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

Packages that use org.eclipse.core.runtime
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.rangedifferencer | Provides support for finding the differences between two or three sequences of comparable entities.
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.internal.jobs |
org.eclipse.core.internal.resources |
org.eclipse.core.resources | Provides basic support for managing a workspace and its resources.
org.eclipse.core.resources.team | Provides APIs intended to be implemented by the Team component.
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.jobs | Provides core support for scheduling and interacting with background activity.
org.eclipse.core.runtime.model | Provides core support for the modeling plug-ins and the plug-in registry.
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.internal.core.sourcelookup.containers |
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.jface.action | Provides support for shared UI resources such as menus, tool bars, and status lines.
org.eclipse.jface.dialogs | Provides support for dialogs.
org.eclipse.jface.operation | Provides JFace support for long-running operations.
org.eclipse.jface.text.reconciler | Provides a reconciler add-on for an `ITextViewer`.
org.eclipse.jface.util | Provides useful building blocks used throughout JFace, including property change events, a listener list implementation, and runtime checked assertions.
org.eclipse.jface.wizard | Provides a framework for wizards.
org.eclipse.search.ui | Provides classes and interfaces to run search queries and manage their results.
org.eclipse.team.core | Application programming interfaces for defining and working with repository providers.
org.eclipse.team.core.subscribers | Application programming interfaces for generating and refreshing synchronization state.
org.eclipse.team.core.synchronize | Application programming interfaces for managing synchronization state.
org.eclipse.team.core.variants | Application programming interfaces for accessing and managing resource variants.
org.eclipse.team.ui | Provides basic support for managing Team 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.application | Application-level APIs for configuring and controling the Eclipse Platform User Interface.
org.eclipse.ui.console | Application programming interfaces for interaction with the Eclipse console.
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.forms.editor | Support for forms-based multi-page editors.
org.eclipse.ui.ide | APIs for the IDE-specific portion of the Eclipse Platform User Interface.
org.eclipse.ui.intro | Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface.
org.eclipse.ui.intro.config |
org.eclipse.ui.model | Provides a workbench adapter for displaying workbench elements in the UI without having to know the concrete type of the element, and various label providers for workbench-specific objects like editors, views, and perspectives.
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.progress | 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.themes | Application programming interfaces for interaction with and extension of the Eclipse Platform User Interface.
org.eclipse.ui.views.bookmarkexplorer | Provides the standard Bookmarks view which displays bookmarks on resources.
org.eclipse.ui.views.contentoutline | Provides the standard Content Outline view which can show the active editor's custom outline for the document being edited.
org.eclipse.ui.views.markers | Utility classes for working with markers in views
org.eclipse.ui.views.navigator | Provides the standard Resource Navigator view which presents the tree of resources in the workspace.
org.eclipse.ui.views.properties | Provides the standard Property Sheet view which displays custom properties of the active workbench part's current selection.
org.eclipse.ui.views.tasklist | Provides the standard Task List view for displaying tasks and problem annotations on resources.
org.eclipse.ui.wizards.datatransfer | Provides the standard Import and Export wizards for moving resources into and out of the workspace.
org.eclipse.ui.wizards.newresource | Provides the standard wizards for creating files, folders, and projects in the workspace.
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.
org.eclipse.update.standalone | Provides support for performing various install/update operations from the command line.

Classes in org.eclipse.core.runtime used by org.eclipse.ant.core
CoreException A checked exception representing a failure.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IPlatformRunnable Bootstrap type for the platform.
IPluginDescriptor Deprecated. `IPluginDescriptor` was refactored in Eclipse 3.0. Most of the functionality has moved to `Platform` and the plug-in descriptor has been replaced with the OSGi `Bundle` object. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in. For most uses the bundle object can be treated as an opaque token representing your plug-in to the system -- It must be supplied to various `Platform` methods but need not be interrogated itself. There are a small number of plug-in descriptor method equivalents supplied by `Bundle` itself. The details are spelled out in the comments on each `IPluginDescriptor` method. Clients of this interface have a reference to an `IPluginDescriptor` corresponding to a plug-in. To adapt to the deprecation, the bundle corresponding to the plug-in generally needs to be acquired. There are several cases: the descriptor was discovered using methods such as `IPluginRegistry.getPluginDescriptor()`. The code should be updated to use one of the bundle discovery mechanisms such as `Platform.getBundle()`. the descriptor is from the plug-in itself. The code should be updated to use the plug-in's bundle instead. the descriptor is supplied by a third party. The plug-in writer must cooperate with that party to obtain a bundle rather than a descriptor. The resulting bundle object can be used to carry out the adaptation steps outlined for each of the `IPluginDescriptor` methods.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
Plugin The abstract superclass of all plug-in runtime class implementations.
Preferences A table of preference settings, mapping named properties to values.
Preferences.IPropertyChangeListener Listener for property changes.
Preferences.PropertyChangeEvent An event object describing a change to a named property.

Classes in org.eclipse.core.runtime used by org.eclipse.compare
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.compare.contentmergeviewer
CoreException A checked exception representing a failure.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.compare.rangedifferencer
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.compare.structuremergeviewer
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.core.expressions
CoreException A checked exception representing a failure.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.

Classes in org.eclipse.core.runtime used by org.eclipse.core.filebuffers
CoreException A checked exception representing a failure.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.core.internal.jobs
IAdaptable An interface for an adaptable object.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.

Classes in org.eclipse.core.runtime used by org.eclipse.core.internal.resources
IAdaptable An interface for an adaptable object.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.

Classes in org.eclipse.core.runtime used by org.eclipse.core.resources
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IPluginDescriptor Deprecated. `IPluginDescriptor` was refactored in Eclipse 3.0. Most of the functionality has moved to `Platform` and the plug-in descriptor has been replaced with the OSGi `Bundle` object. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in. For most uses the bundle object can be treated as an opaque token representing your plug-in to the system -- It must be supplied to various `Platform` methods but need not be interrogated itself. There are a small number of plug-in descriptor method equivalents supplied by `Bundle` itself. The details are spelled out in the comments on each `IPluginDescriptor` method. Clients of this interface have a reference to an `IPluginDescriptor` corresponding to a plug-in. To adapt to the deprecation, the bundle corresponding to the plug-in generally needs to be acquired. There are several cases: the descriptor was discovered using methods such as `IPluginRegistry.getPluginDescriptor()`. The code should be updated to use one of the bundle discovery mechanisms such as `Platform.getBundle()`. the descriptor is from the plug-in itself. The code should be updated to use the plug-in's bundle instead. the descriptor is supplied by a third party. The plug-in writer must cooperate with that party to obtain a bundle rather than a descriptor. The resulting bundle object can be used to carry out the adaptation steps outlined for each of the `IPluginDescriptor` methods.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.
Plugin The abstract superclass of all plug-in runtime class implementations.
QualifiedName Qualified names are two-part names: qualifier and local name.

Classes in org.eclipse.core.runtime used by org.eclipse.core.resources.team
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.core.runtime
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IAdapterFactory An adapter factory defines behavioral extensions for one or more classes that implements the `IAdaptable` interface.
IAdapterManager An adapter manager maintains a registry of adapter factories.
IBundleGroup Bundle groups represent a logical collection of plug-ins (aka bundles).
IBundleGroupProvider Bundle group providers define groups of plug-ins which have been installed in the current system.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExtension An extension declared in a plug-in.
IExtensionDelta An extension delta represents changes to the extension registry.
IExtensionPoint An extension point declared in a plug-in.
IExtensionRegistry The extension registry holds the master list of all discovered namespaces, extension points and extensions.
ILibrary Deprecated. In Eclipse 3.0 the plug-in classpath representation was changed. Clients of `ILibrary` are directed to the headers associated with the relevant bundle. In particular, the `Bundle-Classpath` header contains all available information about the classpath of a plug-in. Having retrieved the header, the `ManifestElement` helper class can be used to parse the value and discover the individual class path entries. The various header attributes are defined in `Constants`. For example,
         String header = bundle.getHeaders().get(Constants.BUNDLE_CLASSPATH);
         ManifestElement[] elements = ManifestElement.parseHeader(
             Constants.BUNDLE_CLASSPATH, header);
         if (elements == null)
             return;
         elements[0].getValue();   // the jar/dir containing the code
         ...
Note that this new structure does not include information on which packages are exported or present in the listed classpath entries. This information is no longer relevant. See `IPluginDescriptor` for information on the relationship between plug-in descriptors and bundles. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in.
ILog A log to which status events can be written.
ILogListener A log listener is notified of entries added to a plug-in's log.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IPluginDescriptor Deprecated. `IPluginDescriptor` was refactored in Eclipse 3.0. Most of the functionality has moved to `Platform` and the plug-in descriptor has been replaced with the OSGi `Bundle` object. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in. For most uses the bundle object can be treated as an opaque token representing your plug-in to the system -- It must be supplied to various `Platform` methods but need not be interrogated itself. There are a small number of plug-in descriptor method equivalents supplied by `Bundle` itself. The details are spelled out in the comments on each `IPluginDescriptor` method. Clients of this interface have a reference to an `IPluginDescriptor` corresponding to a plug-in. To adapt to the deprecation, the bundle corresponding to the plug-in generally needs to be acquired. There are several cases: the descriptor was discovered using methods such as `IPluginRegistry.getPluginDescriptor()`. The code should be updated to use one of the bundle discovery mechanisms such as `Platform.getBundle()`. the descriptor is from the plug-in itself. The code should be updated to use the plug-in's bundle instead. the descriptor is supplied by a third party. The plug-in writer must cooperate with that party to obtain a bundle rather than a descriptor. The resulting bundle object can be used to carry out the adaptation steps outlined for each of the `IPluginDescriptor` methods.
IPluginPrerequisite Deprecated. In Eclipse 3.0 the plug-in prerequisite representation was changed. Clients of `IPluginPrerequisite` are directed to the headers associated with the relevant bundle. In particular, the `Require-Bundle` header contains all available information about the prerequisites of a plug-in. Having retrieved the header, the `ManifestElement` helper class can be used to parse the value and discover the individual prerequisite plug-ins. The various header attributes are defined in `Constants`. For example,
        String header = bundle.getHeaders().get(Constants.REQUIRE_BUNDLE);
         ManifestElement[] elements = ManifestElement.parseHeader(
             Constants.REQUIRE_BUNDLE, header);
         if (elements == null)
             return;
         elements[0].getValue();   // the prerequisite plug-in id
         elements[0].getAttribute(Constants.BUNDLE_VERSION_ATTRIBUTE);   // the prerequisite plug-in version
         ...
See `IPluginDescriptor` for information on the relationship between plug-in descriptors and bundles. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in.
IPluginRegistry Deprecated. The plug-in registry has been generalized in Eclipse 3.0. It is now the `IExtensionRegistry`. Most of the `IPluginRegistry` function is directly supported on the new interface without change. Most clients of `IPluginRegistry` need only to change their references to use `IExtensionRegistry`. The only exceptions are methods that return `IPluginDescriptor`s. See the relevant method comments for details. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in.
IProduct Products are the Eclipse unit of branding.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IProgressMonitorWithBlocking An extension to the IProgressMonitor interface for monitors that want to support feedback when an activity is blocked due to concurrent activity in another thread.
IRegistryChangeEvent Registry change events describe changes to the extension registry.
IRegistryChangeListener A registry change listener is notified of changes to extensions points in the registry.
ISafeRunnable Safe runnables represent blocks of code and associated exception handlers.
IStatus A status object represents the outcome of an operation.
Path The standard implementation of the `IPath` interface.
Plugin The abstract superclass of all plug-in runtime class implementations.
PluginVersionIdentifier Version identifier for a plug-in.
Preferences A table of preference settings, mapping named properties to values.
Preferences.IPropertyChangeListener Listener for property changes.
Preferences.PropertyChangeEvent An event object describing a change to a named property.
ProgressMonitorWrapper An abstract wrapper around a progress monitor which, unless overridden, forwards `IProgressMonitor` and `IProgressMonitorWithBlocking` methods to the wrapped progress monitor.
Status A concrete status implementation, suitable either for instantiating or subclassing.

Classes in org.eclipse.core.runtime used by org.eclipse.core.runtime.content
CoreException A checked exception representing a failure.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
QualifiedName Qualified names are two-part names: qualifier and local name.

Classes in org.eclipse.core.runtime used by org.eclipse.core.runtime.jobs
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
OperationCanceledException This exception is thrown to blow out of a long-running method when the user cancels it.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.
QualifiedName Qualified names are two-part names: qualifier and local name.

Classes in org.eclipse.core.runtime used by org.eclipse.core.runtime.model
IStatus A status object represents the outcome of an operation.
MultiStatus A concrete multi-status implementation, suitable either for instantiating or subclassing.

Classes in org.eclipse.core.runtime used by org.eclipse.core.runtime.preferences
CoreException A checked exception representing a failure.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.core.variables
CoreException A checked exception representing a failure.
IStatus A status object represents the outcome of an operation.
Plugin The abstract superclass of all plug-in runtime class implementations.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.core
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.
Plugin The abstract superclass of all plug-in runtime class implementations.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.core.model
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.core.sourcelookup
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.core.sourcelookup.containers
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
PlatformObject An abstract superclass implementing the `IAdaptable` interface.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.internal.core.sourcelookup.containers
IAdaptable An interface for an adaptable object.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.ui
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.debug.ui.actions
CoreException A checked exception representing a failure.

Classes in org.eclipse.core.runtime used by org.eclipse.help.ui.browser
CoreException A checked exception representing a failure.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.jface.action
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.jface.dialogs
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.jface.operation
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.jface.text.reconciler
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.jface.util
ILog A log to which status events can be written.
ISafeRunnable Safe runnables represent blocks of code and associated exception handlers.

Classes in org.eclipse.core.runtime used by org.eclipse.jface.wizard
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IProgressMonitorWithBlocking An extension to the IProgressMonitor interface for monitors that want to support feedback when an activity is blocked due to concurrent activity in another thread.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.search.ui
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.team.core
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
Status A concrete status implementation, suitable either for instantiating or subclassing.

Classes in org.eclipse.core.runtime used by org.eclipse.team.core.subscribers
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.team.core.synchronize
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.team.core.variants
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.
QualifiedName Qualified names are two-part names: qualifier and local name.

Classes in org.eclipse.core.runtime used by org.eclipse.team.ui
IAdaptable An interface for an adaptable object.
IExtension An extension declared in a plug-in.

Classes in org.eclipse.core.runtime used by org.eclipse.team.ui.synchronize
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.actions
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.application
IAdaptable An interface for an adaptable object.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.console
IAdaptable An interface for an adaptable object.
IStatus A status object represents the outcome of an operation.
Plugin The abstract superclass of all plug-in runtime class implementations.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.dialogs
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.editors.text
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
Preferences A table of preference settings, mapping named properties to values.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.forms.editor
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.ide
QualifiedName Qualified names are two-part names: qualifier and local name.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.intro
IAdaptable An interface for an adaptable object.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.intro.config
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IRegistryChangeEvent Registry change events describe changes to the extension registry.
IRegistryChangeListener A registry change listener is notified of changes to extensions points in the registry.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.model
IAdaptable An interface for an adaptable object.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.part
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.plugin
CoreException A checked exception representing a failure.
IPluginDescriptor Deprecated. `IPluginDescriptor` was refactored in Eclipse 3.0. Most of the functionality has moved to `Platform` and the plug-in descriptor has been replaced with the OSGi `Bundle` object. This interface must only be used by plug-ins which explicitly require the org.eclipse.core.runtime.compatibility plug-in. For most uses the bundle object can be treated as an opaque token representing your plug-in to the system -- It must be supplied to various `Platform` methods but need not be interrogated itself. There are a small number of plug-in descriptor method equivalents supplied by `Bundle` itself. The details are spelled out in the comments on each `IPluginDescriptor` method. Clients of this interface have a reference to an `IPluginDescriptor` corresponding to a plug-in. To adapt to the deprecation, the bundle corresponding to the plug-in generally needs to be acquired. There are several cases: the descriptor was discovered using methods such as `IPluginRegistry.getPluginDescriptor()`. The code should be updated to use one of the bundle discovery mechanisms such as `Platform.getBundle()`. the descriptor is from the plug-in itself. The code should be updated to use the plug-in's bundle instead. the descriptor is supplied by a third party. The plug-in writer must cooperate with that party to obtain a bundle rather than a descriptor. The resulting bundle object can be used to carry out the adaptation steps outlined for each of the `IPluginDescriptor` methods.
Plugin The abstract superclass of all plug-in runtime class implementations.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.progress
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.
QualifiedName Qualified names are two-part names: qualifier and local name.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.texteditor
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.texteditor.quickdiff
CoreException A checked exception representing a failure.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.themes
CoreException A checked exception representing a failure.
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.views.bookmarkexplorer
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.views.contentoutline
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.views.markers
CoreException A checked exception representing a failure.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.views.navigator
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".

Classes in org.eclipse.core.runtime used by org.eclipse.ui.views.properties
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.views.tasklist
IAdaptable An interface for an adaptable object.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.wizards.datatransfer
IPath A path is an ordered collection of string segments, separated by a standard separator character, "/".
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.ui.wizards.newresource
IConfigurationElement A configuration element, with its attributes and children, directly reflects the content and structure of the extension section within the declaring plug-in's manifest (`plugin.xml`) file.
IExecutableExtension Interface for executable extension classes that require access to their configuration element, or implement an extension adapter.

Classes in org.eclipse.core.runtime used by org.eclipse.update.configuration
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.update.core
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.
PluginVersionIdentifier Version identifier for a plug-in.

Classes in org.eclipse.core.runtime used by org.eclipse.update.core.model
CoreException A checked exception representing a failure.
IAdaptable An interface for an adaptable object.
MultiStatus A concrete multi-status implementation, suitable either for instantiating or subclassing.
PlatformObject An abstract superclass implementing the `IAdaptable` interface.

Classes in org.eclipse.core.runtime used by org.eclipse.update.operations
CoreException A checked exception representing a failure.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.
IStatus A status object represents the outcome of an operation.

Classes in org.eclipse.core.runtime used by org.eclipse.update.search
CoreException A checked exception representing a failure.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

Classes in org.eclipse.core.runtime used by org.eclipse.update.standalone
IPlatformRunnable Bootstrap type for the platform.
IProgressMonitor The `IProgressMonitor` interface is implemented by objects that monitor the progress of an activity; the methods in this interface are invoked by code that performs the activity.

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