Uses of Class
org.attoparser.ParseException

Packages that use ParseException

Package	Description
org.attoparser	Main parser and handler artifacts: basic interfaces and implementations.
org.attoparser.dom	Handlers for creating DOM trees as a result of parsing.
org.attoparser.duplicate	Handlers for duplicating events between more than one handler.
org.attoparser.minimize	Handlers for minimizing (compacting) HTML markup.
org.attoparser.output	Handlers for outputting markup as a result of parsing.
org.attoparser.prettyhtml	Handlers for creating a pretty-HTML representation of parsing events.
org.attoparser.select	Handlers for filtering a part or several parts of markup during parsing in a fast and efficient way.
org.attoparser.simple	Artifacts for parsing using a simplified version of the handler interfaces.
org.attoparser.trace	Handlers for creating traces of parsing events (for testing/debugging).

Uses of ParseException in org.attoparser

Methods in org.attoparser that throw ParseException

Modifier and Type	Method	Description
private void	MarkupEventProcessorHandler.autoClose(char[][] autoCloseElements, char[][] autoCloseLimits, int line, int col)
private void	MarkupEventProcessorHandler.autoOpen(char[][] autoOpenParents, char[][] autoOpenLimits, int line, int col)
private boolean	MarkupEventProcessorHandler.checkStackForElement(char[] buffer, int offset, int len, int line, int col)
private void	MarkupEventProcessorHandler.checkValidRootElement(char[] buffer, int offset, int len, int line, int col)
private void	MarkupEventProcessorHandler.cleanStack(int line, int col)
private static void	ParsingDocTypeMarkupUtil.doParseDetailedDocTypeWithInternalSubset(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, IDocTypeHandler handler)
void	ParsingXmlDeclarationMarkupUtil.XmlDeclarationAttributeProcessor.finalChecks(int[] locator, char[] buffer)
void	AbstractChainedMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	AbstractMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	HtmlCDATAContentElement.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlElement.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	IAttributeSequenceHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)	Called when an attribute is found.
void	MarkupEventProcessorHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	ParsingXmlDeclarationMarkupUtil.XmlDeclarationAttributeProcessor.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	AbstractChainedMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	IElementHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called for signaling the end of an auto-close element, created for balancing an unclosed tag.
void	MarkupEventProcessorHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	IElementHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called for signaling the start of an auto-close element (a synthetic close tag), created for balancing an unclosed tag.
void	MarkupEventProcessorHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	IElementHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called for signaling the end of an auto-open element (a synthetic open tag), created for adapting parsed markup to a specification such as, for example, HTML5.
void	MarkupEventProcessorHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	IElementHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called for signaling the start of an auto-open element (a synthetic open tag), created for adapting parsed markup to a specification such as, for example, HTML5.
void	MarkupEventProcessorHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	AbstractMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	HtmlMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	ICDATASectionHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)	Called when a CDATA section is found.
void	AbstractChainedMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlVoidElement.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	IElementHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called when the end of a close element (a close tag) is found.
void	MarkupEventProcessorHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlVoidElement.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	IElementHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called when the start of a close element (a close tag) is found.
void	MarkupEventProcessorHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	AbstractMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	HtmlMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	ICommentHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)	Called when a comment is found.
void	AbstractChainedMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	AbstractMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	HtmlMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	IDocTypeHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)	Called when a DOCTYPE clause is found.
void	MarkupEventProcessorHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	AbstractChainedMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	AbstractMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	HtmlMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	IDocumentHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)	Called at the end of document parsing.
void	MarkupEventProcessorHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	AbstractChainedMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	AbstractMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	HtmlMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	IDocumentHandler.handleDocumentStart(long startTimeNanos, int line, int col)	Called at the beginning of document parsing.
void	AbstractChainedMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	AbstractMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	HtmlElement.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	IAttributeSequenceHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)	Called when an amount of white space is found inside an element.
void	ParsingXmlDeclarationMarkupUtil.XmlDeclarationAttributeProcessor.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	AbstractChainedMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlCDATAContentElement.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlElement.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlVoidElement.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	IElementHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called when the end of an open element (an open tag) is found.
void	MarkupEventProcessorHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlAutoCloseElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlAutoOpenCDATAContentElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlAutoOpenCloseElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlAutoOpenElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlCDATAContentElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlVoidAutoCloseElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlVoidAutoOpenCloseElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlVoidAutoOpenElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlVoidElement.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	IElementHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called when an open element (an open tag) is found.
void	MarkupEventProcessorHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	AbstractMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	HtmlMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	IProcessingInstructionHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)	Called when a Processing Instruction is found.
void	AbstractChainedMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	AbstractMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	HtmlElement.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	IElementHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)	Called when the end of a standalone element (an element with no closing tag) is found
void	MarkupEventProcessorHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	AbstractChainedMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	AbstractMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	HtmlAutoCloseElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlAutoOpenCDATAContentElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlAutoOpenCloseElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlAutoOpenElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	HtmlVoidAutoCloseElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlVoidAutoOpenCloseElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlVoidAutoOpenElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlVoidElement.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	IElementHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)	Called when a standalone element (an element with no closing tag) is found.
void	MarkupEventProcessorHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	AbstractChainedMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	AbstractMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	HtmlMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	ITextHandler.handleText(char[] buffer, int offset, int len, int line, int col)	Called when a text artifact is found.
void	AbstractChainedMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	IElementHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called when the end of an unmatched close element (close tag) is found.
void	MarkupEventProcessorHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	HtmlElement.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col, IMarkupHandler handler, ParseStatus status, boolean autoOpenEnabled, boolean autoCloseEnabled)
void	HtmlMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	IElementHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)	Called when the start of an unmatched close element (close tag) is found.
void	MarkupEventProcessorHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractChainedMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
void	AbstractMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
void	HtmlMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
void	IXMLDeclarationHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)	Called when a XML Declaration is found.
void	MarkupEventProcessorHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
void	IMarkupParser.parse(char[] document, int offset, int len, IMarkupHandler handler)	Parse a document using the specified IMarkupHandler.
void	IMarkupParser.parse(char[] document, IMarkupHandler handler)	Parse a document using the specified IMarkupHandler.
void	IMarkupParser.parse(Reader reader, IMarkupHandler handler)	Parse a document using the specified IMarkupHandler.
void	IMarkupParser.parse(String document, IMarkupHandler handler)	Parse a document using the specified IMarkupHandler.
void	MarkupParser.parse(char[] document, int offset, int len, IMarkupHandler handler)
void	MarkupParser.parse(char[] document, IMarkupHandler handler)
void	MarkupParser.parse(Reader reader, IMarkupHandler handler)
void	MarkupParser.parse(String document, IMarkupHandler handler)
static void	ParsingAttributeSequenceUtil.parseAttributeSequence(char[] buffer, int offset, int len, int line, int col, IAttributeSequenceHandler handler)
private void	MarkupParser.parseBuffer(char[] buffer, int offset, int len, IMarkupHandler handler, ParseStatus status)
static void	ParsingCDATASectionMarkupUtil.parseCDATASection(char[] buffer, int offset, int len, int line, int col, ICDATASectionHandler handler)
static void	ParsingElementMarkupUtil.parseCloseElement(char[] buffer, int offset, int len, int line, int col, IMarkupHandler markupHandler)
static void	ParsingCommentMarkupUtil.parseComment(char[] buffer, int offset, int len, int line, int col, ICommentHandler handler)
static void	ParsingDocTypeMarkupUtil.parseDocType(char[] buffer, int offset, int len, int line, int col, IDocTypeHandler handler)
(package private) void	MarkupParser.parseDocument(char[] buffer, int offset, int len, IMarkupHandler handler, ParseStatus status)
(package private) void	MarkupParser.parseDocument(Reader reader, int suggestedBufferSize, IMarkupHandler handler, ParseStatus status)
static void	ParsingElementMarkupUtil.parseOpenElement(char[] buffer, int offset, int len, int line, int col, IMarkupHandler markupHandler)
static void	ParsingProcessingInstructionUtil.parseProcessingInstruction(char[] buffer, int offset, int len, int line, int col, IProcessingInstructionHandler handler)
static void	ParsingElementMarkupUtil.parseStandaloneElement(char[] buffer, int offset, int len, int line, int col, IMarkupHandler markupHandler)
static void	ParsingXmlDeclarationMarkupUtil.parseXmlDeclaration(char[] buffer, int offset, int len, int line, int col, IXMLDeclarationHandler handler)

Uses of ParseException in org.attoparser.dom

Methods in org.attoparser.dom that throw ParseException

Modifier and Type	Method	Description
void	DOMBuilderMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	DOMBuilderMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	DOMBuilderMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	DOMBuilderMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	DOMBuilderMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	DOMBuilderMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	DOMBuilderMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	DOMBuilderMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	DOMBuilderMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	DOMBuilderMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	DOMBuilderMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	DOMBuilderMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int offset, int len, int line, int col)
void	DOMBuilderMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DOMBuilderMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
Document	DOMMarkupParser.parse(char[] document)
Document	DOMMarkupParser.parse(char[] document, int offset, int len)
Document	DOMMarkupParser.parse(Reader reader)
Document	DOMMarkupParser.parse(String document)
Document	DOMMarkupParser.parse(String documentName, char[] document)
Document	DOMMarkupParser.parse(String documentName, char[] document, int offset, int len)
Document	DOMMarkupParser.parse(String documentName, Reader reader)
Document	DOMMarkupParser.parse(String documentName, String document)
Document	IDOMMarkupParser.parse(char[] document)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(char[] document, int offset, int len)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(Reader reader)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(String document)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(String documentName, char[] document)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(String documentName, char[] document, int offset, int len)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(String documentName, Reader reader)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.
Document	IDOMMarkupParser.parse(String documentName, String document)	Parse a document and convert it into a DOM tree, using the classes at the org.attoparser.dom package.

Uses of ParseException in org.attoparser.duplicate

Methods in org.attoparser.duplicate that throw ParseException

Modifier and Type	Method	Description
void	DuplicateMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	DuplicateMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	DuplicateMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	DuplicateMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	DuplicateMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	DuplicateMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	DuplicateMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	DuplicateMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	DuplicateMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	DuplicateMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	DuplicateMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	DuplicateMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	DuplicateMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)

Uses of ParseException in org.attoparser.minimize

Methods in org.attoparser.minimize that throw ParseException

Modifier and Type	Method	Description
private void	MinimizeHtmlMarkupHandler.flushPendingInterBlockElementWhiteSpace(boolean ignore)
void	MinimizeHtmlMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	MinimizeHtmlMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	MinimizeHtmlMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	MinimizeHtmlMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	MinimizeHtmlMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	MinimizeHtmlMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	MinimizeHtmlMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	MinimizeHtmlMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	MinimizeHtmlMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	MinimizeHtmlMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)

Uses of ParseException in org.attoparser.output

Methods in org.attoparser.output that throw ParseException

Modifier and Type	Method	Description
void	OutputMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	OutputMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleAutoCloseElementStart(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleAutoOpenElementStart(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	OutputMarkupHandler.handleCloseElementEnd(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleCloseElementStart(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	OutputMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	OutputMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleOpenElementEnd(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleOpenElementStart(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	OutputMarkupHandler.handleStandaloneElementEnd(char[] buffer, int offset, int len, boolean minimized, int line, int col)
void	OutputMarkupHandler.handleStandaloneElementStart(char[] buffer, int offset, int len, boolean minimized, int line, int col)
void	OutputMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	TextOutputMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int offset, int len, int line, int col)
void	OutputMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)

Uses of ParseException in org.attoparser.prettyhtml

Methods in org.attoparser.prettyhtml that throw ParseException

Modifier and Type	Method	Description
void	PrettyHtmlMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	PrettyHtmlMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	PrettyHtmlMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	PrettyHtmlMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	PrettyHtmlMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	PrettyHtmlMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	PrettyHtmlMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	PrettyHtmlMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	PrettyHtmlMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	PrettyHtmlMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)

Uses of ParseException in org.attoparser.select

Methods in org.attoparser.select that throw ParseException

Modifier and Type	Method	Description
(package private) void	SelectorElementBuffer.flushBuffer(IMarkupHandler handler, boolean autoOpen)
void	AttributeSelectionMarkingMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	BlockSelectorMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	NodeSelectorMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	BlockSelectorMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	NodeSelectorMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	BlockSelectorMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	NodeSelectorMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	BlockSelectorMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	NodeSelectorMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	BlockSelectorMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	NodeSelectorMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	BlockSelectorMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	NodeSelectorMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	AttributeSelectionMarkingMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	BlockSelectorMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	NodeSelectorMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	AttributeSelectionMarkingMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	NodeSelectorMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	AttributeSelectionMarkingMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	BlockSelectorMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	NodeSelectorMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	BlockSelectorMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	NodeSelectorMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	BlockSelectorMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	NodeSelectorMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	BlockSelectorMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	NodeSelectorMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	BlockSelectorMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
void	NodeSelectorMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)

Uses of ParseException in org.attoparser.simple

Methods in org.attoparser.simple that throw ParseException

Modifier and Type	Method	Description
void	SimplifierMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	AbstractSimpleMarkupHandler.handleAutoCloseElement(String elementName, int line, int col)
void	ISimpleMarkupHandler.handleAutoCloseElement(String elementName, int line, int col)	Called when a close element (a close tag) is needed in order to correctly balance the markup.
void	SimplifierMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	SimplifierMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleAutoOpenElement(String elementName, Map<String,String> attributes, int line, int col)
void	ISimpleMarkupHandler.handleAutoOpenElement(String elementName, Map<String,String> attributes, int line, int col)	Called when an element (an open tag) is automatically added in order to shape markup according to the spec (made for HTML parsing).
void	SimplifierMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	SimplifierMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleCDATASection(char[] buffer, int offset, int len, int line, int col)
void	ISimpleMarkupHandler.handleCDATASection(char[] buffer, int offset, int len, int line, int col)	Called when a CDATA section is found.
void	SimplifierMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleCloseElement(String elementName, int line, int col)
void	ISimpleMarkupHandler.handleCloseElement(String elementName, int line, int col)	Called when a close element (a close tag) is found.
void	SimplifierMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	SimplifierMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleComment(char[] buffer, int offset, int len, int line, int col)
void	ISimpleMarkupHandler.handleComment(char[] buffer, int offset, int len, int line, int col)	Called when a comment is found.
void	SimplifierMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleDocType(String elementName, String publicId, String systemId, String internalSubset, int line, int col)
void	ISimpleMarkupHandler.handleDocType(String elementName, String publicId, String systemId, String internalSubset, int line, int col)	Called when a DOCTYPE clause is found.
void	SimplifierMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	AbstractSimpleMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	ISimpleMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)	Called at the end of document parsing.
void	SimplifierMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	AbstractSimpleMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	ISimpleMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)	Called at the beginning of document parsing.
void	SimplifierMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	SimplifierMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	AbstractSimpleMarkupHandler.handleOpenElement(String elementName, Map<String,String> attributes, int line, int col)
void	ISimpleMarkupHandler.handleOpenElement(String elementName, Map<String,String> attributes, int line, int col)	Called when an open element (an open tag) is found.
void	SimplifierMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	SimplifierMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleProcessingInstruction(String target, String content, int line, int col)
void	ISimpleMarkupHandler.handleProcessingInstruction(String target, String content, int line, int col)	Called when a Processing Instruction is found.
void	SimplifierMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleStandaloneElement(String elementName, Map<String,String> attributes, boolean minimized, int line, int col)
void	ISimpleMarkupHandler.handleStandaloneElement(String elementName, Map<String,String> attributes, boolean minimized, int line, int col)	Called when a standalone element (an element with no closing tag) is found.
void	SimplifierMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	SimplifierMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	AbstractSimpleMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	ISimpleMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)	Called when a text artifact is found.
void	SimplifierMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	AbstractSimpleMarkupHandler.handleUnmatchedCloseElement(String elementName, int line, int col)
void	ISimpleMarkupHandler.handleUnmatchedCloseElement(String elementName, int line, int col)	Called when a close element (a close tag) appears without a corresponding open element.
void	SimplifierMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	SimplifierMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	AbstractSimpleMarkupHandler.handleXmlDeclaration(String version, String encoding, String standalone, int line, int col)
void	ISimpleMarkupHandler.handleXmlDeclaration(String version, String encoding, String standalone, int line, int col)	Called when an XML Declaration is found.
void	SimplifierMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)
void	ISimpleMarkupParser.parse(char[] document, int offset, int len, ISimpleMarkupHandler handler)	Parse a document using the specified ISimpleMarkupHandler.
void	ISimpleMarkupParser.parse(char[] document, ISimpleMarkupHandler handler)	Parse a document using the specified ISimpleMarkupHandler.
void	ISimpleMarkupParser.parse(Reader reader, ISimpleMarkupHandler handler)	Parse a document using the specified ISimpleMarkupHandler.
void	ISimpleMarkupParser.parse(String document, ISimpleMarkupHandler handler)	Parse a document using the specified ISimpleMarkupHandler.
void	SimpleMarkupParser.parse(char[] document, int offset, int len, ISimpleMarkupHandler handler)
void	SimpleMarkupParser.parse(char[] document, ISimpleMarkupHandler handler)
void	SimpleMarkupParser.parse(Reader reader, ISimpleMarkupHandler handler)
void	SimpleMarkupParser.parse(String document, ISimpleMarkupHandler handler)

Uses of ParseException in org.attoparser.trace

Methods in org.attoparser.trace that throw ParseException

Modifier and Type	Method	Description
void	TraceBuilderMarkupHandler.handleAttribute(char[] buffer, int nameOffset, int nameLen, int nameLine, int nameCol, int operatorOffset, int operatorLen, int operatorLine, int operatorCol, int valueContentOffset, int valueContentLen, int valueOuterOffset, int valueOuterLen, int valueLine, int valueCol)
void	TraceBuilderMarkupHandler.handleAutoCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleAutoCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleAutoOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleAutoOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleCDATASection(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	TraceBuilderMarkupHandler.handleCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleComment(char[] buffer, int contentOffset, int contentLen, int outerOffset, int outerLen, int line, int col)
void	TraceBuilderMarkupHandler.handleDocType(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int elementNameOffset, int elementNameLen, int elementNameLine, int elementNameCol, int typeOffset, int typeLen, int typeLine, int typeCol, int publicIdOffset, int publicIdLen, int publicIdLine, int publicIdCol, int systemIdOffset, int systemIdLen, int systemIdLine, int systemIdCol, int internalSubsetOffset, int internalSubsetLen, int internalSubsetLine, int internalSubsetCol, int outerOffset, int outerLen, int outerLine, int outerCol)
void	TraceBuilderMarkupHandler.handleDocumentEnd(long endTimeNanos, long totalTimeNanos, int line, int col)
void	TraceBuilderMarkupHandler.handleDocumentStart(long startTimeNanos, int line, int col)
void	TraceBuilderMarkupHandler.handleInnerWhiteSpace(char[] buffer, int offset, int len, int line, int col)
void	TraceBuilderMarkupHandler.handleOpenElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleOpenElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleProcessingInstruction(char[] buffer, int targetOffset, int targetLen, int targetLine, int targetCol, int contentOffset, int contentLen, int contentLine, int contentCol, int outerOffset, int outerLen, int line, int col)
void	TraceBuilderMarkupHandler.handleStandaloneElementEnd(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	TraceBuilderMarkupHandler.handleStandaloneElementStart(char[] buffer, int nameOffset, int nameLen, boolean minimized, int line, int col)
void	TraceBuilderMarkupHandler.handleText(char[] buffer, int offset, int len, int line, int col)
void	TraceBuilderMarkupHandler.handleUnmatchedCloseElementEnd(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleUnmatchedCloseElementStart(char[] buffer, int nameOffset, int nameLen, int line, int col)
void	TraceBuilderMarkupHandler.handleXmlDeclaration(char[] buffer, int keywordOffset, int keywordLen, int keywordLine, int keywordCol, int versionOffset, int versionLen, int versionLine, int versionCol, int encodingOffset, int encodingLen, int encodingLine, int encodingCol, int standaloneOffset, int standaloneLen, int standaloneLine, int standaloneCol, int outerOffset, int outerLen, int line, int col)