/// <summary>
/// Called after key was changed - adds undo unit and performs refactoring of code
/// </summary>
public void KeyRenamed(ResXStringGridRow row, string newKey)
{
string oldKey = row.Status == KEY_STATUS.ERROR ? null : row.DataSourceItem.Name;
GridRenameKeyUndoUnit unit = new GridRenameKeyUndoUnit(row, editorControl, oldKey, newKey);
editorControl.Editor.AddUndoUnit(unit);
if (VisualLocalizerPackage.Instance.DTE.Solution.ContainsProjectItem(editorControl.Editor.ProjectItem.InternalProjectItem))
{
// obtain ResX project item
ResXProjectItem resxItem = editorControl.Editor.ProjectItem;
resxItem.ResolveNamespaceClass(resxItem.InternalProjectItem.ContainingProject.GetResXItemsAround(false, true));
if (row.ConflictItems.Count == 0 && resxItem != null && !resxItem.IsCultureSpecific() && !string.IsNullOrEmpty(newKey))
{
int errors = 0;
int count = row.CodeReferences.Count;
// set new key
row.CodeReferences.ForEach((item) => { item.KeyAfterRename = newKey.CreateIdentifier(resxItem.DesignerLanguage); });
// run the replacer
try {
editorControl.ReferenceCounterThreadSuspended = true;
BatchReferenceReplacer replacer = new BatchReferenceReplacer();
replacer.Inline(row.CodeReferences, true, ref errors);
} finally {
editorControl.ReferenceCounterThreadSuspended = false;
}
VLOutputWindow.VisualLocalizerPane.WriteLine("Renamed {0} key references in code, {1} errors", count, errors);
}
}
}
