public void Undo_ModifyObjectData(int l_unexcute_scfl, ICommand command)
{
///<summary>
/// This code is to undo the modification action which the user has performed
/// </summary>
#region Undo the Modification
try
{
SuspensionCoordinatesFront _scfl_forUndo = (SuspensionCoordinatesFront)command;
ICommand cmd = Assy_List_SCFL[l_unexcute_scfl];
Assy_List_SCFL[l_unexcute_scfl]._RedocommandsSCFL.Push(cmd);
Assy_List_SCFL[l_unexcute_scfl] = _scfl_forUndo;
PopulateDataTable(l_unexcute_scfl);
SuspensionCoordinatesFrontGUI.DisplaySCFLItem(Assy_List_SCFL[l_unexcute_scfl]);
#region Calling Undo method for Opposite Suspension if symmetric
if (Assy_List_SCFL[l_unexcute_scfl].FrontSymmetry == true && IsUndoRedoCalledByRight == false)
{
SuspensionCoordinatesFrontRight.IsUndoRedoCalledByLeft_IdentifierMethod(true);// This method sets the IsUndoRedoCalledByLeft variable to true and prevents an infinte loop
UndoRedo undoRedo = new UndoRedo();
undoRedo.Identifier(SuspensionCoordinatesFrontRight.Assy_List_SCFR[l_unexcute_scfl]._UndocommandsSCFR, SuspensionCoordinatesFrontRight.Assy_List_SCFR[l_unexcute_scfl]._RedocommandsSCFR,
l_unexcute_scfl + 1, SuspensionCoordinatesFrontRight.Assy_List_SCFR[l_unexcute_scfl].SCFRIsModified);
undoRedo.Undo(1);
SuspensionCoordinatesFrontRight.IsUndoRedoCalledByLeft_IdentifierMethod(false);//This method sets the value of IsUndoRedoCalledByLeft to false so that the Right Suspension coordinate can also be Undone
}
#endregion
Kinematics_Software_New.EditFrontCAD(l_unexcute_scfl);
Kinematics_Software_New.SCFL_ModifyInVehicle(l_unexcute_scfl, Assy_List_SCFL[l_unexcute_scfl]);
}
catch (Exception) { }
#endregion
}
public void ModifyObjectData(int l_modify_SCFL, object modify_scfl_list, bool redo_Identifier)
{
///<summary>
///In this section of the code, the Suspension is bring modified and it is placed under the method called ModifyObjectData because it is an Undoable operation
///</summary>
#region Redo the Modification
SuspensionCoordinatesFront _scfl_forRedo = (SuspensionCoordinatesFront)modify_scfl_list;
ICommand cmd = Assy_List_SCFL[l_modify_SCFL];
Assy_List_SCFL[l_modify_SCFL]._UndocommandsSCFL.Push(cmd);
Assy_List_SCFL[l_modify_SCFL] = _scfl_forRedo;
PopulateDataTable(l_modify_SCFL);
Assy_List_SCFL[l_modify_SCFL].SCFLIsModified = true;
SuspensionCoordinatesFrontGUI.DisplaySCFLItem(Assy_List_SCFL[l_modify_SCFL]);
#region Calling Redo method for Opposite Suspension if symmetric
if (Assy_List_SCFL[l_modify_SCFL].FrontSymmetry == true && IsUndoRedoCalledByRight == false)
{
SuspensionCoordinatesFrontRight.IsUndoRedoCalledByLeft_IdentifierMethod(true);// This method sets the IsUndoRedoCalledByLeft variable to true and prevents an infinte loop
UndoRedo undoRedo = new UndoRedo();
undoRedo.Identifier(SuspensionCoordinatesFrontRight.Assy_List_SCFR[l_modify_SCFL]._UndocommandsSCFR, SuspensionCoordinatesFrontRight.Assy_List_SCFR[l_modify_SCFL]._RedocommandsSCFR,
l_modify_SCFL + 1, SuspensionCoordinatesFrontRight.Assy_List_SCFR[l_modify_SCFL].SCFRIsModified);
undoRedo.Redo(1);
SuspensionCoordinatesFrontRight.IsUndoRedoCalledByLeft_IdentifierMethod(false);//This method sets the value of IsUndoRedoCalledByLeft to false so that the Right Suspension coordinate can also be Undone
}
#endregion
Kinematics_Software_New.EditFrontCAD(l_modify_SCFL);
Kinematics_Software_New.SCFL_ModifyInVehicle(l_modify_SCFL, Assy_List_SCFL[l_modify_SCFL]);
#endregion
}