public void RefreshData(CardCommService service)
{
var arrBasic = InstructionHelper.ExtractData(service.GetCardBasicInfo(), "B").Split('_');
if (arrBasic.Length == 5)
{
Software_Version = arrBasic[3];
Hardware_Version = arrBasic[4];
}
var data = service.GetCardDataInfo();
if (data.Contains("NOCARD"))
{
return;
}
//Software_Version = InstructionHelper.ExtractDataFromSet(data, "SV");
//Hardware_Version = InstructionHelper.ExtractDataFromSet(data, "HV");
Serial_Number = InstructionHelper.ExtractDataFromSet(data, "SN");
Manufacture_Date = InstructionHelper.ExtractDataFromSet(data, "MD");
if (SFPSet == null)
{
SFPSet = new List <SFPModule>();
for (int i = 1; i <= 8; ++i)
{
SFPModule sfp = new SFPModule
{
SlotPosition = i
};
SFPSet.Add(sfp);
}
}
foreach (var sfp in SFPSet)
{
sfp.Status = int.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "MS")));
sfp.Work_Mode = int.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "M")));
sfp.Tx_Power_Control = int.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "PC")));
sfp.Tx_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "TXP")));
sfp.Rx_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "RXP")));
sfp.Module_Wave = double.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "W")));
sfp.Transmission_Distance = double.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "TD")));
sfp.Transmission_Rate = double.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "R")));
sfp.Module_Temperature = double.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "T")));
sfp.Tx_Power_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "TXPA")));
sfp.Rx_Power_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "RXPA")));
sfp.Module_Temperature_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, string.Format("M{0:D2}_{1}", sfp.SlotPosition, "TA")));
sfp.Type = "SFP+";
sfp.Alarm = "";
}
}
public void RefreshData(CardCommService service)
{
var arrBasic = InstructionHelper.ExtractData(service.GetCardBasicInfo(), "B").Split('_');
if (arrBasic.Length == 5)
{
Software_Version = arrBasic[3];
Hardware_Version = arrBasic[4];
}
var data = service.GetCardDataInfo();
if (data.Contains("NOCARD"))
{
return;
}
Work_Mode = int.Parse(InstructionHelper.ExtractDataFromSet(data, "M"));
PUMP_Switch = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PSW"));
Input_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PWI"));
Output_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PWO"));
Input_Power_Limit = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PIA"));
Output_Power_Limit = double.Parse(InstructionHelper.ExtractDataFromSet(data, "POA"));
Modlue_Temperature_Upper_Limit = double.Parse(InstructionHelper.ExtractDataFromSet(data, "MTU"));
Modlue_Temperature_Lower_Limit = double.Parse(InstructionHelper.ExtractDataFromSet(data, "MTD"));
PUMP_Temperature_Upper_Limit = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PTU"));
PUMP_Temperature_Lower_Limit = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PTD"));
Input_Power_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, "PIN"));
Output_Power_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, "POU"));
Modlue_Temperature_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, "MT"));
PUMP_Temperature_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, "PT"));
PUMP_Electric_Current_State = int.Parse(InstructionHelper.ExtractDataFromSet(data, "PI"));
//Output_Power_Set = double.Parse(InstructionHelper.ExtractDataFromSet(data, ""));
Modlue_Temperature = double.Parse(InstructionHelper.ExtractDataFromSet(data, "MTV"));
Modlue_Voltage = double.Parse(InstructionHelper.ExtractDataFromSet(data, "MPV"));
PUMP_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PPV"));
PUMP_Temperature = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PTV"));
//PUMP_Electric_Current = double.Parse(InstructionHelper.ExtractDataFromSet(data, ""));
TEC_Electric_Current = double.Parse(InstructionHelper.ExtractDataFromSet(data, "TEC"));
//Software_Version = InstructionHelper.ExtractDataFromSet(data, "SV");
//Hardware_Version = InstructionHelper.ExtractDataFromSet(data, "HV");
Serial_Number = InstructionHelper.ExtractDataFromSet(data, "SN");
Manufacture_Date = InstructionHelper.ExtractDataFromSet(data, "MD");
Device_Type = InstructionHelper.ExtractDataFromSet(data, "DT");
Current_Gain = double.Parse(InstructionHelper.ExtractDataFromSet(data, "CPGV"));
//Set_Gain = double.Parse(InstructionHelper.ExtractDataFromSet(data, "PGV"));
}
public void RefreshData(CardCommService service)
{
var basicInfo = InstructionHelper.ExtractData(service.GetCardBasicInfo(), "B");
var arrInfo = basicInfo.Split('_');
if (arrInfo.Length == 5)
{
switch (arrInfo[2])
{
case "0101":
Card_Type = "OLP1:1";
break;
case "0102":
Card_Type = "OLP1+1";
break;
}
Software_Version = arrInfo[3];
Hardware_Version = arrInfo[4];
}
var data = service.GetCardDataInfo();
if (data.Contains("NOCARD"))
{
return;
}
Work_Mode = int.Parse(InstructionHelper.ExtractDataFromSet(data, "M"));
Current_Channel = int.Parse(InstructionHelper.ExtractDataFromSet(data, "S"));
R1_Input_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "R1_P"));
R2_Input_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "R2_P"));
TX_Input_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "TX_P"));
//Software_Version = InstructionHelper.ExtractDataFromSet(data, "SV");
//Hardware_Version = InstructionHelper.ExtractDataFromSet(data, "HV");
Serial_Number = InstructionHelper.ExtractDataFromSet(data, "SN");
Manufacture_Date = InstructionHelper.ExtractDataFromSet(data, "MD");
R1_Wave = int.Parse(InstructionHelper.ExtractDataFromSet(data, "R1_W"));
R2_Wave = int.Parse(InstructionHelper.ExtractDataFromSet(data, "R2_W"));
Tx_Wave = int.Parse(InstructionHelper.ExtractDataFromSet(data, "TX_W"));
R1_Switching_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "R1_SP"));
R2_Switching_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "R2_SP"));
R1_Alarm_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "R1_AP"));
R2_Alarm_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "R2_AP"));
TX_Alarm_Power = double.Parse(InstructionHelper.ExtractDataFromSet(data, "TX_AP"));
Back_Mode = int.Parse(InstructionHelper.ExtractDataFromSet(data, "ACC"));
Auto_Back_Delay = int.Parse(InstructionHelper.ExtractDataFromSet(data, "Q"));
Switch_Delay = int.Parse(InstructionHelper.ExtractDataFromSet(data, "Y"));
Manual_Switch_Channel = int.Parse(InstructionHelper.ExtractDataFromSet(data, "S"));
Manual_Back_to_Auto_Delay = int.Parse(InstructionHelper.ExtractDataFromSet(data, "R"));
Power_Off_Keep_Work_Mode = int.Parse(InstructionHelper.ExtractDataFromSet(data, "WMH"));
//
string almState = InstructionHelper.ExtractDataFromSet(data, "ALM");
if (almState.Length == 5)
{
ALM_State = Convert.ToInt32(almState[0].ToString());
R1_State = Convert.ToInt32(almState[1].ToString());
R2_State = Convert.ToInt32(almState[2].ToString());
TX_State = Convert.ToInt32(almState[3].ToString());
LS_State = Convert.ToInt32(almState[4].ToString());
}
}