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| Eclipse Platform Release 3.0
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## Uses of Class
org.eclipse.core.runtime.CoreException

Packages that use CoreException
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.core.expressions | Application programming interfaces for the expression language.
org.eclipse.core.filebuffers | Provides the API for accessing file buffers.
org.eclipse.core.resources | Provides basic support for managing a workspace and its resources.
org.eclipse.core.runtime | Provides core support for plug-ins and the plug-in 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.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.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.help.ui.browser | Provides an implementation of IWorkbenchWindowActionDelegate for opening a URL in a browser.
org.eclipse.team.core | Application programming interfaces for defining and working with repository providers.
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.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.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.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.themes | 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.update.configuration | Provides support for accessing local installation information.
org.eclipse.update.core | Provides support for extending the base installation and update services.
org.eclipse.update.core.model | Provides model support for extending the base installation and update services.
org.eclipse.update.operations | Provides support for performing various install/update operations.
org.eclipse.update.search | Provides support for performing searches and filtering of features.

Uses of CoreException in org.eclipse.ant.core

Methods in org.eclipse.ant.core that throw CoreException
`TargetInfo[]` | `AntRunner.getAvailableTargets()` Returns the buildfile target information.
`void` | `AntRunner.run(IProgressMonitor monitor)` Runs the build file.
`protected void` | `AntRunner.handleInvocationTargetException(Object runner, Class classInternalAntRunner, InvocationTargetException e)`
`protected void` | `AntRunner.problemLoadingClass(Throwable e)`
`void` | `AntRunner.run()` Runs the build file.

Uses of CoreException in org.eclipse.compare

Methods in org.eclipse.compare that throw CoreException
`InputStream` | `ResourceNode.getContents()`
`protected InputStream` | `ResourceNode.createStream()` Returns an open stream if the corresponding resource implements the `IStorage` interface.
`InputStream` | `IStreamContentAccessor.getContents()` Returns an open `InputStream` for this object which can be used to retrieve the object's content.
`String` | `IEncodedStreamContentAccessor.getCharset()` Returns the name of a charset encoding to be used when decoding this stream accessor's contents into characters.
`InputStream` | `HistoryItem.getContents()`
`String` | `HistoryItem.getCharset()`
`void` | `CompareEditorInput.saveChanges(IProgressMonitor pm)` Save any unsaved changes.
`InputStream` | `BufferedContent.getContents()`
`protected abstract InputStream` | `BufferedContent.createStream()` Creates and returns a stream for reading the contents.

Uses of CoreException in org.eclipse.compare.contentmergeviewer

Methods in org.eclipse.compare.contentmergeviewer that throw CoreException
`void` | `ContentMergeViewer.save(IProgressMonitor pm)` Save the viewers's content.

Uses of CoreException in org.eclipse.core.expressions

Methods in org.eclipse.core.expressions that throw CoreException
`Object` | `IVariableResolver.resolve(String name, Object[] args)` Resolves a variable for the given name and arguments.
`IPropertyTester` | `IPropertyTester.instantiate()` Loads the implementation class for this property tester and returns an instance of this class.
`Object` | `IEvaluationContext.resolveVariable(String name, Object[] args)` Resolves a variable for the given name and arguments.
`Expression` | `ExpressionConverter.perform(IConfigurationElement root)` Converts the tree of configuration elements represented by the given root element and returns a corresponding expression tree.
`abstract EvaluationResult` | `Expression.evaluate(IEvaluationContext context)` Evaluates this expression.
`Object` | `EvaluationContext.resolveVariable(String name, Object[] args)` Resolves a variable for the given name and arguments. This method can be used to dynamically resolve variable such as plug-in descriptors, resources, etc. The method is used by the `resolve` expression.
`abstract Expression` | `ElementHandler.create(ExpressionConverter converter, IConfigurationElement config)` Creates the corresponding expression for the given configuration element.
`protected void` | `ElementHandler.processChildren(ExpressionConverter converter, IConfigurationElement element, org.eclipse.core.internal.expressions.CompositeExpression expression)` Converts the children of the given configuration element and adds them to the given composite expression.

Uses of CoreException in org.eclipse.core.filebuffers

Methods in org.eclipse.core.filebuffers that throw CoreException
`void` | `IPersistableAnnotationModel.commit(IDocument document)` Transforms the current transient state of the annotation model into a persistent state.
`void` | `IPersistableAnnotationModel.revert(IDocument document)` Changes the current transient state of the annotation model to match the last persisted state.
`void` | `IPersistableAnnotationModel.reinitialize(IDocument document)` Forces this annotation model to re-initialize from the persistent state.
`void` | `IFileBufferManager.connect(IPath location, IProgressMonitor monitor)` Connects the file at the given location to this manager.
`void` | `IFileBufferManager.disconnect(IPath location, IProgressMonitor monitor)` Disconnects the file at the given location from this manager.
`void` | `IFileBuffer.revert(IProgressMonitor monitor)` Reverts the contents of this file buffer to the content of its underlying file.
`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` | `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.

Uses of CoreException in org.eclipse.core.resources

Methods in org.eclipse.core.resources that throw CoreException
`abstract IStatus` | `WorkspaceJob.runInWorkspace(IProgressMonitor monitor)` Runs the operation, reporting progress to and accepting cancelation requests from the given progress monitor.
`void` | `ResourcesPlugin.shutdown()` This implementation of the corresponding `Plugin` method closes the workspace (without saving).
`void` | `ResourcesPlugin.startup()` This implementation of the corresponding `Plugin` method opens the workspace.
`protected abstract IProject[]` | `IncrementalProjectBuilder.build(int kind, Map args, IProgressMonitor monitor)` Runs this builder in the specified manner.
`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` | `IncrementalProjectBuilder.setInitializationData(IConfigurationElement config, String propertyName, Object data)` Sets initialization data for this builder.
`void` | `IWorkspaceRunnable.run(IProgressMonitor monitor)` Runs the operation reporting progress to and accepting cancellation requests from the given progress monitor.
`void` | `IWorkspaceRoot.delete(boolean deleteContent, boolean force, IProgressMonitor monitor)` Deletes everything in the workspace except the workspace root resource itself.
`ISavedState` | `IWorkspace.addSaveParticipant(Plugin plugin, 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 plug-in participated.
`void` | `IWorkspace.build(int kind, IProgressMonitor monitor)` Builds all projects in this workspace.
`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.
`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` | `IWorkspace.deleteMarkers(IMarker[] markers)` Removes the given markers from the resources with which they are associated.
`IProjectDescription` | `IWorkspace.loadProjectDescription(IPath projectDescriptionFile)` Reads the project description file (".project") from the given location in the local file system.
`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` | `IWorkspace.run(IWorkspaceRunnable action, ISchedulingRule rule, int flags, IProgressMonitor monitor)` Runs the given action as an atomic workspace operation.
`void` | `IWorkspace.run(IWorkspaceRunnable action, IProgressMonitor monitor)` Runs the given action as an atomic workspace operation.
`IStatus` | `IWorkspace.save(boolean full, IProgressMonitor monitor)` Saves this workspace's valuable state on disk.
`void` | `IWorkspace.setDescription(IWorkspaceDescription description)` Sets the workspace description.
`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.
`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.
`byte[]` | `ISynchronizer.getSyncInfo(QualifiedName partner, IResource resource)` Returns the named sync partner's synchronization information for the given resource.
`void` | `ISynchronizer.setSyncInfo(QualifiedName partner, IResource resource, byte[] info)` Sets the named sync partner's synchronization information for the given resource.
`InputStream` | `IStorage.getContents()` Returns an open input stream on the contents of this storage.
`void` | `ISaveParticipant.prepareToSave(ISaveContext context)` Tells this participant that the workspace is about to be saved.
`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.
`boolean` | `IResourceVisitor.visit(IResource resource)` Visits the given resource.
`boolean` | `IResourceProxyVisitor.visit(IResourceProxy proxy)` Visits the given resource.
`boolean` | `IResourceDeltaVisitor.visit(IResourceDelta delta)` Visits the given resource delta.
`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` | `IResource.accept(IResourceProxyVisitor visitor, 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` | `IResource.clearHistory(IProgressMonitor monitor)` Removes the local history of this resource and its descendants.
`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.
`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.
`IMarker` | `IResource.createMarker(String type)` Creates and returns the marker with the specified type on this resource.
`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` | `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.
`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.
`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.
`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.
`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.
`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.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.setDerived(boolean isDerived)` Sets whether this resource subtree is marked as derived.
`void` | `IResource.setLocal(boolean flag, int depth, IProgressMonitor monitor)` Set whether or not this resource and its members (to the specified depth) are expected to have their contents (and properties) available locally.
`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.setSessionProperty(QualifiedName key, Object value)` Sets the value of the session property of this resource identified by the given key.
`void` | `IResource.setTeamPrivateMember(boolean isTeamPrivate)` Sets whether this resource subtree is a team private member of its parent container.
`void` | `IResource.touch(IProgressMonitor monitor)` Marks this resource as having changed even though its content may not have changed.
`void` | `IProjectNature.configure()` Configures this nature for its project.
`void` | `IProjectNature.deconfigure()` Deconfigures this nature for its project.
`void` | `IProject.build(int kind, String builderName, Map 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.close(IProgressMonitor monitor)` Closes this project.
`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.
`void` | `IProject.delete(boolean deleteContent, boolean force, IProgressMonitor monitor)` Deletes this project from the workspace.
`IProjectDescription` | `IProject.getDescription()` Returns the description for this project.
`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.
`IProject[]` | `IProject.getReferencedProjects()` Returns the projects referenced by this project.
`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.
`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` | `IProject.open(IProgressMonitor monitor)` Opens this project.
`void` | `IProject.setDescription(IProjectDescription description, IProgressMonitor monitor)` Changes this project resource to match the given project description.
`void` | `IProject.setDescription(IProjectDescription description, int updateFlags, IProgressMonitor monitor)` Changes this project resource to match the given project description.
`void` | `IPathVariableManager.setValue(String name, IPath value)` Sets the path variable with the given name to be the specified value.
`void` | `IMarker.delete()` Deletes this marker from its associated resource.
`Object` | `IMarker.getAttribute(String attributeName)` Returns the attribute with the given name.
`Map` | `IMarker.getAttributes()` Returns a map with all the attributes for the marker.
`Object[]` | `IMarker.getAttributes(String[] attributeNames)` Returns the attributes with the given names.
`long` | `IMarker.getCreationTime()` Returns the time at which this marker was created.
`String` | `IMarker.getType()` Returns the type of this marker.
`boolean` | `IMarker.isSubtypeOf(String superType)` Returns whether the type of this marker is considered to be a subtype of the given marker type.
`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.setAttribute(String attributeName, boolean value)` Sets the boolean-valued 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 attributes)` Sets the attributes for this marker to be the ones contained in the given table.
`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` | `IFolder.createLink(IPath localLocation, int updateFlags, IProgressMonitor monitor)` Creates a new folder resource as a member of this handle's parent resource.
`void` | `IFolder.delete(boolean force, boolean keepHistory, IProgressMonitor monitor)` Deletes this resource from the workspace.
`void` | `IFolder.move(IPath destination, boolean force, boolean keepHistory, IProgressMonitor monitor)` Moves this resource so that it is located at the given path.
`InputStream` | `IFileState.getContents()` Returns an open input stream on the contents of this file state.
`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.
`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` | `IFile.createLink(IPath localLocation, int updateFlags, IProgressMonitor monitor)` Creates a new file resource as a member of this handle's parent resource.
`void` | `IFile.delete(boolean force, boolean keepHistory, IProgressMonitor monitor)` Deletes this file from the workspace.
`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.
`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.
`int` | `IFile.getEncoding()` Deprecated. use IFile#getCharset instead
`IFileState[]` | `IFile.getHistory(IProgressMonitor monitor)` Returns a list of past states of this file known to this workspace.
`void` | `IFile.move(IPath destination, boolean force, boolean keepHistory, IProgressMonitor monitor)` Moves this resource to be at the given location.
`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(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(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, int updateFlags, IProgressMonitor monitor)` Sets the contents of this file to the bytes in the given file state.
`String` | `IEncodedStorage.getCharset()` Returns the name of a charset encoding to be used when decoding this storage's contents into characters.
`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.
`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.
`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.
`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.

Constructors in org.eclipse.core.resources that throw CoreException
`WorkspaceLock(IWorkspace workspace)` Deprecated. Returns a new workspace lock.

Uses of CoreException in org.eclipse.core.runtime

Methods in org.eclipse.core.runtime that throw CoreException
`static void` | `Preferences.exportPreferences(IPath path)` Exports all non-default-valued preferences for all installed plugins to the provided file.
`static void` | `Preferences.importPreferences(IPath path)` 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` | `Plugin.shutdown()` Deprecated. In Eclipse 3.0 this method has been replaced by `Plugin.stop(BundleContext context)`. Implementations of `shutdown()` should be changed to override `stop(BundleContext context)` and call `super.stop(context)` instead of `super.shutdown()`. The `shutdown()` method is called only for plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in.
`void` | `Plugin.startup()` Deprecated. In Eclipse 3.0 this method has been replaced by `Plugin.start(BundleContext context)`. Implementations of `startup()` should be changed to extend `start(BundleContext context)` and call `super.start(context)` instead of `super.startup()`. The `startup()` method is called only for plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in.
`static void` | `Platform.addAuthorizationInfo(URL serverUrl, String realm, String authScheme, Map info)` Adds the given authorization information to the keyring.
`static void` | `Platform.addProtectionSpace(URL resourceUrl, String realm)` Adds the specified resource to the protection space specified by the given realm.
`static void` | `Platform.flushAuthorizationInfo(URL serverUrl, String realm, String authScheme)` Removes the authorization information for the specified protection space and given authorization scheme.
`Plugin` | `IPluginDescriptor.getPlugin()` Deprecated. In Eclipse 3.0 plug-in runtime objects are not globally managed and so are not generically accessible. Rather, each plug-in is free to declare API which exposes the plug-in runtime object (e.g., `MyPlugin.getInstance()`). If this method is being used to activate a plug-in then the following code is equivalent:
         bundle.start()
where `bundle` is the bundle associated with the relevant plug-in.
`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.
`Object` | `IConfigurationElement.createExecutableExtension(String propertyName)` Creates and returns a new instance of the executable extension identified by the named attribute of this configuration element.

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

Methods in org.eclipse.core.runtime.content that throw CoreException
`void` | `XMLRootElementContentDescriber.setInitializationData(IConfigurationElement config, String propertyName, Object data)`
`void` | `IContentType.addFileSpec(String fileSpec, int type)` Adds a user-defined file specification to this content type.
`void` | `IContentType.removeFileSpec(String fileSpec, int type)` Removes a user-defined file specification from this content type.
`void` | `IContentType.setDefaultCharset(String userCharset)` Sets the default charset for this content type.
`void` | `BinarySignatureDescriber.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
`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.
`IStatus` | `IPreferencesService.importPreferences(InputStream input)` Loads preferences from the given file and stores them in the preferences store.
`IStatus` | `IPreferencesService.applyPreferences(IExportedPreferences preferences)` Take the given preference tree and apply it to the Eclipse global preference hierarchy.
`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.variables

Methods in org.eclipse.core.variables that throw CoreException
`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.
`void` | `IStringVariableManager.validateStringVariables(String expression)` Validates variables references in the given expression and reports errors for references to undefined variables.
`void` | `IStringVariableManager.addVariables(IValueVariable[] variables)` Adds the given variables to the variable registry.
`String` | `IDynamicVariableResolver.resolveValue(IDynamicVariable variable, String argument)` Resolves and returns a value for the specified variable when referenced with the given argument, possibly `null`
`String` | `IDynamicVariable.getValue(String argument)` Returns the value of this variable when referenced with the given argument, possibly `null`.

Uses of CoreException in org.eclipse.debug.core

Subclasses of CoreException in org.eclipse.debug.core
`class` | `DebugException` A checked exception representing a failure.

Methods in org.eclipse.debug.core that throw CoreException
`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.
`ILaunchConfiguration[]` | `ILaunchManager.getLaunchConfigurations()` Returns all launch configurations defined in the workspace.
`ILaunchConfiguration[]` | `ILaunchManager.getLaunchConfigurations(ILaunchConfigurationType type)` Returns all launch configurations of the specified type defined in the workspace
`ILaunchConfiguration` | `ILaunchManager.getLaunchConfiguration(String memento)` Returns a handle to the launch configuration specified by the given memento.
`boolean` | `ILaunchManager.isExistingLaunchConfigurationName(String name)` Return `true` if there is a launch configuration with the specified name, `false` otherwise.
`IPersistableSourceLocator` | `ILaunchManager.newSourceLocator(String identifier)` Creates and returns a new source locator of the specified type.
`String[]` | `ILaunchManager.getEnvironment(ILaunchConfiguration configuration)` Returns an array of environment variables to be used when launching the given configuration or `null` if unspecified.
`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.
`ILaunchConfiguration` | `ILaunchConfigurationWorkingCopy.doSave()` Saves this working copy to its underlying file and returns a handle to the resulting launch configuration.
`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.
`ILaunchConfigurationDelegate` | `ILaunchConfigurationType.getDelegate()` Deprecated. use `getDelegate(String)` to specify mode
`ILaunchConfigurationDelegate` | `ILaunchConfigurationType.getDelegate(String mode)` Returns the launch configuration delegate for launch configurations of this type, for the specified mode.
`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.
`boolean` | `ILaunchConfiguration.supportsMode(String mode)` Returns whether this launch configuration supports the specified mode.
`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.
`boolean` | `ILaunchConfiguration.getAttribute(String attributeName, boolean defaultValue)` Returns the boolean-valued attribute with the given name.
`List` | `ILaunchConfiguration.getAttribute(String attributeName, List defaultValue)` Returns the `java.util.List`-valued attribute with the given name.
`Map` | `ILaunchConfiguration.getAttribute(String attributeName, Map defaultValue)` Returns the `java.util.Map`-valued attribute with the given name.
`ILaunchConfigurationType` | `ILaunchConfiguration.getType()` Returns the type of this launch configuration.
`ILaunchConfigurationWorkingCopy` | `ILaunchConfiguration.getWorkingCopy()` Returns a working copy of this launch configuration.
`ILaunchConfigurationWorkingCopy` | `ILaunchConfiguration.copy(String name)` Returns a copy of this launch configuration, as a working copy, with the specified name.
`void` | `ILaunchConfiguration.delete()` Deletes this launch configuration.
`String` | `ILaunchConfiguration.getMemento()` Returns a memento for this launch configuration, or `null` if unable to generate a memento for this configuration.
`String` | `ILaunchConfiguration.getCategory()` Returns this launch configuration's type's category, or `null` if unspecified.
`Map` | `ILaunchConfiguration.getAttributes()` Returns a map containing the attributes in this launch configuration.
`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.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.
`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 Document` | `DebugPlugin.newDocument()` Creates and returns a new XML document.
`static String` | `DebugPlugin.serializeDocument(Document document)` Serializes the given XML document into a string.
`static Element` | `DebugPlugin.parseDocument(String document)` Parses the given string representing an XML document, returning its root element.

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

Methods in org.eclipse.debug.core.model that throw CoreException
`int` | `LineBreakpoint.getLineNumber()`
`int` | `LineBreakpoint.getCharStart()`
`int` | `LineBreakpoint.getCharEnd()`
`ILaunch` | `LaunchConfigurationDelegate.getLaunch(ILaunchConfiguration configuration, String mode)`
`boolean` | `LaunchConfigurationDelegate.buildForLaunch(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.
`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.
`boolean` | `LaunchConfigurationDelegate.finalLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)`
`boolean` | `LaunchConfigurationDelegate.preLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)`
`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.
`protected void` | `LaunchConfigurationDelegate.addReferencedProjects(IProject project, Set references)` Adds all projects referenced by `project` to the given set.
`protected boolean` | `LaunchConfigurationDelegate.existsProblems(IProject proj)` Returns whether the given project contains any problem markers of the specified severity.
`protected boolean` | `LaunchConfigurationDelegate.isLaunchProblem(IMarker problemMarker)` Returns whether the given problem should potentially abort the launch.
`protected void` | `LaunchConfigurationDelegate.buildProjects(IProject[] projects, IProgressMonitor monitor)` Performs an incremental build on each of the given projects.
`String` | `IPersistableSourceLocator.getMemento()` Returns a memento that can be used to reconstruct this source locator
`void` | `IPersistableSourceLocator.initializeFromMemento(String memento)` Initializes this source locator based on the given memento.
`void` | `IPersistableSourceLocator.initializeDefaults(ILaunchConfiguration configuration)` Initializes this source locator to perform default source lookup for the given launch configuration.
`IValue` | `ILogicalStructureTypeDelegate.getLogicalStructure(IValue value)` Returns a value representing a logical structure of the given value.
`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` | `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` | `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.
`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.
`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` | `ILaunchConfigurationDelegate2.finalLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)` Returns whether a launch should proceed.
`boolean` | `ILaunchConfigurationDelegate2.preLaunchCheck(ILaunchConfiguration configuration, String mode, IProgressMonitor monitor)` Returns whether a launch should proceed.
`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.
`void` | `IBreakpoint.delete()` Deletes this breakpoint's underlying marker, and removes this breakpoint from the breakpoint manager.
`void` | `IBreakpoint.setMarker(IMarker marker)` Sets the marker associated with this breakpoint.
`boolean` | `IBreakpoint.isEnabled()` Returns whether this breakpoint is enabled
`void` | `IBreakpoint.setEnabled(boolean enabled)` Sets the enabled state of this breakpoint.
`boolean` | `IBreakpoint.isRegistered()` Returns whether this breakpoint is currently registered with the breakpoint manager.
`void` | `IBreakpoint.setRegistered(boolean registered)` Sets whether this breakpoint is currently registered with the breakpoint manager.
`boolean` | `IBreakpoint.isPersisted()` Returns whether this breakpoint is to be persisted across workspace invocations, or when a project is closed and re-opened.
`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.setMarker(IMarker marker)`
`void` | `Breakpoint.setEnabled(boolean enabled)`
`boolean` | `Breakpoint.isEnabled()`
`boolean` | `Breakpoint.isRegistered()`
`void` | `Breakpoint.setRegistered(boolean registered)`
`void` | `Breakpoint.delete()`
`boolean` | `Breakpoint.isPersisted()`
`void` | `Breakpoint.setPersisted(boolean persisted)`
`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 attributes)` Convenience method to set the attributes of this breakpoint's underlying marker in a workspace runnable.

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

Methods in org.eclipse.debug.core.sourcelookup that throw CoreException
`ISourceContainer[]` | `ISourcePathComputerDelegate.computeSourceContainers(ILaunchConfiguration configuration, IProgressMonitor monitor)` Returns a default collection source containers to be considered for the given launch configuration.
`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` | `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.
`Object[]` | `ISourceLookupDirector.findSourceElements(Object object)` Returns a collection of source elements corresponding to the given debug artifact (for example, a stack frame or breakpoint).
`ISourceContainer` | `ISourceContainerTypeDelegate.createSourceContainer(String memento)` Creates and returns a new source container of this type corresponding to the given memento.
`String` | `ISourceContainerTypeDelegate.getMemento(ISourceContainer container)` Constructs and returns a memento for the given source container.
`Object[]` | `ISourceContainer.findSourceElements(String name)` Returns a collection of source elements in this container corresponding to the given name.
`ISourceContainer[]` | `ISourceContainer.getSourceContainers()` Returns the source containers this container is composed of.
`void` | `IPersistableSourceLocator2.initializeFromMemento(String memento, ILaunchConfiguration configuration)` Initializes this source locator based on the given memento, for the given launch configuration.
`Object[]` | `AbstractSourceLookupParticipant.findSourceElements(Object object)`
`protected void` | `AbstractSourceLookupDirector.abort(String message, Throwable exception)` Throws an exception with the given message and underlying exception.
`String` | `AbstractSourceLookupDirector.getMemento()`
`void` | `AbstractSourceLookupDirector.initializeFromMemento(String memento)`
`void` | `AbstractSourceLookupDirector.initializeFromMemento(String memento, ILaunchConfiguration configuration)`
`void` | `AbstractSourceLookupDirector.initializeDefaults(ILaunchConfiguration configuration)`
`Object[]` | `AbstractSourceLookupDirector.findSourceElements(Object object)`

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

Methods in org.eclipse.debug.core.sourcelookup.containers that throw CoreException
`InputStream` | `ZipEntryStorage.getContents()`
`protected ISourceContainer[]` | `WorkspaceSourceContainer.createSourceContainers()`
`protected ISourceContainer[]` | `ProjectSourceContainer.createSourceContainers()`
`InputStream` | `LocalFileStorage.getContents()`
`Object[]` | `ExternalArchiveSourceContainer.findSourceElements(String name)`
`Object[]` | `DirectorySourceContainer.findSourceElements(String name)`
`protected ISourceContainer[]` | `DirectorySourceContainer.createSourceContainers()`
`protected ISourceContainer[]` | `DefaultSourceContainer.createSourceContainers()`
`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.
`protected abstract ISourceContainer[]` | `CompositeSourceContainer.createSourceContainers()` Creates the source containers in this composite container.
`ISourceContainer[]` | `CompositeSourceContainer.getSourceContainers()`
`Object[]` | `ArchiveSourceContainer.findSourceElements(String name)`
`protected void` | `AbstractSourceContainerTypeDelegate.abort(String message, Throwable exception)` Throws an exception with the given message and underlying exception.
`protected Document` | `AbstractSourceContainerTypeDelegate.newDocument()` Creates and returns a new XML document.
`protected String` | `AbstractSourceContainerTypeDelegate.serializeDocument(Document document)` Returns the given XML document as a string.
`protected Element` | `AbstractSourceContainerTypeDelegate.parseDocument(String document)` Parses the given XML document, returning its root element.
`protected void` | `AbstractSourceContainer.abort(String message, Throwable exception)` Throws an exception with the given message and underlying exception.
`ISourceContainer[]` | `AbstractSourceContainer.getSourceContainers()`

Uses of CoreException in org.eclipse.debug.ui

Methods in org.eclipse.debug.ui that throw CoreException
`static void` | `RefreshTab.refreshResources(ILaunchConfiguration configuration, IProgressMonitor monitor)` Refreshes the resources as specified by the given launch configuration.
`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 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.

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

Methods in org.eclipse.debug.ui.actions that throw CoreException
`protected void` | `ToggleWatchpointActionDelegate.performAction(IToggleBreakpointsTarget target, IWorkbenchPart part, ISelection selection)`
`protected void` | `ToggleMethodBreakpointActionDelegate.performAction(IToggleBreakpointsTarget target, IWorkbenchPart part, ISelection selection)`
`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.
`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.

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

Methods in org.eclipse.help.ui.browser that throw CoreException
`void` | `LaunchURL.setInitializationData(IConfigurationElement config, String propertyName, Object data)`

Uses of CoreException in org.eclipse.team.core

Subclasses of CoreException in org.eclipse.team.core
`class` | `TeamException` This exception is thrown by the team provider API.

Methods in org.eclipse.team.core with parameters of type CoreException
`static TeamException` | `TeamException.asTeamException(CoreException e)` Return a `TeamException` for the given exception.

Methods in org.eclipse.team.core that throw CoreException
`static void` | `Team.startup()` Initialize the registry, restoring its state.
`abstract void` | `RepositoryProvider.configureProject()` Configures the provider for the given project.
`void` | `RepositoryProvider.configure()` Configures the nature for the given project.

Constructors in org.eclipse.team.core with parameters of type CoreException
`TeamException(CoreException e)` Create a `TeamException` that wraps the given `CoreException`

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

Methods in org.eclipse.team.ui.synchronize that throw CoreException
`void` | `SyncInfoCompareInput.saveChanges(IProgressMonitor pm)`
`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
`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
`void` | `IDecoratorManager.setEnabled(String decoratorId, boolean enabled)` Sets whether the specified decorator is enabled.
`IStorage` | `IStorageEditorInput.getStorage()` Returns the underlying IStorage object.

Uses of CoreException in org.eclipse.ui.actions

Methods in org.eclipse.ui.actions that throw CoreException
`protected abstract void` | `WorkspaceModifyOperation.execute(IProgressMonitor monitor)` Performs the steps that are to be treated as a single logical workspace change.
`protected void` | `WorkspaceModifyDelegatingOperation.execute(IProgressMonitor monitor)`
`protected void` | `MoveFilesAndFoldersOperation.copy(IResource[] resources, IPath destination, IProgressMonitor subMonitor)` Moves the resources to the given destination.
`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` | `CopyFilesAndFoldersOperation.copy(IResource[] resources, IPath destination, IProgressMonitor subMonitor)` Copies the resources to the given destination.

Uses of CoreException in org.eclipse.ui.dialogs

Methods in org.eclipse.ui.dialogs that throw CoreException
`protected void` | `WizardNewFolderMainPage.createFolder(IFolder folderHandle, IProgressMonitor monitor)` Creates a folder resource given the folder handle.
`protected void` | `WizardNewFileCreationPage.createFile(IFile fileHandle, InputStream contents, IProgressMonitor monitor)` Creates a file resource given the file handle and contents.
`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
`protected void` | `TextFileDocumentProvider.handleCoreException(CoreException exception, String message)` Defines the standard procedure to handle `CoreExceptions`.
`protected void` | `StorageDocumentProvider.handleCoreException(CoreException exception, String message)` Defines the standard procedure to handle `CoreExceptions`.

Methods in org.eclipse.ui.editors.text that throw CoreException
`protected void` | `TextFileDocumentProvider.executeOperation(TextFileDocumentProvider.DocumentProviderOperation operation, IProgressMonitor monitor)` Executes the given operation in the providers runnable context.
`void` | `TextFileDocumentProvider.connect(Object element)`
`protected TextFileDocumentProvider.FileInfo` | `TextFileDocumentProvider.createFileInfo(Object element)` Creates and returns the file info object for the given element.
`void` | `TextFileDocumentProvider.resetDocument(Object element)`
`void` | `TextFileDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)`
`protected TextFileDocumentProvider.DocumentProviderOperation` | `TextFileDocumentProvider.createSaveOperation(Object element, IDocument document, boolean overwrite)`
`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.
`protected void` | `TextFileDocumentProvider.createFileFromDocument(IProgressMonitor monitor, IFile file, IDocument document)` Creates the given file with the given document content.
`void` | `TextFileDocumentProvider.validateState(Object element, Object computationContext)`
`void` | `TextFileDocumentProvider.updateStateCache(Object element)`
`void` | `TextFileDocumentProvider.synchronize(Object element)`
`protected abstract void` | `TextFileDocumentProvider.DocumentProviderOperation.execute(IProgressMonitor monitor)` The actual functionality of this operation.
`void` | `TextFileDocumentProvider.NullProvider.connect(Object element)`
`void` | `TextFileDocumentProvider.NullProvider.resetDocument(Object element)`
`void` | `TextFileDocumentProvider.NullProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)`
`void` | `TextFileDocumentProvider.NullProvider.validateState(Object element, Object computationContext)`
`void` | `TextFileDocumentProvider.NullProvider.updateStateCache(Object element)`
`void` | `TextFileDocumentProvider.NullProvider.synchronize(Object element)`
`protected void` | `TextEditor.doSetInput(IEditorInput input)`
`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.
`protected IAnnotationModel` | `StorageDocumentProvider.createAnnotationModel(Object element)`
`protected IDocument` | `StorageDocumentProvider.createDocument(Object element)`
`protected AbstractDocumentProvider.ElementInfo` | `StorageDocumentProvider.createElementInfo(Object element)`
`protected void` | `StorageDocumentProvider.doSaveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)`
`protected void` | `StorageDocumentProvider.updateCache(IStorageEditorInput input)` Updates the internal cache for the given input.
`protected void` | `StorageDocumentProvider.doUpdateStateCache(Object element)`
`protected void` | `StorageDocumentProvider.persistEncoding(Object element, String encoding)` Persists the given encoding for the given element.
`void` | `ForwardingDocumentProvider.connect(Object element)`
`void` | `ForwardingDocumentProvider.resetDocument(Object element)`
`void` | `ForwardingDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)`
`void` | `ForwardingDocumentProvider.validateState(Object element, Object computationContext)`
`void` | `ForwardingDocumentProvider.updateStateCache(Object element)`
`void` | `ForwardingDocumentProvider.synchronize(Object element)`
`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 IAnnotationModel` | `FileDocumentProvider.createAnnotationModel(Object element)`
`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` | `FileDocumentProvider.doSynchronize(Object element, IProgressMonitor monitor)`
`protected void` | `FileDocumentProvider.doSaveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)`
`protected AbstractDocumentProvider.ElementInfo` | `FileDocumentProvider.createElementInfo(Object element)`
`protected void` | `FileDocumentProvider.doValidateState(Object element, Object computationContext)`
`protected void` | `FileDocumentProvider.doResetDocument(Object element, IProgressMonitor monitor)`
`protected void` | `FileDocumentProvider.refreshFile(IFile file)` Refreshes the given file resource.
`protected void` | `FileDocumentProvider.refreshFile(IFile file, IProgressMonitor monitor)` Refreshes the given file resource.
`protected void` | `FileDocumentProvider.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
`boolean` | `FileDocumentProvider.FileSynchronizer.visit(IResourceDelta delta)`

Uses of CoreException in org.eclipse.ui.part

Methods in org.eclipse.ui.part that throw CoreException
`protected static IDropActionDelegate` | `PluginDropAdapter.getPluginAdapter(PluginTransferData data)` Loads the class that will perform the action associated with the given drop data.
`IStorage` | `FileEditorInput.getStorage()`
`protected static IDropActionDelegate` | `PluginDropAdapter.getPluginAdapter(PluginTransferData data)` Loads the class that will perform the action associated with the given drop data.
`IStorage` | `FileEditorInput.getStorage()`

Uses of CoreException in org.eclipse.ui.plugin

Methods in org.eclipse.ui.plugin that throw CoreException
`void` | `AbstractUIPlugin.startup()` Deprecated. In Eclipse 3.0, `startup` has been replaced by `Plugin.start(BundleContext context)`. Implementations of `startup` should be changed to extend `start(BundleContext context)` and call `super.start(context)` instead of `super.startup()`. Like `super.startup()`, `super.stop(context)` must be called as the very first thing. The `startup` method is called only for plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in; in contrast, the `start` method is always called.
`void` | `AbstractUIPlugin.shutdown()` Deprecated. In Eclipse 3.0, `shutdown` has been replaced by `Plugin.stop(BundleContext context)`. Implementations of `shutdown` should be changed to extend `stop(BundleContext context)` and call `super.stop(context)` instead of `super.shutdown()`. Unlike `super.shutdown()`, `super.stop(context)` must be called as the very last thing rather than as the very first thing. The `shutdown` method is called only for plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in; in contrast, the `stop` method is always called.

Uses of CoreException in org.eclipse.ui.texteditor

Subclasses of CoreException in org.eclipse.ui.texteditor
`class` | `ValidateStateException` Deprecated.

Methods in org.eclipse.ui.texteditor with parameters of type CoreException
`protected void` | `AbstractTextEditor.handleExceptionOnSave(CoreException exception, IProgressMonitor progressMonitor)` Handles the given exception.
`protected void` | `SelectMarkerRulerAction.handleCoreException(CoreException exception, String message)` Handles core exceptions.
`protected void` | `MarkerRulerAction.handleCoreException(CoreException exception, String message)` Handles core exceptions.
`protected void` | `AbstractMarkerAnnotationModel.handleCoreException(CoreException exception, String message)` Handles an unanticipated `CoreException` in a standard manner.

Methods in org.eclipse.ui.texteditor that throw CoreException
`protected void` | `StatusTextEditor.doSetInput(IEditorInput input)`
`void` | `IDocumentProviderExtension.validateState(Object element, Object computationContext)` Validates the state of the given element.
`void` | `IDocumentProviderExtension.updateStateCache(Object element)` Updates the state cache for the given element.
`void` | `IDocumentProviderExtension.synchronize(Object element)` Synchronizes the document provided for the given element with the given element.
`void` | `IDocumentProvider.connect(Object element)` Connects the given element to this document provider.
`void` | `IDocumentProvider.resetDocument(Object element)` Resets the given element's document to its last saved state.
`void` | `IDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)` Saves the given document provided for the given element.
`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 abstract IDocument` | `AbstractDocumentProvider.createDocument(Object element)` Creates the document for the given element.
`protected abstract IAnnotationModel` | `AbstractDocumentProvider.createAnnotationModel(Object element)` Creates an annotation model for the given element.
`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 AbstractDocumentProvider.ElementInfo` | `AbstractDocumentProvider.createElementInfo(Object element)` Creates a new element info object for the given element.
`void` | `AbstractDocumentProvider.connect(Object element)`
`protected void` | `AbstractDocumentProvider.doResetDocument(Object element, IProgressMonitor monitor)` Executes the actual work of reseting the given elements document.
`protected void` | `AbstractDocumentProvider.executeOperation(AbstractDocumentProvider.DocumentProviderOperation operation, IProgressMonitor monitor)` Executes the given operation in the providers runnable context.
`void` | `AbstractDocumentProvider.resetDocument(Object element)`
`void` | `AbstractDocumentProvider.saveDocument(IProgressMonitor monitor, Object element, IDocument document, boolean overwrite)`
`protected void` | `AbstractDocumentProvider.doValidateState(Object element, Object computationContext)` Hook method for validating the state of the given element.
`void` | `AbstractDocumentProvider.validateState(Object element, Object computationContext)`
`protected void` | `AbstractDocumentProvider.doUpdateStateCache(Object element)` Hook method for updating the state of the given element.
`void` | `AbstractDocumentProvider.updateStateCache(Object element)`
`protected void` | `AbstractDocumentProvider.doSynchronize(Object element, IProgressMonitor monitor)` Performs the actual work of synchronizing the given element.
`void` | `AbstractDocumentProvider.synchronize(Object element)`
`protected abstract void` | `AbstractDocumentProvider.DocumentProviderOperation.execute(IProgressMonitor monitor)` The actual functionality of this operation.
`protected void` | `ResourceMarkerAnnotationModel.deleteMarkers(IMarker[] markers)`
`protected IMarker[]` | `ResourceMarkerAnnotationModel.retrieveMarkers()`
`static void` | `MarkerUtilities.createMarker(IResource resource, Map attributes, String markerType)` Creates a marker on the given resource with the given type and attributes.
`protected abstract IMarker[]` | `AbstractMarkerAnnotationModel.retrieveMarkers()` Retrieves all markers from this model.
`protected abstract void` | `AbstractMarkerAnnotationModel.deleteMarkers(IMarker[] markers)` Deletes the given markers from this model.
`boolean` | `AbstractMarkerAnnotationModel.updateMarker(IMarker marker, IDocument document, Position position)` Deprecated. use `updateMarker(IDocument, IMarker, Position)` instead. This method will be changed to protected.
`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`).
`void` | `AbstractMarkerAnnotationModel.commit(IDocument document)`
`protected void` | `AbstractDecoratedTextEditor.doSetInput(IEditorInput input)`

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

Methods in org.eclipse.ui.texteditor.quickdiff that throw CoreException
`IDocument` | `IQuickDiffReferenceProvider.getReference(IProgressMonitor monitor)` Returns the reference document for the quick diff display.

Uses of CoreException in org.eclipse.ui.themes

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

Methods in org.eclipse.ui.views.markers that throw CoreException
`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.update.configuration

Methods in org.eclipse.update.configuration that throw CoreException
`void` | `ISessionDelta.process(IProgressMonitor progressMonitor)` Deprecated. Process all the feature references of the Session Delta.
`void` | `ISessionDelta.process(IFeatureReference[] selected, IProgressMonitor monitor)` Deprecated. Process the selected feature references of the Session Delta.
`void` | `ILocalSite.revertTo(IInstallConfiguration configuration, IProgressMonitor monitor, IProblemHandler handler)` Reverts the local site to use the specified configuration.
`IInstallConfiguration` | `ILocalSite.cloneCurrentConfiguration()` Creates a new configuration containing the same state as the specified configuration.
`boolean` | `ILocalSite.save()` Saves the local site state
`IInstallConfiguration` | `ILocalSite.addToPreservedConfigurations(IInstallConfiguration configuration)` Save the specified configuration.
`IStatus` | `ILocalSite.getFeatureStatus(IFeature feature)` Indicates if the 'state' of the specified feature and its children features.
`IConfiguredSite` | `IInstallConfiguration.createConfiguredSite(File directory)` Create a new installation site, based on a local file system directory.
`IConfiguredSite` | `IInstallConfiguration.createLinkedConfiguredSite(File directory)` Create a new linked site, based on a local file system directory.
`IFeatureReference` | `IConfiguredSite.install(IFeature feature, IVerificationListener verificationListener, IProgressMonitor monitor)` Install the specified feature on this site.
`IFeatureReference` | `IConfiguredSite.install(IFeature feature, IFeatureReference[] optionalFeatures, IVerificationListener verificationListener, IProgressMonitor monitor)` Install the specified feature on this site.
`void` | `IConfiguredSite.remove(IFeature feature, IProgressMonitor monitor)` Remove (uninstall) the specified feature from this site
`void` | `IConfiguredSite.configure(IFeature feature)` Configure the specified feature on this site.
`boolean` | `IConfiguredSite.unconfigure(IFeature feature)` Unconfigure the specified feature from this site.
`boolean` | `IConfiguredSite.isNativelyLinked()` Indicates if the site has been linked by a native installer.

Uses of CoreException in org.eclipse.update.core

Methods in org.eclipse.update.core that return CoreException
`static CoreException` | `Utilities.newCoreException(String s, int code, Throwable e)` Creates a CoreException from some other exception.
`static CoreException` | `Utilities.newCoreException(String s, Throwable e)` Creates a CoreException from some other exception.
`static CoreException` | `Utilities.newCoreException(String s, String s1, String s2, CoreException e1, CoreException e2)` Creates a CoreException from two other CoreException

Methods in org.eclipse.update.core with parameters of type CoreException
`static CoreException` | `Utilities.newCoreException(String s, String s1, String s2, CoreException e1, CoreException e2)` Creates a CoreException from two other CoreException

Methods in org.eclipse.update.core that throw CoreException
`abstract IVerificationResult` | `Verifier.verify(IFeature feature, ContentReference reference, boolean isFeatureVerification, InstallMonitor monitor)`
`static ISite` | `SiteManager.getSite(URL siteURL)` Deprecated. use getSite(URL,IPogressMonitor) instead
`static ISite` | `SiteManager.getSite(URL siteURL, IProgressMonitor monitor)` Returns a site object for the site specified by the argument URL.
`static ISite` | `SiteManager.getSite(URL siteURL, boolean usesCache)` Deprecated. use getSite(URL,boolean,IPogressMonitor) instead
`static ISite` | `SiteManager.getSite(URL siteURL, boolean usesCache, IProgressMonitor monitor)` Returns a site object for the site specified by the argument URL.
`static ILocalSite` | `SiteManager.getLocalSite()` Returns the "local site".
`static void` | `SiteManager.handleNewChanges()` Deprecated. Do not use this method
`URL` | `SiteContentProvider.getArchiveReference(String archiveID)` Returns a URL for the identified archive
`ISiteContentProvider` | `Site.getSiteContentProvider()` Returns the content provider for this site.
`IPluginEntry[]` | `Site.getPluginEntriesOnlyReferencedBy(IFeature feature)` Returns an array of entries corresponding to plug-ins that are installed on this site and are referenced only by the specified feature.
`IFeatureReference` | `Site.install(IFeature sourceFeature, IVerificationListener verificationListener, IProgressMonitor progress)` Install the specified feature and all optional features on this site.
`IFeatureReference` | `Site.install(IFeature sourceFeature, IFeatureReference[] optionalFeatures, IVerificationListener verificationListener, IProgressMonitor progress)` Install the specified feature and listed optional features on this site.
`IFeatureReference` | `Site.install(IFeature sourceFeature, IFeatureReference[] optionalFeatures, IFeatureContentConsumer parentContentConsumer, IVerifier parentVerifier, IVerificationListener verificationListener, IProgressMonitor progress)` Install the specified feature on this site using the content consumer as a context to install the feature in.
`void` | `Site.remove(IFeature feature, IProgressMonitor progress)` Remove (uninstall) the specified feature from this site.
`IFeature` | `Site.createFeature(String type, URL url)` Deprecated.
`IFeature` | `Site.createFeature(String type, URL url, IProgressMonitor monitor)`
`IFeature` | `IncludedFeatureReference.getFeature(boolean perfectMatch, IConfiguredSite configuredSite)` Deprecated. use getFeature(IProgressMonitor)
`IFeature` | `IncludedFeatureReference.getFeature(boolean perfectMatch, IConfiguredSite configuredSite, IProgressMonitor monitor)` Deprecated. use getFeature(IProgressMonitor)
`IFeature` | `IncludedFeatureReference.getFeature()` Deprecated. use getFeature(IProgressMonitor)
`IFeature` | `IncludedFeatureReference.getFeature(IProgressMonitor monitor)`
`IVerificationResult` | `IVerifier.verify(IFeature feature, ContentReference reference, boolean isFeatureVerification, InstallMonitor monitor)` Perform verification of the specified archive.
`ISite` | `ISiteFactoryExtension.createSite(URL url, IProgressMonitor monitor)` Returns a site defined by the supplied URL.
`ISite` | `ISiteFactory.createSite(URL url)` Returns a site defined by the supplied URL.
`URL` | `ISiteContentProvider.getArchiveReference(String id)` Returns a URL for the identified archive
`ISiteContentProvider` | `ISite.getSiteContentProvider()` Returns the content provider for this site.
`IPluginEntry[]` | `ISite.getPluginEntriesOnlyReferencedBy(IFeature feature)` Returns an array of entries corresponding to plug-ins that are installed on this site and are referenced only by the specified feature.
`IFeatureReference` | `ISite.install(IFeature feature, IVerificationListener verificationListener, IProgressMonitor monitor)` Installs the specified feature on this site.
`IFeatureReference` | `ISite.install(IFeature feature, IFeatureReference[] optionalfeatures, IVerificationListener verificationListener, IProgressMonitor monitor)` Installs the specified feature on this site.
`void` | `ISite.remove(IFeature feature, IProgressMonitor monitor)` Removes (uninstalls) the specified feature from this site.
`IFeature` | `ISite.createFeature(String type, URL url)` Deprecated. use createFeature(String,URL,IProgressMonitor) instead
`IFeature` | `ISite.createFeature(String type, URL url, IProgressMonitor monitor)` Creates a new feature object.
`void` | `IInstallHandler.initialize(int type, IFeature feature, IInstallHandlerEntry entry, InstallMonitor monitor)` Initialize the install handler.
`void` | `IInstallHandler.installInitiated()` Called at the start of the install action.
`void` | `IInstallHandler.pluginsDownloaded(IPluginEntry[] plugins)` Called after files corresponding to plug-in entries have been downloaded, but before they are actully unpacked and installed.
`void` | `IInstallHandler.nonPluginDataDownloaded(INonPluginEntry[] nonPluginData, IVerificationListener listener)` Called after files corresponding to non-plug-in entries have been downloaded.
`void` | `IInstallHandler.completeInstall(IFeatureContentConsumer consumer)` Called after the feature files and any downloaded plug-ins have been installed.
`void` | `IInstallHandler.installCompleted(boolean success)` Called at the end of the install action.
`void` | `IInstallHandler.configureInitiated()` Called at the start of the configure action
`void` | `IInstallHandler.completeConfigure()` Called after the feature has been configured.
`void` | `IInstallHandler.configureCompleted(boolean success)` Called at the end of the configure action.
`void` | `IInstallHandler.unconfigureInitiated()` Called at the start of the unconfigure action
`void` | `IInstallHandler.completeUnconfigure()` Called after the feature has been unconfigured.
`void` | `IInstallHandler.unconfigureCompleted(boolean success)` Called at the end of the unconfigure action.
`void` | `IInstallHandler.uninstallInitiated()` Called at the start of the uninstall action
`void` | `IInstallHandler.completeUninstall()` Called after the feature has been uninstalled.
`void` | `IInstallHandler.uninstallCompleted(boolean success)` Called at the end of the uninstall action.
`IFeature` | `IIncludedFeatureReference.getFeature()` Deprecated. use getFeature(IProgressMonitor)
`IFeature` | `IIncludedFeatureReference.getFeature(boolean perfectMatch, IConfiguredSite configuredSite)` Deprecated. use getFeature(IProgressMonitor)
`IFeature` | `IIncludedFeatureReference.getFeature(boolean perfectMatch, IConfiguredSite configuredSite, IProgressMonitor monitor)` Deprecated. use getFeature(IProgressMonitor)
`IFeature` | `IFeatureReference.getFeature()` Deprecated. use getFeature(IProgressMonitor) instead
`IFeature` | `IFeatureReference.getFeature(IProgressMonitor monitor)` Returns the referenced feature.
`VersionedIdentifier` | `IFeatureReference.getVersionedIdentifier()` Returns the feature identifier.
`void` | `IFeatureReference.setURL(URL url)` Sets the feature reference URL.
`IFeature` | `IFeatureFactory.createFeature(URL url, ISite site)` Deprecated. use createFeature(URL, ISite, IProgressMonitor) instead
`IFeature` | `IFeatureFactory.createFeature(URL url, ISite site, IProgressMonitor monitor)` Returns a feature defined by the supplied URL.
`ContentReference` | `IFeatureContentProvider.getFeatureManifestReference(InstallMonitor monitor)` Returns a content reference to the feature manifest.
`ContentReference[]` | `IFeatureContentProvider.getArchiveReferences(InstallMonitor monitor)` Returns an array of content references of all the "packaged" archives that make up this feature.
`ContentReference[]` | `IFeatureContentProvider.getFeatureEntryArchiveReferences(InstallMonitor monitor)` Returns an array of content references of the "packaged" archives that contain the feature descriptive information.
`ContentReference[]` | `IFeatureContentProvider.getPluginEntryArchiveReferences(IPluginEntry pluginEntry, InstallMonitor monitor)` Returns an array of content references of the "packaged" archives that contain the files for the specified plug-in entry.
`ContentReference[]` | `IFeatureContentProvider.getNonPluginEntryArchiveReferences(INonPluginEntry nonPluginEntry, InstallMonitor monitor)` Returns an array of content references of the "packaged" archives that contain the files for the specified non-plug-in entry.
`ContentReference[]` | `IFeatureContentProvider.getFeatureEntryContentReferences(InstallMonitor monitor)` Returns an array of content references to the feature definition files (i.e the "logical" view of the files defining the feature).
`ContentReference[]` | `IFeatureContentProvider.getPluginEntryContentReferences(IPluginEntry pluginEntry, InstallMonitor monitor)` Returns an array of content references to the files implementing the specified plug-in.
`IVerifier` | `IFeatureContentProvider.getVerifier()` Returns the verifier for this feature.
`void` | `IFeatureContentConsumer.store(ContentReference contentReference, IProgressMonitor monitor)` Store a feature file.
`IContentConsumer` | `IFeatureContentConsumer.open(IPluginEntry pluginEntry)` Opens a generic content consumer for the specified plug-in entry.
`IContentConsumer` | `IFeatureContentConsumer.open(INonPluginEntry nonPluginEntry)` Opens a generic content consumer for the specified non-plug-in entry.
`IFeatureReference` | `IFeatureContentConsumer.close()` Closes this content consumer.
`void` | `IFeatureContentConsumer.abort()` Closes this content consumer, indicating the store operations should be aborted.
`void` | `IFeatureContentConsumer.addChild(IFeature feature)` Link the content consumer of the feature as a child content consumer
`IFeatureReference` | `IFeature.install(IFeature targetFeature, IVerificationListener verificationListener, IProgressMonitor monitor)` Install the contents of this feature into the specified target feature.
`IFeatureReference` | `IFeature.install(IFeature targetFeature, IFeatureReference[] optionalFeatures, IVerificationListener verificationListener, IProgressMonitor monitor)` Install the contents of this feature into the specified target feature.
`IIncludedFeatureReference[]` | `IFeature.getIncludedFeatureReferences()` Returns an array of feature references included by this feature filtered by the operating system, windowing system and architecture system set in `Sitemanager`
`IIncludedFeatureReference[]` | `IFeature.getRawIncludedFeatureReferences()` Returns an array of feature references included by this feature No filtering occurs
`IFeatureContentProvider` | `IFeature.getFeatureContentProvider()` Returns the content provider for this feature.
`IFeatureContentConsumer` | `IFeature.getFeatureContentConsumer()` Returns the content consumer for this feature.
`void` | `IFeature.setSite(ISite site)` Sets the site for this feature.
`void` | `IContentConsumer.store(ContentReference contentReference, IProgressMonitor monitor)` Stores a file.
`void` | `IContentConsumer.close()` Indicates successful completion of the store operations for this consumer
`IFeature` | `FeatureReference.getFeature()` Deprecated. use getFeaure(IProgressMonitor)
`IFeature` | `FeatureReference.getFeature(IProgressMonitor monitor)` Returns the feature this reference points to
`protected IFeature` | `FeatureReference.getFeature(IFeatureReference ref, IProgressMonitor monitor)` Returns the feature the reference points to
`void` | `FeatureReference.setURL(URL url)` Sets the feature reference URL.
`ContentReference` | `FeatureContentProvider.asLocalReference(ContentReference ref, InstallMonitor monitor)` Returns the specified reference as a local file system reference.
`File` | `FeatureContentProvider.asLocalFile(ContentReference ref, InstallMonitor monitor)` Returns the specified reference as a local file.
`IFeatureReference` | `Feature.install(IFeature targetFeature, IVerificationListener verificationListener, IProgressMonitor progress)` Install the contents of this feature into the specified target feature.
`IFeatureReference` | `Feature.install(IFeature targetFeature, IFeatureReference[] optionalfeatures, IVerificationListener verificationListener, IProgressMonitor progress)` Install the contents of this feature into the specified target feature.
`IIncludedFeatureReference[]` | `Feature.getRawIncludedFeatureReferences()` Returns an array of feature references included by this feature
`IFeatureContentProvider` | `Feature.getFeatureContentProvider()` Returns the content provider for this feature.
`IFeatureContentConsumer` | `Feature.getFeatureContentConsumer()` Returns the content consumer for this feature.
`void` | `Feature.setSite(ISite site)` Sets the site for this feature.
`IIncludedFeatureReference[]` | `Feature.getIncludedFeatureReferences()`
`abstract ISite` | `BaseSiteFactory.createSite(URL url)` Create site.
`void` | `BaseInstallHandler.initialize(int type, IFeature feature, IInstallHandlerEntry entry, InstallMonitor monitor)` Initialize the install handler.
`void` | `BaseInstallHandler.installInitiated()` Called at the start of the install action.
`void` | `BaseInstallHandler.pluginsDownloaded(IPluginEntry[] plugins)` Called after files corresponding to plug-in entries have been downloaded, but before they are actully unpacked and installed.
`void` | `BaseInstallHandler.nonPluginDataDownloaded(INonPluginEntry[] nonPluginData, IVerificationListener listener)` Called after files corresponding to non-plug-in entries have been downloaded.
`void` | `BaseInstallHandler.completeInstall(IFeatureContentConsumer consumer)` Called after the feature files and any downloaded plug-ins have been installed.
`void` | `BaseInstallHandler.installCompleted(boolean success)` Called at the end of the install action.
`void` | `BaseInstallHandler.configureInitiated()` Called at the start of the configure action.
`void` | `BaseInstallHandler.completeConfigure()` Called after the feature has been configured.
`void` | `BaseInstallHandler.configureCompleted(boolean success)` Called at the end of the configure action.
`void` | `BaseInstallHandler.unconfigureInitiated()` Called at the start of the unconfigure action.
`void` | `BaseInstallHandler.completeUnconfigure()` Called after the feature has been unconfigured.
`void` | `BaseInstallHandler.unconfigureCompleted(boolean success)` Called at the end of the unconfigure action.
`void` | `BaseInstallHandler.uninstallInitiated()` Called at the start of the uninstall action.
`void` | `BaseInstallHandler.completeUninstall()` Called after the feature has been uninstalled.
`void` | `BaseInstallHandler.uninstallCompleted(boolean success)` Called at the end of the uninstall action.
`IFeature` | `BaseFeatureFactory.createFeature(URL url, ISite site)` Deprecated. implement createFeature(URL, ISite, IProgressMonitor) instead
`abstract IFeature` | `BaseFeatureFactory.createFeature(URL url, ISite site, IProgressMonitor monitor)` Create feature.

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

Subclasses of CoreException in org.eclipse.update.core.model
`class` | `InstallAbortedException` Exception thrown when the user cancelled an installation.

Methods in org.eclipse.update.core.model that throw CoreException
`SiteModel` | `SiteModelFactory.parseSite(InputStream stream)` Creates and populates a default site from stream.
`FeatureModel` | `FeatureModelFactory.parseFeature(InputStream stream)` Creates and populates a default feature from stream.

Uses of CoreException in org.eclipse.update.operations

Methods in org.eclipse.update.operations that throw CoreException
`boolean` | `IOperation.execute(IProgressMonitor pm, IOperationListener listener)` Executes operation.

Uses of CoreException in org.eclipse.update.search

Methods in org.eclipse.update.search that throw CoreException
`void` | `UpdateSearchRequest.performSearch(IUpdateSearchResultCollector collector, IProgressMonitor monitor)` Runs the search using the category and scope configured into this request.

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