public void invalidate(final UpdatedFiles updatedFiles) {
final Map<String, RemoteDifferenceStrategy> strategyMap;
synchronized (myLock) {
strategyMap = new HashMap<String, RemoteDifferenceStrategy>(myKinds);
}
final Collection<String> newForTree = new LinkedList<String>();
final Collection<String> newForUsual = new LinkedList<String>();
UpdateFilesHelper.iterateAffectedFiles(
updatedFiles,
new Consumer<Pair<String, String>>() {
public void consume(final Pair<String, String> pair) {
final String vcsName = pair.getSecond();
RemoteDifferenceStrategy strategy = strategyMap.get(vcsName);
if (strategy == null) {
final AbstractVcs vcs = myVcsManager.findVcsByName(vcsName);
if (vcs == null) return;
strategy = vcs.getRemoteDifferenceStrategy();
}
if (RemoteDifferenceStrategy.ASK_TREE_PROVIDER.equals(strategy)) {
newForTree.add(pair.getFirst());
} else {
newForUsual.add(pair.getFirst());
}
}
});
myRemoteRevisionsStateCache.invalidate(newForTree);
myRemoteRevisionsNumbersCache.invalidate(newForUsual);
}
private void refreshChangeListsFindConflicts(final UpdatedFiles updatedFiles) {
UpdateFilesHelper.iterateFileGroupFiles(
updatedFiles,
new UpdateFilesHelper.Callback() {
public void onFile(final String filePath, final String groupId) {
final VirtualFile vf = SvnUtil.getVirtualFile(filePath);
if (vf != null) {
// refresh base directory so that conflict files should be detected
// file itself is already refreshed
vf.getParent().refresh(false, false);
myDirtyScopeManager.fileDirty(vf);
}
if (FileGroup.MERGED_WITH_CONFLICT_ID.equals(groupId)) {
myConflictedVirtualFiles.add(vf);
}
}
});
}