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<?php
/**
* SAXY is a non-validating, but lightweight and fast SAX parser for PHP, modelled on the Expat parser
* @package saxy-xmlparser
* @subpackage saxy-xmlparser-main
* @version 1.0
* @copyright (C) 2004 John Heinstein. All rights reserved
* @license http://www.gnu.org/copyleft/lesser.html LGPL License
* @author John Heinstein <johnkarl@nbnet.nb.ca>
* @link http://www.engageinteractive.com/saxy/ SAXY Home Page
* SAXY is Free Software
**/
if (!defined('SAXY_INCLUDE_PATH')) {
define('SAXY_INCLUDE_PATH', (dirname(__FILE__) . "/"));
}
/** current version of SAXY */
define ('SAXY_VERSION', '1.0');
/** default XML namespace */
define ('SAXY_XML_NAMESPACE', 'http://www.w3.org/xml/1998/namespace');
/** saxy parse state, before prolog is encountered */
define('SAXY_STATE_PROLOG_NONE', 0);
/** saxy parse state, in processing instruction */
define('SAXY_STATE_PROLOG_PROCESSINGINSTRUCTION', 1);
/** saxy parse state, an exclamation mark has been encountered */
define('SAXY_STATE_PROLOG_EXCLAMATION', 2);
/** saxy parse state, in DTD */
define('SAXY_STATE_PROLOG_DTD', 3);
/** saxy parse state, an inline DTD */
define('SAXY_STATE_PROLOG_INLINEDTD', 4);
/** saxy parse state, a comment */
define('SAXY_STATE_PROLOG_COMMENT', 5);
/** saxy parse state, processing main document */
define('SAXY_STATE_PARSING', 6);
/** saxy parse state, processing comment in main document */
define('SAXY_STATE_PARSING_COMMENT', 7);
//SAXY error codes; same as EXPAT error codes
/** no error */
define('SAXY_XML_ERROR_NONE', 0);
/** out of memory error */
define('SAXY_XML_ERROR_NO_MEMORY', 1);
/** syntax error */
define('SAXY_XML_ERROR_SYNTAX', 2);
/** no elements in document */
define('SAXY_XML_ERROR_NO_ELEMENTS', 3);
/** invalid token encountered error */
define('SAXY_XML_ERROR_INVALID_TOKEN', 4);
/** unclosed token error */
define('SAXY_XML_ERROR_UNCLOSED_TOKEN', 5);
/** partial character error */
define('SAXY_XML_ERROR_PARTIAL_CHAR', 6);
/** mismatched tag error */
define('SAXY_XML_ERROR_TAG_MISMATCH', 7);
/** duplicate attribute error */
define('SAXY_XML_ERROR_DUPLICATE_ATTRIBUTE', 8);
/** junk after document element error */
define('SAXY_XML_ERROR_JUNK_AFTER_DOC_ELEMENT', 9);
/** parameter enitity reference error */
define('SAXY_XML_ERROR_PARAM_ENTITY_REF', 10);
/** undefined entity error */
define('SAXY_XML_ERROR_UNDEFINED_ENTITY', 11);
/** recursive entity error */
define('SAXY_XML_ERROR_RECURSIVE_ENTITY_REF', 12);
/** asynchronous entity error */
define('SAXY_XML_ERROR_ASYNC_ENTITY', 13);
/** bad character reference error */
define('SAXY_XML_ERROR_BAD_CHAR_REF', 14);
/** binary entity reference error */
define('SAXY_XML_ERROR_BINARY_ENTITY_REF', 15);
/** attribute external entity error */
define('SAXY_XML_ERROR_ATTRIBUTE_EXTERNAL_ENTITY_REF', 16);
/** misplaced processing instruction error */
define('SAXY_XML_ERROR_MISPLACED_XML_PI', 17);
/** unknown encoding error */
define('SAXY_XML_ERROR_UNKNOWN_ENCODING', 18);
/** incorrect encoding error */
define('SAXY_XML_ERROR_INCORRECT_ENCODING', 19);
/** unclosed CDATA Section error */
define('SAXY_XML_ERROR_UNCLOSED_CDATA_SECTION', 20);
/** external entity handling error */
define('SAXY_XML_ERROR_EXTERNAL_ENTITY_HANDLING', 21);
require_once(SAXY_INCLUDE_PATH . 'xml_saxy_shared.php');
/**
* The SAX Parser class
*
* @package saxy-xmlparser
* @subpackage saxy-xmlparser-main
* @author John Heinstein <johnkarl@nbnet.nb.ca>
*/
class SAXY_Parser extends SAXY_Parser_Base {
/** @var int The current error number */
var $errorCode = SAXY_XML_ERROR_NONE;
/** @var Object A reference to the DocType event handler */
var $DTDHandler = null;
/** @var Object A reference to the Comment event handler */
var $commentHandler = null;
/** @var Object A reference to the Processing Instruction event handler */
var $processingInstructionHandler = null;
/** @var Object A reference to the Start Namespace Declaration event handler */
var $startNamespaceDeclarationHandler = null;
/** @var Object A reference to the End Namespace Declaration event handler */
var $endNamespaceDeclarationHandler = null;
/** @var boolean True if SAXY takes namespaces into consideration when parsing element tags */
var $isNamespaceAware = false;
/** @var array An indexed array containing associative arrays of namespace prefixes mapped to their namespace URIs */
var $namespaceMap = array();
/** @var array A stack used to determine when an end namespace event should be fired */
var $namespaceStack = array();
/** @var array A track used to track the uri of the current default namespace */
var $defaultNamespaceStack = array();
/** @var array A stack containing tag names of unclosed elements */
var $elementNameStack = array();
/**
* Constructor for SAX parser
*/
function SAXY_Parser() {
$this->SAXY_Parser_Base();
$this->state = SAXY_STATE_PROLOG_NONE;
} //SAXY_Parser
/**
* Sets a reference to the handler for the DocType event
* @param mixed A reference to the DocType handler
*/
function xml_set_doctype_handler($handler) {
$this->DTDHandler =& $handler;
} //xml_set_doctype_handler
/**
* Sets a reference to the handler for the Comment event
* @param mixed A reference to the Comment handler
*/
function xml_set_comment_handler($handler) {
$this->commentHandler =& $handler;
} //xml_set_comment_handler
/**
* Sets a reference to the handler for the Processing Instruction event
* @param mixed A reference to the Processing Instruction handler
*/
function xml_set_processing_instruction_handler($handler) {
$this->processingInstructionHandler =& $handler;
} //xml_set_processing_instruction_handler
/**
* Sets a reference to the handler for the Start Namespace Declaration event
* @param mixed A reference to the Start Namespace Declaration handler
*/
function xml_set_start_namespace_decl_handler($handler) {
$this->startNamespaceDeclarationHandler =& $handler;
} //xml_set_start_namespace_decl_handler
/**
* Sets a reference to the handler for the End Namespace Declaration event
* @param mixed A reference to the Start Namespace Declaration handler
*/
function xml_set_end_namespace_decl_handler($handler) {
$this->endNamespaceDeclarationHandler =& $handler;
} //xml_set_end_namespace_decl_handler
/**
* Specifies whether SAXY is namespace sensitive
* @param boolean True if SAXY is namespace aware
*/
function setNamespaceAwareness($isNamespaceAware) {
$this->isNamespaceAware =& $isNamespaceAware;
} //setNamespaceAwareness
/**
* Returns the current version of SAXY
* @return Object The current version of SAXY
*/
function getVersion() {
return SAXY_VERSION;
} //getVersion
/**
* Processes the xml prolog, doctype, and any other nodes that exist outside of the main xml document
* @param string The xml text to be processed
* @return string The preprocessed xml text
*/
function preprocessXML($xmlText) {
//strip prolog
$xmlText = trim($xmlText);
$startChar = -1;
$total = strlen($xmlText);
for ($i = 0; $i < $total; $i++) {
// $currentChar = $xmlText{$i};
$currentChar = substr($xmlText, $i, 1);
switch ($this->state) {
case SAXY_STATE_PROLOG_NONE:
if ($currentChar == '<') {
$nextChar = $xmlText{($i + 1)};
if ($nextChar == '?') {
$this->state = SAXY_STATE_PROLOG_PROCESSINGINSTRUCTION;
$this->charContainer = '';
}
else if ($nextChar == '!') {
$this->state = SAXY_STATE_PROLOG_EXCLAMATION;
$this->charContainer .= $currentChar;
break;
}
else {
$this->charContainer = '';
$startChar = $i;
$this->state = SAXY_STATE_PARSING;
return (substr($xmlText, $startChar));
}
}
break;
case SAXY_STATE_PROLOG_EXCLAMATION:
if ($currentChar == 'D') {
$this->state = SAXY_STATE_PROLOG_DTD;
$this->charContainer .= $currentChar;
}
else if ($currentChar == '-') {
$this->state = SAXY_STATE_PROLOG_COMMENT;
$this->charContainer = '';
}
else {
//will trap ! and add it
$this->charContainer .= $currentChar;
}
break;
case SAXY_STATE_PROLOG_PROCESSINGINSTRUCTION:
if ($currentChar == '>') {
$this->state = SAXY_STATE_PROLOG_NONE;
$this->parseProcessingInstruction($this->charContainer);
$this->charContainer = '';
}
else {
$this->charContainer .= $currentChar;
}
break;
case SAXY_STATE_PROLOG_COMMENT:
if ($currentChar == '>') {
$this->state = SAXY_STATE_PROLOG_NONE;
$this->parseComment($this->charContainer);
$this->charContainer = '';
}
else if ($currentChar == '-') {
if ((($xmlText{($i + 1)} == '-') && ($xmlText{($i + 2)} == '>')) ||
($xmlText{($i + 1)} == '>') ||
(($xmlText{($i - 1)} == '-') && ($xmlText{($i - 2)}== '!')) ){
//do nothing
}
else {
$this->charContainer .= $currentChar;
}
}
else {
$this->charContainer .= $currentChar;
}
break;
case SAXY_STATE_PROLOG_DTD:
if ($currentChar == '[') {
$this->charContainer .= $currentChar;
$this->state = SAXY_STATE_PROLOG_INLINEDTD;
}
else if ($currentChar == '>') {
$this->state = SAXY_STATE_PROLOG_NONE;
if ($this->DTDHandler != null) {
$this->fireDTDEvent($this->charContainer . $currentChar);
}
$this->charContainer = '';
}
else {
$this->charContainer .= $currentChar;
}
break;
case SAXY_STATE_PROLOG_INLINEDTD:
$previousChar = $xmlText{($i - 1)};
if (($currentChar == '>') && ($previousChar == ']')){
$this->state = SAXY_STATE_PROLOG_NONE;
if ($this->DTDHandler != null) {
$this->fireDTDEvent($this->charContainer . $currentChar);
}
$this->charContainer = '';
}
else {
$this->charContainer .= $currentChar;
}
break;
}
}
} //preprocessXML
/**
* The controlling method for the parsing process
* @param string The xml text to be processed
* @return boolean True if parsing is successful
*/
function parse ($xmlText) {
$xmlText = $this->preprocessXML($xmlText);
$total = strlen($xmlText);
for ($i = 0; $i < $total; $i++) {
// $currentChar = $xmlText{$i};
$currentChar = substr($xmlText, $i, 1);
switch ($this->state) {
case SAXY_STATE_PARSING:
switch ($currentChar) {
case '<':
if (substr($this->charContainer, 0, SAXY_CDATA_LEN) == SAXY_SEARCH_CDATA) {
$this->charContainer .= $currentChar;
}
else {
$this->parseBetweenTags($this->charContainer);
$this->charContainer = '';
}
break;
case '-':
if (($xmlText{($i - 1)} == '-') && ($xmlText{($i - 2)} == '!')
&& ($xmlText{($i - 3)} == '<')) {
$this->state = SAXY_STATE_PARSING_COMMENT;
$this->charContainer = '';
}
else {
$this->charContainer .= $currentChar;
}
break;
case '>':
if ((substr($this->charContainer, 0, SAXY_CDATA_LEN) == SAXY_SEARCH_CDATA) &&
!(($this->getCharFromEnd($this->charContainer, 0) == ']') &&
($this->getCharFromEnd($this->charContainer, 1) == ']'))) {
$this->charContainer .= $currentChar;
}
else {
$this->parseTag($this->charContainer);
$this->charContainer = '';
}
break;
default:
$this->charContainer .= $currentChar;
}
break;
case SAXY_STATE_PARSING_COMMENT:
switch ($currentChar) {
case '>':
if (($xmlText{($i - 1)} == '-') && ($xmlText{($i - 2)} == '-')) {
$this->fireCommentEvent(substr($this->charContainer, 0,
(strlen($this->charContainer) - 2)));
$this->charContainer = '';
$this->state = SAXY_STATE_PARSING;
}
else {
$this->charContainer .= $currentChar;
}
break;
default:
$this->charContainer .= $currentChar;
}
break;
}
}
return ($this->errorCode == 0);
} //parse
/**
* Parses an element tag
* @param string The interior text of the element tag
*/
function parseTag($tagText) {
$tagText = trim($tagText);
$firstChar = $tagText{0};
$myAttributes = array();
switch ($firstChar) {
case '/':
$tagName = substr($tagText, 1);
$this->_fireEndElementEvent($tagName);
break;
case '!':
$upperCaseTagText = strtoupper($tagText);
if (strpos($upperCaseTagText, SAXY_SEARCH_CDATA) !== false) { //CDATA Section
$total = strlen($tagText);
$openBraceCount = 0;
$textNodeText = '';
for ($i = 0; $i < $total; $i++) {
// $currentChar = $tagText{$i};
$currentChar = substr($tagText, $i, 1);
if (($currentChar == ']') && ($tagText{($i + 1)} == ']')) {
break;
}
else if ($openBraceCount > 1) {
$textNodeText .= $currentChar;
}
else if ($currentChar == '[') { //this won't be reached after the first open brace is found
$openBraceCount ++;
}
}
if ($this->cDataSectionHandler == null) {
$this->fireCharacterDataEvent($textNodeText);
}
else {
$this->fireCDataSectionEvent($textNodeText);
}
}
else if (strpos($upperCaseTagText, SAXY_SEARCH_NOTATION) !== false) { //NOTATION node, discard
return;
}
/*
else if (substr($tagText, 0, 2) == '!-') { //comment node
if ($this->commentHandler != null) {
$this->fireCommentEvent(substr($tagText, 3, (strlen($tagText) - 5)));
}
}
*/
break;
case '?':
//Processing Instruction node
$this->parseProcessingInstruction($tagText);
break;
default:
if ((strpos($tagText, '"') !== false) || (strpos($tagText, "'") !== false)) {
$total = strlen($tagText);
$tagName = '';
for ($i = 0; $i < $total; $i++) {
// $currentChar = $tagText{$i};
$currentChar = substr($tagText, $i, 1);
if (($currentChar == ' ') || ($currentChar == "\t") ||
($currentChar == "\n") || ($currentChar == "\r") ||
($currentChar == "\x0B")) {
$myAttributes = $this->parseAttributes(substr($tagText, $i));
break;
}
else {
$tagName .= $currentChar;
}
}
if (strrpos($tagText, '/') == (strlen($tagText) - 1)) { //check $tagText, but send $tagName
$this->_fireStartElementEvent($tagName, $myAttributes);
$this->_fireEndElementEvent($tagName);
}
else {
$this->_fireStartElementEvent($tagName, $myAttributes);
}
}
else {
if (strpos($tagText, '/') !== false) {
$tagText = trim(substr($tagText, 0, (strrchr($tagText, '/') - 1)));
$this->_fireStartElementEvent($tagText, $myAttributes);
$this->_fireEndElementEvent($tagText);
}
else {
$this->_fireStartElementEvent($tagText, $myAttributes);
}
}
}
} //parseTag
/**
* Fires a start element event and pushes the element name onto the elementName stack
* @param string The start element tag name
* @param Array The start element attributes
*/
function _fireStartElementEvent($tagName, &$myAttributes) {
$this->elementNameStack[] = $tagName;
if ($this->isNamespaceAware) {
$this->detectStartNamespaceDeclaration($myAttributes);
$tagName = $this->expandNamespacePrefix($tagName);
$this->expandAttributePrefixes($myAttributes);
}
$this->fireStartElementEvent($tagName, $myAttributes);
} //_fireStartElementEvent
/**
* Expands attribute prefixes to full namespace uri
* @param Array The start element attributes
*/
function expandAttributePrefixes(&$myAttributes) {
$arTransform = array();
foreach ($myAttributes as $key => $value) {
if (strpos($key, 'xmlns') === false) {
if (strpos($key, ':') !== false) {
$expandedTag = $this->expandNamespacePrefix($key);
$arTransform[$key] = $expandedTag;
}
}
}
foreach ($arTransform as $key => $value) {
$myAttributes[$value] = $myAttributes[$key];
unset($myAttributes[$key]);
}
} //expandAttributePrefixes
/**
* Expands the namespace prefix (if one exists) to the full namespace uri
* @param string The tagName with the namespace prefix
* @return string The tagName, with the prefix expanded to the namespace uri
*/
function expandNamespacePrefix($tagName) {
$stackLen = count($this->defaultNamespaceStack);
$defaultNamespace = $this->defaultNamespaceStack[($stackLen - 1)];
$colonIndex = strpos($tagName, ':');
if ($colonIndex !== false) {
$prefix = substr($tagName, 0, $colonIndex);
if ($prefix != 'xml') {
$tagName = $this->getNamespaceURI($prefix) . substr($tagName, $colonIndex);
}
else {
$tagName = SAXY_XML_NAMESPACE . substr($tagName, $colonIndex);
}
}
else if ($defaultNamespace != '') {
$tagName = $defaultNamespace . ':' . $tagName;
}
return $tagName;
} //expandNamespacePrefix
/**
* Searches the namespaceMap for the specified prefix, and returns the full namespace URI
* @param string The namespace prefix
* @return string The namespace uri
*/
function getNamespaceURI($prefix) {
$total = count($this->namespaceMap);
$uri = $prefix; //in case uri can't be found, just send back prefix
//should really generate an error, but worry about this later
//reset($this->namespaceMap);
for ($i = ($total - 1); $i >= 0; $i--) {
$currMap =& $this->namespaceMap[$i];
if (isset($currMap[$prefix])) {
$uri = $currMap[$prefix];
break;
}
}
return $uri;
} //getNamespaceURI
/**
* Searches the attributes array for an xmlns declaration and fires an event if found
* @param Array The start element attributes
*/
function detectStartNamespaceDeclaration(&$myAttributes) {
$namespaceExists = false;
$namespaceMapUpper = 0;
$userDefinedDefaultNamespace = false;
$total = count($myAttributes);
foreach ($myAttributes as $key => $value) {
if (strpos($key, 'xmlns') !== false) {
//add an array to store all namespaces for the current element
if (!$namespaceExists) {
$this->namespaceMap[] = array();
$namespaceMapUpper = count($this->namespaceMap) - 1;
}
//check for default namespace override, i.e. xmlns='...'
if (strpos($key, ':') !== false) {
$prefix = $namespaceMapKey = substr($key, 6);
$this->namespaceMap[$namespaceMapUpper][$namespaceMapKey] = $value;
}
else {
$prefix = '';
$userDefinedDefaultNamespace = true;
//if default namespace '', store in map using key ':'
$this->namespaceMap[$namespaceMapUpper][':'] = $value;
$this->defaultNamespaceStack[] = $value;
}
$this->fireStartNamespaceDeclarationEvent($prefix, $value);
$namespaceExists = true;
unset($myAttributes[$key]);
}
}
//store the default namespace (inherited from the parent elements so grab last one)
if (!$userDefinedDefaultNamespace) {
$stackLen = count($this->defaultNamespaceStack);
if ($stackLen == 0) {
$this->defaultNamespaceStack[] = '';
}
else {
$this->defaultNamespaceStack[] =
$this->defaultNamespaceStack[($stackLen - 1)];
}
}
$this->namespaceStack[] = $namespaceExists;
} //detectStartNamespaceDeclaration
/**
* Fires an end element event and pops the element name from the elementName stack
* @param string The end element tag name
*/
function _fireEndElementEvent($tagName) {
$lastTagName = array_pop($this->elementNameStack);
//check for mismatched tag error
if ($lastTagName != $tagName) {
$this->errorCode = SAXY_XML_ERROR_TAG_MISMATCH;
}
if ($this->isNamespaceAware) {
$tagName = $this->expandNamespacePrefix($tagName);
$this->fireEndElementEvent($tagName);
$this->detectEndNamespaceDeclaration();
$defaultNamespace = array_pop($this->defaultNamespaceStack);
}
else {
$this->fireEndElementEvent($tagName);
}
} //_fireEndElementEvent
/**
* Determines whether an end namespace declaration event should be fired
*/
function detectEndNamespaceDeclaration() {
$isNamespaceEnded = array_pop($this->namespaceStack);
if ($isNamespaceEnded) {
$map = array_pop($this->namespaceMap);
foreach ($map as $key => $value) {
if ($key == ':') {
$key = '';
}
$this->fireEndNamespaceDeclarationEvent($key);
}
}
} //detectEndNamespaceDeclaration
/**
* Parses a processing instruction
* @param string The interior text of the processing instruction
*/
function parseProcessingInstruction($data) {
$endTarget = 0;
$total = strlen($data);
for ($x = 2; $x < $total; $x++) {
// if (trim($data{$x}) == '') {
if (trim(substr($data, $x, 1)) == '') {
$endTarget = $x;
break;
}
}
$target = substr($data, 1, ($endTarget - 1));
$data = substr($data, ($endTarget + 1), ($total - $endTarget - 2));
if ($this->processingInstructionHandler != null) {
$this->fireProcessingInstructionEvent($target, $data);
}
} //parseProcessingInstruction
/**
* Parses a comment
* @param string The interior text of the comment
*/
function parseComment($data) {
if ($this->commentHandler != null) {
$this->fireCommentEvent($data);
}
} //parseComment
/**
* Fires a doctype event
* @param string The doctype data
*/
function fireDTDEvent($data) {
call_user_func($this->DTDHandler, $this, $data);
} //fireDTDEvent
/**
* Fires a comment event
* @param string The text of the comment
*/
function fireCommentEvent($data) {
call_user_func($this->commentHandler, $this, $data);
} //fireCommentEvent
/**
* Fires a processing instruction event
* @param string The processing instruction data
*/
function fireProcessingInstructionEvent($target, $data) {
call_user_func($this->processingInstructionHandler, $this, $target, $data);
} //fireProcessingInstructionEvent
/**
* Fires a start namespace declaration event
* @param string The namespace prefix
* @param string The namespace uri
*/
function fireStartNamespaceDeclarationEvent($prefix, $uri) {
call_user_func($this->startNamespaceDeclarationHandler, $this, $prefix, $uri);
} //fireStartNamespaceDeclarationEvent
/**
* Fires an end namespace declaration event
* @param string The namespace prefix
*/
function fireEndNamespaceDeclarationEvent($prefix) {
call_user_func($this->endNamespaceDeclarationHandler, $this, $prefix);
} //fireEndNamespaceDeclarationEvent
/**
* Returns the current error code
* @return int The current error code
*/
function xml_get_error_code() {
return $this->errorCode;
} //xml_get_error_code
/**
* Returns a textual description of the error code
* @param int The error code
* @return string The error message
*/
function xml_error_string($code) {
switch ($code) {
case SAXY_XML_ERROR_NONE:
return "No error";
break;
case SAXY_XML_ERROR_NO_MEMORY:
return "Out of memory";
break;
case SAXY_XML_ERROR_SYNTAX:
return "Syntax error";
break;
case SAXY_XML_ERROR_NO_ELEMENTS:
return "No elements in document";
break;
case SAXY_XML_ERROR_INVALID_TOKEN:
return "Invalid token";
break;
case SAXY_XML_ERROR_UNCLOSED_TOKEN:
return "Unclosed token";
break;
case SAXY_XML_ERROR_PARTIAL_CHAR:
return "Partial character";
break;
case SAXY_XML_ERROR_TAG_MISMATCH:
return "Tag mismatch";
break;
case SAXY_XML_ERROR_DUPLICATE_ATTRIBUTE:
return "Duplicate attribute";
break;
case SAXY_XML_ERROR_JUNK_AFTER_DOC_ELEMENT:
return "Junk encountered after document element";
break;
case SAXY_XML_ERROR_PARAM_ENTITY_REF:
return "Parameter entity reference error";
break;
case SAXY_XML_ERROR_UNDEFINED_ENTITY:
return "Undefined entity";
break;
case SAXY_XML_ERROR_RECURSIVE_ENTITY_REF:
return "Recursive entity reference";
break;
case SAXY_XML_ERROR_ASYNC_ENTITY:
return "Asynchronous internal entity found in external entity";
break;
case SAXY_XML_ERROR_BAD_CHAR_REF:
return "Bad character reference";
break;
case SAXY_XML_ERROR_BINARY_ENTITY_REF:
return "Binary entity reference";
break;
case SAXY_XML_ERROR_ATTRIBUTE_EXTERNAL_ENTITY_REF:
return "Attribute external entity reference";
break;
case SAXY_XML_ERROR_MISPLACED_XML_PI:
return "Misplaced processing instruction";
break;
case SAXY_XML_ERROR_UNKNOWN_ENCODING:
return "Unknown encoding";
break;
case SAXY_XML_ERROR_INCORRECT_ENCODING:
return "Incorrect encoding";
break;
case SAXY_XML_ERROR_UNCLOSED_CDATA_SECTION:
return "Unclosed CDATA Section";
break;
case SAXY_XML_ERROR_EXTERNAL_ENTITY_HANDLING:
return "Problem in external entity handling";
break;
default:
return "No definition for error code " . $code;
break;
}
} //xml_error_string
} //SAXY_Parser
?>