Exception = System.Argument
Exception
Message = Destination array was not long enough. Check destIndex and length, and the array's lower bounds.

FullText = System.ArgumentException: Destination array was not long enough. Check destIndex and length, and the array's lower bounds.
   at System.Array.Copy(Array sourceArray, Int32 sourceIndex, Array destinationArray, Int32 destinationIndex, Int32 length, Boolean reliable)
   at System.Collections.Generic.List`1.CopyTo(T[] array, Int32 arrayIndex)
   at System.Collections.ObjectModel.Collection`1.CopyTo(T[] array, Int32 index)
   at System.Collections.Generic.List`1..ctor(IEnumerable`1 collection)
   at Aga.Controls.Tree.TreeViewAdv.ReadChilds(TreeNodeAdv parentNode, Boolean performFullUpdate)
   at Aga.Controls.Tree.TreeViewAdv._model_StructureChanged(Object sender, TreePathEventArgs e)
   at MySQL.Grt.GrtListModel.OnStructureChanged(TreePathEventArgs args)
   at MySQL.Grt.GrtListModel.RefreshModel()
   at MySQL.GUI.Workbench.UndoHistoryForm.UpdateHistoryTree()
   at MySQL.GUI.Workbench.UndoHistoryForm.invokeRefresh(NodeId node, Int32 oldCount)
   at MySQL.Grt.RunWrappedDelegate2<void\,void\,bec::NodeId\,MySQL::Grt::NodeId ^\,int\,int\,MySQL::Grt::DelegateSlot2<void\,void\,bec::NodeId\,MySQL::Grt::NodeId ^\,int\,int>::ManagedDelegate>.native_callback(NodeId* a1, Int32* a2)
   at sigc.pointer_functor2<bec::NodeId const &,int const &,void>.()(pointer_functor2<bec::NodeId const \&\,int const \&\,void>* , NodeId* _A_a1, Int32* _A_a2)
   at sigc.adaptor_functor<sigc::pointer_functor2<bec::NodeId const &,int const &,void> >.operator()<struct bec::NodeId const &,int const &>(adaptor_functor<sigc::pointer_functor2<bec::NodeId const \&\,int const \&\,void> >* , NodeId* _A_arg1, Int32* _A_arg2)
   at sigc.internal.slot_call2<sigc::pointer_functor2<bec::NodeId const &,int const &,void>,void,bec::NodeId const &,int const &>.call_it(slot_rep* rep, NodeId* a_1, Int32* a_2)
   at sigc.slot2<void,bec::NodeId const &,int const &>.()(slot2<void\,bec::NodeId const \&\,int const \&>* , NodeId* _A_a1, Int32* _A_a2)
   at sigc.adaptor_functor<sigc::slot<void,bec::NodeId const &,int const &,sigc::nil,sigc::nil,sigc::nil,sigc::nil,sigc::nil> >.operator()<struct bec::NodeId const &,int const &>(adaptor_functor<sigc::slot<void\,bec::NodeId const \&\,int const \&\,sigc::nil\,sigc::nil\,sigc::nil\,sigc::nil\,sigc::nil> >* , NodeId* _A_arg1, Int32* _A_arg2)
   at sigc.internal.slot_call2<sigc::slot<void,bec::NodeId const &,int const &,sigc::nil,sigc::nil,sigc::nil,sigc::nil,sigc::nil>,void,bec::NodeId,int>.call_it(slot_rep* rep, NodeId* a_1, Int32* a_2)