private void AddOrUpdateTagData(CSLibrary.Structures.TagCallbackInfo info)
{
bool found = false;
int cnt;
lock (TagInfoList)
{
string EPC = info.epc.ToString();
string LogStatus = "";
string T1Status = "";
string T2Status = "";
string BStatus = "";
switch (info.Bank2Data[4] & 0x03)
{
case 0:
case 2:
LogStatus = "Stop";
break;
case 1:
LogStatus = "Recording";
break;
case 3:
LogStatus = "Error";
break;
}
//if ((tagdata[e.info.pc.EPCLength + 10] & 0x02) != 0)
if ((info.Bank2Data[8] & 0x02) != 0)
{
T1Status = "Fail";
}
else
{
T1Status = "OK";
}
if ((info.Bank2Data[8] & 0x04) != 0)
{
T2Status = "Fail";
}
else
{
T2Status = "OK";
}
if ((info.Bank2Data[0] & 0x8000) != 0)
{
BStatus = "Fail";
}
else
{
BStatus = "OK";
}
for (cnt = 0; cnt < TagInfoList.Count; cnt++)
{
if (TagInfoList[cnt].EPC == EPC)
{
found = true;
break;
}
}
if (found)
{
TagInfoList[cnt].LogStatus = LogStatus;
TagInfoList[cnt].T1 = T1Status;
TagInfoList[cnt].T2 = T2Status;
TagInfoList[cnt].B = BStatus;
}
else
{
MacduraTagInfoViewModel item = new MacduraTagInfoViewModel();
item.EPC = EPC;
item.LogStatus = LogStatus;
item.T1 = T1Status;
item.T2 = T2Status;
item.B = BStatus;
TagInfoList.Insert(0, item);
}
}
}
private void AddOrUpdateTagData(CSLibrary.Structures.TagCallbackInfo info)
{
InvokeOnMainThread(() =>
{
bool found = false;
int cnt;
if (BleMvxApplication._rfMicro_Power == 4 && BleMvxApplication._config.RFID_PowerSequencing_NumberofPower != 0)
{
currentPower = (BleMvxApplication._config.RFID_PowerSequencing_Level[info.antennaPort] / 10).ToString("0.0") + "dB";
RaisePropertyChanged(() => currentPower);
}
lock (TagInfoList)
{
UInt16 ocRSSI;
UInt16 sensorCode;
UInt16 temp;
sensorCode = (UInt16)(info.Bank1Data[0] & 0x1ff); // address c
ocRSSI = info.Bank1Data[1]; // address d
temp = info.Bank1Data[2]; // address e
for (cnt = 0; cnt < TagInfoList.Count; cnt++)
{
if (TagInfoList[cnt].EPC == info.epc.ToString())
{
TagInfoList[cnt].OCRSSI = ocRSSI;
TagInfoList[cnt].RSSIColor = "Black";
if (ocRSSI >= BleMvxApplication._rfMicro_minOCRSSI && ocRSSI <= BleMvxApplication._rfMicro_maxOCRSSI)
{
TagInfoList[cnt].GOODOCRSSI = ocRSSI.ToString();
//BleMvxApplication._rfMicro_SensorType // 0 = Sensor code, 1 = Temp
//BleMvxApplication._rfMicro_SensorUnit // 0=code, 1=f, 2=c, 3=%
switch (BleMvxApplication._rfMicro_SensorType)
{
case 0:
if (BleMvxApplication._rfMicro_TagType == 1 && sensorCode >= 5 && sensorCode <= 490)
{
double SensorAvgValue;
TagInfoList[cnt].SucessCount++;
SensorAvgValue = sensorCode;
switch (BleMvxApplication._rfMicro_SensorUnit)
{
case 1: // RAW
{
TagInfoList[cnt].SensorAvgValue = sensorCode.ToString();
}
break;
case 4: // Range Allocation
{
if (sensorCode >= BleMvxApplication._rfMicro_WetDryThresholdValue)
{
TagInfoList[cnt].SensorAvgValue = "Dry";
}
else
{
TagInfoList[cnt].SensorAvgValue = "Wet";
}
}
break;
}
if (TagInfoList[cnt].SucessCount >= 3)
{
switch (BleMvxApplication._rfMicro_thresholdComparison)
{
case 0: // >
if (SensorAvgValue > BleMvxApplication._rfMicro_thresholdValue)
{
TagInfoList[cnt].valueColor = BleMvxApplication._rfMicro_thresholdColor;
}
else
{
TagInfoList[cnt].valueColor = "Green";
}
break;
default: // <
if (SensorAvgValue < BleMvxApplication._rfMicro_thresholdValue)
{
TagInfoList[cnt].valueColor = BleMvxApplication._rfMicro_thresholdColor;
}
else
{
TagInfoList[cnt].valueColor = "Green";
}
break;
}
}
}
break;
default:
if (temp >= 1300 && temp <= 3500)
{
double SensorAvgValue;
TagInfoList[cnt].SucessCount++;
UInt64 caldata = (UInt64)(((UInt64)info.Bank2Data[0] << 48) | ((UInt64)info.Bank2Data[1] << 32) | ((UInt64)info.Bank2Data[2] << 16) | ((UInt64)info.Bank2Data[3]));
if (caldata == 0)
{
TagInfoList[cnt].SensorAvgValue = "NoCalData";
}
else
{
switch (BleMvxApplication._rfMicro_SensorUnit)
{
case 0: // code
TagInfoList[cnt]._sensorValueSum += temp;
SensorAvgValue = Math.Round(TagInfoList[cnt]._sensorValueSum / TagInfoList[cnt].SucessCount, 2);
TagInfoList[cnt].SensorAvgValue = SensorAvgValue.ToString();
break;
case 2: // F
TagInfoList[cnt]._sensorValueSum += getTempF(temp, caldata);
SensorAvgValue = Math.Round(TagInfoList[cnt]._sensorValueSum / TagInfoList[cnt].SucessCount, 2);
TagInfoList[cnt].SensorAvgValue = SensorAvgValue.ToString();
break;
default: // C
TagInfoList[cnt]._sensorValueSum += getTempC(temp, caldata);
SensorAvgValue = Math.Round(TagInfoList[cnt]._sensorValueSum / TagInfoList[cnt].SucessCount, 2);
TagInfoList[cnt].SensorAvgValue = SensorAvgValue.ToString();
break;
}
if (TagInfoList[cnt].SucessCount >= 3)
{
switch (BleMvxApplication._rfMicro_thresholdComparison)
{
case 0: // >
if (SensorAvgValue > BleMvxApplication._rfMicro_thresholdValue)
{
TagInfoList[cnt].valueColor = BleMvxApplication._rfMicro_thresholdColor;
}
else
{
TagInfoList[cnt].valueColor = "Green";
}
break;
default: // <
if (SensorAvgValue < BleMvxApplication._rfMicro_thresholdValue)
{
TagInfoList[cnt].valueColor = BleMvxApplication._rfMicro_thresholdColor;
}
else
{
TagInfoList[cnt].valueColor = "Green";
}
break;
}
}
}
}
break;
}
}
else
{
TagInfoList[cnt].RSSIColor = "Red";
}
found = true;
break;
}
}
if (!found)
{
RFMicroTagInfoViewModel item = new RFMicroTagInfoViewModel();
item.EPC = info.epc.ToString();
item.NickName = GetNickName(item.EPC);
if (item.NickName != "")
{
item.DisplayName = item.NickName;
}
else
{
item.DisplayName = item.EPC;
}
item.OCRSSI = ocRSSI;
item.SucessCount = 0;
item._sensorValueSum = 0;
item.SensorAvgValue = "";
item.GOODOCRSSI = "";
item.RSSIColor = "Black";
item.valueColor = "Black";
if (ocRSSI >= BleMvxApplication._rfMicro_minOCRSSI && ocRSSI <= BleMvxApplication._rfMicro_maxOCRSSI)
{
item.GOODOCRSSI = ocRSSI.ToString();
//BleMvxApplication._rfMicro_SensorType // 0 = Sensor code, 1 = Temp
//BleMvxApplication._rfMicro_SensorUnit //0=code, 1=f, 2=c, 3=%
switch (BleMvxApplication._rfMicro_SensorType)
{
case 0:
if (sensorCode >= 5 && sensorCode <= 490)
{
item.SucessCount++;
switch (BleMvxApplication._rfMicro_SensorUnit)
{
case 1:
item.SensorAvgValue = sensorCode.ToString();
break;
default:
if (sensorCode >= BleMvxApplication._rfMicro_WetDryThresholdValue)
{
item.SensorAvgValue = "Dry";
}
else
{
item.SensorAvgValue = "Wet";
}
break;
}
}
break;
default:
if (temp >= 1300 && temp <= 3500)
{
item.SucessCount++;
UInt64 caldata = (UInt64)(((UInt64)info.Bank2Data[0] << 48) | ((UInt64)info.Bank2Data[1] << 32) | ((UInt64)info.Bank2Data[2] << 16) | ((UInt64)info.Bank2Data[3]));
if (caldata == 0)
{
item.SensorAvgValue = "NoCalData";
}
else
{
switch (BleMvxApplication._rfMicro_SensorUnit)
{
case 0: // code
item._sensorValueSum = temp;
item.SensorAvgValue = item._sensorValueSum.ToString();
break;
case 2: // F
item._sensorValueSum = getTempF(temp, caldata);
item.SensorAvgValue = Math.Round(item._sensorValueSum, 2).ToString();
break;
default: // C
item._sensorValueSum = getTempC(temp, caldata);
item.SensorAvgValue = Math.Round(item._sensorValueSum, 2).ToString();
break;
}
}
}
break;
}
}
else
{
item.RSSIColor = "Red";
}
TagInfoList.Insert(0, item);
_newTagFound = true;
Trace.Message("EPC Data = {0}", item.EPC);
}
}
});
}
private void AddOrUpdateTagData(CSLibrary.Structures.TagCallbackInfo info)
{
InvokeOnMainThread(() =>
{
bool found = false;
int cnt;
lock (TagInfoList)
{
string epcstr = info.epc.ToString();
try
{
TagInfoListSpeedup.Add(epcstr, TagInfoList.Count);
TagInfoViewModel item = new TagInfoViewModel();
item.timeOfRead = DateTime.Now;
item.EPC = info.epc.ToString();
item.Bank1Data = CSLibrary.Tools.Hex.ToString(info.Bank1Data);
item.Bank2Data = CSLibrary.Tools.Hex.ToString(info.Bank2Data);
item.RSSI = info.rssi;
//item.Phase = info.phase;
//item.Channel = (byte)info.freqChannel;
item.PC = info.pc.ToUshorts()[0];
//TagInfoList.Add(item);
TagInfoList.Insert(0, item);
var dto = this.fromServer.Where(e => e.RfId.Equals(item.EPC, StringComparison.CurrentCultureIgnoreCase)).FirstOrDefault();
if (dto != null)
{
this.Items.Add(dto);
}
_newtagCount4BeepSound++;
_newtagCount4Vibration++;
_newTagPerSecond++;
//_newTag = true;
}
catch (Exception ex)
{
int index;
if (TagInfoListSpeedup.TryGetValue(epcstr, out index))
{
index = TagInfoList.Count - index;
index--;
TagInfoList[index].Bank1Data = CSLibrary.Tools.Hex.ToString(info.Bank1Data);
TagInfoList[index].Bank2Data = CSLibrary.Tools.Hex.ToString(info.Bank2Data);
TagInfoList[index].RSSI = info.rssi;
}
else
{
// error found epc
}
}
}
});
}
private void AddOrUpdateTagData(CSLibrary.Structures.TagCallbackInfo info)
{
bool found = false;
int cnt;
if (info.Bank1Data == null)
{
return;
}
if (info.Bank1Data.Length != 4)
{
return;
}
if (((info.Bank1Data[0] >> 12) != 0x0f) || ((info.Bank1Data[1] >> 12) != 0x0f))
{
return;
}
lock (TagInfoList)
{
//string EPC = info.epc.ToString().Substring(0, 16);
string EPC = info.epc.ToString();
UInt16 version = (UInt16)((info.Bank1Data[3] >> 12) & 0x0f);
int SEN_DATA = ((info.Bank1Data[0] & 0xfff) << 12) | (info.Bank1Data[1] & 0xfff);
for (cnt = 0; cnt < TagInfoList.Count; cnt++)
{
if (TagInfoList[cnt].EPC.Substring(0, 16) == EPC.Substring(0, 16))
{
found = true;
TagInfoList[cnt].EPC = EPC;
TagInfoList[cnt].RSSI = info.rssi.ToString("#");
if (version == 0x00 || version == 0x01)
{
TagInfoList[cnt].Temp = "0.00";
TagInfoList[cnt].Temp = LTU1Temp(SEN_DATA, (Int16)(info.Bank1Data[2])).ToString("#.##");
//TagInfoList[cnt].Temp = LTU1Temp(SEN_DATA, (Int16)(info.Bank1Data[2])).ToString();
}
else if (version == 0x02)
{
TagInfoList[cnt].Temp = LTU2Temp(SEN_DATA, (Int16)(info.Bank1Data[2])).ToString("#.##");
//TagInfoList[cnt].Temp = LTU2Temp(SEN_DATA, (Int16)(info.Bank1Data[2])).ToString();
}
else
{
TagInfoList[cnt].Temp = "ERR";
}
break;
}
}
if (!found)
{
var sensorValue = info.epc.ToUshorts();
CTESIUSTempTagInfoViewModel item = new CTESIUSTempTagInfoViewModel();
item.EPC = EPC;
item.RSSI = info.rssi.ToString("#");
if (version == 0x00 || version == 0x01)
{
item.Temp = LTU1Temp(SEN_DATA, (Int16)(info.Bank1Data[2])).ToString("#.##");
}
else if (version == 0x02)
{
item.Temp = LTU2Temp(SEN_DATA, (Int16)(info.Bank1Data[2])).ToString("#.##");
}
else
{
item.Temp = "ERR";
}
TagInfoList.Insert(0, item);
}
}
}