internal static void InitItems()
{
CJ.Settings = ConfigFile.ReadSettings();
CJ.Items = ConfigFile.GetItems().Select(i => new Item() { Id = i.Id }).ToArray();
}
internal static Settings ReadSettings()
{
if (_settings == null)
{
var doc = new XmlDocument();
doc.Load(ApplicationConfig.ConfigFile);
var settings = new Settings();
var settingElement = doc.SelectSingleNode("/config/settings");
var communication_interval = settingElement.SelectSingleNode("communication_interval");
var temp_max = settingElement.SelectSingleNode("temp_max");
var temp_min = settingElement.SelectSingleNode("temp_min");
var gsm_number = settingElement.SelectSingleNode("gsm_number");
var gsm_pin = settingElement.SelectSingleNode("gsm_pin");
var gsm_answer = settingElement.SelectSingleNode("gsm_answer");
var hd20_offset = settingElement.SelectSingleNode("hd20_offset");
var phweb_gateway = settingElement.SelectSingleNode("phweb_gateway");
var phweb_ip = settingElement.SelectSingleNode("phweb_ip");
var phweb_mask = settingElement.SelectSingleNode("phweb_mask");
var regulation_mode = settingElement.SelectSingleNode("regulation_mode");
var meintenance = settingElement.SelectSingleNode("meintenance");
var temp_summer = settingElement.SelectSingleNode("temp_summer");
var building_type = settingElement.SelectSingleNode("building_type");
var temp_ui_min = settingElement.SelectSingleNode("temp_ui_min");
var temp_ui_max = settingElement.SelectSingleNode("temp_ui_max");
var curve_kc_k = settingElement.SelectSingleNode("curve_kc_k");
var curve_kp_k = settingElement.SelectSingleNode("curve_kp_k");
var hysteresis_min_start = settingElement.SelectSingleNode("hysteresis_min_start");
var hysteresis = settingElement.SelectSingleNode("hysteresis");
var pi_length = settingElement.SelectSingleNode("pi_length");
var pi_minimal_start = settingElement.SelectSingleNode("pi_minimal_start");
var pi_width = settingElement.SelectSingleNode("pi_width");
var lock_key = settingElement.SelectSingleNode("lock_key");
var unit_type = settingElement.SelectSingleNode("unit_type");
var boiler_type = settingElement.SelectSingleNode("boiler_type");
settings.CommunicationInterval = Convert.ToByte(communication_interval.InnerText);
settings.TempMax = Convert.ToDecimal(temp_max.InnerText);
settings.TempMin = Convert.ToByte(temp_min.InnerText);
settings.GsmModemNumber = gsm_number.InnerText;
settings.GsmModemPin = gsm_pin.InnerText;
byte gsmAnswer;
if (byte.TryParse(gsm_answer.InnerText, out gsmAnswer))
settings.GsmAnswer = gsmAnswer;
byte hd20Offset;
if (byte.TryParse(hd20_offset.InnerText, out hd20Offset))
settings.Hd20Offset = hd20Offset;
settings.PhWebGateway = phweb_gateway.InnerText;
settings.PhWebIP = phweb_ip.InnerText;
settings.PhWebMask = phweb_mask.InnerText;
settings.RegulationMode = Convert.ToByte(regulation_mode.InnerText);
settings.Meintenance = meintenance.InnerText;
settings.TempSummer = Convert.ToByte(temp_summer.InnerText);
settings.BuildingType = Convert.ToByte(building_type.InnerText);
settings.TempUiMin = Convert.ToByte(temp_ui_min.InnerText);
settings.TempUiMax = Convert.ToByte(temp_ui_max.InnerText);
settings.CurveKcK = Convert.ToByte(curve_kc_k.InnerText);
settings.CurveKpK = Convert.ToByte(curve_kp_k.InnerText);
settings.HysteresisMinStart = Convert.ToByte(hysteresis_min_start.InnerText);
settings.Hysteresis = Convert.ToByte(hysteresis.InnerText);
settings.PiLength = Convert.ToByte(pi_length.InnerText);
settings.PiMinimalStart = Convert.ToByte(pi_minimal_start.InnerText);
settings.PiWidth = Convert.ToByte(pi_width.InnerText);
settings.LockKey = lock_key.InnerText;
settings.UnitType = Convert.ToByte(unit_type.InnerText);
byte boilerType;
if (byte.TryParse(boiler_type.InnerText, out boilerType))
settings.BoilerType = boilerType;
_settings = settings;
}
return _settings;
}
