private void InitDSC()
{
TankToadContext td = new TankToadContext();
var DSC = td.DeviceSpecificConstants.FirstOrDefault();
if (_device.HardwareVersion == "WM5E" ||
_device.HardwareVersion == "WM5F" ||
_device.HardwareVersion == "WM5G")
{
systemVoltage = DSC.WM_SystemVoltage;
ADCscale = DSC.WM_ADCscale;
reportScale = DSC.WM_ReportScale;
}
//Default
else
{
systemVoltage = DSC.Default_SystemVoltage;
ADCscale = DSC.Default_ADCscale;
reportScale = DSC.Default_ReportScale;
}
//units
if (_device.FirmwareName == "WM5E-Firmware")
{
if (_device.FirmwareBranch == "Master")
{
measurementType = DSC.Master_MeasurementType;
units = DSC.Master_Units;
}
else
if (_device.FirmwareBranch == "Operator")
{
measurementType = DSC.Operator_MeasurementType;
units = DSC.Operator_Units;
}
else
if (_device.FirmwareBranch == "Pressure")
{
measurementType = DSC.Pressure_MeasurementType;
units = DSC.Pressure_Units;
}
else
{
measurementType = DSC.Default_MeasurementType;
units = DSC.Default_Units;
}
}
//Default
else
{
measurementType = DSC.Default_MeasurementType;
units = DSC.Default_Units;
}
//Grace Window
graceWindow = DSC.GraceWindow;
}
public SMSparse(SMS sms)
{
TankToadContext td = new TankToadContext();
_sms = sms;
_error = new List <string>();
_diagnostics = new Diagnostics();
_data = new List <Data>();
_device = td.DeviceAttributes
.Where(d => d.CellNumber == sms.From)
.FirstOrDefault();
if (_device == null)
{
ErrorList.Add("No device");
return;
}
InitDSC();
Regex DATregex = new Regex(@"^DAT:");
if (DATregex.Matches(_sms.Body).Count > 0)
{
DAT();
}
Regex RPTregex = new Regex(@"^RPT:");
if (RPTregex.Matches(_sms.Body).Count > 0)
{
RPT();
}
bool ifDAT = DATregex.Matches(_sms.Body).Count > 0;
bool ifRPT = RPTregex.Matches(_sms.Body).Count > 0;
if (!(ifRPT || ifDAT))
{
ErrorList.Add("SMS type");
}
}
public void SMSparse(int Id)
{
TankToadContext tdParse = new TankToadContext();
var sms = tdParse.SMS.Find(Id);
var datas = tdParse.Datas.Where(d => d.SMSId == sms.Id);
SMSparse sparse = new SMSparse(sms);
if (sparse.ErrorList.Count != 0)
{
sms.Status = sparse.ErrorList[0];
}
else
{
if (datas != null && sparse.Data.Count != 0)
{
sms.Status = "OK";
tdParse.Datas.RemoveRange(datas);
tdParse.Datas.AddRange(sparse.Data);
var diagnostic = tdParse.Diagnostics.Where(d => d.SMSId == sms.Id).FirstOrDefault();
if (diagnostic != null)
{
tdParse.Diagnostics.Remove(diagnostic);
}
tdParse.Diagnostics.Add(sparse.Diagnostics);
}
if (sparse.EditedDevice != null)
{
sms.Status = "OK";
DeviceController deviceController = new DeviceController();
deviceController.PutDeviceAttributes(sparse.EditedDevice.Id, sparse.EditedDevice);
}
}
tdParse.SaveChanges();
}
public DeviceMethods()
{
db = new TankToadContext();
}
private void RPT()
{
TankToadContext td = new TankToadContext();
var device = td.DeviceAttributes
.Where(d => d.CellNumber == _sms.From)
.FirstOrDefault();
if (device == null)
{
ErrorList.Add("No Device");
return;
}
Regex lines = new Regex(@"^(.+)$", RegexOptions.Multiline);
var linesMatch = lines.Matches(_sms.Body);
if (linesMatch.Count <= 1)
{
ErrorList.Add("No Body");
return;
}
var body = linesMatch[1].Value;
//user number
var userNumberReg0 = (new Regex(@"ADD:\+(\d+)\D"));
var userNumberStr0 = userNumberReg0.Match(body).Value;
var userNumberReg1 = (new Regex(@"\+(\d+)"));
var userNumber = userNumberReg1.Match(userNumberStr0).Value;
if (userNumber.Length == 0)
{
_error.Add("user number");
return;
}
device.CustomerPhoneNumber = userNumber;
//gateway number
var gatewayNumberReg0 = (new Regex(@"ADM:\+(\d+)\D"));
var gatewayNumberStr0 = gatewayNumberReg0.Match(body).Value;
var gatewayNumberReg1 = (new Regex(@"\+(\d+)"));
var gatewayNumber = gatewayNumberReg1.Match(gatewayNumberStr0).Value;
if (gatewayNumber.Length == 0)
{
_error.Add("gateway number");
return;
}
device.GatewayPhoneNumber = gatewayNumber;
//WLL
var WLL_Reg0 = (new Regex(@"WLL:(\d+)\D"));
var WLL_Str0 = WLL_Reg0.Match(body).Value;
var WLL_Reg1 = (new Regex(@"(\d+)"));
var WLL_str1 = WLL_Reg1.Match(WLL_Str0).Value;
if (WLL_str1.Length == 0)
{
_error.Add("WLL");
return;
}
int WLL = int.Parse(WLL_str1);
device.WaterLowLevel = WLL;
//WHL
var WHL_Reg0 = (new Regex(@"WHL:(\d+)\D"));
var WHL_Str0 = WHL_Reg0.Match(body).Value;
var WHL_Reg1 = (new Regex(@"(\d+)"));
var WHL_str1 = WHL_Reg1.Match(WHL_Str0).Value;
if (WHL_str1.Length == 0)
{
_error.Add("WHL");
return;
}
int WHL = int.Parse(WHL_str1);
device.WaterHighLevel = WHL;
//BLL
var BLL_Reg0 = (new Regex(@"BLL:(\d+)\D"));
var BLL_Str0 = BLL_Reg0.Match(body).Value;
var BLL_Reg1 = (new Regex(@"(\d+)"));
var BLL_str1 = BLL_Reg1.Match(BLL_Str0).Value;
if (BLL_str1.Length == 0)
{
_error.Add("BLL");
return;
}
int BLL = int.Parse(BLL_str1);
device.BatteryLowLevel = BLL;
//BSL
var BSL_Reg0 = (new Regex(@"BSL:(\d+)\D"));
var BSL_Str0 = BSL_Reg0.Match(body).Value;
var BSL_Reg1 = (new Regex(@"(\d+)"));
var BSL_str1 = BSL_Reg1.Match(BSL_Str0).Value;
if (BSL_str1.Length == 0)
{
_error.Add("BSL");
return;
}
int BSL = int.Parse(BSL_str1);
device.BatteryShutdownLevel = BSL;
//BTL
var BTL_Reg0 = (new Regex(@"BTL:(\d+)\D"));
var BTL_Str0 = BTL_Reg0.Match(body).Value;
var BTL_Reg1 = (new Regex(@"(\d+)"));
var BTL_str1 = BTL_Reg1.Match(BTL_Str0).Value;
if (BTL_str1.Length == 0)
{
_error.Add("BTL");
return;
}
int BTL = int.Parse(BTL_str1);
device.BatteryTopLevel = BTL;
//TOA
var TOA_Reg0 = (new Regex(@"TOA:(\d+)/(\d+)/(\d+):(\d+):(\d+)\D"));
var TOA_Str0 = TOA_Reg0.Match(body).Value;
var TOA_Reg1 = (new Regex(@":(\d+):(\d+)\D"));
var TOA_str1 = TOA_Reg1.Match(TOA_Str0).Value;
var TOA_Reg2 = (new Regex(@"(\d+):(\d+)"));
var TOA_str2 = TOA_Reg2.Match(TOA_str1).Value;
if (TOA_str2.Length == 0)
{
_error.Add("TOA");
return;
}
device.TimeOfAlert = TOA_str2;
//CSP
var CSP_Reg0 = (new Regex(@"CSP:(\d+)\D"));
var CSP_Str0 = CSP_Reg0.Match(body).Value;
var CSP_Reg1 = (new Regex(@"(\d+)"));
var CSP_str1 = CSP_Reg1.Match(CSP_Str0).Value;
if (CSP_str1.Length == 0)
{
_error.Add("CSP");
return;
}
int CSP = int.Parse(CSP_str1);
device.SleepPeriod = CSP;
//ANS
var ANS_Reg0 = (new Regex(@"ANS:(\d+)\D"));
var ANS_Str0 = ANS_Reg0.Match(body).Value;
var ANS_Reg1 = (new Regex(@"(\d+)"));
var ANS_str1 = ANS_Reg1.Match(ANS_Str0).Value;
if (ANS_str1.Length == 0)
{
_error.Add("ANS");
return;
}
int ANS = int.Parse(ANS_str1);
device.NumberOfSleepPeriods = ANS;
//CEM
var CEM_Reg0 = (new Regex(@"CEM:(\d+)\D"));
var CEM_Str0 = CEM_Reg0.Match(body).Value;
var CEM_Reg1 = (new Regex(@"(\d+)"));
var CEM_str1 = CEM_Reg1.Match(CEM_Str0).Value;
if (CEM_str1.Length == 0)
{
_error.Add("CEM");
return;
}
int CEM = int.Parse(CEM_str1);
device.EnergyMode = CEM;
//COM
var COM_Reg0 = (new Regex(@"COM:(\d+)\D"));
var COM_Str0 = COM_Reg0.Match(body).Value;
var COM_Reg1 = (new Regex(@"(\d+)"));
var COM_str1 = COM_Reg1.Match(COM_Str0).Value;
if (COM_str1.Length == 0)
{
_error.Add("COM");
return;
}
int COM = int.Parse(COM_str1);
device.OperationMode = COM;
//VFC
var VFC_Reg0 = (new Regex(@"VFC:(\d+)$"));
var VFC_Str0 = VFC_Reg0.Match(body).Value;
var VFC_Reg1 = (new Regex(@"(\d+)"));
var VFC_str1 = VFC_Reg1.Match(VFC_Str0).Value;
if (VFC_str1.Length == 0)
{
_error.Add("VFC");
return;
}
int VFC = int.Parse(VFC_str1);
device.VoltageFeedback = VFC;
//smsId
device.SMSId = _sms.Id;
device.UpdateDate = DateTime.UtcNow;
_editedDevice = device;
}
