/// <summary>Checks whether this device type is owned by the given parent type.</summary>
public bool IsA(DeviceType parentType) {
if (parentType == null) return false;
for (var type = this; type != null; type = type.Parent as DeviceType) {
if (type == parentType) return true;
}
return false;
}
internal static string BuildKey(DeviceType dt, string sn) {
if (sn.IsEmpty()) {
Log.Warn("Can not build object key: Serial number is empty.");
return null;
}
var prefix = "0000";
if (dt == null) {
Log.Warn("Device type is null, key may be invalid.");
} else if (dt.IsA(DeviceTypes.L38E)) {
prefix = "0004";
} else if (dt.IsA(DeviceTypes.ICE)) {
prefix = "0001";
}
return prefix + "." + sn;
}
internal static DbBatteryInfo BatterySave(DbConnector dbConn, DeviceType dt, DbBatteryInfo bi) {
if ((bi == null) || (bi.BatteryInfo == null)) {
Log.Warn("Exiting: Battery info is null.");
return null;
}
if (bi.BatteryInfo.BatterySN.IsEmpty()) {
Log.Warn("Exiting: Battery serial number is empty.");
return null;
}
if (IsSimulated(bi.BatteryInfo.BatterySN) || IsFactory(bi.BatteryInfo.BatterySN)) {
Log.Warn("Exiting: Battery serial number '{0}' is factory or simulated.", bi.BatteryInfo.BatterySN);
return null;
}
if (!bi.BatteryInfo.BatteryId.IsEmpty) {
if (!bi.BatteryInfo.BatteryId.LocalId.ToString().EndsWith(bi.BatteryInfo.BatterySN)) {
Log.Warn("BatteryId '{0}' does not match BatterySN '{1}'. Cleared.", bi.BatteryInfo.BatteryId.LocalId.ToString(), bi.BatteryInfo.BatterySN);
bi.BatteryInfo.BatteryId = BplIdentity.Empty;
}
}
bi.BatteryKey = BuildKey(dt, bi.BatteryInfo.BatterySN);
if (bi.BatteryKey.IsEmpty()) {
Log.Warn("Exiting: Battery Key is empty.");
return null;
}
var exBattery = dbConn.ExecuteBpl(new BatteryGetByKey { BatteryKey = bi.BatteryKey });
if (exBattery != null) {
if ((exBattery.BatteryInfo.DataSource == DataSources.Vehicle) || (!OscarServer.UseBackendMasterData)) {
if (bi.BatteryInfo.Operator == null) {
bi.BatteryInfo.Operator = exBattery.BatteryInfo.Operator;
}
dbConn.ExecuteBpl(new BatteryUpdate { i = bi });
}
} else {
dbConn.ExecuteBpl(new BatteryAdd { i = bi });
}
return bi;
}
internal static DbVehicleInfo VehicleSave(DbConnector dbConn, DeviceType dt, DbVehicleInfo vi) {
if ((vi == null) || (vi.VehicleInfo == null)) {
Log.Warn("Exiting: Vehicle info is null.");
return null;
}
if (vi.VehicleInfo.VehicleSN.IsEmpty()) {
Log.Warn("Exiting: Vehicle serial number is empty.");
return null;
}
if (IsSimulated(vi.VehicleInfo.VehicleSN) || IsFactory(vi.VehicleInfo.VehicleSN)) {
Log.Warn("Exiting: Vehicle serial number '{0}' is factory or simulated.", vi.VehicleInfo.VehicleSN);
return null;
}
if (!vi.VehicleInfo.VehicleId.IsEmpty) {
if (!vi.VehicleInfo.VehicleId.LocalId.ToString().EndsWith(vi.VehicleInfo.VehicleSN)) {
Log.Warn("VehicleId '{0}' does not match VehicleSN '{1}'. Cleared.", vi.VehicleInfo.VehicleId.LocalId.ToString(), vi.VehicleInfo.VehicleSN);
vi.VehicleInfo.VehicleId = BplIdentity.Empty;
}
}
vi.VehicleKey = BuildKey(dt, vi.VehicleInfo.VehicleSN);
if (vi.VehicleKey.IsEmpty()) {
Log.Warn("Exiting: Vehicle Key is empty.");
return null;
}
var exVehicle = dbConn.ExecuteBpl(new VehicleGetByKey { VehicleKey = vi.VehicleKey });
if (exVehicle != null) {
if ((exVehicle.VehicleInfo.DataSource == DataSources.Vehicle) || (!OscarServer.UseBackendMasterData)) {
if (vi.VehicleInfo.Operator == null) {
vi.VehicleInfo.Operator = exVehicle.VehicleInfo.Operator;
}
dbConn.ExecuteBpl(new VehicleUpdate { i = vi });
}
} else {
dbConn.ExecuteBpl(new VehicleAdd { i = vi });
}
if (OscarServer.UseBackendMasterData) {
var viReq = new GetVehicleInfoHandler();
viReq.RequestVehicleInfo(vi.VehicleInfo.VehicleId);
}
return vi;
}