Eclipse Platform
Release 3.0

Uses of Class
org.eclipse.jface.text.BadLocationException

Packages that use BadLocationException
org.eclipse.jface.text Provides a framework for creating and manipulating text documents. 
org.eclipse.jface.text.link Application programming interfaces for interaction with the Eclipse Java User Interface text support.  
org.eclipse.jface.text.projection This package provides an implementation of projection documents.  
org.eclipse.jface.text.rules Provides a framework for rule based text scanning and uses the framework to provide rule-driven default implementations of IPresentationDamager, IPresentationRepairer and IDocumentPartitioner.  
org.eclipse.jface.text.source Provides a support for managing annotations attached to a document. 
org.eclipse.jface.text.source.projection   
org.eclipse.jface.text.templates Application programming interfaces for interaction with the Eclipse Java User Interface text support.  
org.eclipse.text.edits   
 

Uses of BadLocationException in org.eclipse.jface.text
 

Methods in org.eclipse.jface.text that throw BadLocationException
 IRegion IDocumentInformationMappingExtension.toExactImageRegion(IRegion originRegion)
          Adheres to originRegion=toOriginRegion(toExactImageRegion(originRegion)), if toExactImageRegion(originRegion) !
 IRegion[] IDocumentInformationMappingExtension.toExactImageRegions(IRegion originRegion)
          Returns the segments of the image document that exactly correspond to the given region of the original document.
 IRegion[] IDocumentInformationMappingExtension.toExactOriginRegions(IRegion imageRegion)
          Returns the fragments of the original document that exactly correspond to the given region of the image document.
 IRegion[] IDocumentInformationMappingExtension.getExactCoverage(IRegion originRegion)
          Returns the maximal sub-regions of the given origin region which are completely covered.
 char IDocument.getChar(int offset)
          Returns the character at the given document offset in this document.
 String IDocument.get(int offset, int length)
          Returns this document's text for the specified range.
 void IDocument.replace(int offset, int length, String text)
          Substitutes the given text for the specified document range.
 void IDocument.addPosition(Position position)
          Adds the position to the document's default position category.
 void IDocument.addPosition(String category, Position position)
          Adds the position to the specified position category of the document.
 int IDocument.computeIndexInCategory(String category, int offset)
          Computes the index at which a Position with the specified offset would be inserted into the given category.
 String IDocument.getContentType(int offset)
          Returns the type of the document partition containing the given offset.
 ITypedRegion IDocument.getPartition(int offset)
          Returns the document partition in which the position is located.
 ITypedRegion[] IDocument.computePartitioning(int offset, int length)
          Computes the partitioning of the given document range using the document's partitioner.
 int IDocument.getLineLength(int line)
          Returns the length of the given line including the line's delimiter.
 int IDocument.getLineOfOffset(int offset)
          Returns the number of the line at which the character of the specified position is located.
 int IDocument.getLineOffset(int line)
          Determines the offset of the first character of the given line.
 IRegion IDocument.getLineInformation(int line)
          Returns a description of the specified line.
 IRegion IDocument.getLineInformationOfOffset(int offset)
          Returns a description of the line at the given offset.
 int IDocument.getNumberOfLines(int offset, int length)
          Returns the number of lines which are occupied by a given text range.
 String IDocument.getLineDelimiter(int line)
          Returns the line delimiter of that line or null if the line is not closed with a line delimiter.
 int IDocument.search(int startOffset, String findString, boolean forwardSearch, boolean caseSensitive, boolean wholeWord)
          Deprecated. as of 3.0 search is provided by FindReplaceDocumentAdapter
 String ILineTracker.getLineDelimiter(int line)
          Returns the line delimiter of the specified line.
 int ILineTracker.getNumberOfLines(int offset, int length)
          Returns the number of lines which are occupied by a given text range.
 int ILineTracker.getLineOffset(int line)
          Returns the position of the first character of the specified line.
 int ILineTracker.getLineLength(int line)
          Returns length of the specified line including the line's delimiter.
 int ILineTracker.getLineNumberOfOffset(int offset)
          Returns the line number the character at the given offset belongs to.
 IRegion ILineTracker.getLineInformationOfOffset(int offset)
          Returns a line description of the line at the given offset.
 IRegion ILineTracker.getLineInformation(int line)
          Returns a line description of the given line.
 void ILineTracker.replace(int offset, int length, String text)
          Informs the line tracker about the specified change in the tracked text.
static DocumentEvent TextUtilities.mergeUnprocessedDocumentEvents(IDocument unprocessedDocument, List documentEvents)
          Returns a document event which is an accumulation of a list of document events, null if the list of documentEvents is empty.
static DocumentEvent TextUtilities.mergeProcessedDocumentEvents(List documentEvents)
          Returns a document event which is an accumulation of a list of document events, null if the list of document events is empty.
static String TextUtilities.getContentType(IDocument document, String partitioning, int offset, boolean preferOpenPartitions)
          Returns the content type at the given offset of the given document.
static ITypedRegion TextUtilities.getPartition(IDocument document, String partitioning, int offset, boolean preferOpenPartitions)
          Returns the partition of the given offset of the given document.
static ITypedRegion[] TextUtilities.computePartitioning(IDocument document, String partitioning, int offset, int length, boolean includeZeroLengthPartitions)
          Computes and returns the partitioning for the given region of the given document for the given partitioning name.
 IRegion FindReplaceDocumentAdapter.find(int startOffset, String findString, boolean forwardSearch, boolean caseSensitive, boolean wholeWord, boolean regExSearch)
          Returns the location of a given string in this adapter's document based on a set of search criteria.
 IRegion FindReplaceDocumentAdapter.replace(String text, boolean regExReplace)
          Substitutes the previous match with the given text.
 int IDocumentInformationMapping.toOriginOffset(int imageOffset)
          Returns the offset in the original document that corresponds to the given offset in the image document or -1 if there is no such offset
 IRegion IDocumentInformationMapping.toOriginRegion(IRegion imageRegion)
          Returns the minimal region of the original document that completely comprises the given region of the image document or null if there is no such region.
 IRegion IDocumentInformationMapping.toOriginLines(int imageLine)
          Returns the range of lines of the original document that corresponds to the given line of the image document or null if there are no such lines.
 int IDocumentInformationMapping.toOriginLine(int imageLine)
          Returns the line of the original document that corresponds to the given line of the image document or -1 if there is no such line.
 int IDocumentInformationMapping.toImageOffset(int originOffset)
          Returns the offset in the image document that corresponds to the given offset in the original document or -1 if there is no such offset
 IRegion IDocumentInformationMapping.toImageRegion(IRegion originRegion)
          Returns the minimal region of the image document that completely comprises the given region of the original document or null if there is no such region.
 int IDocumentInformationMapping.toImageLine(int originLine)
          Returns the line of the image document that corresponds to the given line of the original document or -1 if there is no such line.
 int IDocumentInformationMapping.toClosestImageLine(int originLine)
          Returns the line of the image document whose corresponding line in the original document is closest to the given line in the original document.
 int AbstractLineTracker.getLineLength(int line)
           
 int AbstractLineTracker.getLineNumberOfOffset(int position)
           
 IRegion AbstractLineTracker.getLineInformationOfOffset(int position)
           
 IRegion AbstractLineTracker.getLineInformation(int line)
           
 int AbstractLineTracker.getLineOffset(int line)
           
 int AbstractLineTracker.getNumberOfLines(int position, int length)
           
 void AbstractLineTracker.replace(int position, int length, String text)
           
 String AbstractLineTracker.getLineDelimiter(int line)
           
 String IDocumentExtension3.getContentType(String partitioning, int offset, boolean preferOpenPartitions)
          Returns the type of the document partition containing the given offset for the given partitioning.
 ITypedRegion IDocumentExtension3.getPartition(String partitioning, int offset, boolean preferOpenPartitions)
          Returns the document partition of the given partitioning in which the given offset is located.
 ITypedRegion[] IDocumentExtension3.computePartitioning(String partitioning, int offset, int length, boolean includeZeroLengthPartitions)
          Computes the partitioning of the given document range based on the given partitioning type.
 void AbstractDocument.addPosition(String category, Position position)
           
 void AbstractDocument.addPosition(Position position)
           
 int AbstractDocument.computeIndexInCategory(String category, int offset)
           
 char AbstractDocument.getChar(int pos)
           
 String AbstractDocument.getContentType(int offset)
           
 String AbstractDocument.getLineDelimiter(int line)
           
 int AbstractDocument.getLineLength(int line)
           
 int AbstractDocument.getLineOfOffset(int pos)
           
 int AbstractDocument.getLineOffset(int line)
           
 IRegion AbstractDocument.getLineInformation(int line)
           
 IRegion AbstractDocument.getLineInformationOfOffset(int offset)
           
 int AbstractDocument.getNumberOfLines(int offset, int length)
           
 ITypedRegion AbstractDocument.getPartition(int offset)
           
 ITypedRegion[] AbstractDocument.computePartitioning(int offset, int length)
           
 String AbstractDocument.get(int pos, int length)
           
 void AbstractDocument.replace(int pos, int length, String text)
           
 int AbstractDocument.search(int startPosition, String findString, boolean forwardSearch, boolean caseSensitive, boolean wholeWord)
           
 ITypedRegion[] AbstractDocument.computePartitioning(String partitioning, int offset, int length, boolean includeZeroLengthPartitions)
           
 String AbstractDocument.getContentType(String partitioning, int offset, boolean preferOpenPartitions)
           
 ITypedRegion AbstractDocument.getPartition(String partitioning, int offset, boolean preferOpenPartitions)
           
 void DocumentCommand.addCommand(int offset, int length, String text, IDocumentListener owner)
          Adds an additional replace command.
protected  boolean TextViewer.updateVisibleDocument(IDocument visibleDocument, int visibleRegionOffset, int visibleRegionLength)
          Deprecated. use updateSlaveDocument instead
protected  boolean TextViewer.updateSlaveDocument(IDocument slaveDocument, int modelRangeOffset, int modelRangeLength)
          Updates the given slave document to show the specified range of its master document.
protected  int DefaultAutoIndentStrategy.findEndOfWhiteSpace(IDocument document, int offset, int end)
          Returns the first offset greater than offset and smaller than end whose character is not a space or tab character.
 

Uses of BadLocationException in org.eclipse.jface.text.link
 

Methods in org.eclipse.jface.text.link that throw BadLocationException
 void LinkedModeModel.addGroup(LinkedPositionGroup group)
          Adds a position group to this LinkedModeModel.
 void LinkedModeModel.forceInstall()
          Installs this model, which includes registering as document listener on all involved documents and storing global information about this model.
 boolean LinkedModeModel.tryInstall()
          Installs this model, which includes registering as document listener on all involved documents and storing global information about this model.
 void LinkedPositionGroup.addPosition(LinkedPosition position)
          Adds a position to this group.
 String LinkedPosition.getContent()
          Returns the content of this position on the referenced document.
 void LinkedModeUI.setExitPosition(LinkedModeUI.LinkedModeUITarget target, int offset, int length, int sequence)
          Sets the exit position to move the caret to when linked mode mode is exited.
 void LinkedModeUI.setExitPosition(ITextViewer viewer, int offset, int length, int sequence)
          Sets the exit position to move the caret to when linked mode is exited.
 

Uses of BadLocationException in org.eclipse.jface.text.projection
 

Methods in org.eclipse.jface.text.projection that throw BadLocationException
 IRegion[] ProjectionDocument.computeUnprojectedMasterRegions(int offsetInMaster, int lengthInMaster)
          Returns the sequence of all master document regions with are contained in the given master document range and which are not yet part of this projection document.
 void ProjectionDocument.addMasterDocumentRange(int offsetInMaster, int lengthInMaster)
          Ensures that the given range of the master document is part of this projection document.
 void ProjectionDocument.removeMasterDocumentRange(int offsetInMaster, int lengthInMaster)
          Ensures that the given range of the master document is not part of this projection document.
 IRegion[] ProjectionDocument.computeProjectedMasterRegions(int offsetInMaster, int lengthInMaster)
          Returns the sequence of all master document regions with are contained in the given master document range and which are part of this projection document.
 void ProjectionDocument.replace(int offset, int length, String text)
           
protected  boolean ProjectionDocument.adaptProjectionToMasterChange(DocumentEvent masterEvent)
          Ensures that when the master event effects this projection document, that the whole region described by the event is part of this projection document.
 void ProjectionDocument.replaceMasterDocumentRanges(int offsetInMaster, int lengthInMaster)
          Replaces all master document ranges with the given master document range.
 int ProjectionMapping.toOriginOffset(int imageOffset)
           
 IRegion ProjectionMapping.toOriginRegion(IRegion imageRegion)
           
 IRegion ProjectionMapping.toOriginLines(int imageLine)
           
 int ProjectionMapping.toOriginLine(int imageLine)
           
 int ProjectionMapping.toImageOffset(int originOffset)
           
 IRegion ProjectionMapping.toExactImageRegion(IRegion originRegion)
           
 IRegion ProjectionMapping.toImageRegion(IRegion originRegion)
           
 int ProjectionMapping.toImageLine(int originLine)
           
 int ProjectionMapping.toClosestImageLine(int originLine)
           
 IRegion[] ProjectionMapping.toExactOriginRegions(IRegion imageRegion)
           
 IRegion[] ProjectionMapping.toExactImageRegions(IRegion originRegion)
           
 IRegion[] ProjectionMapping.getExactCoverage(IRegion originRegion)
           
 void ChildDocument.setParentDocumentRange(int offset, int length)
          Sets the parent document range covered by this child document to the given range.
 

Uses of BadLocationException in org.eclipse.jface.text.rules
 

Methods in org.eclipse.jface.text.rules that throw BadLocationException
protected  int DefaultDamagerRepairer.endOfLineOf(int offset)
          Returns the end offset of the line that contains the specified offset or if the offset is inside a line delimiter, the end offset of the next line.
 

Uses of BadLocationException in org.eclipse.jface.text.source
 

Methods in org.eclipse.jface.text.source that throw BadLocationException
protected  void AnnotationModel.replaceAnnotations(Annotation[] annotationsToRemove, Map annotationsToAdd, boolean fireModelChanged)
          Replaces the given annotations in this model and if advised fires a model change event.
protected  void AnnotationModel.addAnnotation(Annotation annotation, Position position, boolean fireModelChanged)
          Adds the given annotation to this model.
protected  void AnnotationModel.addPosition(IDocument document, Position position)
          Adds the given position to the default position category of the given document.
 void ILineDiffer.revertLine(int line)
          Reverts a single changed line to its original state, not touching any lines that are deleted at its borders.
 void ILineDiffer.revertBlock(int line)
          Reverts a block of modified / added lines to their original state, including any deleted lines inside the block or at its borders.
 void ILineDiffer.revertSelection(int line, int nLines)
          Reverts a range of lines to their original state, including any deleted lines inside the block or at its borders.
 int ILineDiffer.restoreAfterLine(int line)
          Restores the deleted lines after line.
 

Uses of BadLocationException in org.eclipse.jface.text.source.projection
 

Methods in org.eclipse.jface.text.source.projection that throw BadLocationException
protected  boolean ProjectionViewer.updateSlaveDocument(IDocument slaveDocument, int modelRangeOffset, int modelRangeLength)
           
 void ProjectionViewer.reinitializeProjection()
          Forces this viewer to throw away any old state and to initialize its content from its projection annotation model.
 

Uses of BadLocationException in org.eclipse.jface.text.templates
 

Methods in org.eclipse.jface.text.templates that throw BadLocationException
 TemplateBuffer DocumentTemplateContext.evaluate(Template template)
           
abstract  TemplateBuffer TemplateContext.evaluate(Template template)
          Evaluates the template in this context and returns a template buffer.
 void TemplateContextType.resolve(TemplateBuffer buffer, TemplateContext context)
          Resolves the variables in buffer within context and edits the template buffer to reflect the resolved variables.
 

Uses of BadLocationException in org.eclipse.text.edits
 

Methods in org.eclipse.text.edits that throw BadLocationException
 UndoEdit TextEditProcessor.performEdits()
          Executes the text edits.
 UndoEdit TextEdit.apply(IDocument document, int style)
          Applies the edit tree rooted by this edit to the given document.
 UndoEdit TextEdit.apply(IDocument document)
          Applies the edit tree rooted by this edit to the given document.
 


Eclipse Platform
Release 3.0

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