Uses of Class
org.eclipse.core.runtime.CoreException

Packages that use CoreException

Package	Description
org.eclipse.ant.core	Provides support for running the Ant build tool in the platform.
org.eclipse.compare	Provides support for performing structural and textual compare operations on arbitrary data and displaying the results.
org.eclipse.compare.contentmergeviewer	Support for compare and merge viewers which show the content side-by-side.
org.eclipse.compare.internal
org.eclipse.compare.patch	Provides support for applying and working with patches.
org.eclipse.compare.structuremergeviewer	Provides support for finding and displaying the differences between hierarchically structured data.
org.eclipse.core.expressions	Application programming interfaces for the expression language.
org.eclipse.core.filebuffers	Provides the API for accessing file buffers.
org.eclipse.core.filebuffers.manipulation	Provides the API for manipulating file buffers.
org.eclipse.core.filesystem	Provides an interface for interacting with a file system.
org.eclipse.core.filesystem.provider	Provides an API to be extended by a file system implementation.
org.eclipse.core.net.proxy	Provides support for the management of platform level proxy settings.
org.eclipse.core.resources	Provides basic support for managing a workspace and its resources.
org.eclipse.core.resources.filtermatchers	Provides APIs intended to be implemented by the resource filter matchers.
org.eclipse.core.resources.mapping	Provides APIs for integrating application models with the workspace
org.eclipse.core.resources.undo.snapshot
org.eclipse.core.runtime	Provides support for the runtime platform, core utility methods and the extension registry.
org.eclipse.core.runtime.content	Provides core support for content types.
org.eclipse.core.runtime.preferences	Provides core support for Eclipse preferences.
org.eclipse.core.runtime.spi	Extension registry infrastructure for service providers
org.eclipse.core.variables	Provides support for defining and contributing variables for the purpose of string substitution.
org.eclipse.debug.core	Provides support for launching programs, breakpoint management, expression management, and debug events.
org.eclipse.debug.core.commands	Provides a set of interfaces for common debug commands.
org.eclipse.debug.core.model	Defines interfaces for debug model elements, source lookup, and launching.
org.eclipse.debug.core.sourcelookup	Provides support for source lookup.
org.eclipse.debug.core.sourcelookup.containers	Provides implementations of common source containers supporting source lookup.
org.eclipse.debug.ui	Provides a generic debugger user interface that clients may customize via standard workbench extension points.
org.eclipse.debug.ui.actions	Provides a set of actions related to running and debugging applications.
org.eclipse.debug.ui.memory	Provides classes and interfaces to render memory blocks in the memory view.
org.eclipse.debug.ui.sourcelookup	Provides a user interface for debug platform source lookup facilities.
org.eclipse.e4.core.commands
org.eclipse.equinox.p2.core	Provides core support for interacting with a p2-based provisioning system
org.eclipse.help.search	Provides the ability to add participants to help search and is responsible for creating search indices.
org.eclipse.help.server	Provides the ability to specify the web server to be used by the help system.
org.eclipse.help.ui.browser	Provides an implementation of IWorkbenchWindowActionDelegate for opening a URL in a browser.
org.eclipse.ltk.core.refactoring	Application programmer interface to implement semantic preserving workspace transformations.
org.eclipse.ltk.core.refactoring.history	Application programming interface to query refactoring history information from the refactoring infrastructure.
org.eclipse.ltk.core.refactoring.model	Application programming interface to support logical models.
org.eclipse.ltk.core.refactoring.participants	Application programming interface to participant in existing rename, move and delete refactorings if the refactoring provider supports participation.
org.eclipse.ltk.core.refactoring.resource	Application programmer interface to implement resource dependend refactorings.
org.eclipse.ltk.ui.refactoring	Application programming interface to implement a wizard based user interface for refactorings.
org.eclipse.ltk.ui.refactoring.history	Application programming interface to display and preview refactoring history information.
org.eclipse.ltk.ui.refactoring.model	Application programming interface to provide model integration for refactoring histories.
org.eclipse.search.core.text	Classes giving access to the file (text) search functionality.
org.eclipse.search.ui.text	Provides the base classes to implement a search result view part for searches with textual matches.
org.eclipse.team.core	Application programming interfaces for defining and working with repository providers.
org.eclipse.team.core.history	Application programming interfaces for describing the history associated with files.
org.eclipse.team.core.importing.provisional	Application programming interfaces for importing projects into the workspace.
org.eclipse.team.core.mapping	Application programming interfaces for working with resource mappings.
org.eclipse.team.core.mapping.provider	Application programming interfaces for working with resource mappings.
org.eclipse.team.core.subscribers	Application programming interfaces for generating and refreshing synchronization state.
org.eclipse.team.ui	Provides basic support for managing Team providers.
org.eclipse.team.ui.history	Application programming interfaces for working with history.
org.eclipse.team.ui.mapping	Application programming interfaces for working with resource mappings.
org.eclipse.team.ui.synchronize	Contains the team synchronization presentation framework and support for the Synchronize View.
org.eclipse.ui	Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface.
org.eclipse.ui.actions	Classes for actions and operations used in a workbench window, page, or part in the Eclipse Platform User Interface.
org.eclipse.ui.cheatsheets	Provides support for working with cheat sheets.
org.eclipse.ui.dialogs	Classes for standard dialogs, wizards, and preference pages in the Eclipse Platform User Interface.
org.eclipse.ui.editors.text	Provides a standard text editor and concrete document providers based IFileBuffer and others directly handling IFile and IStorage as editor input.
org.eclipse.ui.ide	APIs for the IDE-specific portion of the Eclipse Platform User Interface.
org.eclipse.ui.ide.undo	APIs that provide undo and redo behavior for operations that manipulate the workspace.
org.eclipse.ui.internal
org.eclipse.ui.intro.universal	Provides a mechanism to add a preference page to customize welcome.
org.eclipse.ui.menus	Provides the public API and default implementation for contributing menu and toolbars to the menu service.
org.eclipse.ui.part	Classes for the creation of workbench parts that integrate with the Eclipse Platform User Interface.
org.eclipse.ui.plugin	Class hierarchies for plug-ins that integrate with the Eclipse Platform UI.
org.eclipse.ui.statushandlers	Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface.
org.eclipse.ui.texteditor	Provides a framework for text editors obeying to the desktop rules.
org.eclipse.ui.texteditor.quickdiff	Provides interfaces to for the org.eclipse.ui.editors.quickDiffReferenceProvider extension point and adds an action to enable quick diff display for an editor.
org.eclipse.ui.texteditor.rulers	Provides interfaces and classes for the org.eclipse.ui.workbench.texteditor.rulerColumns.
org.eclipse.ui.texteditor.spelling	Partial infrastructure for spell checking in text editors.
org.eclipse.ui.themes	Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface.
org.eclipse.ui.views	Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface.
org.eclipse.ui.views.markers	Utility classes for working with markers in views
org.eclipse.ui.wizards	Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface wizard support.

Uses of CoreException in org.eclipse.ant.core

Methods in org.eclipse.ant.core that throw CoreException

Modifier and Type	Method	Description
TargetInfo[]	AntRunner.getAvailableTargets()	Returns the buildfile target information.
protected void	AntRunner.handleInvocationTargetException(Object runner, Class<?> classInternalAntRunner, InvocationTargetException e)
protected void	AntRunner.problemLoadingClass(Throwable e)
void	AntRunner.run()	Runs the build file.
void	AntRunner.run(IProgressMonitor monitor)	Runs the build file.

Uses of CoreException in org.eclipse.compare

Methods in org.eclipse.compare that throw CoreException

Modifier and Type	Method	Description
void	ISharedDocumentAdapter.connect(IDocumentProvider provider, IEditorInput documentKey)	Connect the given element to its document provider.
void	SharedDocumentAdapter.connect(IDocumentProvider provider, IEditorInput documentKey)
protected abstract InputStream	BufferedContent.createStream()	Creates and returns a stream for reading the contents.
protected InputStream	ResourceNode.createStream()	Returns an open stream if the corresponding resource implements the IStorage interface.
void	ISharedDocumentAdapter.flushDocument(IDocumentProvider provider, IEditorInput documentKey, IDocument document, boolean overwrite)	Flush the contents of the given document into the typed element that provided the document.
String	HistoryItem.getCharset()
String	IEncodedStreamContentAccessor.getCharset()	Returns the name of a charset encoding to be used when decoding this stream accessor's contents into characters.
InputStream	BufferedContent.getContents()
InputStream	HistoryItem.getContents()
InputStream	IStreamContentAccessor.getContents()	Returns an open InputStream for this object which can be used to retrieve the object's content.
InputStream	ResourceNode.getContents()
void	CompareEditorInput.saveChanges(IProgressMonitor monitor)	Saves any unsaved changes.
protected void	SharedDocumentAdapter.saveDocument(IDocumentProvider provider, IEditorInput documentKey, IDocument document, boolean overwrite, IProgressMonitor monitor)	A helper method to save a document.

Uses of CoreException in org.eclipse.compare.contentmergeviewer

Methods in org.eclipse.compare.contentmergeviewer that throw CoreException

Modifier and Type	Method	Description
void	ContentMergeViewer.save(IProgressMonitor monitor)	Deprecated. use IFlushable.flush(IProgressMonitor).

Uses of CoreException in org.eclipse.compare.internal

Methods in org.eclipse.compare.internal with parameters of type CoreException

Modifier and Type	Method	Description
static void	ExceptionHandler.handle(CoreException e, String title, String message)	Handles the given CoreException.
static void	ExceptionHandler.handle(CoreException e, Shell parent, String title, String message)	Handles the given CoreException.
protected void	ExceptionHandler.perform(CoreException e, Shell shell, String title, String message)

Methods in org.eclipse.compare.internal that throw CoreException

Modifier and Type	Method	Description
void	BufferedResourceNode.commit(IProgressMonitor pm)
static String	Utilities.readString(IStreamContentAccessor sa)
static String	Utilities.readString(IStreamContentAccessor sca, String encoding)

Uses of CoreException in org.eclipse.compare.patch

Methods in org.eclipse.compare.patch that throw CoreException

Modifier and Type	Method	Description
abstract Reader	ReaderCreator.createReader()	Creates new reader.
String	IFilePatchResult.getCharset()	Returns the name of a charset encoding to be used when decoding the contents of this result into characters.
String	IHunk.getCharset()	Deprecated. This method can be called before the first attempt to apply the hunk when it is impossible to determine the encoding and in this case it always returns null.
static boolean	ApplyPatchOperation.isPatch(IStorage storage)	Return whether the given storage contains a patch.
static IFilePatch[]	ApplyPatchOperation.parsePatch(IStorage storage)	Parse the given patch and return the set of file patches that it contains.
static IFilePatch2[]	PatchParser.parsePatch(ReaderCreator content)	Parse the given patch and return the set of file patches that it contains.

Uses of CoreException in org.eclipse.compare.structuremergeviewer

Methods in org.eclipse.compare.structuremergeviewer that throw CoreException

Modifier and Type	Method	Description
void	SharedDocumentAdapterWrapper.connect(IDocumentProvider provider, IEditorInput documentKey)
ITypedElement	IStructureCreator2.createElement(Object element, Object input, IProgressMonitor monitor)	Creates the single node specified by path from the given input object.
ITypedElement	StructureCreator.createElement(Object element, Object input, IProgressMonitor monitor)	Default implementation of StructureCreator.createElement(Object, Object, IProgressMonitor) that uses StructureCreator.getPath(Object, Object) to determine the path for the element, StructureCreator.createStructure(Object, IProgressMonitor) to create the structure and StructureCreator.findElement(IStructureComparator, String[]) to find the element in the structure.
IStructureComparator	IStructureCreator2.createStructure(Object input, IProgressMonitor monitor)	Creates a tree structure consisting of IStructureComparators from the given object and returns its root object.
IStructureComparator	StructureCreator.createStructure(Object element, IProgressMonitor monitor)
protected abstract IStructureComparator	StructureCreator.createStructureComparator(Object element, IDocument document, ISharedDocumentAdapter sharedDocumentAdapter, IProgressMonitor monitor)	Creates an IStructureComparator for the given element using the contents available in the given document.
void	SharedDocumentAdapterWrapper.flushDocument(IDocumentProvider provider, IEditorInput documentKey, IDocument document, boolean overwrite)

Uses of CoreException in org.eclipse.core.expressions

Methods in org.eclipse.core.expressions that throw CoreException

Modifier and Type	Method	Description
abstract Expression	ElementHandler.create(ExpressionConverter converter, IConfigurationElement config)	Creates the corresponding expression for the given configuration element.
Expression	ElementHandler.create(ExpressionConverter converter, Element element)	Creates the corresponding expression for the given DOM element.
EvaluationResult	AndExpression.evaluate(IEvaluationContext context)
EvaluationResult	CountExpression.evaluate(IEvaluationContext context)
EvaluationResult	EqualsExpression.evaluate(IEvaluationContext context)
abstract EvaluationResult	Expression.evaluate(IEvaluationContext context)	Evaluates this expression.
EvaluationResult	OrExpression.evaluate(IEvaluationContext context)
EvaluationResult	ReferenceExpression.evaluate(IEvaluationContext context)
EvaluationResult	TestExpression.evaluate(IEvaluationContext context)
EvaluationResult	WithExpression.evaluate(IEvaluationContext context)
protected EvaluationResult	CompositeExpression.evaluateAnd(IEvaluationContext scope)
protected EvaluationResult	CompositeExpression.evaluateOr(IEvaluationContext scope)
IPropertyTester	IPropertyTester.instantiate()	Loads the implementation class for this property tester and returns an instance of this class.
Expression	ExpressionConverter.perform(IConfigurationElement root)	Converts the tree of configuration elements represented by the given root element and returns a corresponding expression tree.
Expression	ExpressionConverter.perform(Element root)	Converts the tree of DOM elements represented by the given root element and returns a corresponding expression tree.
protected void	ElementHandler.processChildren(ExpressionConverter converter, IConfigurationElement element, CompositeExpression expression)	Converts the children of the given configuration element and adds them to the given composite expression.
protected void	ElementHandler.processChildren(ExpressionConverter converter, Element element, CompositeExpression expression)	Converts the children of the given DOM element and adds them to the given composite expression.
Object	IVariableResolver.resolve(String name, Object[] args)	Resolves a variable for the given name and arguments.
Object	EvaluationContext.resolveVariable(String name, Object[] args)
Object	IEvaluationContext.resolveVariable(String name, Object[] args)	Resolves a variable for the given name and arguments.

Constructors in org.eclipse.core.expressions that throw CoreException

Modifier	Constructor	Description
	EqualsExpression(IConfigurationElement element)
	EqualsExpression(Element element)
	ReferenceExpression(IConfigurationElement element)
	ReferenceExpression(Element element)
	TestExpression(IConfigurationElement element)
	TestExpression(Element element)
	WithExpression(IConfigurationElement configElement)
	WithExpression(Element element)

Uses of CoreException in org.eclipse.core.filebuffers

Methods in org.eclipse.core.filebuffers that throw CoreException

Modifier and Type	Method	Description
void	IFileBuffer.commit(IProgressMonitor monitor, boolean overwrite)	Commits this file buffer by changing the contents of the underlying file to the contents of this file buffer.
void	IPersistableAnnotationModel.commit(IDocument document)	Transforms the current transient state of the annotation model into a persistent state.
void	IFileBufferManager.connect(IPath location, LocationKind locationKind, IProgressMonitor monitor)	Connects the file at the given location to this manager.
void	IFileBufferManager.connect(IPath location, IProgressMonitor monitor)	Deprecated. As of 3.3, replaced by IFileBufferManager.connect(IPath, LocationKind, IProgressMonitor)
void	IFileBufferManager.connectFileStore(IFileStore fileStore, IProgressMonitor monitor)	Connects the given file store to this manager.
void	IFileBufferManager.disconnect(IPath location, LocationKind locationKind, IProgressMonitor monitor)	Disconnects the file at the given location from this manager.
void	IFileBufferManager.disconnect(IPath location, IProgressMonitor monitor)	Deprecated. As of 3.3, replaced by IFileBufferManager.disconnect(IPath, LocationKind, IProgressMonitor)
void	IFileBufferManager.disconnectFileStore(IFileStore fileStore, IProgressMonitor monitor)	Disconnects the given file store from this manager.
IContentType	IFileBuffer.getContentType()	Returns the content type of this file buffer or null if none could be determined.
void	IPersistableAnnotationModel.reinitialize(IDocument document)	Forces this annotation model to re-initialize from the persistent state.
void	IFileBuffer.revert(IProgressMonitor monitor)	Reverts the contents of this file buffer to the content of its underlying file.
void	IPersistableAnnotationModel.revert(IDocument document)	Changes the current transient state of the annotation model to match the last persisted state.
void	IFileBuffer.validateState(IProgressMonitor monitor, Object computationContext)	Validates the state of this file buffer and tries to bring the buffer's underlying file into a state in which it can be modified.
void	IFileBufferManager.validateState(IFileBuffer[] fileBuffers, IProgressMonitor monitor, Object computationContext)	Validates the state of the given file buffers and tries to bring the buffer's underlying file into a state in which it can be modified.

Uses of CoreException in org.eclipse.core.filebuffers.manipulation

Methods in org.eclipse.core.filebuffers.manipulation that throw CoreException

Modifier and Type	Method	Description
protected void	FileBufferOperationRunner.commit(IFileBuffer[] fileBuffers, IProgressMonitor progressMonitor)
protected void	GenericFileBufferOperationRunner.commit(IFileBuffer[] fileBuffers, IProgressMonitor progressMonitor)
protected MultiTextEditWithProgress	ConvertLineDelimitersOperation.computeTextEdit(ITextFileBuffer fileBuffer, IProgressMonitor progressMonitor)
protected MultiTextEditWithProgress	RemoveTrailingWhitespaceOperation.computeTextEdit(ITextFileBuffer fileBuffer, IProgressMonitor progressMonitor)
protected abstract MultiTextEditWithProgress	TextFileBufferOperation.computeTextEdit(ITextFileBuffer textFileBuffer, IProgressMonitor progressMonitor)	Computes and returns a text edit.
IContainer	ContainerCreator.createContainer(IProgressMonitor progressMonitor)	Creates this container.
protected void	GenericFileBufferOperationRunner.doCommit(IFileBuffer[] fileBuffers, IProgressMonitor progressMonitor)
void	GenericFileBufferOperationRunner.execute(IPath[] locations, IFileBufferOperation operation, IProgressMonitor monitor)	Executes the given operation for all file buffers specified by the given locations.
void	IFileBufferOperation.run(IFileBuffer fileBuffer, IProgressMonitor monitor)	Runs this operation, that is manipulates the content of the given file buffer.
void	TextFileBufferOperation.run(IFileBuffer fileBuffer, IProgressMonitor progressMonitor)

Uses of CoreException in org.eclipse.core.filesystem

Methods in org.eclipse.core.filesystem that throw CoreException

Modifier and Type	Method	Description
IFileInfo[]	IFileStore.childInfos(int options, IProgressMonitor monitor)	Returns an IFileInfo instance for each file and directory contained within this store.
String[]	IFileStore.childNames(int options, IProgressMonitor monitor)	Returns the names of the files and directories contained within this store.
IFileStore[]	IFileStore.childStores(int options, IProgressMonitor monitor)	Returns an IFileStore instance for each file and directory contained within this store.
void	IFileStore.copy(IFileStore destination, int options, IProgressMonitor monitor)	Copies the file represented by this store to the provided destination store.
void	IFileStore.delete(int options, IProgressMonitor monitor)	Deletes the files and directories represented by this store.
IFileTree	IFileSystem.fetchFileTree(IFileStore root, IProgressMonitor monitor)	Returns a file tree containing information about the complete sub-tree rooted at the given store.
IFileInfo	IFileStore.fetchInfo(int options, IProgressMonitor monitor)	Fetches and returns information about this file from the underlying file system.
static IFileSystem	EFS.getFileSystem(String scheme)	Returns a file system corresponding to the given scheme.
static IFileStore	EFS.getStore(URI uri)	Returns the file store corresponding to the provided URI.
IFileStore	IFileStore.mkdir(int options, IProgressMonitor monitor)	Creates a directory, and optionally its parent directories.
void	IFileStore.move(IFileStore destination, int options, IProgressMonitor monitor)	Moves the file represented by this store to the provided destination store.
InputStream	IFileStore.openInputStream(int options, IProgressMonitor monitor)	Returns an open input stream on the contents of this file.
OutputStream	IFileStore.openOutputStream(int options, IProgressMonitor monitor)	Returns an open output stream on the contents of this file.
void	IFileStore.putInfo(IFileInfo info, int options, IProgressMonitor monitor)	Writes information about this file to the underlying file system.
File	IFileStore.toLocalFile(int options, IProgressMonitor monitor)	Returns a file in the local file system with the same state as this file.

Uses of CoreException in org.eclipse.core.filesystem.provider

Methods in org.eclipse.core.filesystem.provider that throw CoreException

Modifier and Type	Method	Description
IFileInfo[]	FileStore.childInfos(int options, IProgressMonitor monitor)	The default implementation of IFileStore.childInfos(int, IProgressMonitor).
abstract String[]	FileStore.childNames(int options, IProgressMonitor monitor)
IFileStore[]	FileStore.childStores(int options, IProgressMonitor monitor)	The default implementation of IFileStore.childStores(int, IProgressMonitor).
void	FileStore.copy(IFileStore destination, int options, IProgressMonitor monitor)	The default implementation of IFileStore.copy(IFileStore, int, IProgressMonitor).
protected void	FileStore.copyDirectory(IFileInfo sourceInfo, IFileStore destination, int options, IProgressMonitor monitor)	Recursively copies a directory as specified by IFileStore.copy(IFileStore, int, IProgressMonitor).
protected void	FileStore.copyFile(IFileInfo sourceInfo, IFileStore destination, int options, IProgressMonitor monitor)	Copies a file as specified by IFileStore.copy(IFileStore, int, IProgressMonitor).
void	FileStore.delete(int options, IProgressMonitor monitor)	The default implementation of IFileStore.delete(int, IProgressMonitor).
IFileTree	FileSystem.fetchFileTree(IFileStore root, IProgressMonitor monitor)	Returns a file tree containing information about the complete sub-tree rooted at the given store.
abstract IFileInfo	FileStore.fetchInfo(int options, IProgressMonitor monitor)
IFileStore	FileStore.mkdir(int options, IProgressMonitor monitor)	The default implementation of IFileStore.mkdir(int, IProgressMonitor).
void	FileStore.move(IFileStore destination, int options, IProgressMonitor monitor)	The default implementation of IFileStore.move(IFileStore, int, IProgressMonitor).
abstract InputStream	FileStore.openInputStream(int options, IProgressMonitor monitor)
OutputStream	FileStore.openOutputStream(int options, IProgressMonitor monitor)	The default implementation of IFileStore.openOutputStream(int, IProgressMonitor).
void	FileStore.putInfo(IFileInfo info, int options, IProgressMonitor monitor)	The default implementation of IFileStore.putInfo(IFileInfo, int, IProgressMonitor).
File	FileStore.toLocalFile(int options, IProgressMonitor monitor)	The default implementation of IFileStore.toLocalFile(int, IProgressMonitor).

Uses of CoreException in org.eclipse.core.net.proxy

Methods in org.eclipse.core.net.proxy that throw CoreException

Modifier and Type	Method	Description
void	IProxyService.setNonProxiedHosts(String[] hosts)	Sets the list of hosts for which non proxy should be used.
void	IProxyService.setProxyData(IProxyData[] proxies)	Sets the information associated with known proxy types.

Uses of CoreException in org.eclipse.core.resources

Methods in org.eclipse.core.resources that throw CoreException

Modifier and Type	Method	Description
void	IResource.accept(IResourceProxyVisitor visitor, int memberFlags)	Accepts the given visitor for an optimized traversal.
void	IResource.accept(IResourceProxyVisitor visitor, int depth, int memberFlags)	Accepts the given visitor for an optimized traversal.
void	IResource.accept(IResourceVisitor visitor)	Accepts the given visitor.
void	IResource.accept(IResourceVisitor visitor, int depth, boolean includePhantoms)	Accepts the given visitor.
void	IResource.accept(IResourceVisitor visitor, int depth, int memberFlags)	Accepts the given visitor.
void	IResourceDelta.accept(IResourceDeltaVisitor visitor)	Accepts the given visitor.
void	IResourceDelta.accept(IResourceDeltaVisitor visitor, boolean includePhantoms)	Accepts the given visitor.
void	IResourceDelta.accept(IResourceDeltaVisitor visitor, int memberFlags)	Accepts the given visitor.
void	ISynchronizer.accept(QualifiedName partner, IResource start, IResourceVisitor visitor, int depth)	Visits the given resource and its descendents with the specified visitor if sync information for the given sync partner is found on the resource.
ISavedState	IWorkspace.addSaveParticipant(String pluginId, ISaveParticipant participant)	Registers the given plug-in's workspace save participant, and returns an object describing the workspace state at the time of the last save in which the bundle participated.
ISavedState	IWorkspace.addSaveParticipant(Plugin plugin, ISaveParticipant participant)	Deprecated. Use IWorkspace.addSaveParticipant(String, ISaveParticipant) instead
void	IFile.appendContents(InputStream source, boolean force, boolean keepHistory, IProgressMonitor monitor)	Appends the entire contents of the given stream to this file.
void	IFile.appendContents(InputStream source, int updateFlags, IProgressMonitor monitor)	Appends the entire contents of the given stream to this file.
protected abstract IProject[]	IncrementalProjectBuilder.build(int kind, Map<String,String> args, IProgressMonitor monitor)	Runs this builder in the specified manner.
void	IProject.build(int kind, String builderName, Map<String,String> args, IProgressMonitor monitor)	Invokes the build method of the specified builder for this project.
void	IProject.build(int kind, IProgressMonitor monitor)	Builds this project.
void	IProject.build(IBuildConfiguration config, int kind, IProgressMonitor monitor)	Builds a specific build configuration of this project.
void	IWorkspace.build(int kind, IProgressMonitor monitor)	Builds all projects in this workspace.
void	IWorkspace.build(IBuildConfiguration[] buildConfigs, int kind, boolean buildReferences, IProgressMonitor monitor)	Build the build configurations specified in the passed in build configuration array.
void	IIncrementalProjectBuilder2.clean(Map<String,String> args, IProgressMonitor monitor)	Clean is an opportunity for a builder to discard any additional state that has been computed as a result of previous builds.
protected void	IncrementalProjectBuilder.clean(IProgressMonitor monitor)	Clean is an opportunity for a builder to discard any additional state that has been computed as a result of previous builds.
void	IResource.clearHistory(IProgressMonitor monitor)	Removes the local history of this resource and its descendents.
void	IProject.close(IProgressMonitor monitor)	Closes this project.
void	IProjectNature.configure()	Configures this nature for its project.
URI	IPathVariableManager.convertToRelative(URI path, boolean force, String variableHint)	Converts an absolute path to path relative to some defined variable.
void	IResource.copy(IProjectDescription description, boolean force, IProgressMonitor monitor)	Makes a copy of this project using the given project description.
void	IResource.copy(IProjectDescription description, int updateFlags, IProgressMonitor monitor)	Makes a copy of this project using the given project description.
void	IResource.copy(IPath destination, boolean force, IProgressMonitor monitor)	Makes a copy of this resource at the given path.
void	IResource.copy(IPath destination, int updateFlags, IProgressMonitor monitor)	Makes a copy of this resource at the given path.
IStatus	IWorkspace.copy(IResource[] resources, IPath destination, boolean force, IProgressMonitor monitor)	Copies the given sibling resources so that they are located as members of the resource at the given path; the names of the copies are the same as the corresponding originals.
IStatus	IWorkspace.copy(IResource[] resources, IPath destination, int updateFlags, IProgressMonitor monitor)	Copies the given sibling resources so that they are located as members of the resource at the given path; the names of the copies are the same as the corresponding originals.
void	IFile.create(InputStream source, boolean force, IProgressMonitor monitor)	Creates a new file resource as a member of this handle's parent resource.
void	IFile.create(InputStream source, int updateFlags, IProgressMonitor monitor)	Creates a new file resource as a member of this handle's parent resource.
void	IFolder.create(boolean force, boolean local, IProgressMonitor monitor)	Creates a new folder resource as a member of this handle's parent resource.
void	IFolder.create(int updateFlags, boolean local, IProgressMonitor monitor)	Creates a new folder resource as a member of this handle's parent resource.
void	IProject.create(IProjectDescription description, int updateFlags, IProgressMonitor monitor)	Creates a new project resource in the workspace using the given project description.
void	IProject.create(IProjectDescription description, IProgressMonitor monitor)	Creates a new project resource in the workspace using the given project description.
void	IProject.create(IProgressMonitor monitor)	Creates a new project resource in the workspace with files in the default location in the local file system.
IResourceFilterDescription	IContainer.createFilter(int type, FileInfoMatcherDescription matcherDescription, int updateFlags, IProgressMonitor monitor)	Adds a new filter to this container.
void	IFile.createLink(URI location, int updateFlags, IProgressMonitor monitor)	Creates a new file resource as a member of this handle's parent resource.
void	IFile.createLink(IPath localLocation, int updateFlags, IProgressMonitor monitor)	Creates a new file resource as a member of this handle's parent resource.
void	IFolder.createLink(URI location, int updateFlags, IProgressMonitor monitor)	Creates a new folder resource as a member of this handle's parent resource.
void	IFolder.createLink(IPath localLocation, int updateFlags, IProgressMonitor monitor)	Creates a new folder resource as a member of this handle's parent resource.
IMarker	IResource.createMarker(String type)	Creates and returns the marker with the specified type on this resource.
default IMarker	IResource.createMarker(String type, Map<String,? extends Object> attributes)	Creates and returns the marker with the specified type on this resource.
void	IProjectNature.deconfigure()	De-configures this nature for its project.
void	IFile.delete(boolean force, boolean keepHistory, IProgressMonitor monitor)	Deletes this file from the workspace.
void	IFolder.delete(boolean force, boolean keepHistory, IProgressMonitor monitor)	Deletes this resource from the workspace.
void	IMarker.delete()	Deletes this marker from its associated resource.
void	IProject.delete(boolean deleteContent, boolean force, IProgressMonitor monitor)	Deletes this project from the workspace.
void	IResource.delete(boolean force, IProgressMonitor monitor)	Deletes this resource from the workspace.
void	IResource.delete(int updateFlags, IProgressMonitor monitor)	Deletes this resource from the workspace.
void	IResourceFilterDescription.delete(int updateFlags, IProgressMonitor monitor)	Deletes this filter description from its associated resource.
IStatus	IWorkspace.delete(IResource[] resources, boolean force, IProgressMonitor monitor)	Deletes the given resources.
IStatus	IWorkspace.delete(IResource[] resources, int updateFlags, IProgressMonitor monitor)	Deletes the given resources.
void	IWorkspaceRoot.delete(boolean deleteContent, boolean force, IProgressMonitor monitor)	Deletes everything in the workspace except the workspace root resource itself.
void	IResource.deleteMarkers(String type, boolean includeSubtypes, int depth)	Deletes all markers on this resource of the given type, and, optionally, deletes such markers from its children.
void	IWorkspace.deleteMarkers(IMarker[] markers)	Removes the given markers from the resources with which they are associated.
IFile[]	IContainer.findDeletedMembersWithHistory(int depth, IProgressMonitor monitor)	Returns a list of recently deleted files inside this container that have one or more saved states in the local history.
IMarker	IResource.findMarker(long id)	Returns the marker with the specified id on this resource, Returns null if there is no matching marker.
IMarker[]	IResource.findMarkers(String type, boolean includeSubtypes, int depth)	Returns all markers of the specified type on this resource, and, optionally, on its children.
int	IResource.findMaxProblemSeverity(String type, boolean includeSubtypes, int depth)	Returns the maximum value of the IMarker.SEVERITY attribute across markers of the specified type on this resource, and, optionally, on its children.
void	ISynchronizer.flushSyncInfo(QualifiedName partner, IResource resource, int depth)	Discards the named partner's synchronization information associated with the specified resource and its descendents to the specified depth.
IBuildConfiguration	IProject.getActiveBuildConfig()	Returns the active build configuration for the project.
Object	IMarker.getAttribute(String attributeName)	Returns the attribute with the given name.
Map<String,Object>	IMarker.getAttributes()	Returns a map with all the attributes for the marker.
Object[]	IMarker.getAttributes(String[] attributeNames)	Returns the attributes with the given names.
IBuildConfiguration	IProject.getBuildConfig(String configName)	Returns the project IBuildConfiguration with the given name for this project.
IBuildConfiguration[]	IProject.getBuildConfigs()	Returns the build configurations for this project.
String	IEncodedStorage.getCharset()	Returns the name of a charset encoding to be used when decoding this storage's contents into characters.
String	IFile.getCharset()	Returns the name of a charset to be used when decoding the contents of this file into characters.
String	IFile.getCharset(boolean checkImplicit)	Returns the name of a charset to be used when decoding the contents of this file into characters.
String	IFile.getCharsetFor(Reader reader)	Returns the name of a charset to be used to encode the given contents when saving to this file.
IContentDescription	IFile.getContentDescription()	Returns a description for this file's current contents.
InputStream	IFile.getContents()	Returns an open input stream on the contents of this file.
InputStream	IFile.getContents(boolean force)	This refinement of the corresponding IStorage method returns an open input stream on the contents of this file.
InputStream	IFileState.getContents()	Returns an open input stream on the contents of this file state.
InputStream	IStorage.getContents()	Returns an open input stream on the contents of this storage.
IContentTypeMatcher	IProject.getContentTypeMatcher()	Returns this project's content type matcher.
long	IMarker.getCreationTime()	Returns the time at which this marker was created.
String	IContainer.getDefaultCharset()	Returns the default charset for resources in this container.
String	IContainer.getDefaultCharset(boolean checkImplicit)	Returns the default charset for resources in this container.
String	IProject.getDefaultLineSeparator()	Returns line separator appropriate for new files in the given project.
List<IProject>	IDynamicReferenceProvider.getDependentProjects(IBuildConfiguration buildConfiguration)	Returns the set of projects which the given project depends upon.
IProjectDescription	IProject.getDescription()	Returns the description for this project.
int	IFile.getEncoding()	Deprecated. use IFile.getCharset() instead
IResourceFilterDescription[]	IContainer.getFilters()	Retrieve all filters on this container.
IFileState[]	IFile.getHistory(IProgressMonitor monitor)	Returns a list of past states of this file known to this workspace.
default String	IFile.getLineSeparator(boolean checkParent)	Returns line separator appropriate for the given file.
IProjectNature	IProject.getNature(String natureId)	Returns the specified project nature for this project or null if the project nature has not been added to this project.
Map<QualifiedName,String>	IResource.getPersistentProperties()	Returns a copy of the map of this resource's persistent properties.
String	IResource.getPersistentProperty(QualifiedName key)	Returns the value of the persistent property of this resource identified by the given key, or null if this resource has no such property.
IBuildConfiguration[]	IProject.getReferencedBuildConfigs(String configName, boolean includeMissing)	Returns the build configurations referenced by the passed in build configuration on this project.
IProject[]	IProject.getReferencedProjects()	Returns the projects referenced by this project.
Map<QualifiedName,Object>	IResource.getSessionProperties()	Returns a copy of the map of this resource's session properties.
Object	IResource.getSessionProperty(QualifiedName key)	Returns the value of the session property of this resource identified by the given key, or null if this resource has no such property.
byte[]	ISynchronizer.getSyncInfo(QualifiedName partner, IResource resource)	Returns the named sync partner's synchronization information for the given resource.
String	IMarker.getType()	Returns the type of this marker.
boolean	IProject.hasBuildConfig(String configName)	Checks whether the project has the specified build configuration.
boolean	IProject.hasNature(String natureId)	Returns whether the project nature specified by the given nature extension id has been added to this project.
boolean	IProject.isNatureEnabled(String natureId)	Returns true if the project nature specified by the given nature extension id is enabled for this project, and false otherwise.
boolean	IMarker.isSubtypeOf(String superType)	Returns whether the type of this marker is considered to be a sub-type of the given marker type.
IProjectDescription	IWorkspace.loadProjectDescription(InputStream projectDescriptionFile)	Reads the project description file (".project") from the given InputStream.
IProjectDescription	IWorkspace.loadProjectDescription(IPath projectDescriptionFile)	Reads the project description file (".project") from the given location in the local file system.
void	IProject.loadSnapshot(int options, URI snapshotLocation, IProgressMonitor monitor)	Loads a snapshot of project meta-data from the given location URI.
IResource[]	IContainer.members()	Returns a list of existing member resources (projects, folders and files) in this resource, in no particular order.
IResource[]	IContainer.members(boolean includePhantoms)	Returns a list of all member resources (projects, folders and files) in this resource, in no particular order.
IResource[]	IContainer.members(int memberFlags)	Returns a list of all member resources (projects, folders and files) in this resource, in no particular order.
void	IFile.move(IPath destination, boolean force, boolean keepHistory, IProgressMonitor monitor)	Moves this resource to be at the given location.
void	IFolder.move(IPath destination, boolean force, boolean keepHistory, IProgressMonitor monitor)	Moves this resource so that it is located at the given path.
void	IProject.move(IProjectDescription description, boolean force, IProgressMonitor monitor)	Renames this project so that it is located at the name in the given description.
void	IResource.move(IProjectDescription description, boolean force, boolean keepHistory, IProgressMonitor monitor)	Renames or relocates this project so that it is the project specified by the given project description.
void	IResource.move(IProjectDescription description, int updateFlags, IProgressMonitor monitor)	Renames or relocates this project so that it is the project specified by the given project description.
void	IResource.move(IPath destination, boolean force, IProgressMonitor monitor)	Moves this resource so that it is located at the given path.
void	IResource.move(IPath destination, int updateFlags, IProgressMonitor monitor)	Moves this resource so that it is located at the given path.
IStatus	IWorkspace.move(IResource[] resources, IPath destination, boolean force, IProgressMonitor monitor)	Moves the given sibling resources so that they are located as members of the resource at the given path; the names of the new members are the same.
IStatus	IWorkspace.move(IResource[] resources, IPath destination, int updateFlags, IProgressMonitor monitor)	Moves the given sibling resources so that they are located as members of the resource at the given path; the names of the new members are the same.
void	IProject.open(int updateFlags, IProgressMonitor monitor)	Opens this project.
void	IProject.open(IProgressMonitor monitor)	Opens this project.
void	ISaveParticipant.prepareToSave(ISaveContext context)	Tells this participant that the workspace is about to be saved.
void	IResource.refreshLocal(int depth, IProgressMonitor monitor)	Refreshes the resource hierarchy from this resource and its children (to the specified depth) relative to the local file system.
void	IResource.revertModificationStamp(long value)	Reverts this resource's modification stamp.
void	IWorkspace.run(IWorkspaceRunnable action, IProgressMonitor monitor)	Identical to IWorkspace.run(ICoreRunnable, IProgressMonitor).
void	IWorkspace.run(IWorkspaceRunnable action, ISchedulingRule rule, int flags, IProgressMonitor monitor)	Identical to IWorkspace.run(ICoreRunnable, ISchedulingRule, int, IProgressMonitor).
void	IWorkspace.run(ICoreRunnable action, IProgressMonitor monitor)	Runs the given action as an atomic workspace operation.
void	IWorkspace.run(ICoreRunnable action, ISchedulingRule rule, int flags, IProgressMonitor monitor)	Runs the given action as an atomic workspace operation.
void	IWorkspaceRunnable.run(IProgressMonitor monitor)
abstract IStatus	WorkspaceJob.runInWorkspace(IProgressMonitor monitor)	Runs the operation, reporting progress to and accepting cancellation requests from the given progress monitor.
IStatus	IWorkspace.save(boolean full, IProgressMonitor monitor)	Saves this workspace's valuable state on disk.
void	IProject.saveSnapshot(int options, URI snapshotLocation, IProgressMonitor monitor)	Writes a snapshot of project meta-data into the given location URI.
void	ISaveParticipant.saving(ISaveContext context)	Tells this participant to save its important state because the workspace is being saved, as described in the supplied save context.
void	IMarker.setAttribute(String attributeName, boolean value)	Sets the boolean-valued attribute with the given name.
void	IMarker.setAttribute(String attributeName, int value)	Sets the integer-valued attribute with the given name.
void	IMarker.setAttribute(String attributeName, Object value)	Sets the attribute with the given name.
void	IMarker.setAttributes(String[] attributeNames, Object[] values)	Sets the given attribute key-value pairs on this marker.
void	IMarker.setAttributes(Map<String,? extends Object> attributes)	Sets the attributes for this marker to be the ones contained in the given table.
void	IFile.setCharset(String newCharset)	Deprecated. Replaced by IFile.setCharset(String, IProgressMonitor) which is a workspace operation and reports changes in resource deltas.
void	IFile.setCharset(String newCharset, IProgressMonitor monitor)	Sets the charset for this file.
void	IFile.setContents(InputStream source, boolean force, boolean keepHistory, IProgressMonitor monitor)	Sets the contents of this file to the bytes in the given input stream.
void	IFile.setContents(InputStream source, int updateFlags, IProgressMonitor monitor)	Sets the contents of this file to the bytes in the given input stream.
void	IFile.setContents(IFileState source, boolean force, boolean keepHistory, IProgressMonitor monitor)	Sets the contents of this file to the bytes in the given file state.
void	IFile.setContents(IFileState source, int updateFlags, IProgressMonitor monitor)	Sets the contents of this file to the bytes in the given file state.
void	IContainer.setDefaultCharset(String charset)	Deprecated. Replaced by IContainer.setDefaultCharset(String, IProgressMonitor) which is a workspace operation and reports changes in resource deltas.
void	IContainer.setDefaultCharset(String charset, IProgressMonitor monitor)	Sets the default charset for this container.
void	IResource.setDerived(boolean isDerived)	Deprecated. Replaced by IResource.setDerived(boolean, IProgressMonitor) which is a workspace operation and reports changes in resource deltas.
void	IResource.setDerived(boolean isDerived, IProgressMonitor monitor)	Sets whether this resource subtree is marked as derived.
void	IProject.setDescription(IProjectDescription description, int updateFlags, IProgressMonitor monitor)	Changes this project resource to match the given project description.
void	IProject.setDescription(IProjectDescription description, IProgressMonitor monitor)	Changes this project resource to match the given project description.
void	IWorkspace.setDescription(IWorkspaceDescription description)	Sets the workspace description.
void	IResource.setHidden(boolean isHidden)	Sets whether this resource and its members are hidden in the resource tree.
void	IncrementalProjectBuilder.setInitializationData(IConfigurationElement config, String propertyName, Object data)	Sets initialization data for this builder.
void	IResource.setLocal(boolean flag, int depth, IProgressMonitor monitor)	Deprecated. This API is no longer in use.
long	IResource.setLocalTimeStamp(long value)	Sets the local time stamp on disk for this resource.
void	IResource.setPersistentProperty(QualifiedName key, String value)	Sets the value of the persistent property of this resource identified by the given key.
void	IResource.setResourceAttributes(ResourceAttributes attributes)	Sets this resource with the given extended attributes.
void	IResource.setSessionProperty(QualifiedName key, Object value)	Sets the value of the session property of this resource identified by the given key.
void	ISynchronizer.setSyncInfo(QualifiedName partner, IResource resource, byte[] info)	Sets the named sync partner's synchronization information for the given resource.
void	IResource.setTeamPrivateMember(boolean isTeamPrivate)	Sets whether this resource subtree is a team private member of its parent container.
void	IPathVariableManager.setURIValue(String name, URI value)	Sets the path variable with the given name to be the specified value.
void	IPathVariableManager.setValue(String name, IPath value)	Deprecated. use IPathVariableManager.setURIValue(String, URI) instead.
void	IResource.touch(IProgressMonitor monitor)	Marks this resource as having changed even though its content may not have changed.
boolean	IResourceDeltaVisitor.visit(IResourceDelta delta)	Visits the given resource delta.
boolean	IResourceProxyVisitor.visit(IResourceProxy proxy)	Visits the given resource.
boolean	IResourceVisitor.visit(IResource resource)	Visits the given resource.

Uses of CoreException in org.eclipse.core.resources.filtermatchers

Methods in org.eclipse.core.resources.filtermatchers that throw CoreException

Modifier and Type	Method	Description
abstract void	AbstractFileInfoMatcher.initialize(IProject project, Object arguments)	Sets initialization data for this matcher.
final void	CompoundFileInfoMatcher.initialize(IProject project, Object arguments)
abstract boolean	AbstractFileInfoMatcher.matches(IContainer parent, IFileInfo fileInfo)	Tests the given FileInfo

Uses of CoreException in org.eclipse.core.resources.mapping

Methods in org.eclipse.core.resources.mapping that throw CoreException

Modifier and Type	Method	Description
void	ResourceMapping.accept(ResourceMappingContext context, IResourceVisitor visitor, IProgressMonitor monitor)	Accepts the given visitor for all existing resources in this mapping.
void	ResourceTraversal.accept(IResourceVisitor visitor)	Visits all existing resources defined by this traversal.
abstract IStorage	RemoteResourceMappingContext.fetchBaseContents(IFile file, IProgressMonitor monitor)	For three-way comparisons, returns an instance of IStorage in order to allow the caller to access the contents of the base resource that corresponds to the given local resource.
IResource[]	RemoteResourceMappingContext.fetchBaseMembers(IContainer container, IProgressMonitor monitor)	Returns the members of the base resource corresponding to the given container.
abstract IResource[]	RemoteResourceMappingContext.fetchMembers(IContainer container, IProgressMonitor monitor)	Returns the combined members of the base and remote resources corresponding to the given container.
abstract IStorage	RemoteResourceMappingContext.fetchRemoteContents(IFile file, IProgressMonitor monitor)	Returns an instance of IStorage in order to allow the caller to access the contents of the remote that corresponds to the given local resource.
IResource[]	RemoteResourceMappingContext.fetchRemoteMembers(IContainer container, IProgressMonitor monitor)	Returns the members of the remote resource corresponding to the given container.
IMarker[]	ResourceMapping.findMarkers(String type, boolean includeSubtypes, IProgressMonitor monitor)	Returns all markers of the specified type on the resources in this mapping.
IMarker[]	ResourceTraversal.findMarkers(String type, boolean includeSubtypes)	Returns all markers of the specified type on existing resources in this traversal.
ResourceMapping[]	ModelProvider.getMappings(IResource[] resources, ResourceMappingContext context, IProgressMonitor monitor)	Returns the set of mappings that cover the given resources.
ResourceMapping[]	ModelProvider.getMappings(IResource resource, ResourceMappingContext context, IProgressMonitor monitor)	Returns the resource mappings that cover the given resource.
ResourceMapping[]	ModelProvider.getMappings(ResourceTraversal[] traversals, ResourceMappingContext context, IProgressMonitor monitor)	Returns the set of mappings that overlap with the given resource traversals.
IResource[]	IModelProviderDescriptor.getMatchingResources(IResource[] resources)	From the provides set of resources, return those that match the enablement rule specified for the model provider descriptor.
ResourceTraversal[]	IModelProviderDescriptor.getMatchingTraversals(ResourceTraversal[] traversals)	Return the set of traversals that overlap with the resources that this descriptor matches.
ModelProvider	IModelProviderDescriptor.getModelProvider()	Return the model provider for this descriptor, instantiating it if it is the first time the method is called.
ResourceTraversal[]	CompositeResourceMapping.getTraversals(ResourceMappingContext context, IProgressMonitor monitor)
ResourceTraversal[]	ModelProvider.getTraversals(ResourceMapping[] mappings, ResourceMappingContext context, IProgressMonitor monitor)	Returns a set of traversals that cover the given resource mappings.
abstract ResourceTraversal[]	ResourceMapping.getTraversals(ResourceMappingContext context, IProgressMonitor monitor)	Returns one or more traversals that can be used to access all the physical resources that constitute the logical resource.
abstract boolean	RemoteResourceMappingContext.hasLocalChange(IResource resource, IProgressMonitor monitor)	For three-way comparisons, this method indicates whether local modifications have been made to the given resource.
abstract boolean	RemoteResourceMappingContext.hasRemoteChange(IResource resource, IProgressMonitor monitor)	For two-way comparisons, return whether the contents of the corresponding remote differs from the content of the local file in the context of the current operation.
abstract void	RemoteResourceMappingContext.refresh(ResourceTraversal[] traversals, int flags, IProgressMonitor monitor)	Refresh the known remote state for any resources covered by the given traversals.

Uses of CoreException in org.eclipse.core.resources.undo.snapshot

Methods in org.eclipse.core.resources.undo.snapshot that throw CoreException

Modifier and Type	Method	Description
void	IResourceSnapshot.createExistentResourceFromHandle(IProgressMonitor monitor)	Given a resource handle, create an actual resource with the attributes of the receiver resource description.
IMarker	IMarkerSnapshot.createMarker()	Create a marker from the marker description.
T	IResourceSnapshot.createResource(IProgressMonitor monitor)	Create an existent resource from this resource description.
static IMarkerSnapshot	ResourceSnapshotFactory.fromMarker(IMarker marker)	Create a marker snapshot from the specified marker.
void	IResourceSnapshot.recordStateFromHistory(IProgressMonitor monitor)	Record the appropriate state of this resource description using any available resource history.
void	IMarkerSnapshot.updateMarker(IMarker marker)	Update an existing marker using the attributes in the marker description.

Uses of CoreException in org.eclipse.core.runtime

Methods in org.eclipse.core.runtime that throw CoreException

Modifier and Type	Method	Description
static void	Platform.addProtectionSpace(URL resourceUrl, String realm)	Deprecated, for removal: This API element is subject to removal in a future version. Authorization database is superseded by the Equinox secure storage.
Object	IExecutableExtensionFactory.create()	Creates and returns a new instance.
Object	IConfigurationElement.createExecutableExtension(String propertyName)	Creates and returns a new instance of the executable extension identified by the named attribute of this configuration element.
static void	Preferences.exportPreferences(IPath path)	Deprecated. Exports all non-default-valued preferences for all installed plugins to the provided file.
static void	Preferences.importPreferences(IPath path)	Deprecated. Loads the plugin preferences from the given file, and replaces all non-default-valued preferences for all plugins with the values from this file.
void	ICoreRunnable.run(IProgressMonitor monitor)	Executes this runnable.
static void	RegistryFactory.setDefaultRegistryProvider(IRegistryProvider provider)	Use this method to specify the default registry provider.
void	IExecutableExtension.setInitializationData(IConfigurationElement config, String propertyName, Object data)	This method is called by the implementation of the method IConfigurationElement.createExecutableExtension on a newly constructed extension, passing it its relevant configuration information.
void	Plugin.shutdown()	Deprecated.
void	Plugin.startup()	Deprecated.

Uses of CoreException in org.eclipse.core.runtime.content

Methods in org.eclipse.core.runtime.content that throw CoreException

Modifier and Type	Method	Description
IContentType	IContentTypeManager.addContentType(String contentTypeIdentifier, String name, IContentType baseType)	Adds a new content-type to the registry.
void	IContentTypeSettings.addFileSpec(String fileSpec, int type)	Adds a user-defined file specification to the corresponding content type.
IContentTypeSettings	IContentType.getSettings(IScopeContext context)	Returns the settings for this content type in the given preference context.
void	IContentTypeManager.removeContentType(String contentTypeIdentifier)	Removes a content-type from underlying registry.
void	IContentTypeSettings.removeFileSpec(String fileSpec, int type)	Removes a user-defined file specification from the corresponding content type.
void	IContentTypeSettings.setDefaultCharset(String userCharset)	Sets the default charset for the corresponding content type.
void	BinarySignatureDescriber.setInitializationData(IConfigurationElement config, String propertyName, Object data)
void	XMLRootElementContentDescriber.setInitializationData(IConfigurationElement config, String propertyName, Object data)	Deprecated.
void	XMLRootElementContentDescriber2.setInitializationData(IConfigurationElement config, String propertyName, Object data)

Uses of CoreException in org.eclipse.core.runtime.preferences

Methods in org.eclipse.core.runtime.preferences that throw CoreException

Modifier and Type	Method	Description
void	IPreferencesService.applyPreferences(IEclipsePreferences node, IPreferenceFilter[] filters)	Apply the preference tree rooted at the given node, to the system's preference tree.
IStatus	IPreferencesService.applyPreferences(IExportedPreferences preferences)	Take the given preference tree and apply it to the Eclipse global preference hierarchy.
IStatus	IPreferencesService.exportPreferences(IEclipsePreferences node, OutputStream output, String[] excludesList)	Exports all preferences for the given preference node and all its children to the specified output stream.
void	IPreferencesService.exportPreferences(IEclipsePreferences node, IPreferenceFilter[] filters, OutputStream output)	Export the preference tree rooted at the given node, to the specified output stream.
IStatus	IPreferencesService.importPreferences(InputStream input)	Loads preferences from the given file and stores them in the preferences store.
IPreferenceFilter[]	IPreferencesService.matches(IEclipsePreferences node, IPreferenceFilter[] filters)	Return a list of filters which match the given tree and is a subset of the given filter list.
IExportedPreferences	IPreferencesService.readPreferences(InputStream input)	Read from the given input stream and create a node hierarchy representing the preferences and their values.

Uses of CoreException in org.eclipse.core.runtime.spi

Methods in org.eclipse.core.runtime.spi that throw CoreException

Modifier and Type	Method	Description
Object	RegistryStrategy.createExecutableExtension(RegistryContributor contributor, String className, String overridenContributorName)	Creates an executable extension.

Uses of CoreException in org.eclipse.core.variables

Methods in org.eclipse.core.variables that throw CoreException

Modifier and Type	Method	Description
void	IStringVariableManager.addVariables(IValueVariable[] variables)	Adds the given variables to the variable registry.
String	IDynamicVariable.getValue(String argument)	Returns the value of this variable when referenced with the given argument, possibly null.
String	IStringVariableManager.performStringSubstitution(String expression)	Recursively resolves and replaces all variable references in the given expression with their corresponding values.
String	IStringVariableManager.performStringSubstitution(String expression, boolean reportUndefinedVariables)	Recursively resolves and replaces all variable references in the given expression with their corresponding values.
String	IDynamicVariableResolver.resolveValue(IDynamicVariable variable, String argument)	Resolves and returns a value for the specified variable when referenced with the given argument, possibly null
void	IStringVariableManager.validateStringVariables(String expression)	Validates variables references in the given expression and reports errors for references to undefined variables.

Uses of CoreException in org.eclipse.debug.core

Subclasses of CoreException in org.eclipse.debug.core

Modifier and Type	Class	Description
class	DebugException	A checked exception representing a failure.

Methods in org.eclipse.debug.core that throw CoreException

Modifier and Type	Method	Description
void	IBreakpointManager.addBreakpoint(IBreakpoint breakpoint)	Adds the given breakpoint to the collection of registered breakpoints in the workspace and notifies all registered listeners.
void	IBreakpointManager.addBreakpoints(IBreakpoint[] breakpoints)	Adds the given breakpoints to the collection of registered breakpoints in the workspace and notifies all registered listeners.
void	IBreakpointManager.addTriggerPoint(IBreakpoint breakpoint)	Adds the given breakpoint as the triggering breakpoint in the workspace and notifies all registered listeners.
ILaunchConfigurationWorkingCopy	ILaunchConfiguration.copy(String name)	Returns a copy of this launch configuration, as a working copy, with the specified name.
void	ILaunchConfigurationWorkingCopy.copyAttributes(ILaunchConfiguration prototype)	Copies all attributes from the given prototype to this working.
void	ILaunchConfiguration.delete()	Deletes this launch configuration.
void	ILaunchConfiguration.delete(int flag)	Deletes this launch configuration.
ILaunchConfiguration	ILaunchConfigurationWorkingCopy.doSave()	Saves this working copy to its underlying file and returns a handle to the resulting launch configuration.
ILaunchConfiguration	ILaunchConfigurationWorkingCopy.doSave(int flag)	Saves this working copy to its underlying file and returns a handle to the resulting launch configuration.
static Process	DebugPlugin.exec(String[] cmdLine, File workingDirectory)	Convenience method that performs a runtime exec on the given command line in the context of the specified working directory, and returns the resulting process.
static Process	DebugPlugin.exec(String[] cmdLine, File workingDirectory, String[] envp)	Convenience method that performs a runtime exec on the given command line in the context of the specified working directory, and returns the resulting process.
static Process	DebugPlugin.exec(String[] cmdLine, File workingDirectory, String[] envp, boolean mergeOutput)	Convenience method that performs a runtime exec on the given command line in the context of the specified working directory, and returns the resulting process.
boolean	ILaunchConfiguration.getAttribute(String attributeName, boolean defaultValue)	Returns the boolean-valued attribute with the given name.
int	ILaunchConfiguration.getAttribute(String attributeName, int defaultValue)	Returns the integer-valued attribute with the given name.
String	ILaunchConfiguration.getAttribute(String attributeName, String defaultValue)	Returns the string-valued attribute with the given name.
List<String>	ILaunchConfiguration.getAttribute(String attributeName, List<String> defaultValue)	Returns the java.util.List-valued attribute with the given name.
Map<String,String>	ILaunchConfiguration.getAttribute(String attributeName, Map<String,String> defaultValue)	Returns the java.util.Map-valued attribute with the given name.
Set<String>	ILaunchConfiguration.getAttribute(String attributeName, Set<String> defaultValue)	Returns the java.util.Set-valued attribute with the given name.
Map<String,Object>	ILaunchConfiguration.getAttributes()	Returns a map containing the attributes in this launch configuration.
String	ILaunchConfiguration.getCategory()	Returns this launch configuration's type's category, or null if unspecified.
ILaunchConfigurationDelegate	ILaunchConfigurationType.getDelegate()	Deprecated. use getDelegate(String) to specify mode
ILaunchConfigurationDelegate	ILaunchConfigurationType.getDelegate(String mode)	Deprecated. since 3.3, the method getDelegates(Set) should be used instead, as there can be more than one capable delegate per mode or combination of modes
ILaunchConfigurationDelegate	ILaunchDelegate.getDelegate()	Returns the underlying launch configuration.
ILaunchDelegate[]	ILaunchConfigurationType.getDelegates(Set<String> modes)	Returns the delegates capable of launching in the specified modes, possibly an empty set.
String	ILaunchManager.getEncoding(ILaunchConfiguration configuration)	This method returns the character encoding to use when launching the specified ILaunchConfiguration.
String[]	ILaunchManager.getEnvironment(ILaunchConfiguration configuration)	Returns an array of environment variables to be used when launching the given configuration or null if unspecified.
IBreakpointImportParticipant[]	IBreakpointManager.getImportParticipants(String markertype)	Returns an array of IBreakpointImportParticipants for the given breakpoint marker id, never null.
int	ILaunchConfiguration.getKind()	Returns this configuration's kind.
ILaunchConfiguration	ILaunchManager.getLaunchConfiguration(String memento)	Returns a handle to the launch configuration specified by the given memento.
ILaunchConfiguration[]	ILaunchManager.getLaunchConfigurations()	Returns all launch configurations defined in the workspace.
ILaunchConfiguration[]	ILaunchManager.getLaunchConfigurations(int kinds)	Returns all launch configurations defined in the workspace of the specified kind(s) (configurations and/or prototypes).
ILaunchConfiguration[]	ILaunchManager.getLaunchConfigurations(ILaunchConfigurationType type)	Returns all launch configurations of the specified type defined in the workspace
ILaunchConfiguration[]	ILaunchManager.getLaunchConfigurations(ILaunchConfigurationType type, int kinds)	Returns all launch configurations of the specified type defined in the workspace of the specified kind(s) (configurations and/or prototypes).
IResource[]	ILaunchConfiguration.getMappedResources()	Returns the resources this launch configuration is associated with or null if none.
String	ILaunchConfiguration.getMemento()	Returns a memento for this launch configuration, or null if unable to generate a memento for this configuration.
ILaunchConfiguration[]	ILaunchManager.getMigrationCandidates()	Returns a collection of launch configurations that required migration to be compatible with current tooling.
Set<String>	ILaunchConfiguration.getModes()	Returns the launch modes that have been set on this configuration.
ILaunchDelegate	ILaunchConfiguration.getPreferredDelegate(Set<String> modes)	Returns the preferred launch delegate that has been set on this configuration or null if one is not specified.
ILaunchDelegate	ILaunchConfigurationType.getPreferredDelegate(Set<String> modes)	Returns the preferred launch delegate for this type in the specified mode combination or null if there is no preferred delegate.
ILaunchConfiguration	ILaunchConfiguration.getPrototype()	Returns the prototype this launch configuration was created from or null if none.
Collection<ILaunchConfiguration>	ILaunchConfiguration.getPrototypeChildren()	Returns all configurations made from this prototype, possibly an empty collection.
ILaunchConfiguration[]	ILaunchConfigurationType.getPrototypes()	Returns all launch configuration prototypes of the this type, possibly an empty collection.
Set<String>	ILaunchConfiguration.getPrototypeVisibleAttributes()	Get the visible attributes of this prototype (return null if the launch configuration is not a prototype).
ISourcePathComputer	ILaunchManager.getSourcePathComputer(ILaunchConfiguration configuration)	Returns a source path computer to compute a default source lookup path for the given launch configuration, or null if a source path computer has not been registered for the associated launch configuration type.
ILaunchConfigurationType	ILaunchConfiguration.getType()	Returns the type of this launch configuration.
ILaunchConfigurationWorkingCopy	ILaunchConfiguration.getWorkingCopy()	Returns a working copy of this launch configuration.
Object	IStatusHandler.handleStatus(IStatus status, Object source)	Notifies this status handler that the given status has been generated by the specified source object and requires resolution.
boolean	ILaunchConfiguration.hasAttribute(String attributeName)	Returns whether this configuration contains an attribute with the given name.
boolean	ILaunchConfiguration.isAttributeModified(String attribute)	Check if the given attribute has the same value than the one from its prototype.
boolean	ILaunchConfigurationMigrationDelegate.isCandidate(ILaunchConfiguration candidate)	Returns whether the given launch configuration requires migration.
boolean	ILaunchManager.isExistingLaunchConfigurationName(String name)	Return true if there is a launch configuration with the specified name, false otherwise.
boolean	ILaunchConfiguration.isMigrationCandidate()	Returns whether this launch configuration is a candidate for migration.
static boolean	RefreshUtil.isRefreshRecursive(ILaunchConfiguration configuration)	Returns whether the refresh scope specified by the given launch configuration is recursive.
ILaunch	ILaunchConfiguration.launch(String mode, IProgressMonitor monitor)	Launches this configuration in the specified mode by delegating to this configuration's launch configuration delegate, and returns the resulting launch.
ILaunch	ILaunchConfiguration.launch(String mode, IProgressMonitor monitor, boolean build)	Launches this configuration in the specified mode by delegating to this configuration's launch configuration delegate, and returns the resulting launch.
ILaunch	ILaunchConfiguration.launch(String mode, IProgressMonitor monitor, boolean build, boolean register)	Launches this configuration in the specified mode by delegating to this configuration's launch configuration delegate, and returns the resulting launch.
void	ILaunchConfiguration.migrate()	Migrates this launch configuration to be compatible with current tooling.
void	ILaunchConfigurationMigrationDelegate.migrate(ILaunchConfiguration candidate)	Migrates the given launch configuration to be compatible with the current tooling.
static Document	DebugPlugin.newDocument()	Creates and returns a new XML document.
ILaunchConfigurationWorkingCopy	ILaunchConfigurationType.newInstance(IContainer container, String name)	Returns a new launch configuration working copy of this type, that resides in the specified container, with the given name.
ILaunchConfigurationWorkingCopy	ILaunchConfigurationType.newPrototypeInstance(IContainer container, String name)	Returns a new launch configuration working copy of this type, that resides in the specified container, with the given name.
IPersistableSourceLocator	ILaunchManager.newSourceLocator(String identifier)	Creates and returns a new source locator of the specified type.
static Element	DebugPlugin.parseDocument(String document)	Parses the given string representing an XML document, returning its root element.
static void	RefreshUtil.refreshResources(IResource[] resources, int depth, IProgressMonitor monitor)	Refreshes the resources as specified by the given launch configuration.
static void	RefreshUtil.refreshResources(ILaunchConfiguration configuration, IProgressMonitor monitor)	Refreshes the resources as specified by the given launch configuration via its RefreshUtil.ATTR_REFRESH_SCOPE and RefreshUtil.ATTR_REFRESH_RECURSIVE attributes.
void	IBreakpointManager.removeAllTriggerPoints()	Removes all the trigger points from the breakpoint manager.
void	IBreakpointManager.removeBreakpoint(IBreakpoint breakpoint, boolean delete)	Removes the given breakpoint from the breakpoint manager, deletes the marker associated with the breakpoint if the delete flag is true, and notifies all registered listeners.
void	IBreakpointManager.removeBreakpoints(IBreakpoint[] breakpoints, boolean delete)	Removes the given breakpoints from the breakpoint manager, deletes the markers associated with the breakpoints if the delete flag is true, and notifies all registered listeners.
void	IBreakpointManager.removeTriggerPoint(IBreakpoint breakpoint)	Removes the given breakpoint as the trigger breakpoint in the workspace and notifies all registered listeners.
static String	DebugPlugin.serializeDocument(Document document)	Serializes the given XML document into a string.
void	ILaunchConfigurationType.setPreferredDelegate(Set<String> modes, ILaunchDelegate delegate)	Sets the preferred launch delegate for this type in the specified mode combination.
void	ILaunchConfigurationWorkingCopy.setPrototype(ILaunchConfiguration prototype, boolean copy)	Sets the prototype that this configuration is based on, possibly null, and optionally copies attributes from the prototype to this working copy.
void	ILaunchConfiguration.setPrototypeAttributeVisibility(String attribute, boolean visible)	Set the visibility of the given prototype's attribute.
boolean	ILaunchConfiguration.supportsMode(String mode)	Returns whether this launch configuration supports the specified mode.
static IResource[]	RefreshUtil.toResources(String memento)	Returns a collection of resources referred to by the specified memento generated via RefreshUtil.toMemento(IResource[]).

Uses of CoreException in org.eclipse.debug.core.commands

Methods in org.eclipse.debug.core.commands that throw CoreException

Modifier and Type	Method	Description
protected abstract void	AbstractDebugCommand.doExecute(Object[] targets, IProgressMonitor monitor, IRequest request)	Executes this command synchronously on the specified targets, reporting progress.
protected abstract boolean	AbstractDebugCommand.isExecutable(Object[] targets, IProgressMonitor monitor, IEnabledStateRequest request)	Returns whether this command is executable on the specified targets, reporting progress.

Uses of CoreException in org.eclipse.debug.core.model

Methods in org.eclipse.debug.core.model that throw CoreException

Modifier and Type	Method	Description
protected void	LaunchConfigurationDelegate.addReferencedProjects(IProject project, Set<IProject> references)	Adds all projects referenced by project to the given set.
boolean	ILaunchConfigurationDelegate2.buildForLaunch(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)	Optionally performs any required building before launching the given configuration in the specified mode, and returns whether the debug platform should perform an incremental workspace build before the launch continues.
boolean	LaunchConfigurationDelegate.buildForLaunch(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)
protected void	LaunchConfigurationDelegate.buildProjects(IProject[] projects, IProgressMonitor monitor)	Performs an incremental build on each of the given projects.
protected IProject[]	LaunchConfigurationDelegate.computeReferencedBuildOrder(IProject[] baseProjects)	Returns an array of projects in their suggested build order containing all of the projects specified by baseProjects and all of their referenced projects.
void	Breakpoint.delete()
void	IBreakpoint.delete()	Deletes this breakpoint's underlying marker, and removes this breakpoint from the breakpoint manager.
protected boolean	LaunchConfigurationDelegate.existsProblems(IProject proj)	Returns whether the given project contains any problem markers of the specified severity.
boolean	ILaunchConfigurationDelegate2.finalLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)	Returns whether a launch should proceed.
boolean	LaunchConfigurationDelegate.finalLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)
protected IProject[]	LaunchConfigurationDelegate.getBuildOrder(ILaunchConfiguration configuration, String mode)	Returns the projects to build before launching the given launch configuration or null if the entire workspace should be built incrementally.
int	ILineBreakpoint.getCharEnd()	Returns ending source index in the original source that corresponds to the location of this breakpoint, or -1 if the attribute is not present.
int	LineBreakpoint.getCharEnd()
int	ILineBreakpoint.getCharStart()	Returns starting source index in the original source that corresponds to the location of this breakpoint, or -1 if the attribute is not present.
int	LineBreakpoint.getCharStart()
ILaunch	ILaunchConfigurationDelegate2.getLaunch(ILaunchConfiguration configuration, String mode)	Returns a launch object to use when launching the given launch configuration in the given mode, or null if a new default launch object should be created by the debug platform.
ILaunch	LaunchConfigurationDelegate.getLaunch(ILaunchConfiguration configuration, String mode)
int	ILineBreakpoint.getLineNumber()	Returns the line number in the original source that corresponds to the location of this breakpoint, or -1 if the attribute is not present.
int	LineBreakpoint.getLineNumber()
IValue	ILogicalStructureTypeDelegate.getLogicalStructure(IValue value)	Returns a value representing a logical structure of the given value.
String	IPersistableSourceLocator.getMemento()	Returns a memento that can be used to reconstruct this source locator
protected IProject[]	LaunchConfigurationDelegate.getProjectsForProblemSearch(ILaunchConfiguration configuration, String mode)	Returns the set of projects to use when searching for errors or null if no search is to be done.
void	IPersistableSourceLocator.initializeDefaults(ILaunchConfiguration configuration)	Initializes this source locator to perform default source lookup for the given launch configuration.
void	IPersistableSourceLocator.initializeFromMemento(String memento)	Initializes this source locator based on the given memento.
boolean	IWatchpoint.isAccess()	Returns whether this watchpoint will suspend execution when its associated variable is accessed (read).
boolean	Breakpoint.isEnabled()
boolean	IBreakpoint.isEnabled()	Returns whether this breakpoint is enabled
protected boolean	LaunchConfigurationDelegate.isLaunchProblem(IMarker problemMarker)	Returns whether the given problem should potentially abort the launch.
boolean	IWatchpoint.isModification()	Returns whether this watchpoint will suspend execution when its associated variable is written.
boolean	Breakpoint.isPersisted()
boolean	IBreakpoint.isPersisted()	Returns whether this breakpoint is to be persisted across workspace invocations, or when a project is closed and re-opened.
boolean	Breakpoint.isRegistered()
boolean	IBreakpoint.isRegistered()	Returns whether this breakpoint is currently registered with the breakpoint manager.
boolean	Breakpoint.isTriggerPoint()
boolean	ITriggerPoint.isTriggerPoint()	Returns whether this breakpoint is defined as a trigger point in the workspace.
void	ILaunchConfigurationDelegate.launch(ILaunchConfiguration configuration, String mode, ILaunch launch, IProgressMonitor monitor)	Launches the given configuration in the specified mode, contributing debug targets and/or processes to the given launch object.
boolean	IBreakpointImportParticipant.matches(Map<String,Object> attributes, IBreakpoint breakpoint)	Determines if the given attributes match the given breakpoint.
boolean	ILaunchConfigurationDelegate2.preLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)	Returns whether a launch should proceed.
boolean	LaunchConfigurationDelegate.preLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)
protected boolean	LaunchConfigurationDelegate.saveBeforeLaunch(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)	Performs the scoped saving of resources before launching and returns whether the launch should continue.
void	IWatchpoint.setAccess(boolean access)	Sets whether this breakpoint will suspend execution when its associated variable is accessed.
protected void	Breakpoint.setAttribute(String attributeName, boolean value)	Convenience method to set the given boolean attribute of this breakpoint's underlying marker in a workspace runnable.
protected void	Breakpoint.setAttribute(String attributeName, int value)	Convenience method to set the given integer attribute of this breakpoint's underlying marker in a workspace runnable.
protected void	Breakpoint.setAttribute(String attributeName, Object value)	Convenience method to set the given attribute of this breakpoint's underlying marker in a workspace runnable.
protected void	Breakpoint.setAttributes(String[] attributeNames, Object[] values)	Convenience method to set the given attributes of this breakpoint's underlying marker in a workspace runnable.
protected void	Breakpoint.setAttributes(Map<String,? extends Object> attributes)	Convenience method to set the attributes of this breakpoint's underlying marker in a workspace runnable.
void	Breakpoint.setEnabled(boolean enabled)
void	IBreakpoint.setEnabled(boolean enabled)	Sets the enabled state of this breakpoint.
void	Breakpoint.setMarker(IMarker marker)
void	IBreakpoint.setMarker(IMarker marker)	Sets the marker associated with this breakpoint.
void	IWatchpoint.setModification(boolean modification)	Sets whether this breakpoint will suspend execution when its associated variable is modified.
void	Breakpoint.setPersisted(boolean persisted)
void	IBreakpoint.setPersisted(boolean registered)	Sets whether this breakpoint is to be persisted across workspace invocations, or when a project is closed and re-opened.
void	Breakpoint.setRegistered(boolean registered)
void	IBreakpoint.setRegistered(boolean registered)	Sets whether this breakpoint is currently registered with the breakpoint manager.
void	Breakpoint.setTriggerPoint(boolean triggerPoint)
void	ITriggerPoint.setTriggerPoint(boolean trigger)	Sets whether this breakpoint is to be treated as a trigger point for the workspace.
default String	ILaunchConfigurationDelegate.showCommandLine(ILaunchConfiguration configuration, String mode, ILaunch launch, IProgressMonitor monitor)	Gets the command line to launch the given configuration in the specified mode.
void	IBreakpointImportParticipant.verify(IBreakpoint breakpoint)	Verifies the state of the breakpoint once it has been imported.

Uses of CoreException in org.eclipse.debug.core.sourcelookup

Methods in org.eclipse.debug.core.sourcelookup that throw CoreException

Modifier and Type	Method	Description
protected void	AbstractSourceLookupDirector.abort(String message, Throwable exception)	Throws an exception with the given message and underlying exception.
ISourceContainer[]	ISourcePathComputerDelegate.computeSourceContainers(ILaunchConfiguration configuration, IProgressMonitor monitor)	Returns a default collection source containers to be considered for the given launch configuration.
ISourceContainer	ISourceContainerTypeDelegate.createSourceContainer(String memento)	Creates and returns a new source container of this type corresponding to the given memento.
protected void	AbstractSourceLookupDirector.doInitializeFromMemento(String memento, boolean dispose)	Initializes this source lookup director from the given memento.
Object[]	AbstractSourceLookupDirector.findSourceElements(Object object)
Object[]	AbstractSourceLookupParticipant.findSourceElements(Object object)
Object[]	ISourceContainer.findSourceElements(String name)	Returns a collection of source elements in this container corresponding to the given name.
Object[]	ISourceLookupDirector.findSourceElements(Object object)	Returns a collection of source elements corresponding to the given debug artifact (for example, a stack frame or breakpoint).
Object[]	ISourceLookupParticipant.findSourceElements(Object object)	Returns a collection of source elements corresponding to the given debug artifact (for example, a stack frame or breakpoint).
String	AbstractSourceLookupDirector.getMemento()
String	ISourceContainerTypeDelegate.getMemento(ISourceContainer container)	Constructs and returns a memento for the given source container.
ISourceContainer[]	ISourceContainer.getSourceContainers()	Returns the source containers this container is composed of.
String	ISourceLookupParticipant.getSourceName(Object object)	Returns the source file name associated with the given debug artifact that source needs to be found for, or null if none.
void	AbstractSourceLookupDirector.initializeDefaults(ILaunchConfiguration configuration)
void	AbstractSourceLookupDirector.initializeFromMemento(String memento)
void	AbstractSourceLookupDirector.initializeFromMemento(String memento, ILaunchConfiguration configuration)
void	IPersistableSourceLocator2.initializeFromMemento(String memento, ILaunchConfiguration configuration)	Initializes this source locator based on the given memento, for the given launch configuration.

Uses of CoreException in org.eclipse.debug.core.sourcelookup.containers

Methods in org.eclipse.debug.core.sourcelookup.containers that throw CoreException

Modifier and Type	Method	Description
protected void	AbstractSourceContainer.abort(String message, Throwable exception)	Throws an error exception with the given message and underlying exception.
protected void	AbstractSourceContainerTypeDelegate.abort(String message, Throwable exception)	Throws an exception with the given message and underlying exception.
protected abstract ISourceContainer[]	CompositeSourceContainer.createSourceContainers()	Creates the source containers in this composite container.
protected ISourceContainer[]	ContainerSourceContainer.createSourceContainers()
protected ISourceContainer[]	DefaultSourceContainer.createSourceContainers()
protected ISourceContainer[]	DirectorySourceContainer.createSourceContainers()
protected ISourceContainer[]	ProjectSourceContainer.createSourceContainers()
protected ISourceContainer[]	WorkspaceSourceContainer.createSourceContainers()
Object[]	ArchiveSourceContainer.findSourceElements(String name)
Object[]	CompositeSourceContainer.findSourceElements(String name)
protected Object[]	CompositeSourceContainer.findSourceElements(String name, ISourceContainer[] containers)	Returns a collection of source elements in the given containers corresponding to the given name.
Object[]	ContainerSourceContainer.findSourceElements(String name)
Object[]	DirectorySourceContainer.findSourceElements(String name)
Object[]	ExternalArchiveSourceContainer.findSourceElements(String name)
InputStream	LocalFileStorage.getContents()
InputStream	ZipEntryStorage.getContents()
ISourceContainer[]	AbstractSourceContainer.getSourceContainers()
ISourceContainer[]	CompositeSourceContainer.getSourceContainers()
protected Document	AbstractSourceContainerTypeDelegate.newDocument()	Creates and returns a new XML document.
protected Element	AbstractSourceContainerTypeDelegate.parseDocument(String document)	Parses the given XML document, returning its root element.
protected String	AbstractSourceContainerTypeDelegate.serializeDocument(Document document)	Returns the given XML document as a string.
protected void	AbstractSourceContainer.warn(String message, Throwable exception)	Throws a warning exception with the given message and underlying exception.

Uses of CoreException in org.eclipse.debug.ui

Methods in org.eclipse.debug.ui with parameters of type CoreException

Modifier and Type	Method	Description
protected void	WorkingDirectoryBlock.log(CoreException e)	Logs exceptions that have been caught by this working directory block.

Methods in org.eclipse.debug.ui that throw CoreException

Modifier and Type	Method	Description
static ILaunch	DebugUITools.buildAndLaunch(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)	Builds the workspace according to current preference settings, and launches the given configuration in the specified mode, returning the resulting launch object.
static void	DebugUITools.deleteBreakpoints(IBreakpoint[] breakpoints, Shell shell, IProgressMonitor progressMonitor)	Deletes the given breakpoints using the operation history, which allows to undo the deletion.
protected abstract IProject	WorkingDirectoryBlock.getProject(ILaunchConfiguration configuration)	Returns the project associated with the specified launch configuration or null if none.
static IResource[]	RefreshTab.getRefreshResources(String scope)	Returns a collection of resources referred to by a refresh scope attribute.
static String	RefreshTab.getRefreshScope(ILaunchConfiguration configuration)	Returns the refresh scope attribute specified by the given launch configuration or null if none.
static boolean	RefreshTab.isRefreshRecursive(ILaunchConfiguration configuration)	Returns whether the refresh scope specified by the given launch configuration is recursive.
static void	RefreshTab.refreshResources(ILaunchConfiguration configuration, IProgressMonitor monitor)	Refreshes the resources as specified by the given launch configuration.

Uses of CoreException in org.eclipse.debug.ui.actions

Methods in org.eclipse.debug.ui.actions that throw CoreException

Modifier and Type	Method	Description
void	IAddMemoryBlocksTarget.addMemoryBlocks(IWorkbenchPart part, ISelection selection)	Perform an add memory block on the given element that is currently selected in the Debug view.
void	IAddMemoryRenderingsTarget.addMemoryRenderings(IWorkbenchPart part, ISelection selection, IMemoryRenderingType[] renderingTypes)	Adds memory renderings.
boolean	IAddMemoryBlocksTarget.canAddMemoryBlocks(IWorkbenchPart part, ISelection selection)	Returns whether an add memory block operation can be performed from the specified part and the given selection.
String	IWatchExpressionFactoryAdapter.createWatchExpression(IVariable variable)	Creates and returns an expression for the specified variable which is used to created an IWatchExpression.
String	IWatchExpressionFactoryAdapter2.createWatchExpression(Object element)	Creates and returns an expression for the specified variable which is used to created an IWatchExpression.
protected void	ToggleMethodBreakpointActionDelegate.performAction(IToggleBreakpointsTarget target, IWorkbenchPart part, ISelection selection)
protected void	ToggleWatchpointActionDelegate.performAction(IToggleBreakpointsTarget target, IWorkbenchPart part, ISelection selection)
void	RunToLineHandler.run(IProgressMonitor monitor)
void	IRunToLineTarget.runToLine(IWorkbenchPart part, ISelection selection, ISuspendResume target)	Perform a run to line operation on the given element that is currently selected and suspended in the Debug view.
void	IToggleBreakpointsTargetExtension.toggleBreakpoints(IWorkbenchPart part, ISelection selection)	Creates new line breakpoints or removes existing breakpoints.
void	IToggleBreakpointsTargetExtension2.toggleBreakpointsWithEvent(IWorkbenchPart part, ISelection selection, Event event)	Creates or removes existing breakpoints based on any modifiers in the given Event.
void	IToggleBreakpointsTarget.toggleLineBreakpoints(IWorkbenchPart part, ISelection selection)	Creates new line breakpoints or removes existing breakpoints.
void	IToggleBreakpointsTarget.toggleMethodBreakpoints(IWorkbenchPart part, ISelection selection)	Creates new method breakpoints or removes existing breakpoints.
void	IToggleBreakpointsTarget.toggleWatchpoints(IWorkbenchPart part, ISelection selection)	Creates new watchpoints or removes existing breakpoints.

Uses of CoreException in org.eclipse.debug.ui.memory

Methods in org.eclipse.debug.ui.memory that throw CoreException

Modifier and Type	Method	Description
IMemoryRendering	IMemoryRenderingType.createRendering()	Creates and returns a new rendering of this type or null if none.
IMemoryRendering	IMemoryRenderingTypeDelegate.createRendering(String id)	Creates and returns a rendering of the specified type, or null if none.

Uses of CoreException in org.eclipse.debug.ui.sourcelookup

Methods in org.eclipse.debug.ui.sourcelookup that throw CoreException

Modifier and Type	Method	Description
protected ISourceContainer[]	WorkingSetSourceContainer.createSourceContainers()

Uses of CoreException in org.eclipse.e4.core.commands

Methods in org.eclipse.e4.core.commands that throw CoreException

Modifier and Type	Method	Description
Object	ExpressionContext.resolveVariable(String name, Object[] args)

Uses of CoreException in org.eclipse.equinox.p2.core

Subclasses of CoreException in org.eclipse.equinox.p2.core

Modifier and Type	Class	Description
class	ProvisionException	A checked exception indicating a recoverable error occurred while provisioning.

Uses of CoreException in org.eclipse.help.search

Methods in org.eclipse.help.search that throw CoreException

Modifier and Type	Method	Description
void	HelpIndexBuilder.execute(IProgressMonitor monitor)	Creates the plug-in search index by parsing the provided plugin.xml file, looking for TOC extensions.
void	ISearchEngine.run(String query, ISearchScope scope, ISearchEngineResultCollector collector, IProgressMonitor monitor)

Uses of CoreException in org.eclipse.help.server

Methods in org.eclipse.help.server that throw CoreException

Modifier and Type	Method	Description
abstract void	HelpServer.stop(String webappName)	Stop a server application.

Uses of CoreException in org.eclipse.help.ui.browser

Methods in org.eclipse.help.ui.browser that throw CoreException

Modifier and Type	Method	Description
void	LaunchURL.setInitializationData(IConfigurationElement config, String propertyName, Object data)

Uses of CoreException in org.eclipse.ltk.core.refactoring

Methods in org.eclipse.ltk.core.refactoring that throw CoreException

Modifier and Type	Method	Description
protected IDocument	DocumentChange.acquireDocument(IProgressMonitor pm)
protected abstract IDocument	TextChange.acquireDocument(IProgressMonitor pm)	Acquires a reference to the document to be changed by this text change.
protected IDocument	TextFileChange.acquireDocument(IProgressMonitor pm)
RefactoringStatus	Refactoring.checkAllConditions(IProgressMonitor pm)	Checks all conditions.
abstract RefactoringStatus	Refactoring.checkFinalConditions(IProgressMonitor pm)	After checkInitialConditions has been performed and the user has provided all input necessary to perform the refactoring this method is called to check the remaining preconditions.
abstract RefactoringStatus	Refactoring.checkInitialConditions(IProgressMonitor pm)	Checks some initial conditions based on the element to be refactored.
protected void	DocumentChange.commit(IDocument document, IProgressMonitor pm)
protected abstract void	TextChange.commit(IDocument document, IProgressMonitor pm)	Commits the document acquired via a call to aquireDocument.
protected void	TextFileChange.commit(IDocument document, IProgressMonitor pm)	Commits the document acquired via a call to aquireDocument.
abstract Change	Refactoring.createChange(IProgressMonitor pm)	Creates a Change object that performs the actual workspace transformation.
protected Refactoring	PerformRefactoringHistoryOperation.createRefactoring(RefactoringDescriptor descriptor, RefactoringStatus status)	Deprecated. since 3.4.
protected Refactoring	PerformRefactoringHistoryOperation.createRefactoring(RefactoringDescriptor descriptor, RefactoringStatus status, IProgressMonitor monitor)	Deprecated. since 3.6.
abstract Refactoring	RefactoringDescriptor.createRefactoring(RefactoringStatus status)	Creates the a new refactoring instance for this refactoring descriptor.
protected RefactoringContext	PerformRefactoringHistoryOperation.createRefactoringContext(RefactoringDescriptor descriptor, RefactoringStatus status, IProgressMonitor monitor)	Method which is called to create a refactoring context from a refactoring descriptor.
RefactoringContext	RefactoringDescriptor.createRefactoringContext(RefactoringStatus status)	Creates the a new refactoring context and the associated refactoring instance for this refactoring descriptor.
protected Change	UndoTextFileChange.createUndoChange(UndoEdit edit, ContentStamp stampToRestore)	Hook to create an undo change for the given undo edit.
protected void	PerformChangeOperation.executeChange(IProgressMonitor pm)	Actually executes the change.
final String	MultiStateTextFileChange.getCurrentContent(IProgressMonitor monitor)
final String	MultiStateTextFileChange.getCurrentContent(IRegion region, boolean expand, int surround, IProgressMonitor monitor)
String	TextChange.getCurrentContent(IProgressMonitor pm)
String	TextChange.getCurrentContent(IRegion region, boolean expandRegionToFullLine, int surroundingLines, IProgressMonitor pm)
abstract String	TextEditBasedChange.getCurrentContent(IProgressMonitor pm)	Returns the current content of the document this text change is associated with.
abstract String	TextEditBasedChange.getCurrentContent(IRegion region, boolean expandRegionToFullLine, int surroundingLines, IProgressMonitor pm)	Returns the current content of the text edit change clipped to a specific region.
final IDocument	MultiStateTextFileChange.getCurrentDocument(IProgressMonitor monitor)	Returns a document representing the current state of the buffer, prior to the application of the change.
IDocument	TextChange.getCurrentDocument(IProgressMonitor pm)	Returns the document this text change is associated to.
final String	MultiStateTextFileChange.getPreviewContent(IProgressMonitor monitor)
final String	MultiStateTextFileChange.getPreviewContent(TextEditBasedChangeGroup[] groups, IRegion region, boolean expand, int surround, IProgressMonitor monitor)
String	TextChange.getPreviewContent(IProgressMonitor pm)
String	TextChange.getPreviewContent(TextEditBasedChangeGroup[] changeGroups, IRegion region, boolean expandRegionToFullLine, int surroundingLines, IProgressMonitor pm)	Returns a preview of the text change clipped to a specific region.
String	TextChange.getPreviewContent(TextEditChangeGroup[] changeGroups, IRegion region, boolean expandRegionToFullLine, int surroundingLines, IProgressMonitor pm)	Returns a preview of the text change clipped to a specific region.
abstract String	TextEditBasedChange.getPreviewContent(IProgressMonitor pm)	Returns the preview content as a string.
abstract String	TextEditBasedChange.getPreviewContent(TextEditBasedChangeGroup[] changeGroups, IRegion region, boolean expandRegionToFullLine, int surroundingLines, IProgressMonitor pm)	Returns a preview of the text edit change clipped to a specific region.
final IDocument	MultiStateTextFileChange.getPreviewDocument(IProgressMonitor monitor)	Returns a document representing the preview of the refactored buffer, after the application of the change object.
IDocument	TextChange.getPreviewDocument(IProgressMonitor pm)	Returns a document containing a preview of the text change.
abstract RefactoringStatus	Change.isValid(IProgressMonitor pm)	Verifies that this change object is still valid and can be executed by calling perform.
RefactoringStatus	CompositeChange.isValid(IProgressMonitor pm)	Verifies that this change object is still valid and can be executed by calling perform.
RefactoringStatus	DocumentChange.isValid(IProgressMonitor pm)
final RefactoringStatus	MultiStateTextFileChange.isValid(IProgressMonitor monitor)
RefactoringStatus	NullChange.isValid(IProgressMonitor pm)
RefactoringStatus	TextFileChange.isValid(IProgressMonitor monitor)
RefactoringStatus	UndoTextFileChange.isValid(IProgressMonitor pm)
abstract Change	Change.perform(IProgressMonitor pm)	Performs this change.
Change	CompositeChange.perform(IProgressMonitor pm)	Performs this change.
final Change	MultiStateTextFileChange.perform(IProgressMonitor monitor)
Change	NullChange.perform(IProgressMonitor pm)
Change	TextChange.perform(IProgressMonitor pm)
Change	UndoTextFileChange.perform(IProgressMonitor pm)
void	IUndoManager.performRedo(IValidationCheckResultQuery query, IProgressMonitor pm)	Redo the top most redo change.
void	IUndoManager.performUndo(IValidationCheckResultQuery query, IProgressMonitor pm)	Undo the top most undo change.
protected void	DocumentChange.releaseDocument(IDocument document, IProgressMonitor pm)
protected abstract void	TextChange.releaseDocument(IDocument document, IProgressMonitor pm)	Releases the document acquired via a call to aquireDocument.
protected void	TextFileChange.releaseDocument(IDocument document, IProgressMonitor pm)
void	CheckConditionsOperation.run(IProgressMonitor pm)
void	CreateChangeOperation.run(IProgressMonitor pm)
void	PerformChangeOperation.run(IProgressMonitor pm)
void	PerformRefactoringHistoryOperation.run(IProgressMonitor monitor)
void	PerformRefactoringOperation.run(IProgressMonitor monitor)

Uses of CoreException in org.eclipse.ltk.core.refactoring.history

Methods in org.eclipse.ltk.core.refactoring.history that throw CoreException

Modifier and Type	Method	Description
RefactoringHistory	IRefactoringHistoryService.readRefactoringHistory(InputStream stream, int flags)	Reads a refactoring history from the input stream.
void	IRefactoringHistoryService.writeRefactoringDescriptors(RefactoringDescriptorProxy[] proxies, OutputStream stream, int flags, boolean time, IProgressMonitor monitor)	Writes the specified refactoring descriptor proxies to the output stream.
void	IRefactoringHistoryService.writeRefactoringSession(RefactoringSessionDescriptor descriptor, OutputStream stream, boolean time)	Writes the specified refactoring session descriptor to the output stream.

Uses of CoreException in org.eclipse.ltk.core.refactoring.model

Methods in org.eclipse.ltk.core.refactoring.model that throw CoreException

Modifier and Type	Method	Description
final ResourceTraversal[]	AbstractRefactoringDescriptorResourceMapping.getTraversals(ResourceMappingContext context, IProgressMonitor monitor)
final ResourceTraversal[]	AbstractRefactoringHistoryResourceMapping.getTraversals(ResourceMappingContext context, IProgressMonitor monitor)

Uses of CoreException in org.eclipse.ltk.core.refactoring.participants

Methods in org.eclipse.ltk.core.refactoring.participants that throw CoreException

Modifier and Type	Method	Description
void	CheckConditionsContext.add(IConditionChecker checker)	Adds the given condition checker.
RefactoringStatus	CheckConditionsContext.check(IProgressMonitor pm)	Checks the condition of all registered condition checkers and returns a merge status result.
RefactoringStatus	IConditionChecker.check(IProgressMonitor monitor)	Performs the actual condition checking.
RefactoringStatus	ResourceChangeChecker.check(IProgressMonitor monitor)
RefactoringStatus	ValidateEditChecker.check(IProgressMonitor monitor)
static RefactoringStatus	ResourceChangeChecker.checkFilesToBeChanged(IFile[] files, IProgressMonitor monitor)	A helper method to check a set of changed files.
RefactoringStatus	ProcessorBasedRefactoring.checkFinalConditions(IProgressMonitor pm)
abstract RefactoringStatus	RefactoringProcessor.checkFinalConditions(IProgressMonitor pm, CheckConditionsContext context)	Checks the final conditions based on the element to be refactored.
RefactoringStatus	ProcessorBasedRefactoring.checkInitialConditions(IProgressMonitor pm)
abstract RefactoringStatus	RefactoringProcessor.checkInitialConditions(IProgressMonitor pm)	Checks some initial conditions based on the element to be refactored.
Change	ProcessorBasedRefactoring.createChange(IProgressMonitor pm)
abstract Change	RefactoringParticipant.createChange(IProgressMonitor pm)	Creates a Change object that contains the workspace modifications of this participant to be executed after the changes from the refactoring are executed.
abstract Change	RefactoringProcessor.createChange(IProgressMonitor pm)	Creates a Change object describing the workspace modifications the processor contributes to the overall refactoring.
Change	RefactoringParticipant.createPreChange(IProgressMonitor pm)	Creates a Change object that contains the workspace modifications of this participant to be executed before the changes from the refactoring are executed.
final boolean	ProcessorBasedRefactoring.isApplicable()	Checks whether the refactoring is applicable to the elements to be refactored or not.
abstract boolean	RefactoringProcessor.isApplicable()	Checks whether the processor is applicable to the elements to be refactored or not.
abstract RefactoringParticipant[]	RefactoringProcessor.loadParticipants(RefactoringStatus status, SharableParticipants sharedParticipants)	Returns the array of participants.
Change	RefactoringProcessor.postCreateChange(Change[] participantChanges, IProgressMonitor pm)	Additional hook allowing processors to add changes to the set of workspace modifications after all participant changes have been created.

Uses of CoreException in org.eclipse.ltk.core.refactoring.resource

Methods in org.eclipse.ltk.core.refactoring.resource that throw CoreException

Modifier and Type	Method	Description
Refactoring	DeleteResourcesDescriptor.createRefactoring(RefactoringStatus status)
Refactoring	MoveRenameResourceDescriptor.createRefactoring(RefactoringStatus status)
Refactoring	MoveResourcesDescriptor.createRefactoring(RefactoringStatus status)
Refactoring	RenameResourceDescriptor.createRefactoring(RefactoringStatus status)
RefactoringStatus	ResourceChange.isValid(IProgressMonitor pm)	This implementation of Change.isValid(IProgressMonitor) tests the modified resource using the validation method specified by ResourceChange.setValidationMethod(int).
Change	DeleteResourceChange.perform(IProgressMonitor pm)
final Change	MoveRenameResourceChange.perform(IProgressMonitor monitor)
final Change	MoveResourceChange.perform(IProgressMonitor monitor)
Change	RenameResourceChange.perform(IProgressMonitor pm)

Uses of CoreException in org.eclipse.ltk.ui.refactoring

Methods in org.eclipse.ltk.ui.refactoring that throw CoreException

Modifier and Type	Method	Description
abstract IRegion	LanguageElementNode.getTextRange()	Returns the text region the of this language element node.

Uses of CoreException in org.eclipse.ltk.ui.refactoring.history

Methods in org.eclipse.ltk.ui.refactoring.history that throw CoreException

Modifier and Type	Method	Description
protected Refactoring	RefactoringHistoryWizard.createRefactoring(RefactoringDescriptor descriptor, RefactoringStatus status)	Deprecated. since 3.6.
protected Refactoring	RefactoringHistoryWizard.createRefactoring(RefactoringDescriptor descriptor, RefactoringStatus status, IProgressMonitor monitor)	Deprecated. since 3.7.
protected RefactoringContext	RefactoringHistoryWizard.createRefactoringContext(RefactoringDescriptor descriptor, RefactoringStatus status, IProgressMonitor monitor)	Creates a refactoring context from the specified refactoring descriptor.

Uses of CoreException in org.eclipse.ltk.ui.refactoring.model

Methods in org.eclipse.ltk.ui.refactoring.model that throw CoreException

Modifier and Type	Method	Description
IStatus	AbstractResourceMappingMerger.merge(IMergeContext context, IProgressMonitor monitor)

Uses of CoreException in org.eclipse.search.core.text

Methods in org.eclipse.search.core.text that throw CoreException

Modifier and Type	Method	Description
boolean	TextSearchRequestor.acceptFile(IFile file)	Notification sent before search starts in the given file.
boolean	TextSearchRequestor.acceptPatternMatch(TextSearchMatchAccess matchAccess)	Accepts the given search match and decides if the search should continue for this file.

Uses of CoreException in org.eclipse.search.ui.text

Methods in org.eclipse.search.ui.text that throw CoreException

Modifier and Type	Method	Description
abstract ISearchQuery	TextSearchQueryProvider.createQuery(String selectedText)	Create a query to search for the selected text in the workspace.
abstract ISearchQuery	TextSearchQueryProvider.createQuery(String selectedText, IResource[] resources)	Create a query to search for the selected text in the given resources.
abstract ISearchQuery	TextSearchQueryProvider.createQuery(String selectedText, IWorkingSet[] ws)	Create a query to search for the selected text in the given working sets.
abstract ISearchQuery	TextSearchQueryProvider.createQuery(TextSearchQueryProvider.TextSearchInput textSearchInput)	Create a query for the input with the given information.

Uses of CoreException in org.eclipse.team.core

Subclasses of CoreException in org.eclipse.team.core

Modifier and Type	Class	Description
class	TeamException	This exception is thrown by the team provider API.

Methods in org.eclipse.team.core with parameters of type CoreException

Modifier and Type	Method	Description
static TeamException	TeamException.asTeamException(CoreException e)	Return a TeamException for the given exception.

Methods in org.eclipse.team.core that throw CoreException

Modifier and Type	Method	Description
final void	RepositoryProvider.configure()	Configures the nature for the given project.
abstract void	RepositoryProvider.configureProject()	Configures the provider for the given project.

Constructors in org.eclipse.team.core with parameters of type CoreException

Modifier	Constructor	Description
protected	TeamException(CoreException e)	Create a TeamException that wraps the given CoreException

Uses of CoreException in org.eclipse.team.core.history

Methods in org.eclipse.team.core.history that throw CoreException

Modifier and Type	Method	Description
IStorage	IFileRevision.getStorage(IProgressMonitor monitor)	Returns the storage for this file revision.
IFileRevision	IFileRevision.withAllProperties(IProgressMonitor monitor)	Returns an IFileRevision with all supported properties present.

Uses of CoreException in org.eclipse.team.core.importing.provisional

Methods in org.eclipse.team.core.importing.provisional that throw CoreException

Modifier and Type	Method	Description
IProject[]	BundleImporterDelegate.performImport(ScmUrlImportDescription[] descriptions, IProgressMonitor monitor)
IProject[]	IBundleImporterDelegate.performImport(ScmUrlImportDescription[] descriptions, IProgressMonitor monitor)	Imports bundles into the workspace creating a project for each import description.

Uses of CoreException in org.eclipse.team.core.mapping

Methods in org.eclipse.team.core.mapping that throw CoreException

Modifier and Type	Method	Description
protected IStorageMerger	DelegatingStorageMerger.createDelegateMerger(IStorage target)	Create a merger for the given storage or return null if an appropriate merger could not be created.
void	IChangeGroupingRequestor.ensureChangesGrouped(IProject project, IFile[] files, String nameHint)	Issue a request to group the provided files together when the changes are committed or checked-in to the repository.
protected void	ChangeTracker.ensureGrouped(IProject project, String name, IFile[] files)	Group the given modified file into a change set with the given name.
static IContentType	DelegatingStorageMerger.getContentType(IStorage target)	A helper method that finds the content type for the given storage or returns null if a content type cannot be found.
void	ISynchronizationScopeManager.initialize(IProgressMonitor monitor)	Build the scope that is used to determine the complete set of resource mappings, and hence resources, that an operation should be performed on.
protected boolean	ChangeTracker.isModified(IFile file)	Return whether the given file is modified with respect to the repository provider associated with the file's project.
boolean	IChangeGroupingRequestor.isModified(IFile file)	Return whether the given file is modified with respect to the repository.
void	IMergeContext.markAsMerged(IDiff[] nodes, boolean inSyncHint, IProgressMonitor monitor)	Mark the files associated with the given diff nodes as being merged.
void	IMergeContext.markAsMerged(IDiff node, boolean inSyncHint, IProgressMonitor monitor)	Method that allows the model merger to signal that the file associated with the given diff node has been completely merged.
IStatus	DelegatingStorageMerger.merge(OutputStream output, String outputEncoding, IStorage ancestor, IStorage target, IStorage other, IProgressMonitor monitor)
IStatus	IMergeContext.merge(IDiff[] diffs, boolean ignoreLocalChanges, IProgressMonitor monitor)	Attempt to merge any files associated with the given diffs.
IStatus	IMergeContext.merge(IDiff diff, boolean ignoreLocalChanges, IProgressMonitor monitor)	Method that can be called by the model merger to attempt a file-system level merge.
IStatus	IResourceMappingMerger.merge(IMergeContext mergeContext, IProgressMonitor monitor)	Attempt to automatically merge the mappings of the merge context(MergeContext#getMappings()).
IStatus	IStorageMerger.merge(OutputStream output, String outputEncoding, IStorage ancestor, IStorage target, IStorage other, IProgressMonitor monitor)	Performs a merge operation on the given storage instances and writes the merge result to the output stream.
IStatus	ResourceMappingMerger.merge(IMergeContext mergeContext, IProgressMonitor monitor)	A default implementation of merge that attempts to merge all the mappings in the context.
void	ISynchronizationContext.refresh(ResourceMapping[] mappings, IProgressMonitor monitor)	Refresh the portion of the context related to the given resource mappings.
void	ISynchronizationContext.refresh(ResourceTraversal[] traversals, int flags, IProgressMonitor monitor)	Refresh the context in order to update the diff tree returned by ISynchronizationContext.getDiffTree() to include the latest synchronization state for the resources.
ResourceTraversal[]	ISynchronizationScopeManager.refresh(ResourceMapping[] mappings, IProgressMonitor monitor)	Refresh the scope of this manager for the given mappings.
void	IMergeContext.reject(IDiff[] diffs, IProgressMonitor monitor)	Reject the changes associated with the given diffs.
void	IMergeContext.reject(IDiff diff, IProgressMonitor monitor)	Reject the change associated with the given diff.
void	IMergeContext.run(IWorkspaceRunnable runnable, ISchedulingRule rule, int flags, IProgressMonitor monitor)	Runs the given action as an atomic workspace operation.

Uses of CoreException in org.eclipse.team.core.mapping.provider

Methods in org.eclipse.team.core.mapping.provider that throw CoreException

Modifier and Type	Method	Description
protected void	MergeContext.ensureParentsExist(IResource resource, IProgressMonitor monitor)	Ensure that the parent folders of the given resource exist.
static ResourceMapping[]	SynchronizationScopeManager.getMappingsFromProviders(ResourceTraversal[] traversals, ResourceMappingContext context, IProgressMonitor monitor)	Convenience method for obtaining the set of resource mappings from all model providers that overlap with the given resources.
void	SynchronizationScopeManager.initialize(IProgressMonitor monitor)
protected abstract void	MergeContext.makeInSync(IDiff diff, IProgressMonitor monitor)	Method that is invoked from MergeContext.performReplace(IDiff, IProgressMonitor) after the local has been changed to match the remote.
void	MergeContext.markAsMerged(IDiff[] nodes, boolean inSyncHint, IProgressMonitor monitor)
IStatus	MergeContext.merge(IDiff[] deltas, boolean force, IProgressMonitor monitor)
IStatus	MergeContext.merge(IDiff diff, boolean ignoreLocalChanges, IProgressMonitor monitor)
protected void	MergeContext.performReplace(IDiff diff, IProgressMonitor monitor)	Make the local state of the resource associated with the given diff match that of the remote.
protected IStatus	MergeContext.performThreeWayMerge(IThreeWayDiff diff, IProgressMonitor monitor)	Perform a three-way merge on the given three-way diff that contains a content conflict.
void	SynchronizationContext.refresh(ResourceMapping[] mappings, IProgressMonitor monitor)
ResourceTraversal[]	SynchronizationScopeManager.refresh(ResourceMapping[] mappings, IProgressMonitor monitor)
void	MergeContext.reject(IDiff[] diffs, IProgressMonitor monitor)
void	MergeContext.run(IWorkspaceRunnable runnable, ISchedulingRule rule, int flags, IProgressMonitor monitor)	Default implementation of run that invokes the corresponding run on IWorkspace.

Uses of CoreException in org.eclipse.team.core.subscribers

Methods in org.eclipse.team.core.subscribers that throw CoreException

Modifier and Type	Method	Description
void	Subscriber.accept(IResource[] resources, int depth, IDiffVisitor visitor)	Visit any out-of-sync resources in the given resources visited to the given depth.
void	Subscriber.accept(ResourceTraversal[] traversals, IDiffVisitor visitor)	Visit any out-of-sync resources covered by the given traversals.
boolean	SubscriberResourceMappingContext.contentDiffers(IFile file, IProgressMonitor monitor)
final IStorage	SubscriberResourceMappingContext.fetchBaseContents(IFile file, IProgressMonitor monitor)
final IResource[]	SubscriberResourceMappingContext.fetchMembers(IContainer container, IProgressMonitor monitor)
final IStorage	SubscriberResourceMappingContext.fetchRemoteContents(IFile file, IProgressMonitor monitor)
IDiff	Subscriber.getDiff(IResource resource)	Returns synchronization info, in the form of an IDiff for the given resource, or null if there is no synchronization info because the subscriber does not apply to this resource or the resource is in-sync.
int	Subscriber.getState(ResourceMapping mapping, int stateMask, IProgressMonitor monitor)	Return the synchronization state of the given resource mapping.
protected SyncInfo	SubscriberMergeContext.getSyncInfo(IResource resource)	Return the sync info for the given resource.
boolean	SubscriberResourceMappingContext.hasLocalChange(IResource resource, IProgressMonitor monitor)
final boolean	SubscriberResourceMappingContext.hasRemoteChange(IResource resource, IProgressMonitor monitor)
void	SubscriberScopeManager.initialize(IProgressMonitor monitor)
void	SubscriberMergeContext.refresh(ResourceTraversal[] traversals, int flags, IProgressMonitor monitor)
final void	SubscriberResourceMappingContext.refresh(ResourceTraversal[] traversals, int flags, IProgressMonitor monitor)
ResourceTraversal[]	SubscriberScopeManager.refresh(ResourceMapping[] mappings, IProgressMonitor monitor)

Uses of CoreException in org.eclipse.team.ui

Methods in org.eclipse.team.ui that throw CoreException

Modifier and Type	Method	Description
static IScmUrlImportWizardPage[]	TeamUI.getPages(String importerId)	Return a set of wizard pages for the given importer ID.

Uses of CoreException in org.eclipse.team.ui.history

Methods in org.eclipse.team.ui.history that throw CoreException

Modifier and Type	Method	Description
protected void	HistoryPageCompareEditorInput.performReplace(Object selectedObject)	A replace has been requested.

Uses of CoreException in org.eclipse.team.ui.mapping

Methods in org.eclipse.team.ui.mapping with parameters of type CoreException

Modifier and Type	Method	Description
protected void	SynchronizationContentProvider.handleException(CoreException e)	Handle the given exception that occurred while calculating the children for an element.

Methods in org.eclipse.team.ui.mapping that throw CoreException

Modifier and Type	Method	Description
IPreferencePage	ITeamContentProviderDescriptor.createPreferencePage()	Return a preference page that can be displayed to configure the content provider of this extension.
void	SaveableComparison.doSave(IProgressMonitor monitor)	Saves the contents of this saveable.
int	SynchronizationStateTester.getState(Object element, int stateMask, IProgressMonitor monitor)	Return the synchronization state of the given element.
ITeamStateDescription	ITeamStateProvider.getStateDescription(Object element, int stateMask, String[] properties, IProgressMonitor monitor)	Return the state description for the given element.
int	ISynchronizationCompareAdapter.getSynchronizationState(ITeamStateProvider provider, ResourceMapping mapping, int stateMask, IProgressMonitor monitor)	Return the synchronization state of the resource mapping with respect to the given team state provider.
int	SynchronizationCompareAdapter.getSynchronizationState(ITeamStateProvider provider, ResourceMapping mapping, int stateMask, IProgressMonitor monitor)	Return the synchronization state of the resource mapping with respect to the given team state provider.
boolean	ITeamStateProvider.hasDecoratedState(Object element)	Return whether the given element has any decorated state.
protected abstract void	SaveableComparison.performSave(IProgressMonitor monitor)	Method invoked from SaveableComparison.doSave(IProgressMonitor) to write out the buffer.
void	ISynchronizationCompareInput.prepareInput(CompareConfiguration configuration, IProgressMonitor monitor)	Prepare the compare input associated with a model element for display using the compare configuration.

Uses of CoreException in org.eclipse.team.ui.synchronize

Methods in org.eclipse.team.ui.synchronize that throw CoreException

Modifier and Type	Method	Description
boolean	ModelSynchronizeParticipant.checkForBufferChange(Shell shell, ISynchronizationCompareInput input, boolean cancelAllowed, IProgressMonitor monitor)	Convenience method for switching the active saveable of this participant to the saveable of the given input.
protected void	ModelMergeOperation.executeMerge(IProgressMonitor monitor)	Perform a merge.
protected void	ModelParticipantMergeOperation.executeMerge(IProgressMonitor monitor)
ITeamStateDescription	SubscriberTeamStateProvider.getStateDescription(Object element, int stateMask, String[] properties, IProgressMonitor monitor)
protected final int	SubscriberTeamStateProvider.getSynchronizationState(Object element, int stateMask, IProgressMonitor monitor)	Obtain the synchronization state of the element.
static void	ModelParticipantAction.handleTargetSaveableChange(Shell shell, SaveableComparison targetSaveable, SaveableComparison activeSaveable, boolean allowCancel, IProgressMonitor monitor)	Convenience method that prompts if the currently active saveable is dirty and either saves or reverts the saveable depending on the users input.
boolean	SubscriberTeamStateProvider.hasDecoratedState(Object element)
protected abstract void	ModelMergeOperation.initializeContext(IProgressMonitor monitor)	Initialize the merge context for this merge operation.
protected void	ModelParticipantMergeOperation.initializeContext(IProgressMonitor monitor)
protected IStatus	ModelMergeOperation.performMerge(ModelProvider provider, IProgressMonitor monitor)	Attempt to merge all the mappings that come from the given provider.
protected IStatus	ModelMergeOperation.performMerge(IProgressMonitor monitor)	Attempt a headless merge of the elements in the context of this operation.
protected MergeContext	ModelSynchronizeParticipant.restoreContext(ISynchronizationScopeManager manager)	Recreate the context for this participant.
void	ParticipantPageCompareEditorInput.saveChanges(IProgressMonitor monitor)
void	AbstractSynchronizeParticipant.setInitializationData(IConfigurationElement config, String propertyName, Object data)
protected void	AbstractSynchronizeParticipant.setInitializationData(ISynchronizeParticipantDescriptor descriptor)

Uses of CoreException in org.eclipse.ui

Subclasses of CoreException in org.eclipse.ui

Modifier and Type	Class	Description
class	MultiPartInitException	A checked exception indicating one or more workbench parts could not be initialized correctly.
class	PartInitException	A checked exception indicating a workbench part cannot be initialized correctly.
class	WorkbenchException	A checked exception indicating a recoverable error occured internal to the workbench.

Methods in org.eclipse.ui that throw CoreException

Modifier and Type	Method	Description
Object	ExtensionFactory.create()	Creates the object referenced by the factory id obtained from the extension data.
abstract void	Saveable.doSave(IProgressMonitor monitor)	Saves the contents of this saveable.
IJobRunnable	Saveable.doSave(IProgressMonitor monitor, IShellProvider shellProvider)	Saves this saveable, or prepares this saveable for a background save operation.
IStorage	IStorageEditorInput.getStorage()	Returns the underlying IStorage object.
void	IDecoratorManager.setEnabled(String decoratorId, boolean enabled)	Sets whether the specified decorator is enabled.
void	ExtensionFactory.setInitializationData(IConfigurationElement config, String propertyName, Object data)

Uses of CoreException in org.eclipse.ui.actions

Methods in org.eclipse.ui.actions that throw CoreException

Modifier and Type	Method	Description
protected void	CopyFilesAndFoldersOperation.copy(IResource[] resources, IPath destination, IProgressMonitor monitor)	Deprecated. As of 3.3, the work is performed in the undoable operation created in CopyFilesAndFoldersOperation.getUndoableCopyOrMoveOperation(IResource[], IPath)
protected void	MoveFilesAndFoldersOperation.copy(IResource[] resources, IPath destination, IProgressMonitor monitor)	Deprecated. As of 3.3, the work is performed in the undoable operation created in MoveFilesAndFoldersOperation.getUndoableCopyOrMoveOperation(IResource[], IPath)
protected IProjectDescription	CopyProjectAction.createDescription(IProject project, String projectName, IPath rootLocation)	Create a new IProjectDescription for the copy using the name and path selected from the dialog.
protected void	WorkspaceModifyDelegatingOperation.execute(IProgressMonitor monitor)
protected abstract void	WorkspaceModifyOperation.execute(IProgressMonitor monitor)	Performs the steps that are to be treated as a single logical workspace change.
protected void	CloseResourceAction.invokeOperation(IResource resource, IProgressMonitor monitor)
protected void	OpenResourceAction.invokeOperation(IResource resource, IProgressMonitor monitor)
protected void	ScrubLocalAction.invokeOperation(IResource resource, IProgressMonitor monitor)	Deprecated.
protected void	WorkspaceAction.invokeOperation(IResource resource, IProgressMonitor monitor)	Deprecated. Since 3.3, subclasses should instead implement the method WorkspaceAction.createOperation(IStatus[]) and provide an empty implementation for this method.
protected void	RefreshAction.refreshResource(IResource resource, IProgressMonitor monitor)	Refresh the resource (with a check for deleted projects).

Uses of CoreException in org.eclipse.ui.cheatsheets

Methods in org.eclipse.ui.cheatsheets that throw CoreException

Modifier and Type	Method	Description
Object	CheatSheetExtensionFactory.create()
void	CheatSheetExtensionFactory.setInitializationData(IConfigurationElement config, String propertyName, Object data)

Uses of CoreException in org.eclipse.ui.dialogs

Methods in org.eclipse.ui.dialogs that throw CoreException

Modifier and Type	Method	Description
protected void	WizardNewFileCreationPage.createFile(IFile fileHandle, InputStream contents, IProgressMonitor monitor)	Deprecated. As of 3.3, use or override WizardNewFileCreationPage.createNewFile() which uses the undoable operation support.
protected void	WizardNewFolderMainPage.createFolder(IFolder folderHandle, IProgressMonitor monitor)	Deprecated. As of 3.3, use WizardNewFolderMainPage.createNewFolder() which uses the undoable operation support.
protected abstract void	FilteredItemsSelectionDialog.fillContentProvider(FilteredItemsSelectionDialog.AbstractContentProvider contentProvider, FilteredItemsSelectionDialog.ItemsFilter itemsFilter, IProgressMonitor progressMonitor)	Fills the content provider with matching items.
protected void	FilteredResourcesSelectionDialog.fillContentProvider(FilteredItemsSelectionDialog.AbstractContentProvider contentProvider, FilteredItemsSelectionDialog.ItemsFilter itemsFilter, IProgressMonitor progressMonitor)
IContainer	ContainerGenerator.generateContainer(IProgressMonitor monitor)	Ensures that this generator's container resource exists.

Uses of CoreException in org.eclipse.ui.editors.text

Methods in org.eclipse.ui.editors.text with parameters of type CoreException

Modifier and Type	Method	Description
protected void	StorageDocumentProvider.handleCoreException(CoreException exception, String message)	Defines the standard procedure to handle CoreExceptions.
protected void	TextFileDocumentProvider.handleCoreException(CoreException exception, String message)	Defines the standard procedure to handle CoreExceptions.
boolean	ForwardingDocumentProvider.isNotSynchronizedException(Object element, CoreException ex)
boolean	StorageDocumentProvider.isNotSynchronizedException(Object element, CoreException ex)
boolean	TextFileDocumentProvider.isNotSynchronizedException(Object element, CoreException ex)
boolean	TextFileDocumentProvider.NullProvider.isNotSynchronizedException(Object element, CoreException ex)	Deprecated.

Methods in org.eclipse.ui.editors.text that throw CoreException

Modifier and Type	Method	Description
protected void	FileDocumentProvider.cacheEncodingState(Object element)	Internally caches the file's encoding data.
protected void	FileDocumentProvider.checkSynchronizationState(long cachedModificationStamp, IResource resource)	Checks whether the given resource has been changed on the local file system by comparing the actual time stamp with the cached one.
protected void	TextFileDocumentProvider.commitFileBuffer(IProgressMonitor monitor, TextFileDocumentProvider.FileInfo info, boolean overwrite)	Commits the given file info's file buffer by changing the contents of the underlying file to the contents of this file buffer.
void	ForwardingDocumentProvider.connect(Object element)
void	TextFileDocumentProvider.connect(Object element)
void	TextFileDocumentProvider.NullProvider.connect(Object element)	Deprecated.
protected IAnnotationModel	FileDocumentProvider.createAnnotationModel(Object element)
protected IAnnotationModel	StorageDocumentProvider.createAnnotationModel(Object element)
protected IDocument	StorageDocumentProvider.createDocument(Object element)
protected AbstractDocumentProvider.ElementInfo	FileDocumentProvider.createElementInfo(Object element)
protected AbstractDocumentProvider.ElementInfo	StorageDocumentProvider.createElementInfo(Object element)
protected void	TextFileDocumentProvider.createFileFromDocument(IProgressMonitor monitor, IFile file, IDocument document)	Creates the given file with the given document content.
protected TextFileDocumentProvider.FileInfo	TextFileDocumentProvider.createFileInfo(Object element)	Creates and returns the file info object for the given element.
protected TextFileDocumentProvider.DocumentProviderOperation	TextFileDocumentProvider.createSaveOperation(Object element, IDocument document, boolean overwrite)
protected void	FileDocumentProvider.doResetDocument(Object element, IProgressMonitor monitor)
protected void	FileDocumentProvider.doSaveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)
protected void	StorageDocumentProvider.doSaveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)
protected void	TextEditor.doSetInput(IEditorInput input)
protected void	FileDocumentProvider.doSynchronize(Object element, IProgressMonitor monitor)
protected void	StorageDocumentProvider.doUpdateStateCache(Object element)
protected void	FileDocumentProvider.doValidateState(Object element, Object computationContext)
protected abstract void	TextFileDocumentProvider.DocumentProviderOperation.execute(IProgressMonitor monitor)	The actual functionality of this operation.
protected void	TextFileDocumentProvider.executeOperation(TextFileDocumentProvider.DocumentProviderOperation operation, IProgressMonitor monitor)	Executes the given operation in the providers runnable context.
IContentType	FileDocumentProvider.getContentType(Object element)
IContentType	ForwardingDocumentProvider.getContentType(Object element)
IContentType	StorageDocumentProvider.getContentType(Object element)
IContentType	TextFileDocumentProvider.getContentType(Object element)
IContentType	TextFileDocumentProvider.NullProvider.getContentType(Object element)	Deprecated.
protected void	FileDocumentProvider.persistEncoding(Object element, String encoding)	Persists the given encoding for the given element.
protected void	StorageDocumentProvider.persistEncoding(Object element, String encoding)	Persists the given encoding for the given element.
protected void	FileDocumentProvider.readUTF8BOM(IFile file, String encoding, Object element)	Deprecated. as of 3.0 this method is no longer in use and does nothing
protected void	FileDocumentProvider.refreshFile(IFile file)	Refreshes the given file resource.
protected void	FileDocumentProvider.refreshFile(IFile file, IProgressMonitor monitor)	Refreshes the given file resource.
void	ForwardingDocumentProvider.resetDocument(Object element)
void	TextFileDocumentProvider.NullProvider.resetDocument(Object element)	Deprecated.
void	TextFileDocumentProvider.resetDocument(Object element)
void	ForwardingDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)
void	TextFileDocumentProvider.NullProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)	Deprecated.
final void	TextFileDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)
protected boolean	FileDocumentProvider.setDocumentContent(IDocument document, IEditorInput editorInput)	Deprecated. use file encoding based version
protected boolean	FileDocumentProvider.setDocumentContent(IDocument document, IEditorInput editorInput, String encoding)
protected void	StorageDocumentProvider.setDocumentContent(IDocument document, InputStream contentStream)	Deprecated. use encoding based version instead
protected void	StorageDocumentProvider.setDocumentContent(IDocument document, InputStream contentStream, String encoding)	Initializes the given document with the given stream using the given encoding.
protected boolean	StorageDocumentProvider.setDocumentContent(IDocument document, IEditorInput editorInput)	Deprecated. use the encoding based version instead
protected boolean	StorageDocumentProvider.setDocumentContent(IDocument document, IEditorInput editorInput, String encoding)	Initializes the given document from the given editor input using the given character encoding.
void	ForwardingDocumentProvider.synchronize(Object element)
void	TextFileDocumentProvider.NullProvider.synchronize(Object element)	Deprecated.
void	TextFileDocumentProvider.synchronize(Object element)
protected void	StorageDocumentProvider.updateCache(IStorageEditorInput input)	Updates the internal cache for the given input.
void	ForwardingDocumentProvider.updateStateCache(Object element)
void	TextFileDocumentProvider.NullProvider.updateStateCache(Object element)	Deprecated.
void	TextFileDocumentProvider.updateStateCache(Object element)
void	ForwardingDocumentProvider.validateState(Object element, Object computationContext)
void	TextFileDocumentProvider.NullProvider.validateState(Object element, Object computationContext)	Deprecated.
void	TextFileDocumentProvider.validateState(Object element, Object computationContext)
boolean	FileDocumentProvider.FileSynchronizer.visit(IResourceDelta delta)

Uses of CoreException in org.eclipse.ui.ide

Methods in org.eclipse.ui.ide that throw CoreException

Modifier and Type	Method	Description
IEditorDescriptor	IUnassociatedEditorStrategy.getEditorDescriptor(String fileName, IEditorRegistry editorRegistry)

Uses of CoreException in org.eclipse.ui.ide.undo

Methods in org.eclipse.ui.ide.undo that throw CoreException

Modifier and Type	Method	Description
protected void	CopyResourcesOperation.copy(IProgressMonitor monitor, IAdaptable uiInfo)	Move or copy any known resources according to the destination parameters known by this operation.
abstract void	ResourceDescription.createExistentResourceFromHandle(IResource resource, IProgressMonitor monitor)	Deprecated. Given a resource handle, create an actual resource with the attributes of the receiver resource description.
abstract IResource	ResourceDescription.createResource(IProgressMonitor monitor)	Deprecated. Create an existent resource from this resource description.
protected abstract void	AbstractWorkspaceOperation.doExecute(IProgressMonitor monitor, IAdaptable uiInfo)	Perform the specific work involved in executing this operation.
protected void	CopyProjectOperation.doExecute(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	CopyResourcesOperation.doExecute(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	CreateMarkersOperation.doExecute(IProgressMonitor monitor, IAdaptable info)
protected void	DeleteMarkersOperation.doExecute(IProgressMonitor monitor, IAdaptable info)
protected void	DeleteResourcesOperation.doExecute(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	MoveProjectOperation.doExecute(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	MoveResourcesOperation.doExecute(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	UpdateMarkersOperation.doExecute(IProgressMonitor monitor, IAdaptable info)
protected abstract void	AbstractWorkspaceOperation.doUndo(IProgressMonitor monitor, IAdaptable uiInfo)	Perform the specific work involved in undoing this operation.
protected void	CopyProjectOperation.doUndo(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	CopyResourcesOperation.doUndo(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	CreateMarkersOperation.doUndo(IProgressMonitor monitor, IAdaptable info)
protected void	DeleteMarkersOperation.doUndo(IProgressMonitor monitor, IAdaptable info)
protected void	DeleteResourcesOperation.doUndo(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	MoveProjectOperation.doUndo(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	MoveResourcesOperation.doUndo(IProgressMonitor monitor, IAdaptable uiInfo)
protected void	UpdateMarkersOperation.doUndo(IProgressMonitor monitor, IAdaptable info)
protected void	MoveResourcesOperation.move(IProgressMonitor monitor, IAdaptable uiInfo)	Move any known resources according to the destination parameters known by this operation.
abstract void	ResourceDescription.recordStateFromHistory(IResource resource, IProgressMonitor monitor)	Deprecated. Record the appropriate state of this resource description using any available resource history.

Uses of CoreException in org.eclipse.ui.internal

Methods in org.eclipse.ui.internal that throw CoreException

Modifier and Type	Method	Description
static Object	WorkbenchPlugin.createExtension(IConfigurationElement element, String classAttribute)	Creates an extension.
static Boolean	WindowsDefenderConfigurator.runCheckEnforced(IProgressMonitor m)	Opens the dialog to run the exclusion, regardless of any preference.
static void	WindowsDefenderConfigurator.savePreference(IScopeContext scope, String key, String value)

Uses of CoreException in org.eclipse.ui.intro.universal

Methods in org.eclipse.ui.intro.universal that throw CoreException

Modifier and Type	Method	Description
Object	ExtensionFactory.create()
void	ExtensionFactory.setInitializationData(IConfigurationElement config, String propertyName, Object data)

Uses of CoreException in org.eclipse.ui.menus

Methods in org.eclipse.ui.menus that throw CoreException

Modifier and Type	Method	Description
void	ExtensionContributionFactory.setInitializationData(IConfigurationElement config, String propertyName, Object data)	Clients who wish to implement their own IExecutableExtension behaviour must invoke this method prior to any customization they perform.

Uses of CoreException in org.eclipse.ui.part

Methods in org.eclipse.ui.part that throw CoreException

Modifier and Type	Method	Description
protected static IDropActionDelegate	PluginDropAdapter.getPluginAdapter(PluginTransferData data)	Loads the class that will perform the action associated with the given drop data.

Uses of CoreException in org.eclipse.ui.plugin

Methods in org.eclipse.ui.plugin that throw CoreException

Modifier and Type	Method	Description
void	AbstractUIPlugin.shutdown()	Deprecated. In Eclipse 3.0, shutdown has been replaced by Plugin.stop(BundleContext context).
void	AbstractUIPlugin.startup()	Deprecated.

Uses of CoreException in org.eclipse.ui.statushandlers

Methods in org.eclipse.ui.statushandlers with parameters of type CoreException

Modifier and Type	Method	Description
void	StatusManager.handle(CoreException coreException, String pluginId)	Handles given CoreException.

Uses of CoreException in org.eclipse.ui.texteditor

Subclasses of CoreException in org.eclipse.ui.texteditor

Modifier and Type	Class	Description
class	ValidateStateException	Deprecated. No longer used, create a CoreException instead

Methods in org.eclipse.ui.texteditor with parameters of type CoreException

Modifier and Type	Method	Description
protected void	AbstractMarkerAnnotationModel.handleCoreException(CoreException exception, String message)	Handles an unanticipated CoreException in a standard manner.
protected void	MarkerRulerAction.handleCoreException(CoreException exception, String message)	Handles core exceptions.
protected final void	SelectMarkerRulerAction.handleCoreException(CoreException exception, String message)	Handles core exceptions.
protected void	AbstractTextEditor.handleExceptionOnSave(CoreException exception, IProgressMonitor progressMonitor)	Handles the given exception.
boolean	AbstractDocumentProvider.isNotSynchronizedException(Object element, CoreException ex)
boolean	IDocumentProviderExtension5.isNotSynchronizedException(Object element, CoreException ex)	Tells whether the given core exception is exactly the exception which is thrown for a non-synchronized element.
protected void	AbstractDecoratedTextEditor.openSaveErrorDialog(String title, String message, CoreException exception)	Presents an error dialog to the user when a problem happens during save.
protected void	AbstractTextEditor.openSaveErrorDialog(String title, String message, CoreException exception)	Presents an error dialog to the user when a problem happens during save.

Methods in org.eclipse.ui.texteditor that throw CoreException

Modifier and Type	Method	Description
void	AbstractMarkerAnnotationModel.commit(IDocument document)
final void	AbstractDocumentProvider.connect(Object element)
void	IDocumentProvider.connect(Object element)	Connects the given element to this document provider.
protected abstract IAnnotationModel	AbstractDocumentProvider.createAnnotationModel(Object element)	Creates an annotation model for the given element.
protected abstract IDocument	AbstractDocumentProvider.createDocument(Object element)	Creates the document for the given element.
protected AbstractDocumentProvider.ElementInfo	AbstractDocumentProvider.createElementInfo(Object element)	Creates a new element info object for the given element.
AbstractHyperlinkDetector	HyperlinkDetectorDescriptor.createHyperlinkDetector()	Deprecated. As of 3.9, replaced by HyperlinkDetectorDescriptor.createHyperlinkDetectorImplementation()
IHyperlinkDetector	HyperlinkDetectorDescriptor.createHyperlinkDetectorImplementation()	Creates a new IHyperlinkDetector.
static void	MarkerUtilities.createMarker(IResource resource, Map<String,Object> attributes, String markerType)	Creates a marker on the given resource with the given type and attributes.
protected abstract void	AbstractMarkerAnnotationModel.deleteMarkers(IMarker[] markers)	Deletes the given markers from this model.
protected void	ResourceMarkerAnnotationModel.deleteMarkers(IMarker[] markers)
protected void	AbstractDocumentProvider.doResetDocument(Object element, IProgressMonitor monitor)	Executes the actual work of reseting the given elements document.
void	AbstractTextEditor.TextEditorSavable.doSave(IProgressMonitor monitor)
protected abstract void	AbstractDocumentProvider.doSaveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)	Performs the actual work of saving the given document provided for the given element.
protected void	AbstractDecoratedTextEditor.doSetInput(IEditorInput input)
protected void	AbstractTextEditor.doSetInput(IEditorInput input)	Called directly from setInput and from within a workspace runnable from init, this method does the actual setting of the editor input.
protected void	StatusTextEditor.doSetInput(IEditorInput input)
protected void	AbstractDocumentProvider.doSynchronize(Object element, IProgressMonitor monitor)	Performs the actual work of synchronizing the given element.
protected void	AbstractDocumentProvider.doUpdateStateCache(Object element)	Hook method for updating the state of the given element.
protected void	AbstractDocumentProvider.doValidateState(Object element, Object computationContext)	Hook method for validating the state of the given element.
protected abstract void	AbstractDocumentProvider.DocumentProviderOperation.execute(IProgressMonitor monitor)	The actual functionality of this operation.
protected void	AbstractDocumentProvider.executeOperation(AbstractDocumentProvider.DocumentProviderOperation operation, IProgressMonitor monitor)	Executes the given operation in the providers runnable context.
IContentType	AbstractDocumentProvider.getContentType(Object element)
IContentType	IDocumentProviderExtension4.getContentType(Object element)	Returns the content type of for the given element or null if none could be determined.
final void	AbstractDocumentProvider.resetDocument(Object element)
void	IDocumentProvider.resetDocument(Object element)	Resets the given element's document to its last saved state.
protected abstract IMarker[]	AbstractMarkerAnnotationModel.retrieveMarkers()	Retrieves all markers from this model.
protected IMarker[]	ResourceMarkerAnnotationModel.retrieveMarkers()
final void	AbstractDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)
void	IDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)	Saves the given document provided for the given element.
final void	AbstractDocumentProvider.synchronize(Object element)
void	IDocumentProviderExtension.synchronize(Object element)	Synchronizes the document provided for the given element with the given element.
boolean	AbstractMarkerAnnotationModel.updateMarker(IMarker marker, IDocument document, Position position)	Deprecated. use updateMarker(IDocument, IMarker, Position) instead.
boolean	AbstractMarkerAnnotationModel.updateMarker(IDocument document, IMarker marker, Position position)	Updates the given marker according to the given position in the given document.
void	AbstractMarkerAnnotationModel.updateMarkers(IDocument document)	Updates the markers managed by this annotation model by calling all registered marker updaters (IMarkerUpdater).
final void	AbstractDocumentProvider.updateStateCache(Object element)
void	IDocumentProviderExtension.updateStateCache(Object element)	Updates the state cache for the given element.
void	AbstractDocumentProvider.validateState(Object element, Object computationContext)
void	IDocumentProviderExtension.validateState(Object element, Object computationContext)	Validates the state of the given element.

Uses of CoreException in org.eclipse.ui.texteditor.quickdiff

Methods in org.eclipse.ui.texteditor.quickdiff that throw CoreException

Modifier and Type	Method	Description
IDocument	IQuickDiffReferenceProvider.getReference(IProgressMonitor monitor)	Returns the reference document for the quick diff display.

Uses of CoreException in org.eclipse.ui.texteditor.rulers

Methods in org.eclipse.ui.texteditor.rulers that throw CoreException

Modifier and Type	Method	Description
IContributedRulerColumn	RulerColumnDescriptor.createColumn(ITextEditor editor)	Creates a IContributedRulerColumn instance as described by the receiver.

Uses of CoreException in org.eclipse.ui.texteditor.spelling

Methods in org.eclipse.ui.texteditor.spelling that throw CoreException

Modifier and Type	Method	Description
ISpellingEngine	SpellingEngineDescriptor.createEngine()	Creates a spelling engine as described in the extension's xml.
ISpellingPreferenceBlock	SpellingEngineDescriptor.createPreferences()	Creates a spelling preferences block as described in the extension's xml.

Uses of CoreException in org.eclipse.ui.themes

Methods in org.eclipse.ui.themes that throw CoreException

Modifier and Type	Method	Description
void	RGBBlendColorFactory.setInitializationData(IConfigurationElement config, String propertyName, Object data)	This executable extension requires parameters to be explicitly declared via the second method described in the IExecutableExtension documentation.

Uses of CoreException in org.eclipse.ui.views

Methods in org.eclipse.ui.views that throw CoreException

Modifier and Type	Method	Description
IViewPart	IViewDescriptor.createView()	Creates an instance of the view defined in the descriptor.

Uses of CoreException in org.eclipse.ui.views.markers

Methods in org.eclipse.ui.views.markers that throw CoreException

Modifier and Type	Method	Description
static String	MarkerViewUtil.getViewId(IMarker marker)	Returns the id of the view used to show markers of the same type as the given marker.

Uses of CoreException in org.eclipse.ui.wizards

Methods in org.eclipse.ui.wizards that throw CoreException

Modifier and Type	Method	Description
IWorkbenchWizard	IWizardDescriptor.createWizard()	Create a wizard.