMENT and XML_EVENT_END_ELEMENT events.

XmlEvGetText()

Retrieves the text for XML_EVENT_CHARACTERS, XML_EVENT_CHARACTERS_CONT, XML_EVENT_SPACE, XML_EVENT_SPACE_CONT, XML_EVENT_COMMENT, XML_EVENT_COMMENT_CONT, XML_EVENT_CDATA, and XML_EVENT_CDATA_CONT events, and also returns the length of the event as an OUT len parameter.

XmlEvGetText0()

Retrieves the NULL-terminated text for XML_EVENT_CHARACTERS, XML_EVENT_CHARACTERS_CONT, XML_EVENT_SPACE, XML_EVENT_SPACE_CONT, XML_EVENT_COMMENT, XML_EVENT_COMMENT_CONT, XML_EVENT_CDATA, and XML_EVENT_CDATA_CONT events.

XmlEvGetUENdata()

Retrieves the ndata for XML_EVENT_UE_DECLARATION event, and also returns the length of the event as an OUT len parameter.

XmlEvGetUENdata0()

Retrieves the NULL-terminated ndata for XML_EVENT_UE_DECLARATION event.

XmlEvGetURI()

Retrieves the URI tag for XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events, and also returns the length of the event as an OUT len parameter:

XmlEvGetURI0()

Retrieves the NULL-terminated URI tag for XML_EVENT_START_ELEMENT or XML_EVENT_END_ELEMENT events.

XmlEvGetVersion()

Provides information about version specification in XML declaration for the XML_EVENT_START_DOCUMENT event.

XmlEvIsEncodingSpecified()

Provides information about encoding specification in XML declaration for the XML_EVENT_START_DOCUMENT event.

XmlEvIsNamespaceAttr()

Determines if an attribute is a namespace atrribute for XML_EVENT_START_ELEMENT event.

XmlEvIsStandalone()

Provides information about standalone specification in XML declaration for the XML_EVENT_START_DOCUMENT event

XmlEvNext()

Gets the next event and advances the parser.

XmlEvNextTag()

Advances the parser to the next tag event.

XmlEvLoadPPDoc()

Loads a new document and configures it for pull parsing.

XmlEvSchemaValidate()

Validates XML documents represented by events.

XmlEvCleanPPCtx()

Cleans up intenal structures related to a parse operation. This will not destroy the event context. The event context can be reused after this call.

Syntax

xmlerr XmlEvCleanPPCtx(
xmlctx *xctx,
xmlevctx *evctx);

Parameter

In/Out

Description

xctx

IN

XML context

evtx

IN

XmlEvents context

Returns

(xmlerr) the error number

XmlEvCreatePPCtx()

Creates an Event context in pull-parse mode.

The document is loaded using XmlEvLoadPPDoc. The actual parsing is driven by multiple calls to XmlEvNext(). After each call, relevant information may be retrieved by calls to the various XmlEvGetXXX() functions. Basic set of properties are the same as for XmlLoadDom. Input source should be specified with XmlEvLoadPPDoc() call.

Syntax

xmlevctx *XmlEvCreatePPCtx(
xmlctx *xctx,
xmlerr  *xerr,
list);

Parameter

In/Out

Description

xctx

IN

XML context

xerr

IN

numeric error code, XMLERR_OK[0] on success

list

IN

These additional properties should be supplied with a terminal NULL:

- ("expand_entities", boolean) that, when FALSE, causes parsed non-parameter entity references not be expanded. By default such references are expanded.

- ("use_buffer", buffer) is the address of a buffer that when specified, will use the buffer to collect data that should be returned back to the user. The getXXX() functions will return this buffer as a data pointer.

- ("use_buffer_len", lengthOfBuffer) is the number of bytes in a buffer, the actual lenght of the buffer, and no more than the specified length is collected. In the case, only part of the data is collected, generating the CONT flavor of the event is generated. Subsequent calls to XmlEventsNext provide additional data. Sequence of CONT-flavored events is always terminated by a non -CONT event. The buffer may be only partially filled.

- ("get_id_callback", function) is the addres for the callback function, to convert text base names to 8-byte IDs. Once such function is supplied, the user is allowed to use XmlEvGetTagID, XmlEvGetAttrID, XmlEvGetTagUriID, and XmlEvGetAttrUriID.

- ("raw_buffer_len", length) is the number of bytes in a buffer. By default, this parameter is 256K. Raw buffer is used to read the input data and perform character conversion, and also to convert CRLFs and CRs to LFs.

- ("error_callback", callback) provides the address of a callback function tha is invoked to signal illegal use of an API for that event.

These optional parameters should be used in the following manner:

xmlevctx *XmlEvCreatePPCtx(
xmlctx *xctx,
xmlerr  *xerr,
("expand_entities", mode),
("use_buffer", buffer),
("use_buffer_len", length),
("get_id_callback", function),
("raw_buffer_len",  length),
("error_callback", callback) );

Returns

(xmlevctx) Event contex to be passed on subsequent calls to XmlEvNext()

XmlEvCreateSVCtx()

Creates an event context for the streaming validadtor. Initializes the streaming validator and returns an event context that can be used in subsequent calls.

Use in conjunction with XmlEvDestroySVCtx(). This is a transparent method. An alternate approach would be to use the opague XmlEvSchemaValidate().

Syntax

xmlevctx *XmlEvCreateSVCtx(
xmlctx *xctx,
xsdctx *sctx,
xmlevctx *docEvCtx,
xmlerr *err);

Parameter

In/Out

Description

xctx

IN

XML context; must be valid

sctx

IN

Schema context; must be valid

docEvCtx

IN

Event context for the document that is validated

err

OUT

numeric error code, XMLERR_OK[0] on success

Returns

(xmlevctx) Event contex to be passed on subsequent calls to XmlEvNext()

XmlEvDestroyPPCtx()

Destroys the event context. Terminates parsing. May be called at any time during a parsing operation.

Syntax

void XmlEvDestroyPPCtx(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

XmlEvDestroySVCtx()

Terminates an event context created by a streaming validator. Returns XMLERR_OK[0] on success, or a numeric error code on failure.

Use in conjunction with XmlEvCreateSVCtx(). This is a transparent method. An alternate approach would be to use the opague XmlEvSchemaValidate().

Syntax

xmlerr XmlEvDestroySVCtx(
xmlctx *xctx,
xmlevctx *evCtx);

Parameter

In/Out

Description

xctx

IN

XML context

evCtx

IN

Event context that should be terminatedt

Returns

(xmlerr) the error number

XmlEvGetAttrCount()

Retrieves the number of attributes for the XML_EVENT_START_ELEMENT event.

Syntax

ub4  XmlEvGetAttrCount(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(ub4) the number of attributes

XmlEvGetAttrDeclBody()

Retrieves the attribute body in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrDeclBody(
xmlevctx *evctx,
ub4 index,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

the length

Returns

(oratext*) the declaration body

XmlEvGetAttrDeclBody0()

Retrieves the NULL-terminated attribute body in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

Syntax

oratext *XmlEvGetAttrDeclBody0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the declaration body

XmlEvGetAttrDeclCount()

Retreives the number of attributes in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

Syntax

ub4 XmlEvGetAttrDeclCount(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(ub4) number of attributes

XmlEvGetAttrDeclElName()

Retrieves the element name in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrDeclElName(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

the length

Returns

(oratext*) the element name

XmlEvGetAttrDeclElName0()

Retrieves the NULL-terminated element name in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

Syntax

oratext *XmlEvGetAttrDeclElName0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) the element name

XmlEvGetAttrDeclLocalName()

Retrieves the local name of the attribute declaration event, XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrDeclLocalName(
xmlevctx *evctx,
ub4 index
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

the length

Returns

(oratext*) the local name

XmlEvGetAttrDeclLocalName0()

Retrieves the NULL-terminated local name in attribute declaration event, XML_EVENT_ATTLIST_DECLARATION.

Syntax

oratext *XmlEvGetAttrDeclLocalName0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the local name

XmlEvGetAttrDeclName()

Retrieves the attribute name in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrDeclName(
xmlevctx *evctx,
ub4 index
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

the length

Returns

(oratext*) the attribute name

XmlEvGetAttrDeclName0()

Retrieves the NULL-terminated attribute name in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

Syntax

oratext *XmlEvGetAttrDeclName0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the attribute name

XmlEvGetAttrDeclPrefix()

Retrieves the attribute prefix in attribute declaration XML_EVENT_ATTLIST_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrDeclPrefix(
xmlevctx *evctx,
ub4 index
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

the length

Returns

(oratext*) the attribute prefix

XmlEvGetAttrDeclPrefix0()

Retrieves the NULL-terminated attribute prefix in attribute declaration XML_EVENT_ATTLIST_DECLARATION.

Syntax

oratext *XmlEvGetAttrDeclPrefix0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the attribute prefix

XmlEvGetAttrID()

Retrieves the ID for the attribute's QNAME, for XML_EVENT_START_ELEMENT events. Invokes the user-supplied ID callback specified in XmlEvCreatePPCtx(); if the callback is not specified, returns 0.

Syntax

sb8 XmlEvGetAttrID(
xmlevctx *evctx
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of attribute

Returns

(sb8) the ID

XmlEvGetAttrLocalName()

Retrieves the attribute local name for the XML_EVENT_START_ELEMENT events. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrLocalName(
xmlevctx *evctx,
ub4 index
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute; ignored for XML_EVENT_START_ATTR

len

OUT

the length

Returns

(oratext*) the attribute name

XmlEvGetAttrLocalName0()

Retrieves the NULL-terminated attribute local name for the XML_EVENT_START_ELEMENT events.

Syntax

oratext *XmlEvGetAttrLocalName0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute; ignored for XML_EVENT_START_ATTR

Returns

(oratext*) the attribute name

XmlEvGetAttrName()

Retrieves the attribute name for the XML_EVENT_START_ELEMENT events. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrName(
xmlevctx *evctx,
ub4 index
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute; ignored for XML_EVENT_START_ATTR

len

OUT

the length

Returns

(oratext*) the attribute name

XmlEvGetAttrName0()

Retrieves the NULL-terminated attribute name for the XML_EVENT_START_ELEMENT events.

Syntax

oratext *XmlEvGetAttrName0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute; ignored for XML_EVENT_START_ATTR

Returns

(oratext*) the attribute name

XmlEvGetAttrPrefix()

Retrieves the prefix tag for XML_EVENT_START_ELEMENT events, and also returns the length of the event as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrPrefix(
xmlevctx *evctx,
ub4 index,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

length of the event name

Returns

(oratext*) the attribute prefix

XmlEvGetAttrPrefix0()

Retrieves the NULL-terminated attribute prefix for the XML_EVENT_START_ELEMENT events.

Syntax

oratext *XmlEvGetAttrPrefix0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the attribute prefix

XmlEvGetAttrURI()

Retrieves the attribute URI for the XML_EVENT_START_ELEMENT events. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrURI(
xmlevctx *evctx,
ub4 index
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

the length

Returns

(oratext*) the attribute URI

XmlEvGetAttrURI0()

Retrieves the NULL-terminated attribute URI for the XML_EVENT_START_ELEMENT events.

Syntax

oratext *XmlEvGetAttrURI0(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the attribute URI

XmlEvGetAttrUriID()

Retrieves the ID for the attribute's URI, for XML_EVENT_START_ELEMENT events. Invokes the user-supplied ID callback specified in XmlEvCreatePPCtx(); if the callback is not specified, returns 0.

Syntax

sb8 XmlEvGetAttrUriID(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of attribute

Returns

(sb8) the ID

XmlEvGetAttrValue()

Retrieves the attribute value for one of the XML_EVENT_START_ELEMENT events, and also returns the length of the event as an OUT len parameter.

Syntax

oratext *XmlEvGetAttrValue(
xmlevctx *evctx,
ub4 index,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

len

OUT

length of the event name

Returns

(oratext*) the attribute value

XmlEvGetAttrValue0()

Retrieves the NULL-terminated attribute value for the XML_EVENT_START_ELEMENT events.

Syntax

oratext *XmlEvGetAttrValue0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

(oratext*) the attribute value

XmlEvGetElDeclContent()

Retrieves the element declaration content for XML_EVENT_ELEMENT_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetElDeclContent(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

the length

Returns

(oratext*) the declaration content

XmlEvGetElDeclContent0()

Retrieves the element declaration content for XML_EVENT_ELEMENT_DECLARATION.

Syntax

oratext *XmlEvGetElDeclContent0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) the declaration content

XmlEvGetEncoding()

Returns the value of the encoding specified in either XmlEvCreatePPCtx() call or XmlEvCreateSVCtx() call.

Syntax

oratext *XmlEvGetEncoding(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) the encoding value in out-encoding; NULL if no encoding is specified

XmlEvGetError()

Retrieves the error number when the XML_EVENT_FATAL_ERROR or XML_EVENT_ERROR event is returned by a XmlEvNext() call.

Syntax

xmlerr XmlEvGetError(
xmlevctx *evctx
oratext **message);

Parameter

In/Out

Description

evctx

IN

XML Event context

message

IN

the error message

Returns

(xmlerr) the error number

XmlEvGetName()

Retrurns the name of the events, and the length of the event in the OUT len parameter. The event name could be on of the following:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

- XML_EVENT_START_ENTITY

- XML_EVENT_ENTITY_REFERENCE

- XML_EVENT_ELEMENT_DECLARATION

- XML_EVENT_PE_DECLARATION

- XML_EVENT_UE_DECLARATION

- XML_EVENT_NOTATTION_DECLARATION

Syntax

oratext *XmlEvGetName(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the name

Returns

(oratext*) The name

XmlEvGetName0()

Retrieves a NULL-terminated name for one of the following events:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

- XML_EVENT_START_ENTITY

- XML_EVENT_ENTITY_REFERENCE

- XML_EVENT_ELEMENT_DECLARATION

- XML_EVENT_PE_DECLARATION

- XML_EVENT_UE_DECLARATION

- XML_EVENT_NOTATTION_DECLARATION

Syntax

oratext *XmlEventGetName0(
xmleventctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) The name

XmlEvGetLocalName()

Retrieves the local name tag for one of the following events, and also returns the length of the event as an OUT len parameter:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

Syntax

oratext *XmlEvGetLocalName(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the event name

Returns

(oratext*) local name tag

XmlEvGetLocalName0()

Retrieves the NULL-terminated local name tag for one of the following events:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

Syntax

oratext *XmlEvGetLocalName0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) local name tag

XmlEvGetLocation()

Retrieves the location during parsing, as OUT parameters for the line number of the input stream and its path. Can be used at any time during the parsing processes.

Syntax

void *XmlEvGetLocation(
xmlevctx *evctx,
ub4 *line,
oratext **path);

Parameter

In/Out

Description

evctx

IN

XML Event context

line

OUT

line number

path

OUT

URL or file name

XmlEvGetPIData()

Retrieves the text for one of the following events, and also returns the length of the event as an OUT len parameter:

- XML_EVENT_PI

- XML_EVENT_PI_CONT

Syntax

oratext *XmlEvGetPIData(
xmlevctx *evctx
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the event name

Returns

(oratext*) data

XmlEvGetPIData0()

Retrieves the NULL-terminated data for one of the following events:

- XML_EVENT_PI

- XML_EVENT_PI_CONT

Syntax

oratext *XmlEvGetPIData0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) data

XmlEvGetPITarget()

Retrieves the target for one of the following events, and also returns the length of the event as an OUT len parameter:

- XML_EVENT_PI

- XML_EVENT_PI_CONT

Syntax

oratext *XmlEvGetPITarget(
xmlevctx *evctx
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the event name

Returns

(oratext*) target

XmlEvGetPITarget0()

Retrieves the NULL-terminated target for one of the following events:

- XML_EVENT_PI

- XML_EVENT_PI_CONT

Syntax

oratext *XmlEvGetPITarget0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) target

XmlEvGetPEIsGen()

Determines if the general entity was declared, XML_EVENT_PE_DECLARATION.

Syntax

boolean XmlEvGetPEIsGen(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

TRUE for a general entity, FALSE if a parameter

XmlEvGetPERepl()

Retrieves the replacement text of PE declaration, XML_EVENT_PE_DECLARATION. Also, provides the length as an OUT len parameter.

Syntax

oratext *XmlEvGetPERepl(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

the length

Returns

(oratext*) PE replacement text

XmlEvGetPERepl0()

Retrieves the NULL-terminated replacement text of PE declaration, XML_EVENT_PE_DECLARATION.

Syntax

oratext *XmlEvGetPERepl0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) PE replacement text

XmlEvGetPrefix()

Retrieves the prefix tag for one of the following events, and also returns the length of the event as an OUT len parameter:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

Syntax

oratext *XmlEvGetPrefix(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the prefix

Returns

(oratext*) the prefix tag

XmlEvGetPrefix0()

Retrieves the NULL-terminated prefix tag for one of the following events:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

Syntax

oratext *XmlEvGetPrefix0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) the prefix tag

XmlEvGetPubId()

Retrieves the public id for one of the following events; also, provides the length as an OUT len parameter:

- XML_EVENT_PE_DECLARATION

- XML_EVENT_UE_DECLARATION

- XML_EVENT_NOTATION_DECLARATION

Syntax

oratext *XmlEvGetPubId(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

the length

Returns

(oratext*) public id

XmlEvGetPubId0()

Retrieves the NULL-terminated public id for one of the following events:

- XML_EVENT_PE_DECLARATION

- XML_EVENT_UE_DECLARATION

- XML_EVENT_NOTATION_DECLARATION

Syntax

oratext *XmlEvGetPubId0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returnsb

(oratext*) public id

XmlEvGetSysId()

Retrieves the system id for one of the following events; also, provides the length as an OUT len parameter:

- XML_EVENT_PE_DECLARATION

- XML_EVENT_UE_DECLARATION

- XML_EVENT_NOTATION_DECLARATION

Syntax

oratext *XmlEvGetSysId(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

the length

Returns

(oratext*) system id

XmlEvGetSysId0()

Retrieves the NULL-terminated system id for one of the following events:

- XML_EVENT_PE_DECLARATION

- XML_EVENT_UE_DECLARATION

- XML_EVENT_NOTATION_DECLARATION

Syntax

oratext *XmlEvGetSysId0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) system id

XmlEvGetTagID()

Retrieves the ID for the tag's QNAME, for XML_EVENT_START_ELEMENT events. Invokes the user-supplied ID callback specified in XmlEvCreatePPCtx(); if the callback is not specified, returns 0.

Syntax

sb8 XmlEvGetTagID(
xmlevctx *evctx)

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(sb8) the ID

XmlEvGetTagUriID()

Retrieves the ID for the tag's URI, for XML_EVENT_START_ELEMENT and XML_EVENT_END_ELEMENT events. Invokes the user-supplied ID callback specified in XmlEvCreatePPCtx(); if the callback is not specified, returns 0.

Syntax

sb8 XmlEvGetTagUriID(
xmlevctx *evctx)

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(sb8) the ID

XmlEvGetText()

Retrieves the text for one of the following events, and also returns the length of the event as an OUT len parameter:

- XML_EVENT_CHARACTERS

- XML_EVENT_CHARACTERS_CONT

- XML_EVENT_SPACE

- XML_EVENT_SPACE_CONT

- XML_EVENT_COMMENT

- XML_EVENT_COMMENT_CONT

- XML_EVENT_CDATA

- XML_EVENT_CDATA_CONT

Syntax

oratext *XmlEvGetText(
xmlevctx *evctx
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the event name

Returns

(oratext*) event text

XmlEvGetText0()

Retrieves the NULL-terminated text for one of the following events:

- XML_EVENT_CHARACTERS

- XML_EVENT_CHARACTERS_CONT

- XML_EVENT_SPACE

- XML_EVENT_SPACE_CONT

- XML_EVENT_COMMENT

- XML_EVENT_COMMENT_CONT

- XML_EVENT_CDATA

- XML_EVENT_CDATA_CONT

Syntax

oratext *XmlEvGetText0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) event text

XmlEvGetUENdata()

Retrieves the ndata for XML_EVENT_UE_DECLARATION event, and also returns the length of the event as an OUT len parameter.

Syntax

oratext *XmlEvGetUENdata(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the event name

Returns

(oratext*) ndata

XmlEvGetUENdata0()

Retrieves the NULL-terminated ndata for XML_EVENT_UE_DECLARATION event.

Syntax

oratext *XmlEvGetUENdata0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) ndata

XmlEvGetURI()

Retrieves the URI tag for one of the following events, and also returns the length of the event as an OUT len parameter:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

Syntax

oratext *XmlEvGetURI(
xmlevctx *evctx,
ub4 *len);

Parameter

In/Out

Description

evctx

IN

XML Event context

len

OUT

length of the event name

Returns

(oratext*) URI tag

XmlEvGetURI0()

Retrieves the NULL-terminated URI tag for one of the following events:

- XML_EVENT_START_ELEMENT

- XML_EVENT_END_ELEMENT

Syntax

oratext *XmlEvGetURI0(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) URI tag

XmlEvGetVersion()

Provides information about version specification in XML declaration for the XML_EVENT_START_DOCUMENT event.

Syntax

oratext *XmlEvGetVersion(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(oratext*) version string from the XML declaration.

XmlEvIsEncodingSpecified()

Provides information about encoding specification in XML declaration for the XML_EVENT_START_DOCUMENT event.

Syntax

boolean XmlEvIsEncodingSpecified(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

TRUE if encoding was specified in XML declaration, FALSE otherwise

XmlEvIsNamespaceAttr()

Determines if an attribute is a namespace atrribute for XML_EVENT_START_ELEMENT event.

Syntax

boolean XmlEvIsNamespaceAttr(
xmlevctx *evctx,
ub4 index);

Parameter

In/Out

Description

evctx

IN

XML Event context

index

IN

index of the attribute

Returns

TRUE if an attribute is a namespace attribute, FALSE otherwise

XmlEvIsStandalone()

Provides information about standalone specification in XML declaration for the XML_EVENT_START_DOCUMENT event.

Syntax

sword  XmlEvIsStandalone(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Events contextt

Returns

(sword) -1 if standalone was not specified in the XML declaration, 0 if FALSE was specified for standalone, and 1 if TRUE was specified for standalone

XmlEvNext()

Gets the next event; advances the parser.

Syntax

xmlevtype XmlEvNext(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(xmlevtype) the event

XmlEvNextTag()

Advances the parser to the next tag event, such as XML_EVENT_START_ELEMENT, XML_EVENT_END_ELEMENT, and XML_EVENT_END_DOCUMENT.

Syntax

xmlevtype XmlEvNextTag(
xmlevctx *evctx);

Parameter

In/Out

Description

evctx

IN

XML Event context

Returns

(xmlevtype) the event

XmlEvLoadPPDoc()

Loads a new document and sets it up for pull parsing. Prepares to start parsing the XML document from an input source in pull-parse mode. Input sources are the same as for XmlLoadDom() and XmlLoadSax() of Chapter 11, "Package XML APIs for C". The actual parsing is driven by multiple calls to XmlEvNext().

Syntax

xmlerr XmlEvLoadPPDoc(
xmlctx *xctx,
xmlevctx *evctx,
oratext *inputType,
void *input,
ub4 inputLen,
oratext *inputEncoding);

Parameter

In/Out

Description

xctx

IN

XML context

evctx

IN

XML Events contextt

inputType

IN

type of input, such as file, buffer, uri, stream, or stdio

input

IN

the input

inputLen

IN

input length for buffer input type

inputEncoding

IN

input encoding

Returns

(xmlerr) the error code

XmlEvSchemaValidate()

Validates XML documents represented by events. Initializes the stream validator.

This is an opaque method. An alternate approach would be to use the transparent XmlEvCreateSVCtx() and XmlEvDestroySVCtx().

Syntax

xmlerr XmlEvSchemaValidate(
xmlctx *xctx,
xsdctx *sctx,
xmlevctx *docEvCtx,
oratext **errmsg);

Parameter

In/Out

Description

xctx

IN

XML context

sctx

IN

Schema context

docEvCtx

IN

Event context for the document that is validated

errmsg

OUT

The error message that corresponds to the error code

Returns

(xmlerr) the error code

5 Package Orastream APIs for C

Orastream APIs support handling of of text and binary nodes that exceed 64K in an XML document.

Orastream contains the following group of interfaces:

- "OraStream Interfaces"

The datatypes used by Orastream are found in Chapter 1, "Datatypes for C"; they include oracheck, oraerr, oraprop_id, oramemctx, oraprop, oraprop_t, oraprop_v, orastream, and orastreamhdl.

The error codes for the Orastream interfaces are described in Table 5-1.

Table 5-1 Orastream Error Codes

Error Code

Description

ORASTREAM_ERR_NULL_POINTER

Null pointer encountered.

ORASTREAM_ERR_BAD_STREAM

Invalid stream object.

ORASTREAM_ERR_WRONG_DIRECTION

Stream object is defined for the opposite I/O direction.

ORASTREAM_ERR_UNKNOWN_PROPERTY

Unknown creation property.

ORASTREAM_ERR_NO_DIRECTION

The I/O direction of the stream is undefined.

ORASTREAM_ERR_BI_DIRECTION

The stream direction is incorrectly defined as using both I/O directions.

ORASTREAM_ERR_NOT_OPEN

The stream is not open.

ORASTREAM_ERR_WRONG_MODE

The stream is defined for the opposite char/byte mode.

ORASTREAM_ERR_CANT_OPEN

The stream cannot be opened.

ORASTREAM_ERR_CANT_CLOSE

The stream cannot be closed.

For more information on Orastream interfaces, see Oracle XML Developer's Kit Programmer's Guide.

OraStream Interfaces

These methods support unidirectional streams used to move data piecewise. The direction and mode of the stream is determined by the paramters that initialize the stream in the OraStreamInit() method.

Table 5-2 Summary of OraStream Methods; Package Orastream

Function

Summary

OraStreamClose()

Closes the stream.

OraStreamHandle()

Returns the handle to the stream.

OraStreamInit()

Initializes the stream.

OraStreamIsOpen()

Determines if the stream is open.

OraStreamOpen()

Opens the stream.

OraStreamRead()

Reads bytes from the stream.

OraStreamReadable()

Determines if the stream is readable.

OraStreamReadChar()

Reads characters from the stream.

OraStreamSid()

Sets the SID of a stream.

OraStreamTerm()

Destroys the stream.

OraStreamWrite()

Writes bytes to the stream.

OraStreamWritable()

Determines if the stream is writable.

OraStreamWriteChar()

Writes characters to the stream.

OraStreamClose()

Closes the orastream object.

The function is used to close the given stream by calling the 'close' callback function of the stream.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamClose(
orastream *stream);

Parameter

In/Out

Description

stream

IN

Stream that is closed

OraStreamHandle()

Returns the handle of the orastream object.

The handle contains the generic pointers and file descriptors.

Syntax

orastreamhdl *OraStreamHandle(
orastream *stream);

Parameter

In/Out

Description

stream

IN

Stream whose handle is returned

OraStreamInit()

Creates and initializes a orastream object.

Syntax

orastream *OraStreamInit(
void *sctx,
void *sid,
oraerr *err,
list);

Parameter

In/Out

Description

sctx

IN

The input context; may be NULL

sid

IN

The user-defined stream context identifier

err

OUT

The error, if any. ORAERR_OK for success, or the error code for failure. See Table 5-1

list

IN

NULL-terminated list of name-value pairs of arguments that specify the properties of the new orastream oject. These are:

- The open property name is for the open function, and its value follows.

ORASTREAM_OPEN_F((*), sctx, sid, hdl, length)

- The close property name is for the close function, and its value follows.

ORASTREAM_CLOSE_F((*), sctx, sid, hdl)

- The read property name is for reading byte data from the stream to the buffer. Note that nread returns the number of bytes actually read.

ORASTREAM_READ_F((*), sctx, sid, hdl, dest,
size, start, nread, eoi)

- The write property name is for writing byte data from the buffer to the stream. Note that written returns the number of bytes actually written.

ORASTREAM_WRITE_F((*), sctx, sid, hdl, src,
size, written)

- The read_char property name is for reading character data from the stream to the buffer. Note that nread returns the number of characters actually read.

ORASTREAM_READ_F((*), sctx, sid, hdl, dest,
size, start, nread, eoi)

- The write_char property name is for writing character data from the buffer to the stream. Note that written returns the number of characters actually written.

ORASTREAM_WRITE_F((*), sctx, sid, hdl, src,
size, written)

OraStreamIsOpen()

Determines if the orastream is open. Returns TRUE or FALSE.

Note that the stream must be open to perform read and write operations.

Syntax

boolean OraStreamIsOpen(
orastream *stream);

Parameter

In/Out

Description

stream

IN

The stream that should be open for reads or writes.

OraStreamOpen()

Opens the orastream object.

The function opens the stream by calling the 'open' callback function of the stream.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamOpen(
orastream *stream,
ubig_ora *length)

Parameter

In/Out

Description

stream

IN

The stream that is open

length

OUT

Optional parameter; not used

OraStreamRead()

Reads bytes from the orastream object.

The function is used to read the data from the stream into the specified buffer. It also returns TRUE for the eoi parameter if the end of stream is reached.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamRead(
orastream *stream,
oratext *dest,
ubig_ora size,
oratext **start,
ubig_ora *nread,
ub1 *eoi);

Parameter

In/Out

Description

stream

IN

Stream that is being read

dest

IN

The destination buffer

size

IN

The size of the data to be read

start

OUT

Pointer to the start of data being read

nread

OUT

Number of bytes actually read from the stream

eoi

OUT

Returns TRUE if end of the stream is reached; FALSE otherwise

OraStreamReadable()

Determines if an existing orastream object is readable.

Returns TRUE or FALSE.

Syntax

boolean OraStreamReadable(
orastream *stream);

Parameter

In/Out

Description

stream

IN

Stream that is checked for readability

OraStreamReadChar()

Reads chars from the orastream object.

The function is used to read the data from the stream into the specified buffer. It also returns TRUE for the eoi parameter if the end of stream is reached.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamReadChar(
orastream *stream,
oratext *dest,
ubig_ora size,
oratext **start,
ubig_ora *nread,
ub1 *eoi);

Parameter

In/Out

Description

stream

IN

Stream that is being read

dest

IN

The destination buffer

size

IN

The size of the data to be read

start

OUT

Pointer to the start of data being read

nread

OUT

Number of characters actually read from the stream

eoi

OUT

Returns TRUE if end of the stream is reached; FALSE otherwise

OraStreamSid()

Assigns an SID to an existing orastream object. Returns the old SID through the OUT parameter osid.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamSid(
orastream *stream,
void *sid,
void **osid);

Parameter

In/Out

Description

stream

IN

The stream whose SID is changed

sid

IN

The new SID

osid

OUT

The previous SID of the stream

OraStreamTerm()

Destroys a orastream object and frees its associated memory.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamTerm(
orastream *stream);

Parameter

In/Out

Description

stream

IN

Stream that is destroyed

OraStreamWrite()

Writes bytes to the orastream object.

The number of bytes actually read are stored by the OUT parameter nwrote.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamWrite(
orastream *stream,
oratext *src,
ubig_ora size,
ubig_ora *nwrote);

Parameter

In/Out

Description

stream

IN

Stream where the data is written

src

IN

Buffer from which the data is written

size

IN

Size of data to be written

nwrote

OUT

Number of bytes written to the stream

OraStreamWritable()

Determines if an existing orastream object is writable.

Returns TRUE or FALSE.

Syntax

boolean OraStreamWritable(
orastream *stream);

Parameter

In/Out

Description

stream

IN

Stream that is checked for writability.

OraStreamWriteChar()

Writes chars to the orastream object.

The number of characters actually written are stored by the OUT parameter nwrote.

Returns ORAERR_OK for success, or the error code for failure. See Table 5-1.

Syntax

oraerr OraStreamWriteChar(
orastream *stream,
oratext *src,
ubig_ora size,
ubig_ora *nwrote);

Parameter

In/Out

Description

stream

IN

Stream where the data is written

src

IN

Buffer from which the data is written

size

IN

Size of data to be written

nwrote

OUT

Number of characters written to the stream

6 Package Range APIs for C

Package Range contains APIs for two interfaces.

This chapter contains the following sections:

- DocumentRange Interface

- Range Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

DocumentRange Interface

Table 6-1 summarizes the methods available through the DocumentRange interface.

Table 6-1 Summary of DocumentRange Methods; Package Range

Function

Summary

XmlDomCreateRange()

Create Range object.

XmlDomCreateRange()

The only one method of DocumentRange interface, used to create a Range object.

Syntax

xmlrange* XmlDomCreateRange(
xmlctx *xctx,
xmlrange *range,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

existing NodeIterator, or NULL to allocate new

doc

IN

document to which the new Range is attached

Returns

(xmlrange *) original or new Range object.

Range Interface

Table 6-2 summarizes the methods available through the Range interface.

Table 6-2 Summary of Range Methods; Package Range

Function

Summary

XmlDomRangeClone()

Clone a range.

XmlDomRangeCloneContents()

Clone contents selected by a range.

XmlDomRangeCollapse()

Collapse range to either start point or end point.

XmlDomRangeCompareBoundaryPoints()

Compare boundary points of two ranges.

XmlDomRangeDeleteContents()

Delete content selected by a range.

XmlDomRangeDetach()

Detach a range.

XmlDomRangeExtractContents()

Extract contents selected by a range.

XmlDomRangeGetCollapsed()

Return whether the range is collapsed.

XmlDomRangeGetCommonAncestor()

Return deepest common ancestor node of two boundary points.

XmlDomRangeGetDetached()

Return whether the range is detached.

XmlDomRangeGetEndContainer()

Return range end container node.

XmlDomRangeGetEndOffset()

Return range end offset.

XmlDomRangeGetStartContainer()

Return range start container node.

XmlDomRangeGetStartOffset()

Return range start offset.

XmlDomRangeIsConsistent()

Return whether the range is consistent.

XmlDomRangeSelectNode()

Select a node as a range.

XmlDomRangeSelectNodeContents()

Define range to select node contents.

XmlDomRangeSetEnd()

Set the end point.

XmlDomRangeSetEndBefore()

Set the end point before a node.

XmlDomRangeSetStart()

Set the start point.

XmlDomRangeSetStartAfter()

Set the start point after a node.

XmlDomRangeSetStartBefore()

Set the start point before a node.

XmlDomRangeClone()

Clone a Range. Clones the range without affecting the content selected by the original range. Returns NULL if an error.

Syntax

xmlrange* XmlDomRangeClone(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(xmlrange *) new range that clones the old one

XmlDomRangeCloneContents()

Clone contents selected by a range. Clones but does not delete contents selected by a range. Performs the range consistency check and sets retval to an error code if an error.

Syntax

xmlnode* XmlDomRangeCloneContents(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(xmlnode *) cloned contents

XmlDomRangeCollapse()

Collapses the range to either start point or end point. The point where it is collapsed to is assumed to be a valid point in the document which this range is attached to.

Syntax

xmlerr XmlDomRangeCollapse(
xmlctx *xctx,
xmlrange *range,
boolean tostart);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

tostart

IN

indicates whether to collapse to start (TRUE) or to end (FALSE)

Returns

(xmlerr) numeric return code

XmlDomRangeCompareBoundaryPoints()

Compares two boundary points of two different ranges. Returns -1,0,1 depending on whether the corresponding boundary point of the range (range) is before, equal, or after the corresponding boundary point of the second range (srange). It returns ~(int)0 if two ranges are attached to two different documents or if one of them is detached.

Syntax

sb4 XmlDomRangeCompareBoundaryPoints(
xmlctx *xctx,
xmlrange *range,
xmlcmphow how,
xmlrange *srange,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

how

IN

xmlcmphow value; how to compare

srange

IN

range object with which to compare

xerr

OUT

numeric return code

Returns

(sb4) strcmp-like comparison result

XmlDomRangeDeleteContents()

Deletes content selected by a range. Performs the range consistency check and sets retval to an error code if an error.

Syntax

xmlerr XmlDomRangeDeleteContents(
xmlctx *xctx,
xmlrange *range);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

Returns

(xmlerr) numeric return code

XmlDomRangeDetach()

Detaches the range from the document and places it (range) in invalid state.

Syntax

xmlerr XmlDomRangeDetach(
xmlctx *xctx,
xmlrange *range);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

Returns

(xmlerr) numeric return code

XmlDomRangeExtractContents()

Extract contents selected by a range. Clones and deletes contents selected by a range. Performs the range consistency check and sets retval to an error code if an error.

Syntax

xmlnode* XmlDomRangeExtractContents(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(xmlnode *) extracted

XmlDomRangeGetCollapsed()

Returns TRUE if the range is collapsed and is not detached, otherwise returns FALSE.

Syntax

boolean XmlDomRangeGetCollapsed(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(boolean) TRUE if the range is collapsed, FALSE otherwise

XmlDomRangeGetCommonAncestor()

Returns deepest common ancestor node of two boundary points of the range if the range is not detached, otherwise returns NULL. It is assumed that the range is in a consistent state.

Syntax

xmlnode* XmlDomRangeGetCommonAncestor(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(xmlnode *) deepest common ancestor node [or NULL]

XmlDomRangeGetDetached()

Return whether the range is detached. Returns TRUE if the range is detached and is not NULL. Otherwise returns FALSE.

Syntax

ub1 XmlDomRangeGetDetached(
xmlctx *xctx,
xmlrange *range);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

Returns

(ub1) TRUE if the range is detached, FALSE otherwise

XmlDomRangeGetEndContainer()

Returns range end container node if the range is not detached, otherwise returns NULL.

Syntax

xmlnode* XmlDomRangeGetEndContainer(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(xmlnode *) range end container node [or NULL]

XmlDomRangeGetEndOffset()

Returns range end offset if the range is not detached, otherwise returns ~(ub4)0 [the maximum ub4 value].

Syntax

ub4 XmlDomRangeGetEndOffset(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(ub4) range end offset [or ub4 maximum]

XmlDomRangeGetStartContainer()

Returns range start container node if the range is valid and is not detached, otherwise returns NULL.

Syntax

xmlnode* XmlDomRangeGetStartContainer(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(xmlnode *) range start container node

XmlDomRangeGetStartOffset()

Returns range start offset if the range is not detached, otherwise returns ~(ub4)0 [the maximum ub4 value].

Syntax

ub4 XmlDomRangeGetStartOffset(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(ub4) range start offset [or ub4 maximum]

XmlDomRangeIsConsistent()

Return whether the range is consistent. Returns TRUE if the range is consistent: both points are under the same root and the start point is before or equal to the end point. Otherwise returns FALSE.

Syntax

boolean XmlDomRangeIsConsistent(
xmlctx *xctx,
xmlrange *range,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

xerr

OUT

numeric return code

Returns

(ub1) TRUE if the range is consistent, FALSE otherwise

XmlDomRangeSelectNode()

Sets the range end point and start point so that the parent node of this node becomes the container node, and the offset is the offset of this node among the children of its parent. The range becomes collapsed. It is assumed that the node is a valid node of its document. If the range is detached, it is ignored, and the range becomes attached.

Syntax

xmlerr XmlDomRangeSelectNode(
xmlctx *xctx,
xmlrange *range,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

Returns

(xmlerr) numeric return code

XmlDomRangeSelectNodeContents()

Sets the range start point to the start of the node contents and the end point to the end of the node contents. It is assumed that the node is a valid document node. If the range is detached, it is ignored, and the range becomes attached.

Syntax

xmlerr XmlDomRangeSelectNodeContents(
xmlctx *xctx,
xmlrange *range,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

Returns

(xmlerr) numeric return code

XmlDomRangeSetEnd()

Sets the range end point. If it has a root container other than the current one for the range, the range is collapsed to the new position. If the end is set to be at a position before the start, the range is collapsed to that position. Returns xmlerr value. according to the description where this type is defined. It is assumed that the start point of the range is a valid start point.

Syntax

xmlerr XmlDomRangeSetEnd(
xmlctx *xctx,
xmlrange *range,
xmlnode *node,
ub4 offset);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

offset

IN

ending offset

Returns

(xmlerr) numeric return code

XmlDomRangeSetEndBefore()

Sets the range end point before a node. If it has a root container other than the current one for the range, the range is collapsed to the new position. If the before node sets the end to be at a position before the start, the range is collapsed to new position. Returns xmlerr value according to the description where this type is defined. It is assumed that the start point of the range is a valid start point.

Syntax

xmlerr XmlDomRangeSetEndBefore(
xmlctx *xctx,
xmlrange *range,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

Returns

(xmlerr) numeric return code

XmlDomRangeSetStart()

Sets the range start point. If it has a root container other than the current one for the range, the range is collapsed to the new position. If the start is set to be at a position after the end, the range is collapsed to that position. Returns xmlerr value according to the description where this type is defined. It is assumed that the end point of the range is a valid end point.

Syntax

xmlerr XmlDomRangeSetStart(
xmlctx *xctx,
xmlrange *range,
xmlnode *node,
ub4 offset);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

offset

IN

starting offset

Returns

(xmlerr) numeric return code

XmlDomRangeSetStartAfter()

Sets the range start point after a node. If it has a root container other than the current one, the range is collapsed to the new position. If the previous node sets the start after the end, the range is collapsed to a new position. It is assumed that the end point of the range is a valid end point.

Syntax

xmlerr XmlDomRangeSetStartAfter(
xmlctx *xctx,
xmlrange *range,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

Returns

(xmlerr) numeric return code

XmlDomRangeSetStartBefore()

Sets the range start point before a node. If it has a root container other than the current one, the range is collapsed to the new position with offset 0. If the previous node sets the start after the end, the range is collapsed to a new position. It is assumed that the end point of the range is a valid end point.

Syntax

xmlerr XmlDomRangeSetStartBefore(
xmlctx *xctx,
xmlrange *range,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

range

IN

range object

node

IN

XML node

Returns

(xmlerr) numeric return code

7 Package SAX APIs for C

SAX is a standard interface for event-based XML parsing, developed collaboratively by the members of the XML-DEV mailing list. To use SAX, an xmlsaxcb structure is initialized with function pointers and passed to one of the XmlLoadSax calls. A pointer to a user-defined context structure is also provided, and will be passed to each SAX function.

For event-based schemava validation APIs, refer to Chapter 4, "Package Event APIs for C".

This chapter contains the following section:

- SAX Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

SAX Interface

Table 7-1 summarizes the methods available through the SAX interface.

Table 7-1 Summary of SAX Methods

Function

Summary

XmlSaxAttributeDecl()

Receives SAX notification of an attribute's declaration.

XmlSaxCDATA()

Receives SAX notification of CDATA. Oracle extension.

XmlSaxCharacters()

Receives SAX notification of character data

XmlSaxComment()

Receives SAX notification of a comment.

XmlSaxElementDecl()

Receives SAX notification of an element's declaration. Oracle extension.

XmlSaxEndDocument()

Receives SAX end-of-document notification.

XmlSaxEndElement()

Receives SAX end-of-element notification.

XmlSaxNotationDecl()

Receives SAX notification of a notation declaration.

XmlSaxPI()

Receives SAX notification of a processing instruction.

XmlSaxParsedEntityDecl()

Receives SAX notification of a parsed entity declaration. Oracle extension.

XmlSaxStartDocument()

Receives SAX start-of-document notification.

XmlSaxStartElement()

Receives SAX start-of-element notification.

XmlSaxStartElementNS()

Receives SAX namespace-aware start-of-element notification.

XmlSaxUnparsedEntityDecl()

Receives SAX notification of an unparsed entity declaration.

XmlSaxWhitespace()

Receives SAX notification of ignorable (whitespace) data.

XmlSaxXmlDecl()

Receives SAX notification of an XML declaration. Oracle extension.

XmlSaxAttributeDecl()

This event marks an element declaration in the DTD. The element's name and content will be in the data encoding. Note that an attribute may be declared before the element it belongs to!

Syntax

xmlerr XmlSaxAttributeDecl(
void *ctx,
oratext *elem,
oratext *attr,
oratext *body);

Parameter

In/Out

Description

ctx

IN

user's SAX context

elem

IN

element for which the attribute is declared; data encoding

attr

IN

attribute's name; data encoding

body

IN

body of an attribute declaration

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxAttributeDecl()

XmlSaxCDATA()

This event handles CDATA, as distinct from Text. If no XmlSaxCDATA callback is provided, the Text callback will be invoked. The data will be in the data encoding, and the returned length is in characters, not bytes. See also XmlSaxWhitespace, which receiving notification about ignorable (whitespace formatting) character data.

Syntax

xmlerr XmlSaxCDATA(
void *ctx,
oratext *ch,
size_t len);

Parameter

In/Out

Description

ctx

IN

user's SAX context

ch

IN

pointer to CDATA; data encoding

len

IN

length of CDATA, in characters

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxWhitespace()

XmlSaxCharacters()

This event marks character data, either Text or CDATA. If an XmlSaxCDATA callback is provided, then CDATA will be send to that instead; with no XmlSaxCDATA callback, both Text and CDATA go to the XmlSaxCharacters callback. The data will be in the data encoding, and the returned length is in characters, not bytes. See also XmlSaxWhitespace, which receiving notification about ignorable (whitespace formatting) character data.

Syntax

xmlerr XmlSaxCharacters(
void *ctx,
oratext *ch,
size_t len);

Parameter

In/Out

Description

ctx

IN

user's SAX context

ch

IN

pointer to data; data encoding

len

IN

length of data, in characters

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxWhitespace()

XmlSaxComment()

This event marks a comment in the XML document. The comment's data will be in the data encoding. Oracle extension, not in SAX standard.

Syntax

xmlerr XmlSaxComment(
void *ctx,
oratext *data);

Parameter

In/Out

Description

ctx

IN

user's SAX context

data

IN

comment's data; data encoding

Returns

(xmlerr) error code, XMLERR_OK [0] for success

XmlSaxElementDecl()

This event marks an element declaration in the DTD. The element's name and content will be in the data encoding.

Syntax

xmlerr XmlSaxElementDecl(
void *ctx,
oratext *name,
oratext *content);

Parameter

In/Out

Description

ctx

IN

user's SAX context

name

IN

element's name

content

IN

element's context model

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxAttributeDecl()

XmlSaxEndDocument()

The last SAX event, called once for each document, indicating the end of the document. Matching event is XmlSaxStartDocument.

Syntax

xmlerr XmlSaxEndDocument(
void *ctx);

Parameter

In/Out

Description

ctx

IN

user's SAX context

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxStartDocument()

XmlSaxEndElement()

This event marks the close of an element; it matches the XmlSaxStartElement or XmlSaxStartElementNS events. The name is the tagName of the element (which may be a qualified name for namespace-aware elements) and is in the data encoding.

Syntax

xmlerr XmlSaxEndElement(
void *ctx,
oratext *name);

Parameter

In/Out

Description

ctx

IN

user's SAX context

name

IN

name of ending element; data encoding

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxEndElement()

XmlSaxNotationDecl()

The even marks the declaration of a notation in the DTD. The notation's name, public ID, and system ID will all be in the data encoding. Both IDs are optional and may be NULL.

Syntax

xmlerr XmlSaxNotationDecl(
void *ctx,
oratext *name,
oratext *pubId,
oratext *sysId);

Parameter

In/Out

Description

ctx

IN

user's SAX context

name

IN

notation's name; data encoding

pubId

IN

notation's public ID as data encoding, or NULL

sysId

IN

notation's system ID as data encoding, or NULL

Returns

(xmlerr) error code, XMLERR_OK [0] for success

XmlSaxPI()

This event marks a ProcessingInstruction. The ProcessingInstructions target and data will be in the data encoding. There is always a target, but the data may be NULL.

Syntax

xmlerr XmlSaxPI(
void *ctx,
oratext *target,
oratext *data);

Parameter

In/Out

Description

ctx

IN

user's SAX context

target

IN

PI's target; data encoding

data

IN

PI's data as data encoding, or NULL

Returns

(xmlerr) error code, XMLERR_OK [0] for success

XmlSaxParsedEntityDecl()

Marks an parsed entity declaration in the DTD. The parsed entity's name, public ID, system ID, and notation name will all be in the data encoding.

Syntax

xmlerr XmlSaxParsedEntityDecl(
void *ctx,
oratext *name,
oratext *value,
oratext *pubId,
oratext *sysId,
boolean general);

Parameter

In/Out

Description

ctx

IN

user's SAX context

name

IN

entity's name; data encoding

value

IN

entity's value; data encoding

pubId

IN

entity's public ID as data encoding, or NULL

sysId

IN

entity's system ID; data encoding

general

IN

TRUE if general entity, FALSE if parameter entity

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxUnparsedEntityDecl()

XmlSaxStartDocument()

The first SAX event, called once for each document, indicating the start of the document. Matching event is XmlSaxEndDocument.

Syntax

xmlerr XmlSaxStartDocument(
void *ctx);

Parameter

In/Out

Description

ctx

IN

user's SAX context

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxEndDocument()

XmlSaxStartElement()

This event marks the start of an element. Note this is the original SAX 1 non-namespace-aware version; XmlSaxStartElementNS is the SAX 2 namespace-aware version. If both are registered, only the NS version will be called. The element's name will be in the data encoding, as are all the attribute parts. See the functions in the NamedNodeMap interface for operating on the attributes map. The matching function is XmlSaxEndElement (there is no namespace aware version of this function).

Syntax

xmlerr XmlSaxStartElement(
void *ctx,
oratext *name,
xmlnodelist *attrs);

Parameter

In/Out

Description

ctx

IN

user's SAX context

name

IN

element's name; data encoding

attrs

IN

NamedNodeMap of element's attributes

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxEndElement(), XmlDomGetNodeMapLength() and XmlDomRemoveNamedItem() in Chapter 3, "Package DOM APIs for C"

XmlSaxStartElementNS()

This event marks the start of an element. Note this is the new SAX 2 namespace-aware version; XmlSaxStartElement is the SAX 1 non-namespace-aware version. If both are registered, only the NS version will be called. The element's qualified name, local name, and namespace URI will be in the data encoding, as are all the attribute parts. See the functions in the NamedNodeMap interface for operating on the attributes map. The matching function is XmlSaxEndElement (there is no namespace aware version of this function).

Syntax

xmlerr XmlSaxStartElementNS(
void *ctx,
oratext *qname,
oratext *local,
oratext *nsp,
xmlnodelist *attrs);

Parameter

In/Out

Description

ctx

IN

user's SAX context

qname

IN

element's qualified name; data encoding

local

IN

element's namespace local name; data encoding

nsp

IN

element's namespace URI; data encoding

attrs

IN

NodeList of element's attributes, or NULL

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxStartElement(), XmlSaxEndElement(), XmlDomGetNodeMapLength() and XmlDomRemoveNamedItem() in Package DOM APIs for C

XmlSaxUnparsedEntityDecl()

Marks an unparsed entity declaration in the DTD, see XmlSaxParsedEntityDecl for the parsed entity version. The unparsed entity's name, public ID, system ID, and notation name will all be in the data encoding.

Syntax

xmlerr XmlSaxUnparsedEntityDecl(
void *ctx,
oratext *name,
oratext *pubId,
oratext *sysId,
oratext *note);

Parameter

In/Out

Description

ctx

IN

user's SAX context

name

IN

entity's name; data encoding

pubId

IN

entity's public ID as data encoding, or NULL

sysId

IN

entity's system ID; data encoding

note

IN

entity's notation name; data encoding

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxParsedEntityDecl()

XmlSaxWhitespace()

This event marks ignorable whitespace data such as newlines, and indentation between lines. The matching function is XmlSaxCharacters, which receives notification of normal character data. The data is in the data encoding, and the returned length is in characters, not bytes.

Syntax

xmlerr XmlSaxWhitespace(
void *ctx,
oratext *ch,
size_t len);

Parameter

In/Out

Description

ctx

IN

user's SAX context

ch

IN

pointer to data; data encoding

len

IN

length of data, in characters

Returns

(xmlerr) error code, XMLERR_OK [0] for success

See Also:

XmlSaxCharacters()

XmlSaxXmlDecl()

This event marks an XML declaration. The XmlSaxStartDocument event is always first; if this callback is registered and an XMLDecl exists, it will be the second event. The encoding flag says whether an encoding was specified. Since the document's own encoding specification may be overridden (or wrong), and the input will be converted to the data encoding anyway, the actual encoding specified in the document is not provided. For the standalone flag, -1 will be returned if it was not specified, otherwise 0 for FALSE, 1 for TRUE.

Syntax

xmlerr XmlSaxXmlDecl(
void *ctx,
oratext *version,
boolean encoding,
sword standalone);

Parameter

In/Out

Description

ctx

IN

user's SAX context

version

IN

version string from XMLDecl; data encoding

encoding

IN

whether encoding was specified

standalone

IN

value of the standalone document; < 0 if not specified

Returns

(xmlerr) error code, XMLERR_OK [0] for success

8 Package Schema APIs for C

This C implementation of the XML schema validator follows the W3C XML Schema specification, rev REC-xmlschema-1-20010502. It implements the required behavior of a schema validator for multiple schema documents to be assembled into a schema. This resulting schema can be used to validate a specific instance document.

For event-based schema validation, see the methods documented in Chapter 4, "Package Event APIs for C".

This chapter contains the following section:

- Schema Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

Schema Interface

Table 8-1 summarizes the methods available through the Schema interface.

Table 8-1 Summary of Schema Methods

Function

Summary

XmlSchemaClean()

Cleans up loaded schemas in a schema context and recycle the schema context.

XmlSchemaCreate()

Creates and returns a schema context.

XmlSchemaDestroy()

Destroys a schema context.

XmlSchemaErrorWhere()

Returns the location where an error occurred.

XmlSchemaLoad()

Loads a schema document.

XmlSchemaLoadedList()

Returns the size and/or list of loaded schema documents.

XmlSchemaSetErrorHandler()

Sets an error message handler and its associated context in a schema context

XmlSchemaSetValidateOptions()

Sets option(s) to be used in the next validation session.

XmlSchemaTargetNamespace()

Returns target namespace of a given schema document.

XmlSchemaUnload()

Unloads a schema document.

XmlSchemaValidate()

Validates an element node against a schema.

XmlSchemaVersion()

Returns the version of this schema implementation.

XmlSchemaClean()

Clean up loaded schemas in a schema context and recycle the schema context.

Syntax

void XmlSchemaClean(
xsdctx *sctx);

Parameter

In/Out

Description

sctx

IN

schema context to be cleaned

See Also:

XmlSchemaCreate(), XmlSchemaDestroy()

XmlSchemaCreate()

Return a schema context to be used in other validator APIs. This needs to be paired with an XmlSchemaDestroy.

Syntax

xsdctx *XmlSchemaCreate(
xmlctx *xctx,
xmlerr *err,
list);

Parameter

In/Out

Description

xctx

IN

XML context

err

OUT

returned error code

list

IN

NULL-terminated list of variable arguments

Returns

(xsdctx *) schema context

See Also:

XmlSchemaDestroy(), XmlCreate() in Chapter 11, "Package XML APIs for C"

XmlSchemaDestroy()

Destroy a schema context and free up all its resources.

Syntax

void XmlSchemaDestroy(
xsdctx *sctx);

Parameter

In/Out

Description

sctx

IN

schema context to be freed

See Also:

XmlSchemaCreate()

XmlSchemaErrorWhere()

Returns the location (line#, path) where an error occurred.

Syntax

xmlerr XmlSchemaErrorWhere(
xsdctx *sctx,
ub4 *line,
oratext **path);

Parameter

In/Out

Description

sctx

IN

schema context

line

IN/OUT

line number where error occurred

path

IN/OUT

URL or filespace where error occurred

Returns

(xmlerr) error code

See Also:

XmlSchemaSetErrorHandler()

XmlSchemaLoad()

Load up a schema document to be used in the next validation session. Schema documents can be incrementally loaded into a schema context as long as every loaded schema document is valid. When the last loaded schema turns out to be invalid, you need to clean up the schema context by calling XmlSchemaClean() and reload everything all over again including the last schema with appropriate correction.

Given a schema document, this function converts the DOM representation into an internal schema representation. The schema document can be provided as a URI or directly a DOM representation. In the URI case, this function reads the input stream and builds a DOM representation of the schema before converting it into internal representation. In the DOM case, the application can provide a DOM representation of the schema, which will be used to create the internal schema representation.

Syntax

xmlerr XmlSchemaLoad(
xsdctx *sctx,
oratext *uri,
list);

Parameter

In/Out

Description

sxctx

IN

schema context

uri

IN

URL of schema document; compiler encoding

list

IN

NULL-terminated list of variable arguments

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSchemaUnload(), XmlSchemaLoadedList()

XmlSchemaLoadedList()

Return only the size of loaded schema documents if list is NULL. If list is not NULL, a list of URL pointers are returned in the user-provided pointer buffer. Note that its user's responsibility to provide a buffer with big enough size.

Syntax

ub4 XmlSchemaLoadedList(
xsdctx *sctx,
oratext **list);

Parameter

In/Out

Description

sctx

IN

schema context

list

IN

address of pointer buffer

Returns

(ub4) list size

See Also:

XmlSchemaLoad(), XmlSchemaUnload()

XmlSchemaSetErrorHandler()

Sets an error message handler and its associated context in a schema context. To retrieve useful location information on errors, the address of the schema context must be provided in the error handler context.

Syntax

xmlerr XmlSchemaSetErrorHandler(
xsdctx *sctx,
XML_ERRMSG_F(
(*errhdl),
ectx,
msg,
err),
void *errctx);

Parameter

In/Out

Description

sctx

IN

schema context

errhdl

IN

error message handler

errctx

IN

error handler context

Returns

(xmlerr) error code

See Also:

XmlSchemaCreate(), XmlSchemaErrorWhere(), and XML_ERRMSG_F() in Chapter 2, "Package Callback APIs for C"

XmlSchemaSetValidateOptions()

Set options to be used in the next validation session. Previously set options will remain effective until they are overwritten or reset.

Syntax

xmlerr XmlSchemaSetValidateOptions(
xsdctx *sctx,
list);

Parameter

In/Out

Description

sctx

IN

schema context

list

IN

NULL-terminated list of variable argument

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSchemaValidate()

XmlSchemaTargetNamespace()

Return target namespace of a given schema document identified by its URI. All currently loaded schema documents can be queried. Currently loaded schema documents include the ones loaded through XmlSchemaLoads and the ones loaded through schemaLocation or noNamespaceSchemaLocation hints.

Syntax

oratext *XmlSchemaTargetNamespace(
xsdctx *sctx,
oratext *uri);

Parameter

In/Out

Description

sctx

IN

XML context

uri

IN

URL of the schema document to be queried

Returns

(oratext *) target namespace string; NULL if given document not

See Also:

XmlSchemaLoadedList()

XmlSchemaUnload()

Unload a schema document from the validator. All previously loaded schema documents will remain loaded until they are unloaded. To unload all loaded schema documents, set URI to be NULL (this is equivalent to XmlSchemaClean). Note that all children schemas associated with the given schema are also unloaded. In this implementation, it only support the following scenarios:

- load, load, ...

- load, load, load, unload, unload, unload, clean, and then repeat.

It doesn't not support: load, load, unload, load, ....

Syntax

xmlerr XmlSchemaUnload(
xsdctx *sctx,
oratext *uri,
list);

Parameter

In/Out

Description

sctx

IN

schema context

uri

IN

URL of the schema document; compiler encoding

list

IN

NULL-terminated list of variable argument

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSchemaLoad(), XmlSchemaLoadedList()

XmlSchemaValidate()

Validates an element node against a schema. Schemas used in current session consists of all schema documents specified through XmlSchemaLoad and provided as hint(s) through schemaLocation or noNamespaceSchemaLocation in the instance document. After the invocation of this routine, all loaded schema documents remain loaded and can be queried by XmlSchemaLoadedList. However, they will remain inactive. In the next validation session, inactive schema documents can be activated by specifying them through XmlSchemaLoad or providing them as hint(s) through schemaLocation or noNamespaceSchemaLocation in the new instance document. To unload a schema document and all its descendants (documents included or imported in a nested manner), use XmlSchemaUnload.

Syntax

xmlerr XmlSchemaValidate(
xsdctx *sctx,
xmlctx *xctx,
xmlelemnode *elem);

Parameter

In/Out

Description

sctx

IN

schema context

xctx

IN

XML top-level context

elem

IN

element node in the doc, to be validated

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSchemaSetValidateOptions()

XmlSchemaVersion()

Return the version of this schema implementation.

Syntax

oratext *XmlSchemaVersion();

Returns

(oratext *) version string [compiler encoding]

9 Package SOAP APIs for C

W3C: "SOAP is a lightweight protocol for exchange of information in a decentralized, distributed environment. It is an XML based protocol that consists of three parts: an envelope that defines a framework for describing what is in a message and how to process it, a set of encoding rules for expressing instances of application-defined datatypes, and a convention for representing remote procedure calls and responses."

Attachments are not allowed in Soap 1.1. In Soap 1.2, body may not have other elements if Fault is present.

The structure of a SOAP message is:

[SOAP message (XML document)
[SOAP envelope
[SOAP header?
element*
]
[SOAP body
(element* | Fault)?
]
]
]

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

Package SOAP Interfaces

Table 9-1 summarizes the methods available through the SOAP package.

Table 9-1 Summary of SOAP Package Interfaces

Function

Summary

XmlSoapAddBodyElement()

Adds an element to a SOAP message body.

XmlSoapAddFaultReason()

Adds additional Reason to Fault.

XmlSoapAddFaultSubDetail()

Adds additional child to Fault Detail.

XmlSoapAddHeaderElement()

Adds an element to a SOAP header.

XmlSoapCall()

Sends a SOAP message then waits for a reply.

XmlSoapCreateConnection()

Creates a SOAP connection object.

XmlSoapCreateCtx()

Creates and returns a SOAP context.

XmlSoapCreateMsg()

Creates and returns an empty SOAP message.

XmlSoapDestroyConnection()

Destroys a SOAP connection object.

XmlSoapDestroyCtx()

Destroys a SOAP context.

XmlSoapDestroyMsg()

Destroys a SOAP message created with XmlSoapCreateMsg.

XmlSoapError()

Gets a human readable error code.

XmlSoapGetBody()

Return a SOAP message's envelope body.

XmlSoapGetBodyElement()

Gets an element from a SOAP body.

XmlSoapGetEnvelope()

Returns a SOAP part's envelope.

XmlSoapGetFault()

Returns Fault code, reason, and details.

XmlSoapGetHeader()

Returns a SOAP message's envelope header.

XmlSoapGetHeaderElement()

Gets an element from a SOAP header.

XmlSoapGetMustUnderstand()

Gets mustUnderstand attribute from SOAP header element.

XmlSoapGetReasonLang()

Gets the language of a reason with the specified index.

XmlSoapGetReasonNum()

Determines the number of reasons in Fault element.

XmlSoapGetRelay()

Gets Relay attribute from SOAP header element.

XmlSoapGetRole()

Gets role from SOAP header element.

XmlSoapHasFault()

Determines if SOAP message contains Fault object.

XmlSoapSetFault()

Sets Fault in SOAP message.

XmlSoapSetMustUnderstand()

Sets mustUnderstand attribute for SOAP header element.

XmlSoapSetRelay()

Sets Relay attribute for a SOAP header element.

XmlSoapSetRole()

Sets role for SOAP header element.

XmlSoapAddBodyElement()

Adds an element to a SOAP message body. Sets the numeric error code.

Syntax

xmlelemnode *XmlSoapAddBodyElement(
xmlsoapctx *ctx,
xmldocnode *msg,
oratext *qname,
oratext *uri,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN/OUT

SOAP message

qname

IN

QName of element to add

uri

IN

Namespace URI of element to add

xerr

IN/OUT

Error code

Returns

(xmlelemnode *) created element

See Also:

XmlSoapAddHeaderElement()

XmlSoapAddFaultReason()

Add additional Reason to Fault. The same reason text may be provided in different languages. When the fault is created, the primary language/reason is added at that time; use this function to add additional translations of the reason.

Syntax

xmlerr XmlSoapAddFaultReason(
xmlsoapctx *ctx,
xmldocnode *msg,
ratext *reason,
oratext *lang);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN/OUT

SOAP message

reason

IN

Human-readable fault Reason

lang

IN

Language of reason

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapSetFault()

XmlSoapAddFaultSubDetail()

Adds an additional child to Fault Detail. XmlSoapSetFault allows for creation of a Deatail element with only one child. Extra children could be added with this function.

Syntax

xmlerr XmlSoapAddFaultSubDetail(
xmlsoapctx *ctx,
xmldocnode *msg,
xmlelemnode *sub);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN/OUT

SOAP message

sub

IN

subdetail tree

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapGetReasonLang()

XmlSoapAddHeaderElement()

Adds an element to a SOAP header.

Syntax

xmlelemnode *XmlSoapAddHeaderElement(
xmlsoapctx *ctx,
xmldocnode *msg,
oratext *qname,
oratext *uri,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN/OUT

SOAP message

qname

IN

QName of element to add

uri

IN

Namespace URI of element to add

xerr

IN/OUT

error code

Returns

(xmlelemnode *) created element

See Also:

XmlSoapAddBodyElement(), XmlSoapGetHeaderElement()

XmlSoapCall()

Send a SOAP message over a connection and wait for the response; the message reply (an XML document) is parsed and returned as a SOAP message (equivalent to a DOM).

The message buffer is first used to serialize the outgoing message; if it's too small (overflow occurs), xerr gets XMLERR_SAVE_OVERFLOW and NULL is returned. The same buffer is then re-used to receive the replied SOAP message.

Opening the connection object is expected to cause an active SOAP handler to appear on the end-point; how this happens is up to the user. For HTTP, the URL should invoke a cgi-bin, or detect the application/soap+xml content-type.

Syntax

xmldocnode *XmlSoapCall(
xmlsoapctx *ctx,
xmlsoapcon *con,
xmldocnode *msg,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

con

IN

SOAP connection object

msg

IN

SOAP message to send

xerr

IN

numeric code of failure

Returns

(xmldocnode *) returned message, or NULL on failure with xerr set

See Also:

XmlSoapCreateMsg(), XmlSoapCreateConnection(), XmlSoapDestroyConnection()

XmlSoapCreateConnection()

Create a SOAP connection object, specifying the binding (transport) and endpoint. The binding is an enum of type xmlsoapbind, and the endpoint depends on the binding.

Currently only HTTP binding is supported, and the endpoint is a URL. That URL should be active, i.e. a cgi-bin script or some mechanism to trigger SOAP message processing based on the Content-type of the incoming message ("application/soap+xml").

To control the HTTP access method (GET or POST), use the web-method property named XMLSOAP_PROP_WEB_METHOD which can have possible values XMLSOAP_WEB_METHOD_GET and XMLSOAP_WEB_METHOD_POST.

(conbuf, consiz) is the connection buffer used with LPU; for sending, it contains only the HTTP header, but on reception it holds the entire reply, including HTTP header and the full SOAP body. If no buffer is provided, one will be allocated for you. If size if zero, the default size (64K) will be used.

(msgbuf, msgsiz) is the message buffer used to form SOAP messages for sending. It needs to be large enough to contain the largest message which will be sent. If no buffer is specified, one will be allocated for you. If the size is zero, the default size (64K) will be used.

Two buffers are needed for sending since the SOAP message needs to be formed first in order to determine it's size; then, the HTTP header can be formed, since the Content-Length is now known.

Syntax

xmlsoapcon *XmlSoapCreateConnection(
xmlsoapctx *ctx,
xmlerr *xerr,
xmlsoapbind bind,
void *endp,
oratext *conbuf,
ubig_ora consiz,
oratext *msgbuf,
ubig_ora msgsiz,
...);

Parameter

In/Out

Description

ctx

IN

SOAP context

xerr

OUT

numeric error code on failure

bind

IN

connection binding

endp

IN

connection endpoint

conbuf

IN/OUT

connection buffer (or NULL to have one allocated)

consiz

IN

size of connection buffer (or 0 for default size)

msgbuf

IN/OUT

message buffer (or NULL to have one allocated)

msgsiz

IN

size of message buffer (or 0 for default size)

...

IN

additional HTTP headers to set, followed by NULL

Returns

(xmlsoapcon *) connect object, or NULL on error with xerr set

See Also:

XmlSoapDestroyConnection(), XmlSoapCall()

XmlSoapCreateCtx()

Creates and returns a SOAP context. This context must be passed to all XmlSoap APIs. Note the name provided should be unique and is used to identify the context when debugging. Options are specified as (name, value) pairs, ending with a NULL, same as for XmlCreate. If no options are desired, the NULL is still needed. Options are: debug_level (enables SOAP debug output to stderr), numeric level (the higher the level, the more detailed extensive the output), 0 for no debug (this is the default setting).

Syntax

xmlsoapctx *XmlSoapCreateCtx(
xmlctx *xctx,
xmlerr *xerr,
oratext *name,
...);

Parameter

In/Out

Description

xctx

IN

XML context

xerr

OUT

error return code on failure

name

IN

name of context; used for debugging

...

IN

options, as (name, value) pairs, followed by NULL

Returns

(xmlsoapctx *) SOAP context, or NULL on failure (w/xerr set)

See Also:

XmlSoapDestroyCtx()

XmlSoapCreateMsg()

Creates and returns an empty SOAP message. The SOAP message will consist of an Envelope. The Envelope contains an empty Header and Body. A SOAP message is an XML document represented by a DOM, and is no different from any other XML document. All DOM operations are valid on the document, but be sure not to harm the overall structure. Changes should be restricted to creating and modifying elements inside the Header and Body.

Syntax

xmldocnode *XmlSoapCreateMsg(
xmlsoapctx *ctx,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

xerr

OUT

error retrun code on failure

Returns

(xmldocnode *) SOAP message, or NULL on failure (w/xerr set)

See Also:

XmlSoapDestroyMsg()

XmlSoapDestroyConnection()

Destroys a SOAP connection object made with XmlSoapCreateConnection and frees all allocated resources.

Syntax

xmlerr XmlSoapDestroyConnection(
xmlsoapctx *ctx,
xmlsoapcon *con);

Parameter

In/Out

Description

ctx

IN

SOAP context

con

IN

SOAP connection

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapCreateConnection(), XmlSoapCall()

XmlSoapDestroyCtx()

Destroys a SOAP context created with XmlSoapCreateCtx. All memory allocated will be freed, and all connections closed.

Syntax

xmlerr XmlSoapDestroyCtx(
xmlsoapctx *ctx);

Parameter

In/Out

Description

ctx

IN

SOAP context

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapCreateCtx()

XmlSoapDestroyMsg()

Destroys a SOAP message created with XmlSoapCreateMsg; this is the same as calling XmlFreeDocument.

Syntax

xmlerr XmlSoapDestroyMsg(
xmlsoapctx *ctx,
xmldocnode *msg);

Parameter

In/Out

Description

ctx

IN

SOAP connection

msg

IN

SOAP message

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapCreateMsg()

XmlSoapError()

Retrives human readable representation of the error code. Optionally, retrieves the information about the error code of the underlying layer.

Syntax

oratext *XmlSoapError(
xmlsoapctx *ctx,
xmlsoapcon *con,
xmlerr err,
uword *suberr,
oratext **submsg);

Parameter

In/Out

Description

ctx

IN

SOAP context

con

IN

Connection about which additional info is requested

err

IN

Error code for which human readable information will be returned.

suberr

OUT

Error code from con

submsg

OUT

Human readable information about con error

Returns

(oratext *) error code

XmlSoapGetBody()

Returns a SOAP message's envelope body.

Syntax

xmlelemnode *XmlSoapGetBody(
xmlsoapctx *ctx,
xmldocnode *msg,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

xmlerr

IN/OUT

error code

Returns

(xmlelemnode *) SOAP Body

See Also:

XmlSoapGetHeader()

XmlSoapGetBodyElement()

Gets an element from a SOAP body.

Syntax

xmlelemnode *XmlSoapGetBodyElement(
xmlsoapctx *ctx,
xmldocnode *msg,
oratext *uri,
oratext *local,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

uri

IN

Namespace URI of element to get

local

IN

Local name of element to get

xerr

IN/OUT

error code

Returns

(xmlelemnode *) named element, or NULL on error

See Also:

XmlSoapAddBodyElement()

XmlSoapGetEnvelope()

Returns a SOAP part's envelope

Syntax

xmlelemnode *XmlSoapGetEnvelope(
mlsoapctx *ctx,
xmldocnode *msg,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

xerr

IN/OUT

error code

Returns

(xmlelemnode *) SOAP envelope

XmlSoapGetFault()

Returns Fault code, reason, and details. Fetches the Fault information and returns through user variables. NULL may be supplied for any part which is not needed. For lang, if the pointed-to variable is NULL, it will be set to the default language (that of the first reason).

Syntax

xmlerr XmlSoapGetFault(
xmlsoapctx *ctx,
xmldocnode *msg,
oratext **code,
oratext **reason,
oratext **lang,
oratext **node,
oratext **role,
xmlelemnode **detail);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN/OUT

SOAP message

code

OUT

Code (1.2), faultcode (1.1)

reason

OUT

Human-readable fault Reason (1.2), faultreason (1.1)

lang

IN

Desired language for reason (1.2), not used ( NULL in 1.1)

node

OUT

Fault node

role

OUT

Role: next, none, or ulitmate receiver. Not used in 1.1

detail

OUT

User-defined details

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapSetFault()

XmlSoapGetHeader()

Returns a SOAP message's envelope header.

Syntax

xmlelemnode *XmlSoapGetHeader(
xmlsoapctx *ctx,
xmldocnode *msg,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

xerr

IN/OUT

error code

Returns

(xmlelemnode *) SOAP header

See Also:

XmlSoapGetBody()

XmlSoapGetHeaderElement()

Gets an element from a SOAP header. Sets a numeric error code.

Syntax

xmlelemnode *XmlSoapGetHeaderElement(
xmlsoapctx *ctx,
xmldocnode *msg,
oratext *uri,
oratext *local,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

uri

IN

Namespace URI of element to get

local

IN

Local name of element to get

xerr

IN/OUT

Error code

Returns

(xmlelemnode *) named element, or NULL on error

See Also:

XmlSoapAddHeaderElement(), XmlSoapGetBodyElement()

XmlSoapGetMustUnderstand()

Gets mustUnderstand attribute from SOAP header element. The absence of this attribute is not an error and treated as value FALSE. To indicate the absence of an attribute, the error code XMLERR_SOAP_NO_MUST_UNDERSTAND is returned in this case, XMLERR_OK (0) is returned if the attribute is present. Other appropriate error codes might be returned. User supplied mustUnderstand value is set accordingly.

Syntax

xmlerr XmlSoapGetMustUnderstand(
xmlsoapctx *ctx,
xmlelemnode *elem,
boolean *mustUnderstand);

Parameter

In/Out

Description

ctx

IN

SOAP context

elem

IN

SOAP header element

mustUnderstand

OUT

mustUnderstand value, TRUE|FALSE

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapAddBodyElement(), XmlSoapSetMustUnderstand()

XmlSoapGetReasonLang()

Gets the language of a reason with a particular index.

Syntax

xmlerr XmlSoapGetReasonLang(
xmlsoapctx *ctx,
xmldocnode *msg,
ub4 index,
oratext **lang);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

indx

IN

Index of fault reason

lang

IN

Reason language

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapGetFault(), XmlSoapHasFault(), XmlSoapGetReasonNum()

XmlSoapGetReasonNum()

Determines the number of reasons in Fault element. Returns 0 if Fault is not present.

Syntax

ub4 XmlSoapGetReasonNum(
xmlsoapctx *ctx,
xmldocnode *msg);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

Returns

(ub4 *) #num reasons

See Also:

XmlSoapGetFault(), XmlSoapHasFault()

XmlSoapGetRelay()

Gets Relay attribute from SOAP header element.

Syntax

xmlerr XmlSoapGetRelay(
xmlsoapctx *ctx,
xmlelemnode *elem,
boolean *Relay);

Parameter

In/Out

Description

ctx

IN

SOAP context

elem

IN

SOAP header element

Relay

OUT

Relay value

Returns

xmlerr numeric error code, XMLERR_OK on success

See Also:

XmlSoapAddBodyElement(), XmlSoapSetRelay()

XmlSoapGetRole()

Gets role from SOAP header element. If the element has no role, XMLERR_SOAP_NO_ROLE is returned, otherwise XMLERR_OK (0) is returned and the user's role is set accordingly. if the element has no role, then according to the standard, the user's role is set to XMLSOAP_ROLE_ULT.

Syntax

xmlerr XmlSoapGetRole(
xmlsoapctx *ctx,
xmlelemnode *elem,
xmlsoaprole *role);

Parameter

In/Out

Description

ctx

IN

SOAP context

elem

IN

SOAP header element

role

OUT

Role value

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapSetMustUnderstand(), XmlSoapSetRole()

XmlSoapHasFault()

Determines if SOAP message contains Fault object.

Syntax

boolean XmlSoapHasFault(
xmlsoapctx *ctx,
xmldocnode *msg,
xmlerr *xerr);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN

SOAP message

xerr

IN/OUT

Error code

Returns

(boolean) TRUE if there's a Fault, FALSE if not

See Also:

XmlSoapGetFault()

XmlSoapSetFault()

Sets Fault in SOAP message.

- In version 1.2, only one Fault is allowed for each message, and it must be the only child of the Body. If the Body has children, they are first removed and freed. The Fault is then added with children code - "env:Code" (required), reason - "env:Reason" (required), node - "env:Node" (optional), role - "env:role"(optional), and detail - "env:Detail" (optional). The primary-language reason should be added first; calls to XmlSoapGetFault which pass a NULL language will pick this reason. Detail is the user-defined subtree to be spliced into the Fault.

- In version 1.1, only one Fault is allowed per message. If the Body already has Fault, it is first removed and freed. The Fault is then added with children code - "faultcode" (required), reason - "faultstring" (required), node - "faultactor" (optional), and detail - "detail" (optional). Detail is the user-defined subtree to be spliced into the Fault. role and lang are not used in ver 1.1

Syntax

xmlerr XmlSoapSetFault(
xmlsoapctx *ctx,
xmldocnode *msg,
oratext *node,
oratext *code,
oratext *reason,
oratext *lang,
oratext *role,
xmlelemnode *detail);

Parameter

In/Out

Description

ctx

IN

SOAP context

msg

IN/OUT

SOAP message

node

IN

URI of SOAP node which faulted, Node (1.2), faultactor(1.1)

code

IN

Code (1.2), faultcode (1.1)

reason

IN

Human-readable fault Reason (1.2), faultreason (1.1)

lang

IN

Language of reason (1.2), unused (1.1)

role

IN

URI representing role, Role (1.2), unused (1.1)

detail

IN

detail elements (user-defined)

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapAddFaultReason()

XmlSoapSetMustUnderstand()

Sets mustUnderstand attribute for SOAP header element. According to the standard, if the value is FALSE, the attribute is not set.

Syntax

xmlerr XmlSoapSetMustUnderstand(
xmlsoapctx *ctx,
xmlelemnode *elem,
boolean mustUnderstand);

Parameter

In/Out

Description

ctx

IN

SOAP context

elem

IN/OUT

SOAP header element

mustUnderstand

IN

mustUnderstand value, TRUE|FALSE

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapSetRole()

XmlSoapSetRelay()

Sets Relay attribute for a SOAP header element. If the value is FALSE, the attribute is not set.

Syntax

xmlerr XmlSoapSetRelay(
xmlsoapctx *ctx,
xmlelemnode *elem,   boolean Relay);

Parameter

In/Out

Description

ctx

IN

SOAP context

elem

IN/OUT

SOAP header element

Relay

IN

Relay; TRUE|FALSE

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlSoapGetRelay()

XmlSoapSetRole()

Sets role for SOAP header element. If the role specified is XMLSOAP_ROLE_ULT, then according to the standard the attribute is not set.

Syntax

xmlerr XmlSoapSetRole(
xmlsoapctx *ctx,
xmlelemnode *elem,
xmlsoaprole role);

Parameter

In/Out

Description

ctx

IN

SOAP context

elem

IN/OUT

SOAP header element

role

IN

Role value

Returns

xmlerr numeric error code, XMLERR_OK on success

See Also:

XmlSoapSetMustUnderstand()

10 Package Traversal APIs for C

Package Traversal contains APIs for four interfaces.

This chapter contains the following sections:

- DocumentTraversal Interface

- NodeFilter Interface

- NodeIterator Interface

- TreeWalker Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

DocumentTraversal Interface

Table 10-1 summarizes the methods available through the DocumentTraversal interface.

Table 10-1 Summary of DocumentTraversal Methods; Traversal Package

Function

Summary

XmlDomCreateNodeIter()

Create node iterator object.

XmlDomCreateTreeWalker()

Create a tree walker object.

XmlDomCreateNodeIter()

One of two methods of DocumentTraversal interface, used to create a NodeIterator object. This method is identical to XmlDomCreateTreeWalker() except for the type of object returned.

The whatToShow argument is a mask of flag bits, one for each node type. The value XMLDOM_SHOW_ALL passes all node types through, otherwise only the types whose bits are set will be passed.

Entity reference expansion is controlled by the entrefExpansion flag. If TRUE, entity references are replaced with their final content; if FALSE, entity references are left as nodes.

Syntax

xmliter* XmlDomCreateNodeIter(
xmlctx *xctx,
xmliter *iter,
xmlnode *root,
xmlshowbits whatToShow,
XMLDOM_ACCEPT_NODE_F(
(*nodeFilter),
xctx,
node),
boolean entrefExpand);

Parameter

In/Out

Description

xctx

IN

XML context

iter

IN

existing NodeIterator to set, NULL to create

xerr

IN

root node for NodeIterator

whatToShow

IN

mask of XMLDOM_SHOW_XXX flag bits

nodeFilter

IN

node filter to be used, NULL if none

xerr

IN

whether to expand entity reference nodes

Returns

(xmliter *) original or new NodeIterator object

See Also:

XmlDomCreateTreeWalker()

XmlDomCreateTreeWalker()

One of two methods of DocumentTraversal interface, used to create a TreeWalker object. This method is identical to XmlDomCreateNodeIter() except for the type of object returned.

The whatToShow argument is a mask of flag bits, one for each node type. The value XMLDOM_SHOW_ALL passes all node types through, otherwise only the types whose bits are set will be passed.

Entity reference expansion is controlled by the entrefExpansion flag. If TRUE, entity references are replaced with their final content; if FALSE, entity references are left as nodes.

Syntax

xmlwalk* XmlDomCreateTreeWalker(
xmlctx *xctx,
xmlwalk* walker,
xmlnode *root,
xmlshowbits whatToShow,
XMLDOM_ACCEPT_NODE_F(
(*nodeFilter),
xctx,
node),
boolean entrefExpansion);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

existing TreeWalker to set, NULL to create

xerr

IN

root node for TreeWalker

whatToShow

IN

mask of XMLDOM_SHOW_XXX flag bits

nodeFilter

IN

node filter to be used, NULL if none

xerr

IN

whether to expand entity reference nodes

Returns

(xmlwalk *) new TreeWalker object

See Also:

XmlDomCreateNodeIter()

NodeFilter Interface

Table 10-2 summarizes the methods available through the NodeFilter interface.

Table 10-2 Summary of NodeFileter Methods; Traversal Package

Function

Summary

XMLDOM_ACCEPT_NODE_F()

Determines the filtering action based on node adn filter..

XMLDOM_ACCEPT_NODE_F()

Sole method of NodeFilter interface. Given a node and a filter, determines the filtering action to perform.

This function pointer is passed to the node iterator/tree walker methods, as needed.

Values for xmlerr are:

- XMLERR_OK Accept the node. Navigation methods defined for NodeIterator or TreeWalker will return this node.

- XMLERR_FILTER_REJECT Reject the node. Navigation methods defined for NodeIterator or TreeWalker will not return this node. For TreeWalker, the children of this node will also be rejected. NodeIterators treat this as a synonym for XMLDOM_FILTER_SKIP

- XMLERR_FILTER_SKIP Skip this single node. Navigation methods defined for NodeIterator or TreeWalker will not return this node. For both NodeIterator and TreeWalker, the children of this node will still be considered.

Syntax

#define XMLDOM_ACCEPT_NODE_F(func, xctx, node)
xmlerr func(
xmlctx *xctx,
xmlnode *node);

Parameter

In/Out

Description

xctx

IN

XML context

node

IN

node to test

Returns

(xmlerr) filtering result

NodeIterator Interface

Table 10-3 summarizes the methods available through the NodeIterator interface.

Table 10-3 Summary of NodeIterator Methods; Package Traversal

Function

Summary

XmlDomIterDetach()

Detach a node iterator (deactivate it).

XmlDomIterNextNode()

Returns next node for iterator.

XmlDomIterPrevNode()

Returns previous node for iterator.

XmlDomIterDetach()

Detaches the NodeIterator from the set which it iterated over, releasing any resources and placing the iterator in the INVALID state. After detach has been invoked, calls to XmlDomIterNextNode or XmlDomIterPrevNode will raise the exception XMLERR_ITER_DETACHED.

Syntax

xmlerr XmlDomIterDetach(
xmlctx *xctx,
xmliter *iter);

Parameter

In/Out

Description

xctx

IN

XML context

iter

IN

node iterator object

See Also:

XmlDomIterNextNode(), XmlDomIterPrevNode()

XmlDomIterNextNode()

Returns the next node in the set and advances the position of the iterator in the set. After a node iterator is created, the first call to XmlDomIterNextNode returns the first node in the set. It assumed that the reference node (current iterator position) is never deleted. Otherwise, changes in the underlying DOM tree do not invalidate the iterator.

Syntax

xmlnode* XmlDomIterNextNode(
xmlctx *xctx,
xmliter *iter,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

iter

IN

node iterator object

xerr

OUT

numeric return error code

Returns

(xmlnode *) next node in set being iterated over [or NULL]

See Also:

XmlDomIterPrevNode(), XmlDomIterDetach()

XmlDomIterPrevNode()

Returns the previous node in the set and moves the position of the iterator backward in the set.

Syntax

xmlnode* XmlDomIterPrevNode(
xmlctx *xctx,
xmliter *iter,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

iter

IN

node iterator object

xerr

OUT

numeric return error code

Returns

(xmlnode *) previous node in set being iterated over [or NULL]

See Also:

XmlDomIterNextNode(), XmlDomIterDetach()

TreeWalker Interface

Table 10-4 summarizes the methods available through the TreeWalker interface.

Table 10-4 Summary of TreeWalker Methods; Traversal Package

Function

Summary

XmlDomWalkerFirstChild()

Return first visible child of current node.

XmlDomWalkerGetCurrentNode()

Return current node.

XmlDomWalkerGetRoot()

Return root node.

XmlDomWalkerLastChild()

Return last visible child of current node.

XmlDomWalkerNextNode()

Return next visible node.

XmlDomWalkerNextSibling()

Return next sibling node.

XmlDomWalkerParentNode()

Return parent node.

XmlDomWalkerPrevNode()

Return previous node.

XmlDomWalkerPrevSibling()

Return previous sibling node.

XmlDomWalkerSetCurrentNode()

Set current node.

XmlDomWalkerSetRoot()

Set the root node.

XmlDomWalkerFirstChild()

Moves the TreeWalker to the first visible child of the current node, and returns the new node. If the current node has no visible children, returns NULL, and retains the current node.

Syntax

xmlnode* XmlDomWalkerFirstChild(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) first visible child [or NULL]

See Also:

XmlDomWalkerLastChild()

XmlDomWalkerGetCurrentNode()

Return (get) current node, or NULL on error.

Syntax

xmlnode* XmlDomWalkerGetCurrentNode(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) current node

XmlDomWalkerGetRoot()

Return (get) root node, or NULL on error. Since the current node can be removed from under the root node together with a subtree where it belongs to, the current root node in a walker might have no relation to the current node any more. The TreeWalker iterations are based on the current node. However, the root node defines the space of an iteration. This function checks if the root node is still in the root node (ancestor) relation to the current node. If so, it returns this root node. Otherwise, it finds the root of the tree where the current node belongs to, and sets and returns this root as the root node of the walker. It returns NULL if the walker is a NULL pointer.

Syntax

xmlnode* XmlDomWalkerGetRoot(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) root node

XmlDomWalkerLastChild()

Moves the TreeWalker to the last visible child of the current node, and returns the new node. If the current node has no visible children, returns NULL, and retains the current node.

Syntax

xmlnode* XmlDomWalkerLastChild(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) last visible children [or NULL]

XmlDomWalkerNextNode()

Moves the TreeWalker to the next visible node in document order relative to the current node, and returns the new node. If the current node has no next node, or if the search for the next node attempts to step upward from the TreeWalker's root node, returns NULL, and retains the current node.

Syntax

xmlnode* XmlDomWalkerNextNode(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) next node [or NULL]

See Also:

XmlDomWalkerPrevNode(), XmlDomWalkerNextSibling(), XmlDomWalkerPrevSibling()

XmlDomWalkerNextSibling()

Moves the TreeWalker to the next sibling of the current node, and returns the new node. If the current node has no visible next sibling, returns NULL, and retains the current node.

Syntax

xmlnode* XmlDomWalkerNextSibling(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) next sibling [or NULL]

See Also:

XmlDomWalkerNextNode(), XmlDomWalkerPrevNode(), XmlDomWalkerPrevSibling()

XmlDomWalkerParentNode()

Moves to and returns the closest visible ancestor node of the current node. If the search for the parent node attempts to step upward from the TreeWalker's root node, or if it fails to find a visible ancestor node, this method retains the current position and returns null.

Syntax

xmlnode* XmlDomWalkerParentNode(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) parent node [or NULL]

XmlDomWalkerPrevNode()

Moves the TreeWalker to the previous visible node in document order relative to the current node, and returns the new node. If the current node has no previous node, or if the search for the previous node attempts to step upward from the TreeWalker's root node, returns NULL, and retains the current node.

Syntax

xmlnode* XmlDomWalkerPrevNode(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) previous node [or NULL]

See Also:

XmlDomWalkerNextNode(), XmlDomWalkerNextSibling(), XmlDomWalkerPrevSibling()

XmlDomWalkerPrevSibling()

Moves the TreeWalker to the previous sibling of the current node, and returns the new node. If the current node has no visible previous sibling, returns NULL, and retains the current node.

Syntax

xmlnode* XmlDomWalkerPrevSibling(
xmlctx *xctx,
xmlwalk *walker,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

xerr

OUT

numeric return error code

Returns

(xmlnode *) previous sibling [or NULL]

See Also:

XmlDomWalkerNextNode(), XmlDomWalkerPrevNode(), XmlDomWalkerNextSibling()

XmlDomWalkerSetCurrentNode()

Sets and returns new current node. It also checks if the root node is an ancestor of the new current node. If not it does not set the current node, returns NULL, and sets retval to XMLDOM_WALKER_BAD_NEW_CUR. Returns NULL if an error.

Syntax

xmlnode* XmlDomWalkerSetCurrentNode(
xmlctx *xctx,
xmlwalk *walker,
xmlnode *node,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

node

IN

new current node

xerr

OUT

numeric return error code

Returns

(xmlnode *) new current node

XmlDomWalkerSetRoot()

Set the root node. Returns new root node if it is an ancestor of the current node. If not it signals an error and checks if the current root node is an ancestor of the current node. If yes it returns it. Otherwise it sets the root node to and returns the root of the tree where the current node belongs to. It returns NULL if the walker or the root node parameter is a NULL pointer.

Syntax

xmlnode* XmlDomWalkerSetRoot(
xmlctx *xctx,
xmlwalk *walker,
xmlnode *node,
xmlerr *xerr);

Parameter

In/Out

Description

xctx

IN

XML context

walker

IN

TreeWalker object

node

IN

new root node

xerr

OUT

numeric return error code

Returns

(xmlnode *) new root node

11 Package XML APIs for C

This C implementation of the XML processor (or parser) follows the W3C XML specification (rev REC-xml-19980210) and implements the required behavior of an XML processor in terms of how it must read XML data and the information it must provide to the application.

This chapter contains the following section:

- XML Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

XML Interface

Table 11-1 summarizes the methods available through the XML interface.

Table 11-1 Summary of XML Methods

Function

Summary

XmlAccess()

Set access method callbacks for URL.

XmlCreate()

Create an XML Developer's Toolkit xmlctx.

XmlCreateDTD()

Create DTD.

XmlCreateDocument()

Create Document (node).

XmlDestroy()

Destroy an xmlctx.

XmlDiff()

Compares two XML documents.

XmlFreeDocument()

Free a document (releases all resources).

XmlGetEncoding()

Returns data encoding in use by XML context.

XmlHasFeature()

Determine if DOM feature is implemented.

XmlIsSimple()

Returns single-byte (simple) characterset flag.

XmlIsUnicode()

Returns XmlIsUnicode (simple) characterset flag.

XmlLoadDom()

Load (parse) an XML document and produce a DOM.

XmlLoadSax()

Load (parse) an XML document from and produce SAX events.

XmlLoadSaxVA()

Load (parse) an XML document from and produce SAX events [varargs].

XmlSaveDom()

Saves (serializes, formats) an XML document.

XmlVersion()

Returns version string for XDK.

XmlAccess()

Sets the open/read/close callbacks used to load data for a specific URL access method. Overrides the built-in data loading functions for HTTP, FTP, and so on, or provides functions to handle new types, such as UNKNOWN.

Syntax

xmlerr XmlAccess(
xmlctx *xctx,
xmlurlacc access,
void *userctx,
XML_ACCESS_OPEN_F(
(*openf),
ctx,
uri,
parts,
length,
uh),
XML_ACCESS_READ_F(
(*readf),
ctx,
uh,
data,
nraw,
eoi),
XML_ACCESS_CLOSE_F(
(*closef),
ctx,
uh));

Parameter

In/Out

Description

xctx

IN

XML context

access

IN

URL access method

userctx

IN

user-defined context passed to callbacks

openf

IN

open-access callback function

readf

IN

read-access callback function

closef

IN

close-access callback function

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlLoadDom(), XmlLoadSax()

XmlCreate()

Create an XML Developer's Toolkit xmlctx.

Syntax

xmlctx *XmlCreate(
xmlerr *err,
oratext *name,
list);

Parameter

In/Out

Description

err

OUT

returned error code

access

IN

name of context, for debugging

list

IN

NULL-terminated list of variable arguments. Properties common to all xmlctx's, both XDK and XMLType, are:

- data_encoding is the data encoding in which XML data will be presented through DOM and SAX. Default is UTF-8 and UTF-E on EBCDIC platforms. Single-byte encodings are substantially faster than multibyte encodings; Unicode (UTF-16) uses more memory but has better performance than multibyte.

- default_input_encoding is the default input encoding). If the encoding of an input document cannot be automatically determined through other methods, this encoding will be the default.

- error_language is the language (and optional encoding) in which error messages are created. Default is American with UTF-8 encoding. To specify only the language, give the name of the language ("American"). To also specify the encoding, add the period and the Oracle name of the encoding ("American.WE8ISO8859P1").

- error_handler is the function pointer; see XML_ERRMSG_F. By default, errors output the formatted message to stderr. If an error handler is provided, message will be passed to it, and not printed.

- error_context is user-defined context for error handler, a context pointer to be passed to the error handler function. It is user-defined; it is just specified here and passed along when an error occurs.

- input_encoding is the name of a forced input encoding for input documents. Use it to override a document's XMLDecl, and always interpret it in the given encoding. It should be not necessary in normal use, as existing BOMs and XMLDecls should be correct.

- memory_alloc is a low-level memory allocation function, if not using malloc. If used, the matching free function must also be given. See XML_ALLOC_F.

- memory_free is a low-level memory freeing function, if not using free. Matches the memory_alloc function.

- memory_context is a user-defined memory context passed to the alloc and free functions. Its definition and use is entirely up to the user; it is just set here and passed to the callbacks.

The XDK has additional properties:

- input_buffer_size is the basic I/O buffer size. Default is 256K; the range is 4K to 4MB. Depending on the encoding, 1, 2 or 3 of these buffers may be needed. Note that size is in characters, not bytes. If the buffer holds Unicode data, it will be twice as large.

- memory_block_size is the size of chunk the high-level memory package will request from the low-level allocator; it is the basic unit of memory allocation. Default is 64K; the range is 16K to 256K.

These optional parameters should be used in the following manner:

xmlctx *XmlCreate(
xmlerr *err,
oratext *name,
("data_encoding", dataEncoding),
("default_data_encoding", defaultDataEncoding),
("error_language", errorLanguage),
("error_handler", errorHandler),
("error_context", errorContext)
("input_encoding", inputEncoding),
("memory_alloc", memAlloc),
("memory_free", memFree),
("memory_context", memContext),
("input_buffer_seize", inputBufSize),
("memory_block_size", memBlockSize) );

Returns

(xmlctx *) created xmlctx [or NULL on error with err set]

See Also:

XmlDestroy(), XML_ERRMSG_F() in Chapter 2, "Package Callback APIs for C"

XmlCreateDTD()

Create DTD.

Syntax

xmldocnode* XmlCreateDTD(
xmlctx *xctx
oratext *qname,
oratext *pubid,
oratext *sysid,
xmlerr *err);

Parameter

In/Out

Description

xctx

IN

XML context

qname

IN

qualified name

pubid

IN

external subset public identifier

sysid

IN

external subset system identifier

err

OUT

returned error code

Returns

(xmldtdnode *) new DTD node

XmlCreateDocument()

Creates the initial top-level DOCUMENT node and its supporting infrastructure. If a qualified name is provided, a an element with that name is created and set as the document's root element.

Syntax

xmldocnode* XmlCreateDocument(
xmlctx *xctx,
oratext *uri,
oratext *qname,
xmldtdnode *dtd,
xmlerr *err);

Parameter

In/Out

Description

xctx

IN

XML context

uri

IN

namespace URI of root element to create, or NULL

qname

IN

qualified name of root element, or NULL if none

dtd

IN

associated DTD node

err

OUT

returned error code

Returns

(xmldocnode *) new Document object.

XmlDestroy()

Destroys an XML context.

Syntax

void XmlDestroy(
xmlctx *xctx);

Parameter

In/Out

Description

xctx

IN

XML context

See Also:

XmlCreate()

XmlDiff()

Compares two XML documents, specified either as DOM Trees, files, URIs, orastreams, and so on, and returns its document node. If input documents are not supplied as DOM trees, DOM trees will be created for them.

If the inputs are DOMs, that memory will not be freed when the call completes.

Data(DOM) encoding of both the documents must be the same as the data encoding in the XML context. The DOM for the diff will be created in the data encoding specified by the XML context.

Syntax

xmldocnode *XmlDiff(
xmlctx *xctx,
xmlerr *err,
ub4  flags,
xmldfsrct firstSourceType,
void *firstSource,
void *firstSourceExtra,
xmldfsrct secondSourceType,
void *secondSource,
void *secondSourceExtra,
uword hashLevel);

Parameter

In/Out

Description

xctx

IN

XML context

err

OUT

numeric error code, XMLERR_OK [0] on success

flags

IN

Comparison options. By default, global algorithm and snapshot model are used.

- XMLDF_FL_DEFAULTS(=0) chooses defaults

- XMLDF_FL_ALGORITHM_GLOBAL is the global algorithm; it will generate the minimal diff using INSERT, APPEND, DELETE and UPDATE, and needs more memory and time than XMLDF_FL_ALGORITHM_LOCAL

- XMLDF_FL_ALGORITHM_LOCAL is the local algorithm; it may not generate the minimal diff, but it is faster and uses less space than XMLDF_FL_ALGORITHM_GLOBAL

- XMLDF_FL_DISABLE_UPDATE disables update operations with global algorithms

- XMLDF_FL_OUTPUT_SNAPSHOT uses the snapshot model

firstSourceType

IN

Source type for the first document. If 0, assumed to be a DOM document node.

firstSource

IN

Pointer to the first document source

firstSourceExtra

IN

An additional pointer to the first document source; used for the buffer length pointer.

secondSourceType

IN

Source type for the second document. If 0, assumed to be a DOM document node.

secondSource

IN

Pointer to the second document source

secondSourceExtra

IN

An additional pointer to the second document source; used for the buffer length pointer.

hashLevel

IN

1-based depth (counting from the root), where hashing should be used for subtrees. Values less than or equal to 1 indicate no hashing. This value must be specified programmatically.
The hash value for every element node is associated with the entire subtree rooted at that node. During the computation of the diff, there is no further drilling down into the tree beyond hash level depth.

- If hashing is used with XMLDF_FL_ALGORITHM_GLOBAL, it will speed up diff computation significantly, but may reduce the quality of the diff.

- With XMLDF_FL_ALGORITHM_LOCAL, it improves the quality of the diff

XmlFreeDocument()

Destroys a document created by XmlCreateDocument or through one of the Load functions. Releases all resources associated with the document, which is then invalid.

Syntax

void XmlFreeDocument(
xmlctx *xctx,
xmldocnode *doc);

Parameter

In/Out

Description

xctx

IN

XML context

doc

IN

document to free

See Also:

XmlCreateDocument(), XmlLoadDom()

XmlGetEncoding()

Returns data encoding in use by XML context. Ordinarily, the data encoding is chosen by the user, so this function is not needed. However, if the data encoding is not specified, and allowed to default, this function can be used to return the name of that default encoding.

Syntax

oratext *XmlGetEncoding(
xmlctx *xctx);

Parameter

In/Out

Description

xctx

IN

XML context

Returns

(oratext *) name of data encoding

See Also:

XmlIsSimple(), XmlIsUnicode()

XmlHasFeature()

Determine if a DOM feature is implemented. Returns TRUE if the feature is implemented in the specified version, FALSE otherwise.

In level 1, the legal values for package are 'HTML' and 'XML' (case-insensitive), and the version is the string "1.0". If the version is not specified, supporting any version of the feature will cause the method to return TRUE.

- DOM 1.0 features are "XML" and "HTML".

- DOM 2.0 features are "Core", "XML", "HTML", "Views", "StyleSheets", "CSS", "CSS2", "Events", "UIEvents", "MouseEvents", "MutationEvents", "HTMLEvents", "Range", "Traversal"

Syntax

boolean XmlHasFeature(
xmlctx *xctx,
oratext *feature,
oratext *version);

Parameter

In/Out

Description

xctx

IN

XML context

feature

IN

package name of the feature to test

version

IN

version number of the package name to test

Returns

(boolean) feature is implemented?

XmlIsSimple()

Returns a flag saying whether the context's data encoding is "simple", single-byte for each character, like ASCII or EBCDIC.

Syntax

boolean XmlIsSimple(
xmlctx *xctx);

Parameter

In/Out

Description

xctx

IN

XML context

Returns

(boolean) TRUE of data encoding is "simple", FALSE otherwise

See Also:

XmlGetEncoding(), XmlIsUnicode()

XmlIsUnicode()

Returns a flag saying whether the context's data encoding is Unicode, UTF-16, with two-byte for each character.

Syntax

boolean XmlIsUnicode(
xmlctx *xctx);

Parameter

In/Out

Description

xctx

IN

XML context

Returns

(boolean) TRUE of data encoding is Unicode, FALSE otherwise

See Also:

XmlGetEncoding(), XmlIsSimple()

XmlLoadDom()

Loads (parses) an XML document from an input source and creates a DOM. The root document node is returned on success, or NULL on failure (with err set).

The function takes two fixed arguments, the xmlctx and an error return code, then zero or more (property, value) pairs, then NULL.

SOURCE Input source is set by one of the following mutually exclusive properties (choose one):

- ("uri", document URI) [compiler encoding]

- ("file", document filesystem path) [compiler encoding]

- ("buffer", address of buffer, "buffer_length", # bytes in buffer)

- ("stream", address of stream object, "stream_context", pointer to stream object's context)

- ("stdio", FILE* stream)

PROPERTIES Additional properties:

- ("dtd", DTD node) DTD for document

- ("base_uri", document base URI) for documents loaded from other sources than a URI, sets the effective base URI. the document's base URI is needed in order to resolve relative URI include, import, and so on.

- ("input_encoding", encoding name) forced input encoding [name]

- ("default_input_encoding", encoding_name) default input encoding to assume if document is not self-describing (no BOM, protocol header, XMLDecl, and so on)

- ("schema_location", string) schemaLocation of schema for this document. used to figure optimal layout when loading documents into a database

- ("validate", boolean) when TRUE, turns on DTD validation; by default, only well-formedness is checked. note that schema validation is a separate beast.

- ("discard_whitespace", boolean) when TRUE, formatting whitespace between elements (newlines and indentation) in input documents is discarded. by default, ALL input characters are preserved.

- ("dtd_only", boolean) when TRUE, parses an external DTD, not a complete XML document.

- ("stop_on_warning", boolean) when TRUE, warnings are treated the same as errors and cause parsing, validation, and so on, to stop immediately. by default, warnings are issued but the game continues.

- ("warn_duplicate_entity", boolean) when TRUE, entities which are declared more than once will cause warnings to be issued. the default is to accept the first declaration and silently ignore the rest.

- ("no_expand_char_ref", boolean) when TRUE, causes character references to be left unexpanded in the DOM data. ordinarily, character references are replaced by the character they represent. however, when a document is saved those characters entities do not reappear. to way to ensure they remain through load and save is to not expand them.

- ("no_check_chars", boolean) when TRUE, omits the test of XML [2] Char production: all input characters will be accepted as valid

Syntax

xmldocnode *XmlLoadDom(
xmlctx *xctx,
xmlerr *err,
list);

Parameter

In/Out

Description

xctx

IN

XML context

err

OUT

returned error code

list

IN

NULL-terminated list of variable arguments

Returns

(xmldocnode *) document node on success [NULL on failure with err set]

See Also:

XmlSaveDom()

XmlLoadSax()

Loads (parses) an XML document from an input source and generates a set of SAX events (as user callbacks). Input sources and basic set of properties is the same as for XmlLoadDom.

Syntax

xmlerr XmlLoadSax(
xmlctx *xctx,
xmlsaxcb *saxcb,
void *saxctx,
list);

Parameter

In/Out

Description

xctx

IN

XML context

saxcb

IN

SAX callback structure

saxctx

IN

context passed to SAX callbacks

list

IN

NULL-terminated list of variable arguments

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

XmlLoadSaxVA()

Loads (parses) an XML document from an input source and generates a set of SAX events (as user callbacks). Input sources and basic set of properties is the same as for XmlLoadDom.

Syntax

xmlerr XmlLoadSaxVA(
xmlctx *xctx,
xmlsaxcb *saxcb,
void *saxctx,
va_list va);

Parameter

In/Out

Description

xctx

IN

XML context

saxcb

IN

SAX callback structure

saxctx

IN

context passed to SAX callbacks

va

IN

NULL-terminated list of variable arguments

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

XmlSaveDom()

Serializes document or subtree to the given destination and returns the number of bytes written; if no destination is provided, just returns formatted size but does not output.

If an output encoding is specified, the document will be re-encoded on output; otherwise, it will be in its existing encoding.

The top level is indented step*level spaces, the next level step*(level+1) spaces, and so on.

When saving to a buffer, if the buffer overflows, 0 is returned and err is set to XMLERR_SAVE_OVERFLOW.

DESTINATION Output destination is set by one of the following mutually exclusive properties (choose one):

- ("uri", document URI) POST, PUT? [compiler encoding]

- ("file", document filesystem path) [compiler encoding]

- ("buffer", address of buffer, "buffer_length", # bytes in buffer)

- ("stream", address of stream object, "stream_context", pointer to stream object's context)

PROPERTIES Additional properties:

- ("output_encoding", encoding name) name of final encoding for document. unless specified, saved document will be in same encoding as xmlctx.

- ("indent_step", unsigned) spaces to indent each level of output. default is 4, 0 means no indentation.

- ("indent_level", unsigned) initial indentation level. default is 0, which means no indentation, flush left.

- ("xmldecl", boolean) include an XMLDecl in the output document. ordinarily an XMLDecl is output for a compete document (root node is DOC).

- ("bom", boolean) input a BOM in the output document. usually the BOM is only needed for certain encodings (UTF-16), and optional for others (UTF-8). causes optional BOMs to be output.

- ("prune", boolean) prunes the output like the unix 'find' command; does not not descend to children, just prints the one node given.

Syntax

ubig_ora XmlSaveDom(
xmlctx *xctx,
xmlerr *err,
xmlnode *root,
list);

Parameter

In/Out

Description

xctx

IN

XML context

err

OUT

error code on failure

root

IN

root node or subtree to save

list

IN

NULL-terminated list of variable arguments

Returns

(ubig_ora) number of bytes written to destination

See Also:

XmlLoadDom()

XmlVersion()

Returns the version string for the XDK

Syntax

oratext *XmlVersion();

Returns

(oratext *) version string

12 Package XmlDiff APIs for C

The methods of the package XmlDiff allow you to compare and modify XML documents. The XmlDiff() and XmlPatch() methods are generally equivalent to UNIX commands diff and patch, and in addition are optimized for, and aware of XML.

This chapter contains this section:

- XmlDiff Interface

See Also:

- "C XML Differences" in Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

XmlDiff Interface

Table 12-1 summarizes the methods available through the XmlDiff interface.

Table 12-1 Summary of XmlDiff Methods

Function

Summary

XmlDiff()

Determines the changes between two XML documents.

XmlHash()

Computes a hash value for an XML document or a node in DOM.

XmlPatch()

Applies changes on input XML document.

XmlDiff()

Determines the changes between two XML documents.

XmlDiff() captures the diff between two documents in an XML format that conforms to the Xdiff XML schema; you can customize this output.

These input documents can be specified either as DOM Trees, files, URI, orastream, and so on. DOM trees for both the inputs will be created if they are not supplied as DOM trees. The DOM for the diff document is created, and the doc node is returned.

If the caller supplies inputs as DOMs, the memory for the DOMs will not be freed.

Data (DOM) encoding of both documents must be the same as the data encoding in xctx. The diff DOM will be created in the data encoding specified in xctx.

There are four algorithms that can be run in XmlDiff(): global, local, global with hashing, and local with hashing. The diff may be different in the four cases.

The global algorithm will generate minimal diff using insert, append, delete and update operations. It needs more memory and time than the local algorithm. The local algorithm may not generate minimal diff, but is faster and uses less space than the global algorithm.

Hashing can be used with both global and local algorithms. If hashing is used with the global algorithm, it will speed up diff computation significantly, but may reduce the quality of diff. With local algorithm, it improves the quality of the diff.

You must specify a depth at which to use hashing. In hashing, the hash value for every element node is associated with a digest for the entire subtree rooted at that node. The tree is not investigated beyond the specified hash level depth while computing the diff.

The output of the global algorithm with or without hashing meets 'operations-in-docorder' requirement (the nodes must appear in same order as a preorder traversal of the document tree), but the output of the local algorithm does not.

The namespace prefixes XmlDiff() will use in the xdiff document may be same as those in either the first or second doc, depending on which prefix was seen first while processing. The NS URI will be bound to the prefix in the output appropriately. If this NS does not have a prefix in both docs, a new prefix will be generated and bound to the NS in xdiff doc.

You can read more about XmlDiff() method in the Oracle XML Developer's Kit Programmer's Guide. Section "XmlDiff Command Line" of the same guide should provide additional resources.

Syntax

xmldocnode *XmlDiff(
xmlctx *xctx,
xmlerr *err,
ub4  flags,
xmldfsrct firstSourceType,
void *firstSource,
void *firstSourceExtra,
xmldfsrct secondSourceType,
void *secondSource,
void *secondSourceExtra,
uword hashLevel,
oraprop *properties);

Parameter

In/Out

Description

xctx

IN

XML context

xmlerr

OUT

numeric error code, XMLERR_OK on success

flags

IN

The following options are available:

- XMLDF_FL_DEFAULTS(=0) chooses defaults

- XMLDF_FL_ALGORITHM_GLOBAL is the global algorithm

- XMLDF_FL_ALGORITHM_LOCAL is the local algorithm

- XMLDF_FL_DISABLE_UPDATE indicates a disable update operation, with the global algorithm

By default, global algorithm is used.

firstSourceType

IN

Type of source for first document; if zero, firstSource is assumed to be a DOM doc node.

firstSource

IN

Pointer to the source for the first document

firstSourceExtra

IN

An additional pointer to the source for the first document; used for buffer length pointer

secondSourceType

IN

Type of source for second document; if zero, secondSource is assumed to be a DOM doc node.

secondSource

IN

Pointer to the source for the second document

secondSourceExtra

IN

An additional pointer to the source for the second document; used for buffer length pointer

hashLevel

IN

The depth (counting from 1 for the root) at which to use hashing for sub trees; <=1 means not to use hashing

properties

IN

Used for Output Builder

Returns

(xmldocnode) Doc node for the diff document, or NULL on error

XmlHash()

Computes a hash value for an XML document or a node in DOM.

If the hash values for two XML subtrees are equal, the corresponding subtrees are equal to a very high probability. Computes the hash value using the Message Digest algorithm 5 (MD5), a widely-used cryptographic hash function with a 128-bit hash value, so there is a very small probability that two different inputs might map to same MD5 digest.

The source can be specified as a file, a URL, and so on. It can also be a Document node in DOM, or any other DOM node, and must be specified using the inputSource parameter. If inputSource is a non-Document DOM node, inputSourceExtra must point to the Document node for the DOM.

You can read more about XmlHash() method in the Oracle XML Developer's Kit Programmer's Guide.

Syntax

xmlerr XmlHash(
xmlctx *xctx,
xmlhasht *digest,
ub4 flags,
xmldfsrct iputSourceType,
void *inputSource,
void *inputSourceExtra,
oraprop *properties);

Parameter

In/Out

Description

xctx

IN

XML context

digest

OUT

The hash value for the XML sub-tree

flags

IN

Not used

inputSourceType

IN

Type of source for the input document; if zero, inputSource is assumed to be a DOM doc node

inputSource

IN

Pointer to the source for the input document

inputSourceExtra

IN

An additional pointer to the source for the input document; if used for a node pointer in a DOM, inputSource must be a document node.

properties

IN

Not used

Returns

(xmlerr) numeric error code, XMLERR_OK on success

XmlPatch()

XmlPatch() applies Xdiff schema-conforming changes to an input document. The input document and the diff document can be specified either as a DOM tree, file, URI, or buffer.

DOMs are built for both the input and diff document if they are not supplied as DOMs.

Data(DOM) encoding of both input and diff documents must be the same as the data encoding in xctx. The patched DOM will be in the data encoding specified in xctx.

Only the simple XPath is supported in the snapshot model. The XPath should identify a node with a posistion predicate in abbreviated syntax, such as /a[1]/b[2]. The XPaths generated by XmlDiff() meet this requirement. Also, 'operations-in-docorder' condition must be TRUE; the nodes must appear in same order as a preorder traversal of the document tree. Global (with or without hashing) meets this requirement. Local does not.

The programming interface should specify the output model used in the diff doc. The oracle-xmldif should be the first child of the top level xdiff element. It should also use flags to specify if operations are in document order (TRUE or FALSE), and wether the output model is a snapshot or current.

You can read more about XmlPatch() method in the Oracle XML Developer's Kit Programmer's Guide. Section "XmlPatch Command Line" of the same guide should provide additional resources.

Syntax

xmldocnode *XmlPatch(
xmlctx *xctx,
xmlerr *err,
ub4  flags,
xmldfsrct inputSourceType,
void *inputSource,
void *inputSourceExtra,
xmldfsrct diffSourceType,
void *diffSource,
void *diffSourceExtra,
oraprop *properties);

Parameter

In/Out

Description

xctx

IN

XML context

xmlerr

OUT

numeric error code, XMLERR_OK on success

flags

IN

The following option is available:

- XMLDF_FL_DEFAULTS(=0) chooses defaults

inputSourceType

IN

Type of source for the input document; if zero, inputSource is assumed to be a DOM doc node.

inputSource

IN

Pointer to the source for the input document

inputSourceExtra

IN

An additional pointer to the source for the input document; used for buffer length pointer

diffSourceType

IN

Type of source for diff document; if zero, secondSource is assumed to be a DOM doc node.

diffsSource

IN

Pointer to the source for the diff document

diffSourceExtra

IN

An additional pointer to the source for the diff document; used for buffer length pointer

properties

IN

Not used

Returns

(xmldocnode) Doc node for the pathed DOM, or NULL on error

13 Package XPath APIs for C

XPath methods process XPath related types and interfaces.

This chapter contains this section:

- XPath Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

XPath Interface

Table 13-1 summarizes the methods available through the XPath interface.

Table 13-1 Summary of XPath Methods

Function

Summary

XmlXPathCreateCtx()

Create an XPath context.

XmlXPathDestroyCtx()

Destroy an XPath context.

XmlXPathEval()

Evaluate XPath expression.

XmlXPathGetObjectBoolean()

Get boolean value of XPath object.

XmlXPathGetObjectFragment()

Get fragment value of XPath object.

XmlXPathGetObjectNSetNode()

Get node from nodeset type XPath object.

XmlXPathGetObjectNSetNum()

Get number of nodes in nodeset type XPath object.

XmlXPathGetObjectNumber()

Get number from XPath object.

XmlXPathGetObjectString()

Get string from XPath object.

XmlXPathGetObjectType()

Get XPath object type.

XmlXPathParse()

Parse XPath expression.

XmlXPathCreateCtx()

Create an XPath context

Syntax

xpctx* XmlXPathCreateCtx(
xmlctx *xsl,
oratext *baseuri,
xmlnode *ctxnode,
ub4 ctxpos,
ub4 ctxsize);

Parameter

In/Out

Description

xsl

IN

XSL stylesheet as xmldoc object

baseuri

IN

base URI used by document, if any

ctxnode

IN

current context position

ctxpos

IN

current context size

ctxsize

IN

current context node

Returns

(xpctx *) XPath context or NULL on error

XmlXPathDestroyCtx()

Destroy an XPath context.

Syntax

void XmlXPathDestroyCtx(
xpctx *xslxpctx);

Parameter

In/Out

Description

xslxpctx

IN

XPath context object

XmlXPathEval()

Evaluate XPath expression.

Syntax

xpobj *XmlXPathEval(
xpctx *xctx,
xpexpr *exprtree,
xmlerr *err);

Parameter

In/Out

Description

xctx

IN

XPath context

exprtree

IN

parsed XPath expression tree

err

OUT

error code

Returns

(xpobj *) result XPath object or NULL on error

XmlXPathGetObjectBoolean()

Get boolean value of XPath object

Syntax

boolean XmlXPathGetObjectBoolean(
xpobj *obj);

Parameter

In/Out

Description

obj

IN

XPath object

Returns

(boolean) truth value

See Also:

XmlXPathGetObjectType(), XmlXPathGetObjectNSetNum(), XmlXPathGetObjectNSetNode(), XmlXPathGetObjectNumber(), XmlXPathGetObjectBoolean()

XmlXPathGetObjectFragment()

Get boolean value of XPath object

Syntax

xmlnode* XmlXPathGetObjectFragment(
xpobj *obj);

Parameter

In/Out

Description

obj

IN

XPath object

Returns

(boolean) truth value

See Also:

XmlXPathGetObjectType(), XmlXPathGetObjectNSetNum(), XmlXPathGetObjectNSetNode(), XmlXPathGetObjectNumber(), XmlXPathGetObjectBoolean()

XmlXPathGetObjectNSetNode()

Get node from nodeset-type XPath object

Syntax

xmlnode *XmlXPathGetObjectNSetNode(
xpobj *obj,
ub4 i);

Parameter

In/Out

Description

obj

IN

XPath object

i

IN

node index in nodeset

Returns

(xmlnode *) The object type or values.

See Also:

XmlXPathGetObjectType(), XmlXPathGetObjectNSetNum(), XmlXPathGetObjectString(), XmlXPathGetObjectNumber(), XmlXPathGetObjectBoolean()

XmlXPathGetObjectNSetNum()

Get number of nodes in nodeset-type XPath object

Syntax

ub4 XmlXPathGetObjectNSetNum(
xpobj *obj);

Parameter

In/Out

Description

obj

IN

XPath object

Returns

(ub4) number of nodes in nodeset

See Also:

XmlXPathGetObjectType(), XmlXPathGetObjectNSetNode(), XmlXPathGetObjectString(), XmlXPathGetObjectNumber(), XmlXPathGetObjectBoolean()

XmlXPathGetObjectNumber()

Get number from XPath object

Syntax

double XmlXPathGetObjectNumber(
xpobj *obj);

Parameter

In/Out

Description

obj

IN

XPath object

Returns

(double) number

See Also:

XmlXPathGetObjectType(), XmlXPathGetObjectNSetNum(), XmlXPathGetObjectNSetNode(), XmlXPathGetObjectString(), XmlXPathGetObjectBoolean()

XmlXPathGetObjectString()

Get string from XPath object

Syntax

oratext *XmlXPathGetObjectString(
xpobj *obj);

Parameter

In/Out

Description

obj

IN

XPath object

Returns

(oratext *) string

See Also:

XmlXPathGetObjectType(), XmlXPathGetObjectNSetNum(), XmlXPathGetObjectNSetNode(), XmlXPathGetObjectNumber(), XmlXPathGetObjectBoolean()

XmlXPathGetObjectType()

Get XPath object type

Syntax

xmlxslobjtype XmlXPathGetObjectType(
xpobj *obj);

Parameter

In/Out

Description

obj

IN

XPath object

Returns

(xmlxslobjtype) type-code for object

See Also:

XmlXPathGetObjectNSetNum(), XmlXPathGetObjectNSetNode(), XmlXPathGetObjectString(), XmlXPathGetObjectNumber(), XmlXPathGetObjectBoolean()

XmlXPathParse()

Parse XPath expression.

Syntax

xpexpr* XmlXPathParse(
xpctx *xctx,
oratext *expr,
xmlerr * err);

Parameter

In/Out

Description

xctx

IN

XPath context object

expr

IN

XPath expression

err

OUT

error code

Returns

(xpexpr *) XPath expression parse tree or NULL on error

14 Package XPointer APIs for C

Package XPointer contains APIs for three interfaces.

This chapter contains these sections:

- XPointer Interface

- XPtrLoc Interface

- XPtrLocSet Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

XPointer Interface

Table 14-1 summarizes the methods available through the XPointer interface.

Table 14-1 Summary of XPointer Methods; Package XPointer

Function

Summary

XmlXPointerEval()

Evaluates xpointer string.

XmlXPointerEval()

Parses and evaluates xpointer string and calculates locations in the document.

Syntax

xmlxptrlocset* XmlXPointerEval(
xmldocnode* doc,
oratext* xptrstr);

Parameter

In/Out

Description

doc

IN

document node of the corresponding DOM tree

xptrstr

IN

xpointer string

Returns

(xmlxptrlocset *) calculated location set

XPtrLoc Interface

Table 14-2 summarizes the methods available through the XPtrLoc interface.

Table 14-2 Summary of XPtrLoc Methods; Package XPointer

Function

Summary

XmlXPtrLocGetNode()

Returns Xml node from XPtrLoc.

XmlXPtrLocGetPoint()

Returns Xml point from XPtrLoc.

XmlXPtrLocGetRange()

Returns Xml range from XPtrLoc.

XmlXPtrLocGetType()

Returns type of XPtrLoc.

XmlXPtrLocToString()

Returns string for a location.

XmlXPtrLocGetNode()

Returns node from location

Syntax

xmlnode* XmlXPtrLocGetNode(
xmlxptrloc* loc);

Parameter

In/Out

Description

loc

IN

location

Returns

(xmlnode *) Node from location

XmlXPtrLocGetPoint()

Returns point from location

Syntax

xmlpoint* XmlXPtrLocGetPoint(
xmlxptrloc* loc);

Parameter

In/Out

Description

loc

IN

location

Returns

(xmlpoint *) Point from location

XmlXPtrLocGetRange()

Returns range from location.

Syntax

xmlrange* XmlXPtrLocGetRange(
xmlxptrloc* loc);

Parameter

In/Out

Description

loc

IN

location

Returns

(xmlrange *) Range from location

XmlXPtrLocGetType()

Returns type of location

Syntax

xmlxptrloctype XmlXPtrLocGetType(
xmlxptrloc* loc);

Parameter

In/Out

Description

loc

IN

location

Returns

(xmlxptrloctype) Type of location

XmlXPtrLocToString()

Returns string for a location:

- node name: name of the container node

- names of container nodes: "not a location" otherwise

Syntax

oratext* XmlXPtrLocToString(
xmlxptrloc* loc);

Parameter

In/Out

Description

loc

IN

location

Returns

(oratext *) string

XPtrLocSet Interface

Table 14-3 summarizes the methods available through the XPtrLocSet interface.

Table 14-3 Summary of XPtrLocSet Methods; Package XPointer

Function

Summary

XmlXPtrLocSetFree()

Free a location set

XmlXPtrLocSetGetItem()

Returns location with idx position in XPtrLocSet

XmlXPtrLocSetGetLength()

Returns length of XPtrLocSet.

XmlXPtrLocSetFree()

It is user's responsibility to call this function on every location set returned by XPointer or XPtrLocSet interfaces

Syntax

void XmlXPtrLocSetFree(
xmlxptrlocset* locset);

Parameter

In/Out

Description

locset

IN

location set

XmlXPtrLocSetGetItem()

Returns location with idx position in the location set. First position is 1.

Syntax

xmlxptrloc* XmlXPtrLocSetGetItem(
xmlxptrlocset* locset,
ub4 idx);

Parameter

In/Out

Description

locset

IN

location set

idx

IN

location index

Returns

(xmlxptrloc *) location with the position idx

XmlXPtrLocSetGetLength()

Returns the number of locations in the location set

Syntax

ub4 XmlXPtrLocSetGetLength(
xmlxptrlocset* locset);

Parameter

In/Out

Description

locset

IN

location set

Returns

(ub4) number of nodes in locset

15 Package XSLT APIs for C

Package XSLT implements types and methods related to XSL processing.

This chapter contains this section:

- XSLT Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

XSLT Interface

Table 15-1 summarizes the methods available through the XSLT interface.

Table 15-1 Summary of XSLT Methods

Function

Summary

XmlXslCreate()

Create an XSL context.

XmlXslDestroy()

Destroy an XSL context.

XmlXslGetBaseURI()

Get the XSL processor base URI.

XmlXslGetOutput()

Get the XSL result fragment.

XmlXslGetStylesheetDom()

Get the XSL stylesheet document.

XmlXslGetTextParam()

Get the XSL text parameter value.

XmlXslProcess()

Perform XSL processing on an instance document.

XmlXslResetAllParams()

Reset XSL processor parameters.

XmlXslSetOutputDom()

Set the XSL context output DOM.

XmlXslSetOutputEncoding()

Set the XSL context output encoding.

XmlXslSetOutputMethod()

Set the XSL context output method.

XmlXslSetOutputSax()

Set the XSL context output SAX.

XmlXslSetOutputStream()

Set the XSL context output stream.

XmlXslSetTextParam()

Set the XSL context output text parameter.

XmlXslCreate()

Create an XSLT context

Syntax

xslctx *XmlXslCreate(
xmlctx *ctx,
xmldocnode *xsl,
oratext *baseuri,
xmlerr *err);

Parameter

In/Out

Description

ctx

IN

XSL context object

xsl

IN

XSL stylesheet document object

baseuri

IN

base URI for including and importing documents

err

IN/OUT

returned error code

Returns

(xslctx *) XSLT context

See Also:

XmlXslDestroy()

XmlXslDestroy()

Destroy an XSL context

Syntax

xmlerr XmlXslDestroy(
xslctx *ctx);

Parameter

In/Out

Description

ctx

IN

XSL context

Returns

(xmlerr) error code

See Also:

XmlXslCreate()

XmlXslGetBaseURI()

Get the XSL processor base URI

Syntax

oratext *XmlXslGetBaseURI(
xslctx *ctx);

Parameter

In/Out

Description

ctx

IN

XSL context object

Returns

(oratext *) base URI

XmlXslGetOutput()

Get the XSL result fragment

Syntax

xmlfragnode *XmlXslGetOutput(
xslctx *ctx);

Parameter

In/Out

Description

ctx

IN

XSL context object

Returns

(xmlfragnode *) result fragment

XmlXslGetStylesheetDom()

Get the XSL stylesheet document

Syntax

xmldocnode *XmlXslGetStylesheetDom(
xslctx *ctx);

Parameter

In/Out

Description

ctx

IN

XSL context object

Returns

(xmldocnode *) stylesheet document

XmlXslGetTextParam()

Get the XSL text parameter value

Syntax

oratext *XmlXslGetTextParam(
xslctx *ctx,
oratext *name);

Parameter

In/Out

Description

ctx

IN

XML context object

name

IN

name of the top-level parameter value

Returns

(oratext *) parameter value

See Also:

XmlXslSetTextParam()

XmlXslProcess()

Do XSL processing on an instance document

Syntax

xmlerr XmlXslProcess(
xslctx *ctx,
xmldocnode *xml,
boolean normalize);

Parameter

In/Out

Description

ctx

IN

XSL context object

xml

IN

instance document to process

normalize

IN

if TRUE, force the XSL processor to normalize the document

Returns

(xmlerr) error code

XmlXslResetAllParams()

Reset all the top level parameters added

Syntax

xmlerr XmlXslResetAllParams(
xslctx *ctx);

Parameter

In/Out

Description

ctx

IN

XSL context object

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

See Also:

XmlXslSetTextParam()

XmlXslSetOutputDom()

Set the xslctx output DOM

Syntax

xmlerr XmlXslSetOutputDom(
xslctx *ctx,
xmldocnode *doc);

Parameter

In/Out

Description

ctx

IN

XSL context object

doc

IN

output node

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

XmlXslSetOutputEncoding()

Set the xslctx output encoding

Syntax

xmlerr XmlXslSetOutputEncoding(
xslctx *ctx,
oratext* encoding);

Parameter

In/Out

Description

ctx

IN

XML context object

encoding

IN

output encoding

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

XmlXslSetOutputMethod()

Set the xslctx output method

Syntax

xmlerr XmlXslSetOutputMethod(
xslctx *ctx,
xmlxslomethod method);

Parameter

In/Out

Description

ctx

IN

XML context object

encoding

IN

XSL output method

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

XmlXslSetOutputSax()

Set the xslctx output SAX

Syntax

xmlerr XmlXslSetOutputSax(
xslctx *ctx,
xmlsaxcb* saxcb,
void *saxctx);

Parameter

In/Out

Description

ctx

IN

XSL context object

saxcb

IN

SAX callback object

saxctx

IN

SAX callback context

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

XmlXslSetOutputStream()

Syntax

xmlerr XmlXslSetOutputStream(
xslctx *ctx,
xmlostream *stream);

Parameter

In/Out

Description

ctx

IN

XSL context object

stream

IN

output stream object

Returns

(xmlxsl) error code, XMLXSL_SUCC [0] on success.

XmlXslSetTextParam()

Set the xslctx output text parameter.

Syntax

xmlerr XmlXslSetTextParam(
xslctx *ctx,
oratext *name,
oratext *value);

Parameter

In/Out

Description

ctx

IN

XSL context object

name

IN

name of top level parameter

value

IN

value of top level parameter

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

See Also:

XmlXslGetTextParam()

16 Package XSLTVM APIs for C

Package XSLTVM implements the XSL Transformation (XSLT) language as specified in W3C Recommendation 16 November 1999. The XSLTVM package contains two interfaces.

This chapter contains the following sections:

- Using XSLTVM

- XSLTC Interface

- XSLTVM Interface

See Also:

- Oracle XML Developer's Kit Programmer's Guide

- Oracle XML DB Developer's Guide

Using XSLTVM

XSLT Virtual Machine is the software implementation of a "CPU" designed to run compiled XSLT code. A concept of virtual machine assumes a compiler compiling XSLT stylesheets to a sequence of byte codes or machine instructions for the "XSLT CPU". The byte-code program is a platform-independent sequence of 2-byte units. It can be stored, cached and run on different XSLTVM. The XSLTVM uses the bytecode programs to transform instance XML documents. This approach clearly separates compile (design)-time from run-time computations and specifies a uniform way of exchanging data between instructions.

A typical scenario of using the package APIs has the following steps:

1. Create/Use an XML meta context object.
xctx = XmlCreate(,...);

2. Create/Use an XSLT Compiler object.
comp = XmlXvmCreateComp(xctx);

3. Compile an XSLT stylesheets and cache the result bytecode.
code = XmlXvmCompileFile(comp, xslFile, baseuri, flags, );

4. Create/Use an XSLTVM object. The explicit stack size setting are needed when XSLTVM terminates with "... Stack Overflow" message or when smaller memory footprints are required (see XmlXvmCreate).
vm = XmlXvmCreate(xctx, "StringStack", 32, "NodeStack", 24, NULL);

5. Set a stylesheet bytecode to the XSLTVM object.
len = XmlXvmGetBytecodeLength(code, ); err = XmlXvmSetBytecodeBuffer(vm, code, len);

6. Transform an instance XML document.
err = XmlXvmTransformFile(vm, xmlFile, baseuri);

7. Clean.
XmlXvmDestroy(vm);

XmlXvmDestroyComp(comp);

XmlDestroy(xctx);

XSLTC Interface

Table 16-1 summarizes the methods available through the XSLTVM Interface.

Table 16-1 Summary of XSLTC Methods; XSLTVM Package

Function

Summary

XmlXvmCompileBuffer()

Compile an XSLT stylesheet from buffer into bytecode.

XmlXvmCompileDom()

Compile an XSLT stylesheet from DOM into bytecode.

XmlXvmCompileFile()

Compile an XSLT stylesheet from file into bytecode.

XmlXvmCompileURI()

Compile XSLT stylesheet from URI into byte code.

XmlXvmCompileXPath()

Compile an XPath expression.

XmlXvmCreateComp()

Create an XSLT compiler.

XmlXvmDestroyComp()

Destroy an XSLT compiler object.

XmlXvmGetBytecodeLength()

Returns the bytecode length.

XmlXvmCompileBuffer()

Compile an XSLT stylesheet from buffer into bytecode. Compiler flags could be one or more of the following:

- XMLXVM_DEBUG forces compiler to include debug information into the bytecode

- XMLXVM_STRIPSPACE is equivalent to <xsl:strip-space elements="*"/>.

The generated bytecode resides in a compiler buffer which is freed when next stylesheet is compiled or when compiler object is deleted. Hence, if the bytecode is to be reused it should be copied into another location.

Syntax

ub2 *XmlXvmCompileBuffer(
xmlxvmcomp *comp,
oratext *buffer,
ub4 length,
oratext *baseURI,
xmlxvmflag flags,
xmlerr *error);

Parameter

In/Out

Description

comp

IN

compiler object

buffer

IN

pointer to buffer containing stylesheet document

length

IN

length of the stylesheet document in bytes

baseuri

IN

base URI of the document

flags

IN

flags for the current compilation

error

OUT

returned error code

Returns

(ub2 *) bytecode or NULL on error

See Also:

XmlXvmCompileFile(), XmlXvmCompileURI(), XmlXvmCompileDom()

XmlXvmCompileDom()

Compile an XSLT stylesheet from DOM into bytecode. Compiler flags could be one or more of the following:

- XMLXVM_DEBUG forces compiler to include debug information into the bytecode

- XMLXVM_STRIPSPACE is equivalent to <xsl:strip-space elements="*"/>.

The generated bytecode resides in a compiler buffer which is freed when next stylesheet is compiled or when compiler object is deleted. Hence, if the bytecode is to be reused it should be copied into another location.

Syntax

ub2 *XmlXvmCompileDom(
xmlxvmcomp *comp,
xmldocnode *root,
xmlxvmflag flags,
xmlerr *error);

Parameter

In/Out

Description

comp

IN

compiler object

rooot

IN

root element of the stylesheet DOM

flags

IN

flags for the current compilation

error

OUT

returned error code

Returns

(ub2 *) bytecode or NULL on error

See Also:

XmlXvmCompileFile(), XmlXvmCompileBuffer(), XmlXvmCompileURI()

XmlXvmCompileFile()

Compile XSLT stylesheet from file into bytecode. Compiler flags could be one or more of the following:

- XMLXVM_DEBUG forces compiler to include debug information into the bytecode

- XMLXVM_STRIPSPACE is equivalent to <xsl:strip-space elements="*"/>.

The generated bytecode resides in a compiler buffer which is freed when next stylesheet is compiled or when compiler object is deleted. Hence, if the bytecode is to be reused it should be copied into another location.

Syntax

ub2 *XmlXvmCompileFile(
xmlxvmcomp *comp,
oratext *path,
oratext *baseURI,
xmlxvmflag flags,
xmlerr *error);

Parameter

In/Out

Description

comp

IN

compiler object

path

IN

path of XSL stylesheet file

baseuri

IN

base URI of the document

flags

IN

flags for the current compilation

error

OUT

returned error code

Returns

(ub2 *) bytecode or NULL on error

See Also:

XmlXvmCompileURI(), XmlXvmCompileBuffer(), XmlXvmCompileDom()

XmlXvmCompileURI()

Compile XSLT stylesheet from URI into bytecode. Compiler flags could be one or more of the following:

- XMLXVM_DEBUG forces compiler to include debug information into the bytecode

- XMLXVM_STRIPSPACE is equivalent to <xsl:strip-space elements="*"/>.

The generated bytecode resides in a compiler buffer which is freed when next stylesheet is compiled or when compiler object is deleted. Hence, if the bytecode is to be reused it should be copied into another location.

Syntax

ub2 *XmlXvmCompileURI(
xmlxvmcomp *comp,
oratext *uri,
xmlxvmflag flags,
xmlerr *error);

Parameter

In/Out

Description

comp

IN

compiler object

uri

IN

URI of the file that contains the XSL stylesheet

flags

IN

flags for the current compilation

error

OUT

returned error code

Returns

(ub2 *) bytecode or NULL on error

See Also:

XmlXvmCompileFile(), XmlXvmCompileBuffer(), XmlXvmCompileDom()

XmlXvmCompileXPath()

Compiles an XPath expression. The optional pfxmap is used to map namespace prefixes to URIs in the XPath expression. It is an array of prefix, URI values, ending in NULL, and so on.

Syntax

ub2 *XmlXvmCompileXPath(
xmlxvmcomp *comp,
oratext *xpath,
oratext **pfxmap,
xmlerr *error);

Parameter

In/Out

Description

comp

IN

compiler object

xpath

IN

XPath expression

pfxmap

IN

array of prefix-URI mappings

error

OUT

returned error code

Returns

(ub2 *) XPath expression bytecode or NULL on error

XmlXvmCreateComp()

Create an XSLT compiler object. The XSLT compiler is used to compile XSLT stylesheets into bytecode.

Syntax

xmlxvmcomp *XmlXvmCreateComp(
xmlctx *xctx);

Parameter

In/Out

Description

xctx

IN

XML context

Returns

(xmlxvmcomp *) XSLT compiler object, or NULL on error

See Also:

XmlXvmDestroyComp()

XmlXvmDestroyComp()

Destroys an XSLT compiler object

Syntax

void XmlXvmDestroyComp(
xmlxvmcomp *comp);

Parameter

In/Out

Description

comp

IN

XSLT compiler object

See Also:

XmlXvmCreateComp()

XmlXvmGetBytecodeLength()

The bytecode length is needed when the bytecode is to be copied or when it is set into XSLTVM.

Syntax

ub4 XmlXvmGetBytecodeLength(
ub2 *bytecode,
xmlerr *error);

Parameter

In/Out

Description

bytecode

IN

bytecode buffer

error

OUT

returned error code

Returns

(ub4) The bytecode length in bytes.

XSLTVM Interface

Table 16-2 summarizes the methods available through the XSLTVM Interface.

Table 16-2 Summary of XSLTVM Methods; Package XSLTVM

Function

Summary

XMLXVM_DEBUG_F()

XMLXSLTVM debug function.

XmlXvmCreate()

Create an XSLT virtual machine.

XmlXvmDestroy()

Destroys an XSLT virtual machine.

XmlXvmEvaluateXPath()

Evaluate already-compiled XPath expression.

XmlXvmGetObjectBoolean()

Get boolean value of XPath object.

XmlXvmGetObjectNSetNode()

Get node from nodeset type XPathobject.

XmlXvmGetObjectNSetNum()

Get number of nodes in nodeset type XPathobject.

XmlXvmGetObjectNumber()

Get number from XPath object.

XmlXvmGetObjectString()

Get string from XPath object.

XmlXvmGetObjectType()

Get XPath object type.

XmlXvmGetOutputDom()

Returns the output DOM.

XmlXvmResetParams()

Resets the stylesheet top level text parameters.

XmlXvmSetBaseURI()

Sets the base URI for the XLTVM.

XmlXvmSetBytecodeBuffer()

Set the compiled bytecode.

XmlXvmSetBytecodeFile()

Set the compiled byte code from file.

XmlXvmSetBytecodeURI()

Set the compiled bytecode.

XmlXvmSetDebugFunc()

Set a callback function for debugging.

XmlXvmSetOutputDom()

Sets the XSLTVM to output document node.

XmlXvmSetOutputEncoding()

Sets the encoding for the XSLTVM output.

XmlXvmSetOutputSax()

Sets XSLTVM to output SAX.

XmlXvmSetOutputStream()

Set the XSLTVM output to a user-defined stream.

XmlXvmSetTextParam()

Set the stylesheet top-level text parameter.

XmlXvmTransformBuffer()

Run compiled XSLT stylesheet on XML document in memory.

XmlXvmTransformDom()

Run compiled XSLT stylesheet on XML document as DOM.

XmlXvmTransformFile()

Run compiled XSLT stylesheet on XML document in file.

XmlXvmTransformURI()

Run compiled XSLT stylesheet on XML document from URI.

XMLXVM_DEBUG_F()

Debug callback function for XSLT VM.

Syntax

#define XMLXVM_DEBUG_F(func, line, file, obj, n)
void func(
ub2 line,
oratext *file,
xvmobj *obj,
ub4 n)

Parameter

In/Out

Description

line

IN

source stylesheet line number

file

IN

stylesheet filename

obj

IN

current VM object

n

IN

index of current node

See Also:

XmlXvmSetDebugFunc()

XmlXvmCreate()

Create an XSLT virtual machine. Zero or more of the following XSLTVM properties could be set by using this API:

- "VMStack", size sets the size[Kbyte] of the main VM stack; default size is 4K.

- "NodeStack", size sets the size[Kbyte] of the node-stack; default size is 16K.

- "StringStack", size sets the size[Kbyte] of the string-stack; default size is 64K.

If the stack size is not specified the default size is used. The explicit stack size setting is needed when XSLTVM terminates with "Stack Overflow" message or when smaller memory footprints are required.

Syntax

xmlxvm *XmlXvmCreate(
xmlctx *xctx,
list);

Parameter

In/Out

Description

xctx

IN

XML context

list

IN

NULL-terminated list of properties to set; can be empty

Returns

(xmlxvm *) XSLT virtual machine object, or NULL on error

See Also:

XmlXvmDestroy()

XmlXvmDestroy()

Destroys an XSLT virtual machine

Syntax

void XmlXvmDestroy(
xmlxvm *vm);

Parameter

In/Out

Description

vm

IN

VM object

See Also:

XmlXvmCreate()

XmlXvmEvaluateXPath()

Evaluate already-compiled XPath expression

Syntax

xvmobj *XmlXvmEvaluateXPath(
xmlxvm *vm,
ub2 *bytecode,
ub4 ctxpos,
ub4 ctxsize,
xmlnode *ctxnode);

Parameter

In/Out

Description

vm

IN

XSLTVM object

bytecode

IN

XPath expression bytecode

ctxpos

IN

current context position

ctxsize

IN

current context size

ctxnode

IN

current context node

Returns

(xvmobj *) XPath object

XmlXvmGetObjectBoolean()

Get boolean value of XPath object

Syntax

boolean XmlXvmGetObjectBoolean(
xvmobj *obj);

Parameter

In/Out

Description

obj

IN

object

Returns

(boolean) value of an XPath object

See Also:

XmlXvmGetObjectType(), XmlXvmGetObjectNSetNum(), XmlXvmGetObjectNSetNode(), XmlXvmGetObjectNumber(), XmlXvmGetObjectBoolean()

XmlXvmGetObjectNSetNode()

Get node from nodeset-type XPath object

Syntax

xmlnode *XmlXvmGetObjectNSetNode(
xvmobj *obj,
ub4 i);

Parameter

In/Out

Description

obj

IN

object

i

IN

node index in nodeset

Returns

(xmlnode *) The object type or values.

See Also:

XmlXvmGetObjectType(), XmlXvmGetObjectNSetNum(), XmlXvmGetObjectString(), XmlXvmGetObjectNumber(), XmlXvmGetObjectBoolean()

XmlXvmGetObjectNSetNum()

Get number of nodes in nodeset-type XPath object

Syntax

ub4 XmlXvmGetObjectNSetNum(
xvmobj *obj);

Parameter

In/Out

Description

obj

IN

object

Returns

(ub4) number of nodes in nodeset

See Also:

XmlXvmGetObjectType(), XmlXvmGetObjectNSetNode(), XmlXvmGetObjectString(), XmlXvmGetObjectNumber(), XmlXvmGetObjectBoolean()

XmlXvmGetObjectNumber()

Get number from XPath object.

Syntax

double XmlXvmGetObjectNumber(
xvmobj *obj);

Parameter

In/Out

Description

obj

IN

object

Returns

(double) number

See Also:

XmlXvmGetObjectType(), XmlXvmGetObjectNSetNum(), XmlXvmGetObjectNSetNode(), XmlXvmGetObjectString(), XmlXvmGetObjectBoolean()

XmlXvmGetObjectString()

Get string from XPath object.

Syntax

oratext *XmlXvmGetObjectString(
xvmobj *obj);

Parameter

In/Out

Description

obj

IN

object

Returns

(oratext *) string

See Also:

XmlXvmGetObjectType(), XmlXvmGetObjectNSetNum(), XmlXvmGetObjectNSetNode(), XmlXvmGetObjectNumber(), XmlXvmGetObjectBoolean()

XmlXvmGetObjectType()

Get XPath object type

Syntax

xmlxvmobjtype XmlXvmGetObjectType(
xvmobj *obj);

Parameter

In/Out

Description

obj

IN

object

Returns

(xmlxvmobjtype) type-code for object

See Also:

XmlXvmGetObjectNSetNum(), XmlXvmGetObjectNSetNode(), XmlXvmGetObjectString(), XmlXvmGetObjectNumber(), XmlXvmGetObjectBoolean()

XmlXvmGetOutputDom()

Returns the root node of the result DOM tree (if any). XmlXvmSetOutputDom has to be used before transformation to set the VM to output a DOM tree (the default VM output is a stream).

Syntax

xmlfragnode *XmlXvmGetOutputDom(
xmlxvm *vm);

Parameter

In/Out

Description

vm

IN

VM object

Returns

(xmlfragnode *) output DOM, or NULL in a case of SAX or Stream output.

See Also:

XmlXvmSetOutputDom()

XmlXvmResetParams()

Resets the stylesheet top-level parameters with their default values.

Syntax

void XmlXvmResetParams(
xmlxvm *vm);

Parameter

In/Out

Description

vm

IN

VM object

XmlXvmSetBaseURI()

Sets the base URI for the XSLTVM. The baseuri is used by VM to the compose the path XML documents to be loaded for transformation using document or XmlXvmTransformFile.

Syntax

xmlerr XmlXvmSetBaseURI(
xmlxvm *vm,
oratext *baseuri);

Parameter

In/Out

Description

vm

IN

VM object

baseuri

IN

VM base URI for reading and writing documents

Returns

(xmlerr) error code.

XmlXvmSetBytecodeBuffer()

Set the compiled bytecode from buffer. Any previously set bytecode is replaced. An XML transformation can't be performed if the stylesheet bytecode is not set. The VM doesn't copy the bytecode into internal buffer, hence the it shouldn't be freed before VM finishes using it.

Syntax

xmlerr XmlXvmSetBytecodeBuffer(
xmlxvm *vm,
ub2 *buffer,
size_t buflen);

Parameter

In/Out

Description

vm

IN

XSLT VM context

buffer

IN

user's buffer

buflen

IN

size of buffer, in bytes

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlXvmSetBytecodeFile(), XmlXvmSetBytecodeURI()

XmlXvmSetBytecodeFile()

Set the compiled bytecode from file. Any previously set bytecode is replaced. An XML transformation can't be performed if the stylesheet bytecode is not set.

Syntax

xmlerr XmlXvmSetBytecodeFile(
xmlxvm *vm,
oratext *path);

Parameter

In/Out

Description

vm

IN

XSLT VM context

path

IN

path of bytecode file

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlXvmSetBytecodeURI(), XmlXvmSetBytecodeBuffer()

XmlXvmSetBytecodeURI()

Set the compiled bytecode from URI. Any previously set bytecode is replaced. An XML transformation can't be performed if the stylesheet bytecode is not set.

Syntax

xmlerr XmlXvmSetBytecodeURI(
xmlxvm *vm,
oratext *uri);

Parameter

In/Out

Description

vm

IN

XSLT VM context

uri

IN

path of bytecode file

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

See Also:

XmlXvmSetBytecodeFile(), XmlXvmSetBytecodeBuffer()

XmlXvmSetDebugFunc()

The user callback function is invoked by VM every time the execution reaches a new line in the XSLT stylesheet. The VM passes to the user the stylesheet file name, the line number, the current context nodes-set and the current node index in the node-set. IMPORTANT - the stylesheet has to be compiled with flag XMLXVM_DEBUG.

Syntax

#define XMLXVM_DEBUG_FUNC(func)
void func (ub2 line, oratext *filename, xvmobj *obj, ub4 n)
xmlerr XmlXvmSetDebugFunc(
xmlxvm *vm,
XMLXVM_DEBUG_FUNC(debugcallback));

Parameter

In/Out

Description

vm

IN

XSLT VM context

func

IN

callback function

Returns

(xmlerr) numeric error code, XMLERR_OK [0] on success

XmlXvmSetOutputDom()

Sets the XSLTVM to output DOM. If xmldocnode==NULL, then the result DOM tree belongs to the VM object and is deleted when a new transformation is performed or when the VM object is deleted. If the result DOM tree is to be used for longer period of time then an xmldocnode has to be created and set to the VM object.

Syntax

xmlerr XmlXvmSetOutputDom(
xmlxvm *vm,
xmldocnode *doc);

Parameter

In/Out

Description

vm

IN

VM object

doc

IN

empty document

Returns

(xmlerr) error code

XmlXvmSetOutputEncoding()

Sets the encoding for the XSLTVM stream output. If the input (data) encoding is different from the one set by this APIs then encoding conversion is performed. This APIs overrides the encoding set in the XSLT stylesheet (if any).

Syntax

xmlerr XmlXvmSetOutputEncoding(
xmlxvm *vm,
oratext *encoding);

Parameter

In/Out

Description

vm

IN

VM object

encoding

IN

output encoding

Returns

(xmlerr) error code.

XmlXvmSetOutputSax()

Set XSLTVM to output SAX. If the SAX callback interface object is provided the VM outputs the result document in a form of SAX events using the user specified callback functions.

Syntax

xmlerr XmlXvmSetOutputSax(
xmlxvm *vm,
xmlsaxcb *saxcb,
void *saxctx);

Parameter

In/Out

Description

vm

IN

VM object

saxcb

IN

SAX callback object

saxctx

IN

SAX context

Returns

(xmlerr) error code

XmlXvmSetOutputStream()

Set the XSLTVM output to a user-defined stream. The default XSLTVM output is a stream. This APIs overrides the default stream with user specified APIs for writing.

Syntax

xmlerr XmlXvmSetOutputStream(
xmlxvm *vm,
xmlostream *ostream);

Parameter

In/Out

Description

vm

IN

VM object

ostream

IN

stream object

Returns

(xmlerr) error code.

XmlXvmSetTextParam()

Set the stylesheet top-level text parameter. The parameter value set in the XSLT stylesheet is overwritten. Since the top-level parameters are reset with stylesheet values after each transformation, this APIs has to be called again.

Syntax

xmlerr XmlXvmSetTextParam(
xmlxvm *vm,
oratext *name,
oratext *value);

Parameter

In/Out

Description

vm

IN

VM object

name

IN

name of top-level parameter

value

IN

value of top-level parameter

Returns

(xmlerr) error code, XMLERR_SUCC [0] on success.

XmlXvmTransformBuffer()

Run compiled XSLT stylesheet on XML document in memory. The compiled XSLT stylesheet (bytecode) should be set using XmlXvmSetBytecodeXXX prior to this call.

Syntax

xmlerr XmlXvmTransformBuffer(
xmlxvm *vm,
oratext *buffer,
ub4 length,
oratext *baseURI);

Parameter

In/Out

Description

vm

IN

VM object

buffer

IN

NULL-terminated buffer that contains the XML document

length

IN

length of the XML document

baseURI

IN

base URI of XML document

Returns

(xmlerr) error code.

See Also:

XmlXvmTransformFile(), XmlXvmTransformURI(), XmlXvmTransformDom()

XmlXvmTransformDom()

Run compiled XSLT stylesheet on XML document as DOM. The compiled XSLT stylesheet (bytecode) should be set using XmlXvmSetBytecodeXXX prior to this call.

Syntax

xmlerr XmlXvmTransformDom(
xmlxvm *vm,
xmldocnode *root);

Parameter

In/Out

Description

vm

IN

VM object

root

IN

root element of XML document's DOM

Returns

(xmlerr) error code.

See Also:

XmlXvmTransformFile(), XmlXvmTransformURI(), XmlXvmTransformBuffer()

XmlXvmTransformFile()

Run compiled XSLT stylesheet on XML document in file. The compiled XSLT stylesheet (bytecode) should be set using XmlXvmSetBytecodeXXX prior to this call.

Syntax

xmlerr XmlXvmTransformFile(
xmlxvm *vm,
oratext *path,
oratext *baseURI);

Parameter

In/Out

Description

vm

IN

VM object

path

IN

path of XML document to transform

baseURI

IN

base URI of XML document

Returns

(xmlerr) error code

See Also:

XmlXvmTransformURI(), XmlXvmTransformBuffer(), XmlXvmTransformDom()

XmlXvmTransformURI()

Run compiled XSLT stylesheet on XML document from URI. The compiled XSLT stylesheet (bytecode) should be set using XmlXvmSetBytecodeXXX prior to this call.

Syntax

xmlerr XmlXvmTransformURI(
xmlxvm *vm,
oratext *uri);

Parameter

In/Out

Description

vm

IN

VM object

uri

IN

URI of XML document to transform

Returns

(xmlerr) error code.

See Also:

XmlXvmTransformFile(), XmlXvmTransformBuffer(), XmlXvmTransformDom()

A Mapping of APIs used before Oracle Database 10g Release 1

This chapter maps the XML C APIs available in Oracle9i release to the Unified XML C APIs available in this release of Oracle Database.

The chapter contains these topics:

- C Package Changes

- Initializing and Parsing Sequence Changes

- Datatype Mapping between oraxml and xml Packages

- Method Mapping between oraxml and xml Packages

See Also:

Format Models in Oracle XML Developer's Kit Programmer's Guide

C Package Changes

Pre-existing C APIs were available through the oraxml package. It had the following characteristics:

- Specification is limited to a one-to-one mapping between the xml context (xmlctx) and an xml document. Only one document can be accessed by DOM at any one time, however the data of multiple documents can be concurrent.

- The APIs are not always consistent, and don't always follow the declarations of the xmlctx.

In contrast, the new unified C APIs solve these problems:

- Multiple independent documents share the xmlctx.

- All APIs conform to the declarations of the xmlctx.

- Each document can be accessed simultaneously by DOM until explicitly destroyed by an XmlDestroy() call.

Initializing and Parsing Sequence Changes

The initialization and parsing of documents has changed in the Unified C API.

Example A-1 Initializing and Parsing Sequence for the Pre-Unified C API, One Document at a Time

The following pseudo-code demonstrates how to initialize and parse documents, one at a time, using the old C APIs. Contrast this with Example A-2.

#include <oraxml.h>
uword err;
xmlctx *ctx = xmlinit(&err, options);
for (;;)
{
err = xmlparse(ctx, URI, options);
...
/* DOM operations */
...
/* recycle memory from document */
xmlclean(ctx);
}
xmlterm(ctx);

Example A-2 Initializing and Parsing Sequence for the Unified C API, One Document at a Time

The following pseudo-code demonstrates how to initialize and parse documents, one at a time, using the new C APIs. Contrast this with Example A-1.

#include <xml.h>
xmlerr err;
xmldocnode *doc;
xmlctx *xctx = XmlCreate(&err, options, NULL);
for (;;)
{
doc = XmlLoadDom(xctx, &err, "URI", URI, NULL);
...
/* DOM operations */
...
XmlFreeDocument(xctx, doc);
}
XmlDestroy(xctx);

Example A-3 Initializing and Parsing Sequence for the Pre-Unified C API, Multiple Documents and Simultaneous DOM Access

The following pseudo-code demonstrates how to initialize and parse multiple documents with simultaneous DOM access using the old C APIs. Contrast this with Example A-4.

xmlctx *ctx1 = xmlinitenc(&err, options);
xmlctx *ctx2 = xmlinitenc(&err, options);
err = xmlparse(ctx1, URI_1, options);
err = xmlparse(ctx2, URI_2, options);
...
/* DOM operations for both documents */
...
xmlterm(ctx1);
xmlterm(ctx2);

Example A-4 Initializing and Parsing Sequence for the Unified C API, Multiple Documents and Simultaneous DOM Access

The following pseudo-code example demonstrates how to initialize and parse multiple documents with simultaneous DOM access using the new C APIs. Contrast this with Example A-3.

xmldocnode *doc1;
xmldocnode *doc2;
xmlctx *xctx = XmlCreate(&err, options, NULL);
doc1 = XmlLoadDom(xctx, &err, "URI", URI_1, NULL);
doc2 = XmlLoadDom(xctx, &err, "URI", URI_2, NULL);
...
/* DOM operations for both documents*/
...
XmlFreeDocument(xctx, doc1);
XmlFreeDocument(xctx, doc2);
...
XmlDestroy(xctx);

Datatype Mapping between oraxml and xml Packages

Table A-1 outlines the changes made to datatypes for the new C API.

Table A-1 Datatypes Supported by oraxml Package versus xml Package

oraxml Supported Datatype

xml Supported Datatype

uword

xmlerr

xmlacctype

xmlurlacc

xmlattrnode

xmlattrnode

xmlcdatanode

xmlcdatanode

xmlcommentnode

xmlcommentnode

xmlctx

xmlctx

xmldocnode

xmldocnode

xmldomimp

Obsolete.Usexmlctx.

xmldtdnode

xmldtdnode

xmlelemnode

xmlelemnode

xmlentnode

xmlentnode

xmlentrefnode

xmlentrefnode

xmlflags

ub4

xmlfragnode

xmlfragnode

xmlihdl

xmlurlhdl

xmlmemcb

Use individual function pointers.

xmlnode

xmlnode

xmlnodes

xmlnodelist, xmlnamedmap

xmlnotenode

xmlnotenode

xmlntype

xmlnodetype

xmlpflags

ub4

xmlpinode

xmlpinode

xmlsaxcb

xmlsaxcb

xmlstream

xmlistream, xmliostream

xmltextnode

xmltextnode

xpctx

xpctx

xpexpr

xpexpr

xpnset

Obsolete.UseXmlXPathGetObjectNSetNum()and XmlXPathGetObjectNSetNode().

xpnsetele

Obsolete.UseXmlXPathGetObjectNSetNum()and XmlXPathGetObjectNSetNode().

xpobj

xpobj

xpobjtyp

xmlxslobjtype

xslctx

xslctx

xsloutputmethod

xmlxsloutputmethod

Method Mapping between oraxml and xml Packages

Table A-2 outlines the changes made to the methods of the new C API.

Table A-2 Methods of the oraxml Package versus the xml Package

Package oraxml Method

Package xml Method(s)

appendChild()

XmlDomAppendChild()

appendData()

XmlDomAppendData()

cloneNode()

XmlDomCloneNode()

createAttribute()

XmlDomCreateAttr()

createAttributeNS()

XmlDomCreateAttrNS()

createCDATASection()

XmlDomCreateCDATA()

createComment()

XmlDomCreateComment()

createDocument()

XmlCreateDocument()

createDocumentFragment()

XmlDomCreateFragment()

createDocumentNS()

XmlCreateDocument()

createDocumentType()

XmlCreateDTD()

createElement()

XmlDomCreateElem()

createElementNS()

XmlDomCreateElemNS()

createEntityReference()

XmlDomCreateEntityRef()

createProcessingInstruction()

XmlDomCreatePI()

createTextNode()

XmlDomCreateText()

deleteData()

XmlDomDeleteData()

freeElements()

XmlDomFreeNodeList()

getAttribute()

XmlDomGetAttr()

getAttributeIndex()

XmlDomGetAttrs(), XmlDomGetNodeMapItem()

getAttributeNode()

XmlDomGetAttrNode()

getAttributes()

XmlDomGetAttrs()

getAttrLocal()

XmlDomGetAttrLocal(), XmlDomGetAttrLocalLen()

getAttrName()

XmlDomGetAttrName()

getAttrNamespace()

XmlDomGetAttrURI(), XmlDomGetAttrURILen()

getAttrPrefix()

XmlDomGetAttrPrefix()

getAttrQualifiedName()

XmlDomGetAttrName()

getAttrSpecified()

XmlDomGetAttrSpecified()

getAttrValue()

XmlDomGetAttrValue()

getCharData()

XmlDomGetCharData()

getChildNode()

XmlDomGetChildNode()

getChildNodes()

XmlDomGetChildNodes()

getContentModel()

XmlDomGetContentModel()

getDocType()

XmlDomGetDTD()

getDocTypeEntities()

XmlDomGetDTDEntities()

getDocTypeName()

XmlDomGetDTDName()

getDocTypeNotations()

XmlDomGetDTDNotations()

getDocument()

Obsolete; document returned by XmlLoadDomxxx()calls

getDocumentElement()

XmlDomGetDoctElem()

getElementByID()

XmlDomGetElemByID()

getElementsByTagName()

XmlDomGetElemsByTag()

getElementsByTagNameNS()

XmlDomGetElemsByTag()

getEncoding()

XmlDomGetEncoding()

getEntityNotation()

XmlDomGetEntityNotation()

getEntityPubID()

XmlDomGetEntityPubID()

getEntitySysID()

XmlDomGetEntitySysID()

getFirstChild()

XmlDomGetFirstChild()

getImplementation()

Obsolete; use xmlctx instead of DOMImplementation

getLastChild()

XmlDomGetLastChild()

getNamedItem()

XmlDomGetNamedItem()

getNextSibling()

XmlDomGetNextSibling()

getNodeLocal()

XmlDomGetNodeLocal(), XmlDomGetNodeLocalLen()

getNodeMapLength()

XmlDomGetNodeMapLength()

getNodeName()

XmlDomGetNodeName(), XmlDomGetNodeNameLen()

getNodeNameSpace()

XmlDomGetNodeURI(), XmlDomGetNodeURILen()

getNodePrefix()

XmlDomGetNodePrefix()

getNodeQualifiedName()

XmlDomGetNodedName(), XmlDomGetNodedNameLen()

getNodeType()

XmlDomGetNodeType()

getNodeValue()

XmlDomGetNodeValue(), XmlDomGetNodeValueLen()

getNotationPubID()

XmlDomGetNotationPubID()

getNotationSysID()

XmlDomGetNotationSysID()

getOwnerDocument()

XmlDomGetOwnerDocument()

getParentNode()

XmlDomGetParentNode()

getPIData()

XmlDomGetPIData()

getPITarget()

XmlDomGetPITarget()

getPreviousSibling()

XmlDomGetPrevSibling()

getTagName()

XmlDomGetTagName()

hasAttributes()

XmlDomHasAttrs()

hasChildNodes()

XmlDomHasChildNodes()

hasFeature()

XmlHasFeature()

importNode()

XmlDomImportNode()

insertBefore()

XmlDomInsertBefore()

insertData()

XmlDomInsertData()

isSingleChar()

XmlIsSimple()

isStandalone()

XmlDomGetDecl()

isUnicode()

XmlDomIsUnicode()

nodeValid()

XmlDomValidate()

normalize()

XmlDomNormalize()

numAttributes()

XmlDomNumAttrs()

numChildNodes()

XmlDomNumChildNodes()

prefixToURI()

XmlDomPrefixToURI()

printBuffer()

XmlSaveDomBuffer()

printBufferEnc()

XmlSaveDomBuffer()

printCallback()

XmlSaveDomStream()

printCallbackEnc()

XmlSaveDomStream()

printSize()

XmlSaveDomSize()

printSizeEnc()

XmlSaveDomSize()

printStream()

XmlSaveDomStdio()

printStreamEnc()

XmlSaveDomStdio()

removeAttribute()

XmlDomRemoveAttr()

removeAttributeNode()

XmlDomRemoveAttrNode()

removeChild()

XmlDomRemoveChild()

removeNamedItem()

XmlDomRemoveNamedItem()

replaceChild()

XmlDomReplaceChild()

replaceData()

XmlDomReplaceData()

saveString2()

XmlDomSaveString2()

saveString()

XmlDomSaveString()

setAttribute()

XmlDomSetAttr()

setAttributeNode()

XmlDomSetAttrNode()

setAttrValue()

XmlDomSetAttrValue()

setCharData()

XmlDomSetCharData()

setNamedItem()

XmlDomSetNamedItem()

setNodeValue()

XmlDomSetNodeValue(), XmlDomSetNodeValueLen()

setPIData()

XmlDomSetPIData()

splitText()

XmlDomSplitText()

substringData()

XmlDomSubstringData()

xmlaccess()

XmlAccess()

xmlinit()

XmlCreate()

xmlinitenc()

XmlCreate()

xmlparse()

XmlLoadDomURI()

xmlparsebuf()

XmlLoadDomBuffer()

xmlparsedtd()

Obsolete; use XML_LOAD_FLAG_DTD_ONLY flag in XmlLoadXXX() calls.

xmlparsefile()

XmlLoadDomFile()

xmlparsestream()

XmlLoadDomStream()

xmlterm()

XmlDestroy()

xpevalxpathexpr()

XmlXPathEval()

xpfreexpathctx()

XmlXPathDeleteCtx()

xpgetbooleanval()

XmlXPathGetObjectBoolean()

xpgetfirstnsetelem()

XmlXPathGetObjectNSetNum()

xpgetnextnsetelem()

XmlXPathGetObjectNSetNum()

xpgetnsetelemnode()

XmlXPathGetObjectNSetNum()

xpgetnsetval()

XmlXPathGetObjectNSetNum()

xpgetnumval()

XmlXPathGetObjectNumber()

xpgetrtfragval()

XmlXPathGetObjectFragment()

xpgetstrval()

XmlXPathGetObjectString()

xpgetxpobjtyp()

XmlXPathGetObjectType()

xpmakexpathctx()

XmlXPathCreateCtx()

xpparsexpathexpr()

XmlXPathParse()

xslgetbaseuri()

XmlXslGetBaseURI()

xslgetoutputdomctx()

XmlXslGetOutputDom()

xslgetoutputsax()

Unnecessary

xslgetoutputstream()

Unnecessary

xslgetresultdocfrag()

XmlXslGetOutputFragment()

xslgettextparam()

XmlXslGetTextParam()

xslgetxslctx()

Unnecessary

xslinit()

XmlXslCreateCtx()

xslprocess()

XmlXslProcess()

xslprocessex()

XmlXslProcess()

xslprocessxml()

XmlXslProcess()

xslprocessxmldocfrag()

XmlXslProcess()

xslresetallparams()

XmlXslResetAllParams()

xslsetoutputdomctx()

XmlXslSetOutputDom()

xslsetoutputencoding()

XmlXslSetOutputEncoding()

xslsetoutputmethod()

XmlXslSetOutputMethod()

xslsetoutputsax()

XmlXslSetOutputSax()

xslsetoutputsaxctx()

XmlXslSetOutputSax()

xslsetoutputstream()

XmlXslSetOutputStream()

xslsettextparam()

XmlXslSetTextParam()

xslterm()

XmlXslDeleteCtx()

Index

C  D  E  M  P  R  S  T  X

C

C package methods

XML_ACCESS_CLOSE_F in package Callback, 2

XML_ACCESS_OPEN_F in package Callback, 2

XML_ACCESS_READ_F in package Callback, 2

XML_ALLOC_F in package Callback, 2

XML_ERRMSG_F in package Callback, 2

XML_FREE_F in package Callback, 2

XML_STREAM_CLOSE_F in package Callback, 2

XML_STREAM_OPEN_F in package Callback, 2

XML_STREAM_READ_F in package Callback, 2

XML_STREAM_WRITE_F in package Callback, 2

XmlAccess in package XML, 11

XmlCreate in package XML, 11

XmlCreateDocument in package XML, 11

XmlCreateDTD in package XML, 11

XmlDestroy in package XML, 11

XmlDiff in package XML, 11

XmlDiff in package XmlDiff, 12

XMLDOM_ACCEPT_NODE_F in package Traversal, 10

XmlDomAppendChild in package DOM, 3

XmlDomAppendData in package DOM, 3

XmlDomCleanNode in package DOM, 3

XmlDomCloneNode in package DOM, 3

XmlDomCreateAttr in package DOM, 3

XmlDomCreateAttrNS in package DOM, 3

XmlDomCreateCDATA in package DOM, 3

XmlDomCreateComment in package DOM, 3

XmlDomCreateElem in package DOM, 3

XmlDomCreateElemNS in package DOM, 3

XmlDomCreateEntityRef in package DOM, 3

XmlDomCreateFragment in package DOM, 3

XmlDomCreateNodeIter in package Traversal, 10

XmlDomCreatePI in package DOM, 3

XmlDomCreateRange in package Range, 6

XmlDomCreateText in package DOM, 3

XmlDomCreateTreeWalker in package Traversal, 10

XmlDomDeleteData in package DOM, 3

XmlDomFreeNode in package DOM, 3

XmlDomFreeNodeList in package DOM, 3

XmlDomFreeString in package DOM, 3

XmlDomGetAttr in package DOM, 3

XmlDomGetAttrLocal in package DOM, 3

XmlDomGetAttrLocalLen in package DOM, 3

XmlDomGetAttrName in package DOM, 3

XmlDomGetAttrNameLen in package DOM, 3

XmlDomGetAttrNode in package DOM, 3

XmlDomGetAttrNodeNS in package DOM, 3

XmlDomGetAttrNS in package DOM, 3

XmlDomGetAttrPrefix in package DOM, 3

XmlDomGetAttrs in package DOM, 3

XmlDomGetAttrSpecified in package DOM, 3

XmlDomGetAttrURI in package DOM, 3

XmlDomGetAttrURILen in package DOM, 3

XmlDomGetAttrValue in package DOM, 3

XmlDomGetAttrValueLen in package DOM, 3

XmlDomGetAttrValueStream in package DOM, 3

XmlDomGetBaseURI in package DOM, 3

XmlDomGetCharData in package DOM, 3

XmlDomGetCharDataLength in package DOM, 3

XmlDomGetChildNodes in package DOM, 3

XmlDomGetChildrenByTag in package DOM, 3

XmlDomGetChildrenByTagNS in package DOM, 3

XmlDomGetDecl in package DOM, 3

XmlDomGetDefaultNS in package DOM, 3

XmlDomGetDocElem in package DOM, 3

XmlDomGetDocElemByID in package DOM, 3

XmlDomGetDocElemsByTag in package DOM, 3

XmlDomGetDocElemsByTagNS in package DOM, 3

XmlDomGetDTD in package DOM, 3

XmlDomGetDTDEntities in package DOM, 3

XmlDomGetDTDInternalSubset in package DOM, 3

XmlDomGetDTDName in package DOM, 3

XmlDomGetDTDNotations in package DOM, 3

XmlDomGetDTDPubID in package DOM, 3

XmlDomGetDTDSysID in package DOM, 3

XmlDomGetElemsByTag in package DOM, 3

XmlDomGetElemsByTagNS in package DOM, 3

XmlDomGetEntityNotation in package DOM, 3

XmlDomGetEntityPubID in package DOM, 3

XmlDomGetEntitySysID in package DOM, 3

XmlDomGetEntityType in package DOM, 3

XmlDomGetFirstChild in package DOM, 3

XmlDomGetFirstPfnsPair in package DOM, 3

XmlDomGetLastChild in package DOM, 3

XmlDomGetLastError in package DOM, 3

XmlDomGetNamedItem in package DOM, 3

XmlDomGetNamedItemNS in package DOM, 3

XmlDomGetNextPfnsPair in package DOM, 3

XmlDomGetNextSibling in package DOM, 3

XmlDomGetNodeListItem in package DOM, 3

XmlDomGetNodeListLength in package DOM, 3

XmlDomGetNodeLocal in package DOM, 3

XmlDomGetNodeLocalLen in package DOM, 3

XmlDomGetNodeMapItem in package DOM, 3

XmlDomGetNodeMapLength in package DOM, 3

XmlDomGetNodeName in package DOM, 3

XmlDomGetNodeNameLen in package DOM, 3

XmlDomGetNodePrefix in package DOM, 3

XmlDomGetNodeType in package DOM, 3

XmlDomGetNodeURI in package DOM, 3

XmlDomGetNodeURILen in package DOM, 3

XmlDomGetNodeValue in package DOM, 3

XmlDomGetNodeValueLen in package DOM, 3

XmlDomGetNodeValueStream in package DOM, 3

XmlDomGetNotationPubID in package DOM, 3

XmlDomGetNotationSysID in package DOM, 3

XmlDomGetOwnerDocument in package DOM, 3

XmlDomGetOwnerElem in package DOM, 3

XmlDomGetParentNode in package DOM, 3

XmlDomGetPIData in package DOM, 3

XmlDomGetPITarget in package DOM, 3

XmlDomGetPrevSibling in package DOM, 3

XmlDomGetPullNodeAsBinaryStream in package DOM, 3

XmlDomGetPullNodeAsCharacterStream in package DOM, 3

XmlDomGetPushNodeAsBinaryStream in package DOM, 3

XmlDomGetPushNodeAsCharacterStream in package DOM, 3

XmlDomGetSchema in package DOM, 3

XmlDomGetSourceEntity in package DOM, 3

XmlDomGetSourceLine in package DOM, 3

XmlDomGetSourceLocation in package DOM, 3

XmlDomGetTag in package DOM, 3

XmlDomHasAttr in package DOM, 3

XmlDomHasAttrNS in package DOM, 3

XmlDomHasAttrs in package DOM, 3

XmlDomHasChildNodes in package DOM, 3

XmlDomImportNode in package DOM, 3

XmlDomInsertBefore in package DOM, 3

XmlDomInsertData in package DOM, 3

XmlDomIsSchemaBased in package DOM, 3

XmlDomIterDetach in package Traversal, 10

XmlDomIterNextNode in package Traversal, 10

XmlDomIterPrevNode in package Traversal, 10

XmlDomNormalize in package DOM, 3

XmlDomNumAttrs in package DOM, 3

XmlDomNumChildNodes in package DOM, 3

XmlDomPrefixToURI in package DOM, 3

XmlDomRangeClone in package Range, 6

XmlDomRangeCloneContents in package Range, 6

XmlDomRangeCollapse in package Range, 6

XmlDomRangeCompareBoundaryPoints in package Range, 6

XmlDomRangeDeleteContents in package Range, 6

XmlDomRangeDetach in package Range, 6

XmlDomRangeExtractContents in package Range, 6

XmlDomRangeGetCollapsed in package Range, 6

XmlDomRangeGetCommonAncestor in package Range, 6

XmlDomRangeGetDetached in package Range, 6

XmlDomRangeGetEndContainer in package Range, 6

XmlDomRangeGetEndOffset in package Range, 6

XmlDomRangeGetStartContainer in package Range, 6

XmlDomRangeGetStartOffset in package Range, 6

XmlDomRangeIsConsistent in package Range, 6

XmlDomRangeSelectNode in package Range, 6

XmlDomRangeSelectNodeContents in package Range, 6

XmlDomRangeSetEnd in package Range, 6

XmlDomRangeSetEndBefore in package Range, 6

XmlDomRangeSetStart in package Range, 6

XmlDomRangeSetStartAfter in package Range, 6

XmlDomRangeSetStartBefore in package Range, 6

XmlDomRemoveAttr in package DOM, 3

XmlDomRemoveAttrNode in package DOM, 3

XmlDomRemoveAttrNS in package DOM, 3

XmlDomRemoveChild in package DOM, 3

XmlDomRemoveNamedItem in package DOM, 3

XmlDomRemoveNamedItemNS in package DOM, 3

XmlDomRenameNode in package DOM, 3

XmlDomRenameNodeNS in package DOM, 3

XmlDomReplaceChild in package DOM, 3

XmlDomReplaceData in package DOM, 3

XmlDomSaveString in package DOM, 3

XmlDomSaveString2 in package DOM, 3

XmlDomSetAttr in package DOM, 3

XmlDomSetAttrNode in package DOM, 3

XmlDomSetAttrNodeNS in package DOM, 3

XmlDomSetAttrNS in package DOM, 3

XmlDomSetAttrValue in package DOM, 3

XmlDomSetAttrValueStream in package DOM, 3

XmlDomSetBaseURI in package DOM, 3

XmlDomSetCharData in package DOM, 3

XmlDomSetDefaultNS in package DOM, 3

XmlDomSetDocOrder in package DOM, 3

XmlDomSetDTD in package DOM, 3

XmlDomSetLastError in package DOM, 3

XmlDomSetNamedItem in package DOM, 3

XmlDomSetNamedItemNS in package DOM, 3

XmlDomSetNodePrefix in package DOM, 3

XmlDomSetNodeValue in package DOM, 3

XmlDomSetNodeValueLen in package DOM, 3

XmlDomSetNodeValueStream in package DOM, 3

XmlDomSetPIData in package DOM, 3

XmlDomSetPullNodeAsBinaryStream in package DOM, 3

XmlDomSetPullNodeAsCharacterStream in package DOM, 3

XmlDomSetPushNodeAsBinaryStream in package DOM, 3

XmlDomSetPushNodeAsCharacterStream in package DOM, 3

XmlDomSplitText in package DOM, 3

XmlDomSubstringData in package DOM, 3

XmlDomSync in package DOM, 3

XmlDomValidate in package DOM, 3

XmlDomWalkerFirstChild in package Traversal, 10

XmlDomWalkerGetCurrentNode in package Traversal, 10

XmlDomWalkerGetRoot in package Traversal, 10

XmlDomWalkerLastChild in package Traversal, 10

XmlDomWalkerNextNode in package Traversal, 10

XmlDomWalkerNextSibling in package Traversal, 10

XmlDomWalkerParentNode in package Traversal, 10

XmlDomWalkerPrevNode in package Traversal, 10

XmlDomWalkerPrevSibling in package Traversal, 10

XmlDomWalkerSetCurrentNode in package Traversal, 10

XmlDomWalkerSetRoot in package Traversal, 10

XmlEvCleanPPCtx in package Event, 4

XmlEvCreatePPCtx in package Event, 4

XmlEvCreateSVCtx in package Event, 4

XmlEvDestroyPPCtx in package Event, 4

XmlEvDestroySVCtx in package Event, 4

XmlEvGetAttrCount in package Event, 4

XmlEvGetAttrDeclBody in package Event, 4

XmlEvGetAttrDeclBody0 in package Event, 4

XmlEvGetAttrDeclCount in package Event, 4

XmlEvGetAttrDeclElName in package Event, 4

XmlEvGetAttrDeclElName0 in package Event, 4

XmlEvGetAttrDeclLocalName in package Event, 4

XmlEvGetAttrDeclLocalName0 in package Event, 4

XmlEvGetAttrDeclName in package Event, 4

XmlEvGetAttrDeclName0 in package Event, 4

XmlEvGetAttrDeclPrefix in package Event, 4

XmlEvGetAttrDeclPrefix0 in package Event, 4

XmlEvGetAttrID in package Event, 4

XmlEvGetAttrLocalName in package Event, 4

XmlEvGetAttrLocalName0 in package Event, 4

XmlEvGetAttrName in package Event, 4

XmlEvGetAttrName0 in package Event, 4

XmlEvGetAttrPrefix in package Event, 4

XmlEvGetAttrPrefix0 in package Event, 4

XmlEvGetAttrURI in package Event, 4

XmlEvGetAttrURI0 in package Event, 4

XmlEvGetAttrUriID in package Event, 4

XmlEvGetAttrValue in package Event, 4

XmlEvGetAttrValue0 in package Event, 4

XmlEvGetElDeclContent in package Event, 4

XmlEvGetElDeclContent0 in package Event, 4

XmlEvGetEncoding in package Event, 4

XmlEvGetError in package Event, 4

XmlEvGetLocalName in package Event, 4

XmlEvGetLocalName0 in package Event, 4

XmlEvGetLocation in package Event, 4

XmlEvGetName in package Event, 4

XmlEvGetName0 in package Event, 4

XmlEvGetPEisGen in package Event, 4

XmlEvGetPERepl in package Event, 4

XmlEvGetPERepl0 in package Event, 4

XmlEvGetPIData in package Event, 4

XmlEvGetPIData0 in package Event, 4

XmlEvGetPITarget in package Event, 4

XmlEvGetPITarget0 in package Event, 4

XmlEvGetPrefix in package Event, 4

XmlEvGetPrefix0 in package Event, 4

XmlEvGetPubId in package Event, 4

XmlEvGetPubId0 in package Event, 4

XmlEvGetSysId in package Event, 4

XmlEvGetSysId0 in package Event, 4

XmlEvGetTagID in package Event, 4

XmlEvGetTagUriID in package Event, 4

XmlEvGetText in package Event, 4

XmlEvGetText0 in package Event, 4

XmlEvGetUENdata in package Event, 4

XmlEvGetUENdata0 in package Event, 4

XmlEvGetURI in package Event, 4

XmlEvGetURI0 in package Event, 4

XmlEvGetVersion in package Event, 4

XmlEvIsEncodingSpecified in package Event, 4

XmlEvIsStandalone in package Event, 4

XmlEvLoadPPDoc in package Event, 4

XmlEvNamespaceAttr in package Event, 4

XmlEvNext in package Event, 4

XmlEvNextTag in package Event, 4

XmlEvSchemaValidate in package Event, 4

XmlFreeDocument in package XML, 11

XmlGetEncoding in package XML, 11

XmlHasFeature in package XML, 11

XmlHash in package XmlDiff, 12

XmlIsSimple in package XML, 11

XmlIsUnicode in package XML, 11

XmlLoadDom in package XML, 11

XmlLoadSax in package XML, 11

XmlLoadSaxVA in package XML, 11

XmlPatch in package XmlDiff, 12

XmlSaveDom in package XML, 11

XmlSaxAttributeDecl in package SAX, 7

XmlSaxCDATA in package SAX, 7

XmlSaxCharacters in package SAX, 7

XmlSaxComment in package SAX, 7

XmlSaxElementDecl in package SAX, 7

XmlSaxEndDocument in package SAX, 7

XmlSaxEndElement in package SAX, 7

XmlSaxNotationDecl in package SAX, 7

XmlSaxParsedEntityDecl in package SAX, 7

XmlSaxPI in package SAX, 7

XmlSaxStartDocument in package SAX, 7

XmlSaxStartElement in package SAX, 7

XmlSaxStartElementNS in package SAX, 7

XmlSaxUnparsedEntityDecl in package SAX, 7

XmlSaxWhitespace in package SAX, 7

XmlSaxXmlDecl in package SAX, 7

XmlSchemaClean in package Schema, 8

XmlSchemaCreate in package Schema, 8

XmlSchemaDestroy in package Schema, 8

XmlSchemaErrorWhere in package Schema, 8

XmlSchemaLoad in package Schema, 8

XmlSchemaLoadedList in package Schema, 8

XmlSchemaSetErrorHandler in package Schema, 8

XmlSchemaSetValidateOptions in package Schema, 8

XmlSchemaTargetNamespace in package Schema, 8

XmlSchemaUnload in package Schema, 8

XmlSchemaValidate in package Schema, 8

XmlSchemaVersion in package Schema, 8

XmlSoapAddBodyElement in package SOAP, 9

XmlSoapAddFaultReason in package SOAP, 9

XmlSoapAddFaultSubDetail in package SOAP, 9

XmlSoapAddHeaderElement in package SOAP, 9

XmlSoapCall in package SOAP, 9

XmlSoapCreateConnection in package SOAP, 9

XmlSoapCreateCtx in package SOAP, 9

XmlSoapCreateMsg in package SOAP, 9

XmlSoapDestroyConnection in package SOAP, 9

XmlSoapDestroyCtx in package SOAP, 9

XmlSoapDestroyMsg in package SOAP, 9

XmlSoapError in package SOAP, 9

XmlSoapGetBody in package SOAP, 9

XmlSoapGetBodyElement in package SOAP, 9

XmlSoapGetEnvelope in package SOAP, 9

XmlSoapGetFault in package SOAP, 9

XmlSoapGetHeader in package SOAP, 9

XmlSoapGetHeaderElement in package SOAP, 9

XmlSoapGetMustUnderstand in package SOAP, 9

XmlSoapGetReasonLang in package SOAP, 9

XmlSoapGetReasonNum in package SOAP, 9

XmlSoapGetRelay in package SOAP, 9

XmlSoapGetRole in package SOAP, 9

XmlSoapHasFault in package SOAP, 9

XmlSoapSetFault in package SOAP, 9

XmlSoapSetMustUnderstand in package SOAP, 9

XmlSoapSetRelay in package SOAP, 9

XmlSoapSetRole in package SOAP, 9

XmlVersion in package XML, 11

XmlXPathCreateCtx in package XPath, 13

XmlXPathDestroyCtx in package XPath, 13

XmlXPathEval in package XPath, 13

XmlXPathGetObjectBoolean in package XPath, 13

XmlXPathGetObjectFragment in package XPath, 13

XmlXPathGetObjectNSetNode in package XPath, 13

XmlXPathGetObjectNSetNum in package XPath, 13

XmlXPathGetObjectNumber in package XPath, 13

XmlXPathGetObjectString in package XPath, 13

XmlXPathGetObjectType in package XPath, 13

XmlXPathParse in package XPath, 13

XmlXPointerEval in package XPointer, 14

XmlXPtrLocGetNode in package XPointer, 14

XmlXPtrLocGetPoint in package XPointer, 14

XmlXPtrLocGetRange in package XPointer, 14

XmlXPtrLocGetType in package XPointer, 14

XmlXPtrLocSetFree in package XPointer, 14

XmlXPtrLocSetGetItem in package XPointer, 14

XmlXPtrLocSetGetLength in package XPointer, 14

XmlXPtrLocToString in package XPointer, 14

XmlXslCreate in package XSLT, 15

XmlXslDestroy in package XSLT, 15

XmlXslGetBaseURI in package XSLT, 15

XmlXslGetOutput in package XSLT, 15

XmlXslGetStylesheetDom in package XSLT, 15

XmlXslGetTextParam in package XSLT, 15

XmlXslProcess in package XSLT, 15

XmlXslResetAllParams in package XSLT, 15

XmlXslSetOutputDom in package XSLT, 15

XmlXslSetOutputEncoding in package XSLT, 15

XmlXslSetOutputMethod in package XSLT, 15

XmlXslSetOutputSax in package XSLT, 15

XmlXslSetOutputStream in package XSLT, 15

XmlXslSetTextParam in package XSLT, 15

XMLXVM_DEBUG_F in package XSLTVM, 16

XmlXvmCompileBuffer in package XSLTVM, 16

XmlXvmCompileDom in package XSLTVM, 16

XmlXvmCompileFile in package XSLTVM, 16

XmlXvmCompileURI in package XSLTVM, 16

XmlXvmCompileXPath in package XSLTVM, 16

XmlXvmCreate in package XSLTVM, 16

XmlXvmCreateComp in package XSLTVM, 16

XmlXvmDestroy in package XSLTVM, 16

XmlXvmDestroyComp in package XSLTVM, 16

XmlXvmEvaluateXPath in package XSLTVM, 16

XmlXvmGetBytecodeLength in package XSLTVM, 16

XmlXvmGetObjectBoolean in package XSLTVM, 16

XmlXvmGetObjectNSetNode in package XSLTVM, 16

XmlXvmGetObjectNSetNum in package XSLTVM, 16

XmlXvmGetObjectNumber in package XSLTVM, 16

XmlXvmGetObjectString in package XSLTVM, 16

XmlXvmGetObjectType in package XSLTVM, 16

XmlXvmGetOutputDom in package XSLTVM, 16

XmlXvmResetParams in package XSLTVM, 16

XmlXvmSetBaseURI in package XSLTVM, 16

XmlXvmSetBytecodeBuffer in package XSLTVM, 16

XmlXvmSetBytecodeFile in package XSLTVM, 16

XmlXvmSetBytecodeURI in package XSLTVM, 16

XmlXvmSetDebugFunc in package XSLTVM, 16

XmlXvmSetOutputDom in package XSLTVM, 16

XmlXvmSetOutputEncoding in package XSLTVM, 16

XmlXvmSetOutputSax in package XSLTVM, 16

XmlXvmSetOutputStream in package XSLTVM, 16

XmlXvmSetTextParam in package XSLTVM, 16

XmlXvmTransformBuffer in package XSLTVM, 16

XmlXvmTransformDom in package XSLTVM, 16

XmlXvmTransformFile in package XSLTVM, 16

XmlXvmTransformURI in package XSLTVM, 16

C packages

Callback, 2

DOM, 3

Event, 4

Range, 6

SAX, 7

Schema, 8

SOAP, 9

Traversal, 10

XML, 11

XmlDiff, 12

XPath, 13

XPointer, 14

XSLT, 15

XSLTVM, 16

Callback package for C, 2

D

DOM package for C, 3

E

Event package for C, 4

M

methods

XML_ACCESS_CLOSE_F in package Callback for C, 2

XML_ACCESS_OPEN_F in package Callback for C, 2

XML_ACCESS_READ_F in package Callback for C, 2

XML_ALLOC_F in package Callback for C, 2

XML_ERRMSG_F in package Callback for C, 2

XML_FREE_F in package Callback for C, 2

XML_STREAM_CLOSE_F in package Callback for C, 2

XML_STREAM_OPEN_F in package Callback for C, 2

XML_STREAM_READ_F in package Callback for C, 2

XML_STREAM_WRITE_F in package Callback for C, 2

XmlAccess in package XML for C, 11

XmlCreate in package XML for C, 11

XmlCreateDocument in package XML for C, 11

XmlCreateDTD in package XML for C, 11

XmlDestroy in package XML for C, 11

XmlDiff in package XML for C, 11

XmlDiff in package XmlDiff for C, 12

XMLDOM_ACCEPT_NODE_F in package Traversal for C, 10

XmlDomAppendChild in package DOM for C, 3

XmlDomAppendData in package DOM for C, 3

XmlDomCleanNode in package DOM for C, 3

XmlDomCloneNode in package DOM for C, 3

XmlDomCreateAttr in package DOM for C, 3

XmlDomCreateAttrNS in package DOM for C, 3

XmlDomCreateCDATA in package DOM for C, 3

XmlDomCreateComment in package DOM for C, 3

XmlDomCreateElem in package DOM for C, 3

XmlDomCreateElemNS in package DOM for C, 3

XmlDomCreateEntityRef in package DOM for C, 3

XmlDomCreateFragment in package DOM for C, 3

XmlDomCreateNodeIter in package Traversal for C, 10

XmlDomCreatePI in package DOM for C, 3

XmlDomCreateRange in package Range for C, 6

XmlDomCreateText in package DOM for C, 3

XmlDomCreateTreeWalker in package Traversal for C, 10

XmlDomDeleteData in package DOM for C, 3

XmlDomFreeNode in package DOM for C, 3

XmlDomFreeNodeList in package DOM for C, 3

XmlDomFreeString in package DOM for C, 3

XmlDomGetAttr in package DOM for C, 3

XmlDomGetAttrLocal in package DOM for C, 3

XmlDomGetAttrLocalLen in package DOM for C, 3

XmlDomGetAttrName in package DOM for C, 3

XmlDomGetAttrNameLen in package DOM for C, 3

XmlDomGetAttrNode in package DOM for C, 3

XmlDomGetAttrNodeNS in package DOM for C, 3

XmlDomGetAttrNS in package DOM for C, 3

XmlDomGetAttrPrefix in package DOM for C, 3

XmlDomGetAttrs in package DOM for C, 3

XmlDomGetAttrSpecified in package DOM for C, 3

XmlDomGetAttrURI in package DOM for C, 3

XmlDomGetAttrURILen in package DOM for C, 3

XmlDomGetAttrValue in package DOM for C, 3

XmlDomGetAttrValueLen in package DOM for C, 3

XmlDomGetAttrValueStream in package DOM for C, 3

XmlDomGetBaseURI in package DOM for C, 3

XmlDomGetCharData in package DOM for C, 3

XmlDomGetCharDataLength in package DOM for C, 3

XmlDomGetChildNodes in package DOM for C, 3

XmlDomGetChildrenByTag in package DOM for C, 3

XmlDomGetChildrenByTagNS in package DOM for C, 3

XmlDomGetDecl in package DOM for C, 3

XmlDomGetDefaultNS in package DOM for C, 3

XmlDomGetDocElem in package DOM for C, 3

XmlDomGetDocElemByID in package DOM for C, 3

XmlDomGetDocElemsByTag in package DOM for C, 3

XmlDomGetDocElemsByTagNS in package DOM for C, 3

XmlDomGetDTD in package DOM for C, 3

XmlDomGetDTDEntities in package DOM for C, 3

XmlDomGetDTDInternalSubset in package DOM for C, 3

XmlDomGetDTDName in package DOM for C, 3

XmlDomGetDTDNotations in package DOM for C, 3

XmlDomGetDTDPubID in package DOM for C, 3

XmlDomGetDTDSysID in package DOM for C, 3

XmlDomGetElemsByTag in package DOM for C, 3

XmlDomGetElemsByTagNS in package DOM for C, 3

XmlDomGetEntityNotation in package DOM for C, 3

XmlDomGetEntityPubID in package DOM for C, 3

XmlDomGetEntitySysID in package DOM for C, 3

XmlDomGetEntityType in package DOM for C, 3

XmlDomGetFirstChild in package DOM for C, 3

XmlDomGetFirstPfnsPair in package DOM for C, 3

XmlDomGetLastChild in package DOM for C, 3

XmlDomGetLastError in package DOM for C, 3

XmlDomGetNamedItem in package DOM for C, 3

XmlDomGetNamedItemNS in package DOM for C, 3

XmlDomGetNextPfnsPair in package DOM for C, 3

XmlDomGetNextSibling in package DOM for C, 3

XmlDomGetNodeListItem in package DOM for C, 3

XmlDomGetNodeListLength in package DOM for C, 3

XmlDomGetNodeLocal in package DOM for C, 3

XmlDomGetNodeLocalLen in package DOM for C, 3

XmlDomGetNodeMapItem in package DOM for C, 3

XmlDomGetNodeMapLength in package DOM for C, 3

XmlDomGetNodeName in package DOM for C, 3

XmlDomGetNodeNameLen in package DOM for C, 3

XmlDomGetNodePrefix in package DOM for C, 3

XmlDomGetNodeType in package DOM for C, 3

XmlDomGetNodeURI in package DOM for C, 3

XmlDomGetNodeURILen in package DOM for C, 3

XmlDomGetNodeValue in package DOM for C, 3

XmlDomGetNodeValueLen in package DOM for C, 3

XmlDomGetNodeValueStream in package DOM for C, 3

XmlDomGetNotationPubID in package DOM for C, 3

XmlDomGetNotationSysID in package DOM for C, 3

XmlDomGetOwnerDocument in package DOM for C, 3

XmlDomGetOwnerElem in package DOM for C, 3

XmlDomGetParentNode in package DOM for C, 3

XmlDomGetPIData in package DOM for C, 3

XmlDomGetPITarget in package DOM for C, 3

XmlDomGetPrevSibling in package DOM for C, 3

XmlDomGetPullNodeAsBinaryStream in package DOM for C, 3

XmlDomGetPullNodeAsCharacterStream in package DOM for C, 3

XmlDomGetPushNodeAsBinaryStream in package DOM for C, 3

XmlDomGetPushNodeAsCharacterStream in package DOM for C, 3

XmlDomGetSchema in package DOM for C, 3

XmlDomGetSourceEntity in package DOM for C, 3

XmlDomGetSourceLine in package DOM for C, 3

XmlDomGetSourceLocation in package DOM for C, 3

XmlDomGetTag in package DOM for C, 3

XmlDomHasAttr in package DOM for C, 3

XmlDomHasAttrNS in package DOM for C, 3

XmlDomHasAttrs in package DOM for C, 3

XmlDomHasChildNodes in package DOM for C, 3

XmlDomImportNode in package DOM for C, 3

XmlDomInsertBefore in package DOM for C, 3

XmlDomInsertData in package DOM for C, 3

XmlDomIsSchemaBased in package DOM for C, 3

XmlDomIterDetach in package Traversal for C, 10

XmlDomIterNextNode in package Traversal for C, 10

XmlDomIterPrevNode in package Traversal for C, 10

XmlDomNormalize in package DOM for C, 3

XmlDomNumAttrs in package DOM for C, 3

XmlDomNumChildNodes in package DOM for C, 3

XmlDomPrefixToURI in package DOM for C, 3

XmlDomRangeClone in package Range for C, 6

XmlDomRangeCloneContents in package Range for C, 6

XmlDomRangeCollapse in package Range for C, 6

XmlDomRangeCompareBoundaryPoints in package Range for C, 6

XmlDomRangeDeleteContents in package Range for C, 6

XmlDomRangeDetach in package Range for C, 6

XmlDomRangeExtractContents in package Range for C, 6

XmlDomRangeGetCollapsed in package Range for C, 6

XmlDomRangeGetCommonAncestor in package Range for C, 6

XmlDomRangeGetDetached in package Range for C, 6

XmlDomRangeGetEndContainer in package Range for C, 6

XmlDomRangeGetEndOffset in package Range for C, 6

XmlDomRangeGetStartContainer in package Range for C, 6

XmlDomRangeGetStartOffset in package Range for C, 6

XmlDomRangeIsConsistent in package Range for C, 6

XmlDomRangeSelectNode in package Range for C, 6

XmlDomRangeSelectNodeContents in package Range for C, 6

XmlDomRangeSetEnd in package Range for C, 6

XmlDomRangeSetEndBefore in package Range for C, 6

XmlDomRangeSetStart in package Range for C, 6

XmlDomRangeSetStartAfter in package Range for C, 6

XmlDomRangeSetStartBefore in package Range for C, 6

XmlDomRemoveAttr in package DOM for C, 3

XmlDomRemoveAttrNode in package DOM for C, 3

XmlDomRemoveAttrNS in package DOM for C, 3

XmlDomRemoveChild in package DOM for C, 3

XmlDomRemoveNamedItem in package DOM for C, 3

XmlDomRemoveNamedItemNS in package DOM for C, 3

XmlDomRenameNode in package DOM for C, 3

XmlDomRenameNodeNS in package DOM for C, 3

XmlDomReplaceChild in package DOM for C, 3

XmlDomReplaceData in package DOM for C, 3

XmlDomSaveString in package DOM for C, 3

XmlDomSaveString2 in package DOM for C, 3

XmlDomSetAttr in package DOM for C, 3

XmlDomSetAttrNode in package DOM for C, 3

XmlDomSetAttrNodeNS in package DOM for C, 3

XmlDomSetAttrNS in package DOM for C, 3

XmlDomSetAttrValue in package DOM for C, 3

XmlDomSetAttrValueStream in package DOM for C, 3

XmlDomSetBaseURI in package DOM for C, 3

XmlDomSetCharData in package DOM for C, 3

XmlDomSetDefaultNS in package DOM for C, 3

XmlDomSetDocOrder in package DOM for C, 3

XmlDomSetDTD in package DOM for C, 3

XmlDomSetLastError in package DOM for C, 3

XmlDomSetNamedItem in package DOM for C, 3

XmlDomSetNamedItemNS in package DOM for C, 3

XmlDomSetNodePrefix in package DOM for C, 3

XmlDomSetNodeValue in package DOM for C, 3

XmlDomSetNodeValueLen in package DOM for C, 3

XmlDomSetNodeValueStream in package DOM for C, 3

XmlDomSetPIData in package DOM for C, 3

XmlDomSetPullNodeAsBinaryStream in package DOM for C, 3

XmlDomSetPullNodeAsCharacterStream in package DOM for C, 3

XmlDomSetPushNodeAsBinaryStream in package DOM for C, 3

XmlDomSetPushNodeAsCharacterStream in package DOM for C, 3

XmlDomSplitText in package DOM for C, 3

XmlDomSubstringData in package DOM for C, 3

XmlDomSync in package DOM for C, 3

XmlDomValidate in package DOM for C, 3

XmlDomWalkerFirstChild in package Traversal for C, 10

XmlDomWalkerGetCurrentNode in package Traversal for C, 10

XmlDomWalkerGetRoot in package Traversal for C, 10

XmlDomWalkerLastChild in package Traversal for C, 10

XmlDomWalkerNextNode in package Traversal for C, 10

XmlDomWalkerNextSibling in package Traversal for C, 10

XmlDomWalkerParentNode in package Traversal for C, 10

XmlDomWalkerPrevNode in package Traversal for C, 10

XmlDomWalkerPrevSibling in package Traversal for C, 10

XmlDomWalkerSetCurrentNode in package Traversal for C, 10

XmlDomWalkerSetRoot in package Traversal for C, 10

XmlEvCleanPPCtx package Event for C, 4

XmlEvCreatePPCtx package Event for C, 4

XmlEvCreateSVCtx package Event for C, 4

XmlEvDestroyPPCtx package Event for C, 4

XmlEvDestroySVCtx package Event for C, 4

XmlEvGetAttrCount in package Event for C, 4

XmlEvGetAttrDeclBody in package Event for C, 4

XmlEvGetAttrDeclBody0 in package Event for C, 4

XmlEvGetAttrDeclCount in package Event for C, 4

XmlEvGetAttrDeclElName in package Event for C, 4

XmlEvGetAttrDeclElName0 in package Event for C, 4

XmlEvGetAttrDeclLocalName in package Event for C, 4

XmlEvGetAttrDeclLocalName0 in package Event for C, 4

XmlEvGetAttrDeclName in package Event for C, 4

XmlEvGetAttrDeclName0 in package Event for C, 4

XmlEvGetAttrDeclPrefix in package Event for C, 4

XmlEvGetAttrDeclPrefix0 in package Event for C, 4

XmlEvGetAttrID in package Event for C, 4

XmlEvGetAttrLocalName in package Event for C, 4

XmlEvGetAttrLocalName0 in package Event for C, 4

XmlEvGetAttrName in package Event for C, 4

XmlEvGetAttrName0 in package Event for C, 4

XmlEvGetAttrPrefix in package Event for C, 4

XmlEvGetAttrPrefix0 in package Event for C, 4

XmlEvGetAttrURI in package Event for C, 4

XmlEvGetAttrURI0 in package Event for C, 4

XmlEvGetAttrUriID in package Event for C, 4

XmlEvGetAttrValue in package Event for C, 4

XmlEvGetAttrValue0 in package Event for C, 4

XmlEvGetElDeclContent in package Event for C, 4

XmlEvGetElDeclContent0 in package Event for C, 4

XmlEvGetEncoding in package Event for C, 4

XmlEvGetError in package Event for C, 4

XmlEvGetLocalName in package Event for C, 4

XmlEvGetLocalName0 in package Event for C, 4

XmlEvGetLocation in package Event for C, 4

XmlEvGetName in package Event for C, 4

XmlEvGetName0 in package Event for C, 4

XmlEvGetPERepl in package Event for C, 4

XmlEvGetPERepl0 in package Event for C, 4, 4

XmlEvGetPIData in package Event for C, 4

XmlEvGetPIData0 in package Event for C, 4

XmlEvGetPITarget in package Event for C, 4

XmlEvGetPITarget0 in package Event for C, 4

XmlEvGetPrefix in package Event for C, 4

XmlEvGetPrefix0 in package Event for C, 4

XmlEvGetPubId in package Event for C, 4

XmlEvGetPubId0 in package Event for C, 4

XmlEvGetSysId in package Event for C, 4

XmlEvGetSysId0 in package Event for C, 4

XmlEvGetTagID in package Event for C, 4

XmlEvGetTagUriID in package Event for C, 4

XmlEvGetText in package Event for C, 4

XmlEvGetText0 in package Event for C, 4

XmlEvGetUENdata in package Event for C, 4

XmlEvGetUENdata0 in package Event for C, 4

XmlEvGetURI in package Event for C, 4

XmlEvGetURI0 in package Event for C, 4

XmlEvGetVersion in package Event for C, 4

XmlEvIsEncodingSpecified in package Event for C, 4

XmlEvIsStandalone in package Event for C, 4

XmlEvLoadPPDoc in package Event for C, 4, 4

XmlEvNamespaceAttr in package Event for C, 4

XmlEvNext in package Event for C, 4

XmlEvSchemaValidate in package Event for C, 4

XmlFreeDocument in package XML for C, 11

XmlGetEncoding in package XML for C, 11

XmlHasFeature in package XML for C, 11

XmlHash in package XmlDiff for C, 12

XmlIsSimple in package XML for C, 11

XmlIsUnicode in package XML for C, 11

XmlLoadDom in package XML for C, 11

XmlLoadSax in package XML for C, 11

XmlLoadSaxVA in package XML for C, 11

XmlPatch in package XmlDiff for C, 12

XmlSaveDom in package XML for C, 11

XmlSaxAttributeDecl in package SAX for C, 7

XmlSaxCDATA in package SAX for C, 7

XmlSaxCharacters in package SAX for C, 7

XmlSaxComment in package SAX for C, 7

XmlSaxElementDecl in package SAX for C, 7

XmlSaxEndDocument in package SAX for C, 7

XmlSaxEndElement in package SAX for C, 7

XmlSaxNotationDecl in package SAX for C, 7

XmlSaxParsedEntityDecl in package SAX for C, 7

XmlSaxPI in package SAX for C, 7

XmlSaxStartDocument in package SAX for C, 7

XmlSaxStartElement in package SAX for C, 7

XmlSaxStartElementNS in package SAX for C, 7

XmlSaxUnparsedEntityDecl in package SAX for C, 7

XmlSaxWhitespace in package SAX for C, 7

XmlSaxXmlDecl in package SAX for C, 7

XmlSchemaClean in package Schema for C, 8

XmlSchemaCreate in package Schema for C, 8

XmlSchemaDestroy in package Schema for C, 8

XmlSchemaErrorWhere in package Schema for C, 8

XmlSchemaLoad in package Schema for C, 8

XmlSchemaLoadedList in package Schema for C, 8

XmlSchemaSetErrorHandler in package Schema for C, 8

XmlSchemaSetValidateOptions in package Schema for C, 8

XmlSchemaTargetNamespace in package Schema for C, 8

XmlSchemaUnload in package Schema for C, 8

XmlSchemaValidate in package Schema for C, 8

XmlSchemaVersion in package Schema for C, 8

XmlSoapAddBodyElement in package SOAP for C, 9

XmlSoapAddFaultReason in package SOAP for C, 9

XmlSoapAddFaultSubDetail in package SOAP for C, 9

XmlSoapAddHeaderElement in package SOAP for C, 9

XmlSoapCall in package SOAP for C, 9

XmlSoapCreateConnection in package SOAP for C, 9

XmlSoapCreateCtx in package SOAP for C, 9

XmlSoapCreateMsg in package SOAP for C, 9

XmlSoapDestroyConnection in package SOAP for C, 9

XmlSoapDestroyCtx in package SOAP for C, 9

XmlSoapDestroyMsg in package SOAP for C, 9

XmlSoapError in package SOAP for C, 9

XmlSoapGetBody in package SOAP for C, 9

XmlSoapGetBodyElement in package SOAP for C, 9

XmlSoapGetEnvelope in package SOAP for C, 9

XmlSoapGetFault in package SOAP for C, 9

XmlSoapGetHeader in package SOAP for C, 9

XmlSoapGetHeaderElement in package SOAP for C, 9

XmlSoapGetMustUnderstand in package SOAP for C, 9

XmlSoapGetReasonLang in package SOAP for C, 9

XmlSoapGetReasonNum in package SOAP for C, 9

XmlSoapGetRelay in package SOAP for C, 9

XmlSoapGetRole in package SOAP for C, 9

XmlSoapHasFault in package SOAP for C, 9

XmlSoapSetFault in package SOAP for C, 9

XmlSoapSetMustUnderstand in package SOAP for C, 9

XmlSoapSetRelay in package SOAP for C, 9

XmlSoapSetRole in package SOAP for C, 9

XmlVersion in package XML for C, 11

XmlXPathCreateCtx in package XPath for C, 13

XmlXPathDestroyCtx in package XPath for C, 13

XmlXPathEval in package XPath for C, 13

XmlXPathGetObjectBoolean in package XPath for C, 13

XmlXPathGetObjectFragment in package XPath for C, 13

XmlXPathGetObjectNSetNode in package XPath for C, 13

XmlXPathGetObjectNSetNum in package XPath for C, 13

XmlXPathGetObjectNumber in package XPath for C, 13

XmlXPathGetObjectString in package XPath for C, 13

XmlXPathGetObjectType in package XPath for C, 13

XmlXPathParse in package XPath for C, 13

XmlXPointerEval in package XPointer for C, 14

XmlXPtrLocGetNode in package XPointer for C, 14

XmlXPtrLocGetPoint in package XPointer for C, 14

XmlXPtrLocGetRange in package XPointer for C, 14

XmlXPtrLocGetType in package XPointer for C, 14

XmlXPtrLocSetFree in package XPointer for C, 14

XmlXPtrLocSetGetItem in package XPointer for C, 14

XmlXPtrLocSetGetLength in package XPointer for C, 14

XmlXPtrLocToString in package XPointer for C, 14

XmlXslCreate in package XSLT for C, 15

XmlXslDestroy in package XSLT for C, 15

XmlXslGetBaseURI in package XSLT for C, 15

XmlXslGetOutput in package XSLT for C, 15

XmlXslGetStylesheetDom in package XSLT for C, 15

XmlXslGetTextParam in package XSLT for C, 15

XmlXslProcess in package XSLT for C, 15

XmlXslResetAllParams in package XSLT for C, 15

XmlXslSetOutputDom in package XSLT for C, 15

XmlXslSetOutputEncoding in package XSLT for C, 15

XmlXslSetOutputMethod in package XSLT for C, 15

XmlXslSetOutputSax in package XSLT for C, 15

XmlXslSetOutputStream in package XSLT for C, 15

XmlXslSetTextParam in package XSLT for C, 15

XMLXVM_DEBUG_F in package XSLTVM for C, 16

XmlXvmCompileBuffer in package XSLTVM for C, 16

XmlXvmCompileDom in package XSLTVM for C, 16

XmlXvmCompileFile in package XSLTVM for C, 16

XmlXvmCompileURI in package XSLTVM for C, 16

XmlXvmCompileXPath in package XSLTVM for C, 16

XmlXvmCreate in package XSLTVM for C, 16

XmlXvmCreateComp in package XSLTVM for C, 16

XmlXvmDestroy in package XSLTVM for C, 16

XmlXvmDestroyComp in package XSLTVM for C, 16

XmlXvmEvaluateXPath in package XSLTVM for C, 16

XmlXvmGetBytecodeLength in package XSLTVM for C, 16

XmlXvmGetObjectBoolean in package XSLTVM for C, 16

XmlXvmGetObjectNSetNode in package XSLTVM for C, 16

XmlXvmGetObjectNSetNum in package XSLTVM for C, 16

XmlXvmGetObjectNumber in package XSLTVM for C, 16

XmlXvmGetObjectString in package XSLTVM for C, 16

XmlXvmGetObjectType in package XSLTVM for C, 16

XmlXvmGetOutputDom in package XSLTVM for C, 16

XmlXvmResetParams in package XSLTVM for C, 16

XmlXvmSetBaseURI in package XSLTVM for C, 16

XmlXvmSetBytecodeBuffer in package XSLTVM for C, 16

XmlXvmSetBytecodeFile in package XSLTVM for C, 16

XmlXvmSetBytecodeURI in package XSLTVM for C, 16

XmlXvmSetDebugFunc in package XSLTVM for C, 16

XmlXvmSetOutputDom in package XSLTVM for C, 16

XmlXvmSetOutputEncoding in package XSLTVM for C, 16

XmlXvmSetOutputSax in package XSLTVM for C, 16

XmlXvmSetOutputStream in package XSLTVM for C, 16

XmlXvmSetTextParam in package XSLTVM for C, 16

XmlXvmTransformBuffer in package XSLTVM for C, 16

XmlXvmTransformDom in package XSLTVM for C, 16

XmlXvmTransformFile in package XSLTVM for C, 16

XmlXvmTransformURI in package XSLTVM for C, 16

P

packages

Callback for C, 2

DOM for C, 3

Event for C, 4

Range for C, 6

SAX for C, 7

Schema for C, 8

SOAP for C, 9

Traversal for C, 10

XML for C, 11

XmlDiff for C, 12

XPath for C, 13

XPointer for C, 14

XSLT for C, 15

XSLTVM for C, 16

R

Range package for C, 6

S

SAX package for C, 7

Schema package for C, 8

SOAP package for C, 9

T

Traversal package for C, 10

X

XML package for C, 11

XML_ACCESS_CLOSE_F in package Callback package for C, 2

XML_ACCESS_OPEN_F in package Callback package for C, 2

XML_ACCESS_READ_F in package Callback package for C, 2

XML_ALLOC_F in package Callback package for C, 2

XML_ERRMSG_F in package Callback package for C, 2

XML_FREE_F in package Callback package for C, 2

XML_STREAM_CLOSE_F in package Callback package for C, 2

XML_STREAM_OPEN_F in package Callback package for C, 2

XML_STREAM_READ_F in package Callback package for C, 2

XML_STREAM_WRITE_F in package Callback package for C, 2

XmlAccess in package XML package for C, 11

XmlCreate in package XML package for C, 11

XmlCreateDocument in package XML package for C, 11

XmlCreateDTD in package XML package for C, 11

XmlDestroy in package XML package for C, 11

XmlDiff in package XML package for C, 11

XmlDiff in package XmlDiff package for C, 12

XmlDiff package for C, 12

XMLDOM_ACCEPT_NODE_F in package Traversal package for C, 10

XmlDomAppendChild in package DOM package for C, 3

XmlDomAppendData in package DOM package for C, 3

XmlDomCleanNode in package DOM package for C, 3

XmlDomCloneNode in package DOM package for C, 3

XmlDomCreateAttr in package DOM package for C, 3

XmlDomCreateAttrNS in package DOM package for C, 3

XmlDomCreateCDATA in package DOM package for C, 3

XmlDomCreateComment in package DOM package for C, 3

XmlDomCreateElem in package DOM package for C, 3

XmlDomCreateElemNS in package DOM package for C, 3

XmlDomCreateEntityRef in package DOM package for C, 3

XmlDomCreateFragment in package DOM package for C, 3

XmlDomCreateNodeIter in package Traversal package for C, 10

XmlDomCreatePI in package DOM package for C, 3

XmlDomCreateRange in package Range package for C, 6

XmlDomCreateText in package DOM package for C, 3

XmlDomCreateTreeWalker in package Traversal package for C, 10

XmlDomDeleteData in package DOM package for C, 3

XmlDomFreeNode in package DOM package for C, 3

XmlDomFreeNodeList in package DOM package for C, 3

XmlDomFreeString in package DOM package for C, 3

XmlDomGetAttr in package DOM package for C, 3

XmlDomGetAttrLocal in package DOM package for C, 3

XmlDomGetAttrLocalLen in package DOM package for C, 3

XmlDomGetAttrName in package DOM package for C, 3

XmlDomGetAttrNameLen in package DOM package for C, 3

XmlDomGetAttrNode in package DOM package for C, 3

XmlDomGetAttrNodeNS in package DOM package for C, 3

XmlDomGetAttrNS in package DOM package for C, 3

XmlDomGetAttrPrefix in package DOM package for C, 3

XmlDomGetAttrs in package DOM package for C, 3

XmlDomGetAttrSpecified in package DOM package for C, 3

XmlDomGetAttrURI in package DOM package for C, 3

XmlDomGetAttrURILen in package DOM package for C, 3

XmlDomGetAttrValue in package DOM package for C, 3

XmlDomGetAttrValueLen in package DOM package for C, 3

XmlDomGetAttrValueStream in package DOM package for C, 3

XmlDomGetBaseURI in package DOM package for C, 3

XmlDomGetCharData in package DOM package for C, 3

XmlDomGetCharDataLength in package DOM package for C, 3

XmlDomGetChildNodes in package DOM package for C, 3

XmlDomGetChildrenByTag in package DOM package for C, 3

XmlDomGetChildrenByTagNS in package DOM package for C, 3

XmlDomGetDecl in package DOM package for C, 3

XmlDomGetDefaultNS in package DOM package for C, 3

XmlDomGetDocElem in package DOM package for C, 3

XmlDomGetDocElemByID in package DOM package for C, 3

XmlDomGetDocElemsByTag in package DOM package for C, 3

XmlDomGetDocElemsByTagNS in package DOM package for C, 3

XmlDomGetDTD in package DOM package for C, 3

XmlDomGetDTDEntities in package DOM package for C, 3

XmlDomGetDTDInternalSubset in package DOM package for C, 3

XmlDomGetDTDName in package DOM package for C, 3

XmlDomGetDTDNotations in package DOM package for C, 3

XmlDomGetDTDPubID in package DOM package for C, 3

XmlDomGetDTDSysID in package DOM package for C, 3

XmlDomGetElemsByTag in package DOM package for C, 3

XmlDomGetElemsByTagNS in package DOM package for C, 3

XmlDomGetEntityNotation in package DOM package for C, 3

XmlDomGetEntityPubID in package DOM package for C, 3

XmlDomGetEntitySysID in package DOM package for C, 3

XmlDomGetEntityType in package DOM package for C, 3

XmlDomGetFirstChild in package DOM package for C, 3

XmlDomGetFirstPfnsPair in package DOM package for C, 3

XmlDomGetLastChild in package DOM package for C, 3

XmlDomGetLastError in package DOM package for C, 3

XmlDomGetNamedItem in package DOM package for C, 3

XmlDomGetNamedItemNS in package DOM package for C, 3

XmlDomGetNextPfnsPair in package DOM package for C, 3

XmlDomGetNextSibling in package DOM package for C, 3

XmlDomGetNodeListItem in package DOM package for C, 3

XmlDomGetNodeListLength in package DOM package for C, 3

XmlDomGetNodeLocal in package DOM package for C, 3

XmlDomGetNodeLocalLen in package DOM package for C, 3

XmlDomGetNodeMapItem in package DOM package for C, 3

XmlDomGetNodeMapLength in package DOM package for C, 3

XmlDomGetNodeName in package DOM package for C, 3

XmlDomGetNodeNameLen in package DOM package for C, 3

XmlDomGetNodePrefix in package DOM package for C, 3

XmlDomGetNodeType in package DOM package for C, 3

XmlDomGetNodeURI in package DOM package for C, 3

XmlDomGetNodeURILen in package DOM package for C, 3

XmlDomGetNodeValue in package DOM package for C, 3

XmlDomGetNodeValueLen in package DOM package for C, 3

XmlDomGetNodeValueStream in package DOM package for C, 3

XmlDomGetNotationPubID in package DOM package for C, 3

XmlDomGetNotationSysID in package DOM package for C, 3

XmlDomGetOwnerDocument in package DOM package for C, 3

XmlDomGetOwnerElem in package DOM package for C, 3

XmlDomGetParentNode in package DOM package for C, 3

XmlDomGetPIData in package DOM package for C, 3

XmlDomGetPITarget in package DOM package for C, 3

XmlDomGetPrevSibling in package DOM package for C, 3

XmlDomGetPullNodeAsBinaryStream in package DOM package for C, 3

XmlDomGetPullNodeAsCharacterStream in package DOM package for C, 3

XmlDomGetPushNodeAsBinaryStream in package DOM package for C, 3

XmlDomGetPushNodeAsCharacterStream in package DOM package for C, 3

XmlDomGetSchema in package DOM package for C, 3

XmlDomGetSourceEntity in package DOM package for C, 3

XmlDomGetSourceLine in package DOM package for C, 3

XmlDomGetSourceLocation in package DOM package for C, 3

XmlDomGetTag in package DOM package for C, 3

XmlDomHasAttr in package DOM package for C, 3

XmlDomHasAttrNS in package DOM package for C, 3

XmlDomHasAttrs in package DOM package for C, 3

XmlDomHasChildNodes in package DOM package for C, 3

XmlDomImportNode in package DOM package for C, 3

XmlDomInsertBefore in package DOM package for C, 3

XmlDomInsertData in package DOM package for C, 3

XmlDomIsSchemaBased in package DOM package for C, 3

XmlDomIterDetach in package Traversal package for C, 10

XmlDomIterNextNode in package Traversal package for C, 10

XmlDomIterPrevNode in package Traversal package for C, 10

XmlDomNormalize in package DOM package for C, 3

XmlDomNumAttrs in package DOM package for C, 3

XmlDomNumChildNodes in package DOM package for C, 3

XmlDomPrefixToURI in package DOM package for C, 3

XmlDomRangeClone in package Range package for C, 6

XmlDomRangeCloneContents in package Range package for C, 6

XmlDomRangeCollapse in package Range package for C, 6

XmlDomRangeCompareBoundaryPoints in package Range package for C, 6

XmlDomRangeDeleteContents in package Range package for C, 6

XmlDomRangeDetach in package Range package for C, 6

XmlDomRangeExtractContents in package Range package for C, 6

XmlDomRangeGetCollapsed in package Range package for C, 6

XmlDomRangeGetCommonAncestor in package Range package for C, 6

XmlDomRangeGetDetached in package Range package for C, 6

XmlDomRangeGetEndContainer in package Range package for C, 6

XmlDomRangeGetEndOffset in package Range package for C, 6

XmlDomRangeGetStartContainer in package Range package for C, 6

XmlDomRangeGetStartOffset in package Range package for C, 6

XmlDomRangeIsConsistent in package Range package for C, 6

XmlDomRangeSelectNode in package Range package for C, 6

XmlDomRangeSelectNodeContents in package Range package for C, 6

XmlDomRangeSetEnd in package Range package for C, 6

XmlDomRangeSetEndBefore in package Range package for C, 6

XmlDomRangeSetStart in package Range package for C, 6

XmlDomRangeSetStartAfter in package Range package for C, 6

XmlDomRangeSetStartBefore in package Range package for C, 6

XmlDomRemoveAttr in package DOM package for C, 3

XmlDomRemoveAttrNode in package DOM package for C, 3

XmlDomRemoveAttrNS in package DOM package for C, 3

XmlDomRemoveChild in package DOM package for C, 3

XmlDomRemoveNamedItem in package DOM package for C, 3

XmlDomRemoveNamedItemNS in package DOM package for C, 3

XmlDomRenameNode in package DOM package for C, 3

XmlDomRenameNodeNS in package DOM package for C, 3

XmlDomReplaceChild in package DOM package for C, 3

XmlDomReplaceData in package DOM package for C, 3

XmlDomSaveString in package DOM package for C, 3

XmlDomSaveString2 in package DOM package for C, 3

XmlDomSetAttr in package DOM package for C, 3

XmlDomSetAttrNode in package DOM package for C, 3

XmlDomSetAttrNodeNS in package DOM package for C, 3

XmlDomSetAttrNS in package DOM package for C, 3

XmlDomSetAttrValue in package DOM package for C, 3

XmlDomSetAttrValueStream in package DOM package for C, 3

XmlDomSetBaseURI in package DOM package for C, 3

XmlDomSetCharData in package DOM package for C, 3

XmlDomSetDefaultNS in package DOM package for C, 3

XmlDomSetDocOrder in package DOM package for C, 3

XmlDomSetDTD in package DOM package for C, 3

XmlDomSetLastError in package DOM package for C, 3

XmlDomSetNamedItem in package DOM package for C, 3

XmlDomSetNamedItemNS in package DOM package for C, 3

XmlDomSetNodePrefix in package DOM package for C, 3

XmlDomSetNodeValue in package DOM package for C, 3

XmlDomSetNodeValueLen in package DOM package for C, 3

XmlDomSetNodeValueStream in package DOM package for C, 3

XmlDomSetPIData in package DOM package for C, 3

XmlDomSetPullNodeAsBinaryStream in package DOM package for C, 3

XmlDomSetPullNodeAsCharacterStream in package DOM package for C, 3

XmlDomSetPushNodeAsBinaryStream in package DOM package for C, 3

XmlDomSetPushNodeAsCharacterStream in package DOM package for C, 3

XmlDomSplitText in package DOM package for C, 3

XmlDomSubstringData in package DOM package for C, 3

XmlDomSync in package DOM package for C, 3

XmlDomValidate in package DOM package for C, 3

XmlDomWalkerFirstChild in package Traversal package for C, 10

XmlDomWalkerGetCurrentNode in package Traversal package for C, 10

XmlDomWalkerGetRoot in package Traversal package for C, 10

XmlDomWalkerLastChild in package Traversal package for C, 10

XmlDomWalkerNextNode in package Traversal package for C, 10

XmlDomWalkerNextSibling in package Traversal package for C, 10

XmlDomWalkerParentNode in package Traversal package for C, 10

XmlDomWalkerPrevNode in package Traversal package for C, 10

XmlDomWalkerPrevSibling in package Traversal package for C, 10

XmlDomWalkerSetCurrentNode in package Traversal package for C, 10

XmlDomWalkerSetRoot in package Traversal package for C, 10

XmlEvCleanPPCtx in package Event package for C, 4

XmlEvCreatePPCtx in package Event package for C, 4

XmlEvCreateSVCtx in package Event package for C, 4

XmlEvDestroyPPCtx in package Event package for C, 4

XmlEvDestroySVCtx in package Event package for C, 4

XmlEvGetAttrCount in package Event package for C, 4

XmlEvGetAttrDeclBody in package Event package for C, 4

XmlEvGetAttrDeclBody0 in package Event package for C, 4

XmlEvGetAttrDeclCount in package Event package for C, 4

XmlEvGetAttrDeclElName in package Event package for C, 4

XmlEvGetAttrDeclElName0 in package Event package for C, 4

XmlEvGetAttrDeclLocalName in package Event package for C, 4

XmlEvGetAttrDeclLocalName0 in package Event package for C, 4

XmlEvGetAttrDeclName in package Event package for C, 4

XmlEvGetAttrDeclName0 in package Event package for C, 4

XmlEvGetAttrDeclPrefix in package Event package for C, 4

XmlEvGetAttrDeclPrefix0 in package Event package for C, 4

XmlEvGetAttrID in package Event package for C, 4

XmlEvGetAttrLocalName in package Event package for C, 4

XmlEvGetAttrLocalName0 in package Event package for C, 4

XmlEvGetAttrName in package Event package for C, 4

XmlEvGetAttrName0 in package Event package for C, 4

XmlEvGetAttrPrefix in package Event package for C, 4

XmlEvGetAttrPrefix0 in package Event package for C, 4

XmlEvGetAttrURI in package Event package for C, 4

XmlEvGetAttrURI0 in package Event package for C, 4

XmlEvGetAttrUriID in package Event package for C, 4

XmlEvGetAttrValue in package Event package for C, 4

XmlEvGetAttrValue0 in package Event package for C, 4

XmlEvGetElDeclContent in package Event package for C, 4

XmlEvGetElDeclContent0 in package Event package for C, 4

XmlEvGetEncoding in package Event package for C, 4

XmlEvGetError in package Event package for C, 4

XmlEvGetLocalName in package Event package for C, 4

XmlEvGetLocalName0 in package Event package for C, 4

XmlEvGetLocation in package Event package for C, 4

XmlEvGetName in package Event package for C, 4

XmlEvGetName0 in package Event package for C, 4

XmlEvGetPEisGen in package Event package for C, 4

XmlEvGetPERepl in package Event package for C, 4

XmlEvGetPERepl0 in package Event package for C, 4

XmlEvGetPIData in package Event package for C, 4

XmlEvGetPIData0 in package Event package for C, 4

XmlEvGetPITarget in package Event package for C, 4

XmlEvGetPITarget0 in package Event package for C, 4

XmlEvGetPrefix in package Event package for C, 4

XmlEvGetPrefix0 in package Event package for C, 4

XmlEvGetPubId in package Event package for C, 4

XmlEvGetPubId0 in package Event package for C, 4

XmlEvGetSysId in package Event package for C, 4

XmlEvGetSysId0 in package Event package for C, 4

XmlEvGetTagID in package Event package for C, 4

XmlEvGetTagUriID in package Event package for C, 4

XmlEvGetText in package Event package for C, 4

XmlEvGetText0 in package Event package for C, 4

XmlEvGetUENdata in package Event package for C, 4

XmlEvGetUENdata0 in package Event package for C, 4

XmlEvGetURI in package Event package for C, 4

XmlEvGetURI0 in package Event package for C, 4

XmlEvGetVersion in package Event package for C, 4

XmlEvIsEncodingSpecified in package Event package for C, 4

XmlEvIsStandalone in package Event package for C, 4

XmlEvLoadPPDoc in package Event package for C, 4

XmlEvNamespaceAttr in package Event package for C, 4

XmlEvNext in package Event package for C, 4

XmlEvNextTag in package Event package for C, 4

XmlEvSchemaValidate in package Event package for C, 4

XmlFreeDocument in package XML package for C, 11

XmlGetEncoding in package XML package for C, 11

XmlHasFeature in package XML package for C, 11

XmlHash in package XPath package for C, 12

XmlIsSimple in package XML package for C, 11

XmlIsUnicode in package XML package for C, 11

XmlLoadDom in package XML package for C, 11

XmlLoadSax in package XML package for C, 11

XmlLoadSaxVA in package XML package for C, 11

XmlPatch in package XmlDiff package for C, 12

XmlSaveDom in package XML package for C, 11

XmlSaxAttributeDecl in package SAX package for C, 7

XmlSaxCDATA in package SAX package for C, 7

XmlSaxCharacters in package SAX package for C, 7

XmlSaxComment in package SAX package for C, 7

XmlSaxElementDecl in package SAX package for C, 7

XmlSaxEndDocument in package SAX package for C, 7

XmlSaxEndElement in package SAX package for C, 7

XmlSaxNotationDecl in package SAX package for C, 7

XmlSaxParsedEntityDecl in package SAX package for C, 7

XmlSaxPI in package SAX package for C, 7

XmlSaxStartDocument in package SAX package for C, 7

XmlSaxStartElement in package SAX package for C, 7

XmlSaxStartElementNS in package SAX package for C, 7

XmlSaxUnparsedEntityDecl in package SAX package for C, 7

XmlSaxWhitespace in package SAX package for C, 7

XmlSaxXmlDecl in package SAX package for C, 7

XmlSchemaClean in package Schema package for C, 8

XmlSchemaCreate in package Schema package for C, 8

XmlSchemaDestroy in package Schema package for C, 8

XmlSchemaErrorWhere in package Schema package for C, 8

XmlSchemaLoad in package Schema package for C, 8

XmlSchemaLoadedList in package Schema package for C, 8

XmlSchemaSetErrorHandler in package Schema package for C, 8

XmlSchemaSetValidateOptions in package Schema package for C, 8

XmlSchemaTargetNamespace in package Schema package for C, 8

XmlSchemaUnload in package Schema package for C, 8

XmlSchemaValidate in package Schema package for C, 8

XmlSchemaVersion in package Schema package for C, 8

XmlSoapAddBodyElement in package SOAP package for C, 9

XmlSoapAddFaultReason in package SOAP package for C, 9

XmlSoapAddFaultSubDetail in package SOAP package for C, 9

XmlSoapAddHeaderElement in package SOAP package for C, 9

XmlSoapCall in package SOAP package for C, 9

XmlSoapCreateConnection in package SOAP package for C, 9

XmlSoapCreateCtx in package SOAP package for C, 9

XmlSoapCreateMsg in package SOAP package for C, 9

XmlSoapDestroyConnection in package SOAP package for C, 9

XmlSoapDestroyCtx in package SOAP package for C, 9

XmlSoapDestroyMsg in package SOAP package for C, 9

XmlSoapError in package SOAP package for C, 9

XmlSoapGetBody in package SOAP package for C, 9

XmlSoapGetBodyElement in package SOAP package for C, 9

XmlSoapGetEnvelope in package SOAP package for C, 9

XmlSoapGetFault in package SOAP package for C, 9

XmlSoapGetHeader in package SOAP package for C, 9

XmlSoapGetHeaderElement in package SOAP package for C, 9

XmlSoapGetMustUnderstand in package SOAP package for C, 9

XmlSoapGetReasonLang in package SOAP package for C, 9

XmlSoapGetReasonNum in package SOAP package for C, 9

XmlSoapGetRelay in package SOAP package for C, 9

XmlSoapGetRole in package SOAP package for C, 9

XmlSoapHasFault in package SOAP package for C, 9

XmlSoapSetFault in package SOAP package for C, 9

XmlSoapSetMustUnderstand in package SOAP package for C, 9

XmlSoapSetRelay in package SOAP package for C, 9

XmlSoapSetRole in package SOAP package for C, 9

XmlVersion in package XML package for C, 11

XmlXPathCreateCtx in package XPath package for C, 13

XmlXPathDestroyCtx in package XPath package for C, 13

XmlXPathEval in package XPath package for C, 13

XmlXPathGetObjectBoolean in package XPath package for C, 13

XmlXPathGetObjectFragment in package XPath package for C, 13

XmlXPathGetObjectNSetNode in package XPath package for C, 13

XmlXPathGetObjectNSetNum in package XPath package for C, 13

XmlXPathGetObjectNumber in package XPath package for C, 13

XmlXPathGetObjectString in package XPath package for C, 13

XmlXPathGetObjectType in package XPath package for C, 13

XmlXPathParse in package XPath package for C, 13

XmlXPointerEval in package XPointer package for C, 14

XmlXPtrLocGetNode in package XPointer package for C, 14

XmlXPtrLocGetPoint in package XPointer package for C, 14

XmlXPtrLocGetRange in package XPointer package for C, 14

XmlXPtrLocGetType in package XPointer package for C, 14

XmlXPtrLocSetFree in package XPointer package for C, 14

XmlXPtrLocSetGetItem in package XPointer package for C, 14

XmlXPtrLocSetGetLength in package XPointer package for C, 14

XmlXPtrLocToString in package XPointer package for C, 14

XmlXslCreate in package XSLT package for C, 15

XmlXslDestroy in package XSLT package for C, 15

XmlXslGetBaseURI in package XSLT package for C, 15

XmlXslGetOutput in package XSLT package for C, 15

XmlXslGetStylesheetDom in package XSLT package for C, 15

XmlXslGetTextParam in package XSLT package for C, 15

XmlXslProcess in package XSLT package for C, 15

XmlXslResetAllParams in package XSLT package for C, 15

XmlXslSetOutputDom in package XSLT package for C, 15

XmlXslSetOutputEncoding in package XSLT package for C, 15

XmlXslSetOutputMethod in package XSLT package for C, 15

XmlXslSetOutputSax in package XSLT package for C, 15

XmlXslSetOutputStream in package XSLT package for C, 15

XmlXslSetTextParam in package XSLT package for C, 15

XMLXVM_DEBUG_F in package XSLTVM package for C, 16

XmlXvmCompileBuffer in package XSLTVM package for C, 16

XmlXvmCompileDom in package XSLTVM package for C, 16

XmlXvmCompileFile in package XSLTVM package for C, 16

XmlXvmCompileURI in package XSLTVM package for C, 16

XmlXvmCompileXPath in package XSLTVM package for C, 16

XmlXvmCreate in package XSLTVM package for C, 16

XmlXvmCreateComp in package XSLTVM package for C, 16

XmlXvmDestroy in package XSLTVM package for C, 16

XmlXvmDestroyComp in package XSLTVM package for C, 16

XmlXvmEvaluateXPath in package XSLTVM package for C, 16

XmlXvmGetBytecodeLength in package XSLTVM package for C, 16

XmlXvmGetObjectBoolean in package XSLTVM package for C, 16

XmlXvmGetObjectNSetNode in package XSLTVM package for C, 16

XmlXvmGetObjectNSetNum in package XSLTVM package for C, 16

XmlXvmGetObjectNumber in package XSLTVM package for C, 16

XmlXvmGetObjectString in package XSLTVM package for C, 16

XmlXvmGetObjectType in package XSLTVM package for C, 16

XmlXvmGetOutputDom in package XSLTVM package for C, 16

XmlXvmResetParams in package XSLTVM package for C, 16

XmlXvmSetBaseURI in package XSLTVM package for C, 16

XmlXvmSetBytecodeBuffer in package XSLTVM package for C, 16

XmlXvmSetBytecodeFile in package XSLTVM package for C, 16

XmlXvmSetBytecodeURI in package XSLTVM package for C, 16

XmlXvmSetDebugFunc in package XSLTVM package for C, 16

XmlXvmSetOutputDom in package XSLTVM package for C, 16

XmlXvmSetOutputEncoding in package XSLTVM package for C, 16

XmlXvmSetOutputSax in package XSLTVM package for C, 16

XmlXvmSetOutputStream in package XSLTVM package for C, 16

XmlXvmSetTextParam in package XSLTVM package for C, 16

XmlXvmTransformBuffer in package XSLTVM package for C, 16

XmlXvmTransformDom in package XSLTVM package for C, 16

XmlXvmTransformFile in package XSLTVM package for C, 16

XmlXvmTransformURI in package XSLTVM package for C, 16

XPath package for C, 13

XPointer package for C, 14

XSLT package for C, 15

XSLTVM package for C, 16

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