public ISNMPProcessStrategy EditProcess(EnumProcessingType PreviousProcessType, EnumProcessingType NewProcessType)
{
ISNMPProcessStrategy ProcessProfile = null;
//Validation
if (Processes == null && NewProcessType == EnumProcessingType.None)
{
return(null);
}
switch (NewProcessType)
{
case EnumProcessingType.None:
break;
case EnumProcessingType.TopologyDiscovery:
if (!Processes.ContainsKey(NewProcessType))
{
ProcessProfile = new TopologyBuilderStrategy(this, ChangeTrackerHandler);
ProcessProfile.TargetDeviceSettings = Processes[PreviousProcessType].TargetDeviceSettings;
Processes.Add(NewProcessType, ProcessProfile);
}
else
{
ProcessProfile = Processes[NewProcessType];
//MJE - Pending of double-checking
((List <ISNMPDeviceSettingDTO>)ProcessProfile.TargetDeviceSettings).AddRange(Processes[PreviousProcessType].TargetDeviceSettings);
ProcessProfile.TargetDeviceSettings = ProcessProfile.TargetDeviceSettings.Distinct().ToList();
}
Processes.Remove(PreviousProcessType);
break;
case EnumProcessingType.PrinterConsumption:
break;
default:
break;
}
return(ProcessProfile);
}
public ISNMPProcessStrategy BuildProcess(string SettingID, EnumProcessingType ProcessType)
{
ISNMPProcessStrategy ProcessProfile = null;
ISNMPDeviceSettingDTO DeviceProfile = DeviceSettings?[SettingID];
switch (ProcessType)
{
case EnumProcessingType.None:
break;
case EnumProcessingType.TopologyDiscovery:
//Get existing strategy
if (!Processes.ContainsKey(ProcessType))
{
ProcessProfile = new TopologyBuilderStrategy(this, ChangeTrackerHandler);
Processes.Add(ProcessType, ProcessProfile);
}
else
{
ProcessProfile = Processes[ProcessType];
}
//Add device setting if found
if (DeviceProfile != null)
{
ProcessProfile.TargetDeviceSettings.Add(DeviceProfile);
}
ChangeTrackerHandler(ProcessProfile, typeof(ISNMPProcessStrategy));
break;
case EnumProcessingType.PrinterConsumption:
break;
default:
break;
}
return(ProcessProfile);
}
