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## Uses of Class
org.eclipse.team.core.TeamException

Packages that use TeamException
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.synchronize | Contains the team synchronization presentation framework and support for the Synchronize View.

Uses of TeamException in org.eclipse.team.core

Methods in org.eclipse.team.core that return TeamException
`static TeamException` | `TeamException.asTeamException(CoreException e)` Return a `TeamException` for the given exception.
`static TeamException` | `TeamException.asTeamException(InvocationTargetException e)` Return a `TeamException` for the given exception.

Methods in org.eclipse.team.core that throw TeamException
`static void` | `RepositoryProvider.map(IProject project, String id)` Instantiate a new RepositoryProvider with concrete class by given providerID and associate it with project.
`static void` | `RepositoryProvider.unmap(IProject project)` Disassoociates project with the repository provider its currently mapped to.
`IProject[]` | `ProjectSetSerializationContext.confirmOverwrite(IProject[] projects)` Given an array of projects that currently exist in the workspace determine which of those projects should be overwritten.
`String[]` | `ProjectSetCapability.asReference(IProject[] providerProjects, ProjectSetSerializationContext context, IProgressMonitor monitor)` For every project in providerProjects, return an opaque UTF-8 encoded String to act as a reference to that project.
`IProject[]` | `ProjectSetCapability.addToWorkspace(String[] referenceStrings, ProjectSetSerializationContext context, IProgressMonitor monitor)` For every String in referenceStrings, load the corresponding project into the workspace.
`protected IProject[]` | `ProjectSetCapability.confirmOverwrite(ProjectSetSerializationContext context, IProject[] projects)` Determine if any of the projects already exist and confirm which of those projects are to be overwritten.
`String[]` | `IProjectSetSerializer.asReference(IProject[] providerProjects, Object context, IProgressMonitor monitor)` Deprecated. For every IProject in providerProjects, return an opaque UTF-8 encoded String to act as a reference to that project.
`IProject[]` | `IProjectSetSerializer.addToWorkspace(String[] referenceStrings, String filename, Object context, IProgressMonitor monitor)` Deprecated. For every String in referenceStrings, create in the workspace a corresponding IProject.

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

Methods in org.eclipse.team.core.subscribers that throw TeamException
`abstract boolean` | `Subscriber.isSupervised(IResource resource)` Returns `true` if this resource is supervised by this subscriber.
`abstract IResource[]` | `Subscriber.members(IResource resource)` Returns all non-transient member resources of the given resource.
`abstract SyncInfo` | `Subscriber.getSyncInfo(IResource resource)` Returns synchronization info for the given resource, or `null` if there is no synchronization info because the subscriber does not apply to this resource.
`abstract void` | `Subscriber.refresh(IResource[] resources, int depth, IProgressMonitor monitor)` Refreshes the resource hierarchy from the given resources and their children (to the specified depth) from the corresponding resources in the remote location.

Uses of TeamException in org.eclipse.team.core.synchronize

Methods in org.eclipse.team.core.synchronize that throw TeamException
`void` | `SyncInfo.init()` Method that is invoked after instance creation to initialize the sync kind.
`protected int` | `SyncInfo.calculateKind()` Method that is invoked from the `init()` method to calculate the sync kind for this instance of `SyncInfo`.

Uses of TeamException in org.eclipse.team.core.variants

Methods in org.eclipse.team.core.variants that throw TeamException
`byte[]` | `ThreeWaySynchronizer.getBaseBytes(IResource resource)` Return the base bytes that are cached for the given resource or `null` if no base is cached.
`void` | `ThreeWaySynchronizer.setBaseBytes(IResource resource, byte[] baseBytes)` Set the base bytes for the given resource.
`boolean` | `ThreeWaySynchronizer.isLocallyModified(IResource resource)` Return whether the local resource has been modified since the last time the base bytes were set.
`byte[]` | `ThreeWaySynchronizer.getRemoteBytes(IResource resource)` Return the remote bytes that are cached for the given resource or `null` if no remote is cached.
`boolean` | `ThreeWaySynchronizer.setRemoteBytes(IResource resource, byte[] remoteBytes)` Set the remote bytes for the given resource.
`boolean` | `ThreeWaySynchronizer.removeRemoteBytes(IResource resource)` Remove the remote bytes associated with the resource.
`boolean` | `ThreeWaySynchronizer.hasSyncBytes(IResource resource)` Return whether the given resource has sync bytes in the synchronizer.
`boolean` | `ThreeWaySynchronizer.isIgnored(IResource resource)` Returns whether the resource has been marked as ignored using `setIgnored(IResource)`.
`void` | `ThreeWaySynchronizer.setIgnored(IResource resource)` Mark the resource as being ignored.
`IResource[]` | `ThreeWaySynchronizer.members(IResource resource)` Return the members of the local resource that either have sync bytes or exist locally and are not ignored.
`void` | `ThreeWaySynchronizer.flush(IResource resource, int depth)` Flush any cached bytes for the given resource to the depth specified.
`void` | `ThreeWaySynchronizer.run(IResource resourceRule, IWorkspaceRunnable runnable, IProgressMonitor monitor)` Perform multiple sync state modifications and fire only a single change notification at the end.
`void` | `ThreeWaySynchronizer.flush(org.eclipse.team.internal.core.subscribers.BatchingLock.ThreadInfo info, IProgressMonitor monitor)`
`boolean` | `ThreeWaySubscriber.isSupervised(IResource resource)` Returns `false` for resources that are not children of a subscriber root, are ignored by the subscriber's synchronizer or are ignored by the `Team.ignoreHist(IResource)`.
`abstract IResourceVariant` | `ThreeWaySubscriber.getResourceVariant(IResource resource, byte[] bytes)` Create the resource variant for the given local resource from the given bytes.
`IResourceVariant` | `ThreeWayRemoteTree.getResourceVariant(IResource resource)`
`protected IResource[]` | `ThreeWayRemoteTree.collectChanges(IResource local, IResourceVariant remote, int depth, IProgressMonitor monitor)`
`boolean` | `SessionResourceVariantByteStore.deleteBytes(IResource resource)`
`boolean` | `SessionResourceVariantByteStore.flushBytes(IResource resource, int depth)`
`byte[]` | `SessionResourceVariantByteStore.getBytes(IResource resource)`
`boolean` | `SessionResourceVariantByteStore.setBytes(IResource resource, byte[] bytes)`
`SyncInfo` | `ResourceVariantTreeSubscriber.getSyncInfo(IResource resource)`
`protected SyncInfo` | `ResourceVariantTreeSubscriber.getSyncInfo(IResource local, IResourceVariant base, IResourceVariant remote)` Method that creates an instance of SyncInfo for the provided local, base and remote resource variants.
`IResource[]` | `ResourceVariantTreeSubscriber.members(IResource resource)`
`void` | `ResourceVariantTreeSubscriber.refresh(IResource[] resources, int depth, IProgressMonitor monitor)`
`IResource[]` | `ResourceVariantTree.members(IResource resource)`
`boolean` | `ResourceVariantTree.hasResourceVariant(IResource resource)`
`void` | `ResourceVariantTree.flushVariants(IResource resource, int depth)`
`protected boolean` | `ResourceVariantTree.setVariant(IResource local, IResourceVariant remote)`
`protected byte[]` | `ResourceVariantTree.getBytes(IResource local, IResourceVariant remote)` Get the bytes to be stored in the `ResourceVariantByteStore` from the given resource variant.
`protected IResource[]` | `ResourceVariantTree.collectChanges(IResource local, IResourceVariant remote, int depth, IProgressMonitor monitor)`
`abstract byte[]` | `ResourceVariantByteStore.getBytes(IResource resource)` Return the bytes for the variant corresponding the given local resource.
`abstract boolean` | `ResourceVariantByteStore.setBytes(IResource resource, byte[] bytes)` Set the bytes for the variant corresponding the given local resource.
`abstract boolean` | `ResourceVariantByteStore.flushBytes(IResource resource, int depth)` Remove the bytes from the tree for the resource variants corresponding to the given local resource and its descendants to the given depth.
`abstract boolean` | `ResourceVariantByteStore.deleteBytes(IResource resource)` Method called to indicate that it is known that there is no variant associated with the local resource.
`abstract IResource[]` | `ResourceVariantByteStore.members(IResource resource)` Return the children of the given resource that have resource variants in this tree.
`void` | `ResourceVariantByteStore.run(IResource root, IWorkspaceRunnable runnable, IProgressMonitor monitor)` Run the given action which may contain multiple modfications to the byte store.
`byte[]` | `PersistantResourceVariantByteStore.getBytes(IResource resource)`
`boolean` | `PersistantResourceVariantByteStore.setBytes(IResource resource, byte[] bytes)`
`boolean` | `PersistantResourceVariantByteStore.flushBytes(IResource resource, int depth)`
`boolean` | `PersistantResourceVariantByteStore.isVariantKnown(IResource resource)` Return whether the resource variant state for this resource is known.
`boolean` | `PersistantResourceVariantByteStore.deleteBytes(IResource resource)` This method should be invoked by a client to indicate that it is known that there is no remote resource associated with the local resource.
`IResource[]` | `PersistantResourceVariantByteStore.members(IResource resource)`
`void` | `PersistantResourceVariantByteStore.run(IResource root, IWorkspaceRunnable runnable, IProgressMonitor monitor)`
`IResource[]` | `IResourceVariantTree.members(IResource resource)` Returns the members of the local resource that have resource variants in this tree.
`IResourceVariant` | `IResourceVariantTree.getResourceVariant(IResource resource)` Return the resource variant corresponding to the local resource.
`boolean` | `IResourceVariantTree.hasResourceVariant(IResource resource)` Return whether the local resource has a variant in this tree.
`IResource[]` | `IResourceVariantTree.refresh(IResource[] resources, int depth, IProgressMonitor monitor)` Refreshes the resource variant tree for the specified resources and possibly their descendants, depending on the depth.
`void` | `IResourceVariantTree.flushVariants(IResource resource, int depth)` Flush any variants in the tree for the given resource to the depth specified.
`IStorage` | `IResourceVariant.getStorage(IProgressMonitor monitor)` Return an instance of IStorage or `null` if the remote resource does not have contents (i.e. is a folder).
`IStorage` | `CachedResourceVariant.getStorage(IProgressMonitor monitor)`
`protected abstract void` | `CachedResourceVariant.fetchContents(IProgressMonitor monitor)` Method that is invoked when the contents of the resource variant need to be fetched.
`protected void` | `CachedResourceVariant.setContents(InputStream stream, IProgressMonitor monitor)` This method should be invoked by subclasses from within their `fetchContents` method in order to cache the contents for this resource variant.
`protected InputStream` | `CachedResourceVariant.getCachedContents()` Return the cached contents for this resource variant or `null` if the contents have not been cached.
`IResource[]` | `AbstractResourceVariantTree.refresh(IResource[] resources, int depth, IProgressMonitor monitor)` Refreshes the resource variant tree for the specified resources and possibly their descendants, depending on the depth.
`protected IResource[]` | `AbstractResourceVariantTree.refresh(IResource resource, int depth, IProgressMonitor monitor)` Helper method invoked from `refresh(IResource[], int, IProgressMonitor monitor)` for each resource.
`protected IResource[]` | `AbstractResourceVariantTree.collectChanges(IResource local, IResourceVariant remote, int depth, IProgressMonitor monitor)` Collect the changes in the remote tree to the specified depth.
`protected abstract IResourceVariant[]` | `AbstractResourceVariantTree.fetchMembers(IResourceVariant variant, IProgressMonitor progress)` Fetch the members of the given resource variant handle.
`protected abstract IResourceVariant` | `AbstractResourceVariantTree.fetchVariant(IResource resource, int depth, IProgressMonitor monitor)` Fetch the resource variant corresponding to the given resource.
`protected IResource[]` | `AbstractResourceVariantTree.collectedMembers(IResource local, IResource[] members)` Method that is invoked during collection to let subclasses know which members were collected for the given resource.
`protected abstract boolean` | `AbstractResourceVariantTree.setVariant(IResource local, IResourceVariant remote)` Set the variant associated with the local resource to the newly fetched resource variant.

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

Methods in org.eclipse.team.ui.synchronize that throw TeamException
`ISynchronizeParticipant` | `ISynchronizeParticipantReference.getParticipant()` Returns the participant referenced by this handle.

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