| public static ResolveConflict ( SyncTitleConflictResolution resolution ) : void | ||
| resolution | SyncTitleConflictResolution | |
| return | void | |
public void NoteConflictDetected(NoteManager manager, Note localConflictNote, NoteUpdate remoteNote, IList <string> noteUpdateTitles)
{
Logger.Debug("SilentUI: NoteConflictDetected, overwriting without a care");
// TODO: At least respect conflict prefs
// TODO: Implement more useful conflict handling
if (localConflictNote.Id != remoteNote.UUID)
{
manager.Delete(localConflictNote);
}
SyncManager.ResolveConflict(SyncTitleConflictResolution.OverwriteExisting);
}
public void NoteConflictDetected(NoteManager manager,
Note localConflictNote,
NoteUpdate remoteNote,
IList <string> noteUpdateTitles)
{
SyncTitleConflictResolution savedBehavior = SyncTitleConflictResolution.Cancel;
object dlgBehaviorPref = Preferences.Get(Preferences.SYNC_CONFIGURED_CONFLICT_BEHAVIOR);
if (dlgBehaviorPref != null && dlgBehaviorPref is int) // TODO: Check range of this int
{
savedBehavior = (SyncTitleConflictResolution)dlgBehaviorPref;
}
SyncTitleConflictResolution resolution = SyncTitleConflictResolution.OverwriteExisting;
// This event handler will be called by the synchronization thread
// so we have to use the delegate here to manipulate the GUI.
// To be consistent, any exceptions in the delgate will be caught
// and then rethrown in the synchronization thread.
Exception mainThreadException = null;
Gtk.Application.Invoke(delegate {
try {
SyncTitleConflictDialog conflictDlg =
new SyncTitleConflictDialog(localConflictNote, noteUpdateTitles);
Gtk.ResponseType reponse = Gtk.ResponseType.Ok;
bool noteSyncBitsMatch =
SyncManager.SynchronizedNoteXmlMatches(localConflictNote.GetCompleteNoteXml(),
remoteNote.XmlContent);
// If the synchronized note content is in conflict
// and there is no saved conflict handling behavior, show the dialog
if (!noteSyncBitsMatch && savedBehavior == 0)
{
reponse = (Gtk.ResponseType)conflictDlg.Run();
}
if (reponse == Gtk.ResponseType.Cancel)
{
resolution = SyncTitleConflictResolution.Cancel;
}
else
{
if (noteSyncBitsMatch)
{
resolution = SyncTitleConflictResolution.OverwriteExisting;
}
else if (savedBehavior == 0)
{
resolution = conflictDlg.Resolution;
}
else
{
resolution = savedBehavior;
}
switch (resolution)
{
case SyncTitleConflictResolution.OverwriteExisting:
if (conflictDlg.AlwaysPerformThisAction)
{
savedBehavior = resolution;
}
// No need to delete if sync will overwrite
if (localConflictNote.Id != remoteNote.UUID)
{
manager.Delete(localConflictNote);
}
break;
case SyncTitleConflictResolution.RenameExistingAndUpdate:
if (conflictDlg.AlwaysPerformThisAction)
{
savedBehavior = resolution;
}
RenameNote(localConflictNote, conflictDlg.RenamedTitle, true);
break;
case SyncTitleConflictResolution.RenameExistingNoUpdate:
if (conflictDlg.AlwaysPerformThisAction)
{
savedBehavior = resolution;
}
RenameNote(localConflictNote, conflictDlg.RenamedTitle, false);
break;
}
}
Preferences.Set(Preferences.SYNC_CONFIGURED_CONFLICT_BEHAVIOR,
(int)savedBehavior); // TODO: Clean up
conflictDlg.Hide();
conflictDlg.Destroy();
// Let the SyncManager continue
SyncManager.ResolveConflict(/*localConflictNote, */ resolution);
} catch (Exception e) {
mainThreadException = e;
}
});
if (mainThreadException != null)
{
throw mainThreadException;
}
}