void ReadUserData(ushort Offset, ushort Count, ref CSLibrary.Structures.S_DATA data)
{
Console.Write("Read User Data Offset:{0} Count:{1}", Offset, Count);
BleMvxApplication._reader.rfid.Options.TagWriteUser.accessPassword = 0;
BleMvxApplication._reader.rfid.Options.TagReadUser.offset = Offset;
BleMvxApplication._reader.rfid.Options.TagReadUser.count = Count;
BleMvxApplication._reader.rfid.Options.TagReadUser.pData = data;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_READ_USER);
}
/// <summary>
///
/// </summary>
/// <returns></returns>
private void StopLog()
{
switch (_ProcessState)
{
case 0:
{
for (; _ProcessTagNumber < TagInfoList.Count; _ProcessTagNumber++)
{
if (TagInfoList[_ProcessTagNumber].LogStatus != "Stop")
{
break;
}
}
if (_ProcessTagNumber >= TagInfoList.Count)
{
_userDialogs.ShowSuccess("Stop Log Finish!", 2000);
_DisableAllTagsLog = false;
return;
}
BleMvxApplication._reader.rfid.Options.TagSelected.epcMask = new CSLibrary.Structures.S_MASK(TagInfoList[_ProcessTagNumber].EPC);
BleMvxApplication._reader.rfid.Options.TagSelected.flags = CSLibrary.Constants.SelectMaskFlags.ENABLE_TOGGLE;
BleMvxApplication._reader.rfid.Options.TagSelected.epcMaskOffset = 0;
BleMvxApplication._reader.rfid.Options.TagSelected.epcMaskLength = (uint)BleMvxApplication._reader.rfid.Options.TagSelected.epcMask.Length * 8;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.Options.TagWriteUser.accessPassword = 0x0;
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 260;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0x0002;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 1:
{
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 240;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0xa600;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 2:
{
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 240;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0xa600;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 3:
{
BleMvxApplication._reader.rfid.Options.TagReadUser.offset = 264;
BleMvxApplication._reader.rfid.Options.TagReadUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagReadUser.pData = new CSLibrary.Structures.S_DATA(new UInt16[1]);
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_READ_USER);
}
break;
case 4:
{
TagInfoList[_ProcessTagNumber].T1 = "OK";
TagInfoList[_ProcessTagNumber].T2 = "OK";
if ((BleMvxApplication._reader.rfid.Options.TagReadUser.pData.ToUshorts()[0] & 0x0006) != 0x0000)
{
if ((BleMvxApplication._reader.rfid.Options.TagReadUser.pData.ToUshorts()[0] & 0x0002) != 0x0000)
{
TagInfoList[_ProcessTagNumber].T1 = "Fail";
}
if ((BleMvxApplication._reader.rfid.Options.TagReadUser.pData.ToUshorts()[0] & 0x0004) != 0x0000)
{
TagInfoList[_ProcessTagNumber].T2 = "Fail";
}
// Show Temperature alarm on LED
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 264;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = (UInt16)(BleMvxApplication._reader.rfid.Options.TagReadUser.pData.ToUshorts()[0] | 0x01);
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
else
{
_ProcessState++;
StopLog();
}
}
break;
case 5:
{
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 240;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0x0000;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 6:
{
CSLibrary.Structures.S_DATA value = new CSLibrary.Structures.S_DATA("0000");
ReadUserData(240, 1, ref value);
}
break;
case 7:
{
TagInfoList[_ProcessTagNumber].LogStatus = "Stop";
TagInfoList[_ProcessTagNumber].B = "";
_ProcessTagNumber++;
_ProcessState = 0;
StopLog();
}
break;
}
}
/// <summary>
/// return
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
/// <returns></returns>
private void StartLog()
{
switch (_ProcessState)
{
case 0:
{
for (; _ProcessTagNumber < TagInfoList.Count; _ProcessTagNumber++)
{
if (TagInfoList[_ProcessTagNumber].LogStatus != "Recording")
{
break;
}
}
if (_ProcessTagNumber >= TagInfoList.Count)
{
_userDialogs.ShowSuccess("Start Log Finish!", 2000);
_EnableAllTagsLog = false;
return;
}
BleMvxApplication._reader.rfid.Options.TagSelected.epcMask = new CSLibrary.Structures.S_MASK(TagInfoList[_ProcessTagNumber].EPC);
BleMvxApplication._reader.rfid.Options.TagSelected.flags = CSLibrary.Constants.SelectMaskFlags.ENABLE_TOGGLE;
BleMvxApplication._reader.rfid.Options.TagSelected.epcMaskOffset = 0;
BleMvxApplication._reader.rfid.Options.TagSelected.epcMaskLength = (uint)BleMvxApplication._reader.rfid.Options.TagSelected.epcMask.Length * 8;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.Options.TagWriteUser.accessPassword = 0x0;
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 240;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0xa600;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 1:
{
UInt32 uut = (UInt32)UnixTime(DateTime.Now);
UInt16 Offset = (UInt16)(Math.Abs(BleMvxApplication._coldChain_TempOffset) * 4);
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 0;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 4;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[4];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = (UInt16)(uut >> 16);
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[1] = (UInt16)(uut & 0xffff);
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[2] = (UInt16)BleMvxApplication._coldChain_LogInterval;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[3] = (UInt16)(Offset);
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 2:
{
//UInt16 OTemp1 = (UInt16)(double.Parse(textBox_OTH1.Text) * 4);
//UInt16 UTemp1 = (UInt16)(double.Parse(textBox_UTH1.Text) * 4);
//UInt16 Count = (UInt16)((UInt16.Parse(textBox_THC1.Text) << 3) | (UInt16.Parse(textBox_THC2.Text) << 9));
UInt16 OTemp1 = (UInt16)(BleMvxApplication._coldChain_Temp1THOver * 4);
UInt16 UTemp1 = (UInt16)(BleMvxApplication._coldChain_Temp1THUnder * 4);
UInt16 Count = (UInt16)((BleMvxApplication._coldChain_Temp1THCount << 3) | (BleMvxApplication._coldChain_Temp2THCount << 9));
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 262;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 3;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[3];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = (UInt16)(OTemp1);
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[1] = (UInt16)(UTemp1);
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[2] = Count;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 3:
{
//UInt16 UTemp2 = (UInt16)(double.Parse(textBox_UTH2.Text) * 4);
//UInt16 OTemp2 = (UInt16)(double.Parse(textBox_OTH2.Text) * 4);
UInt16 UTemp2 = (UInt16)(BleMvxApplication._coldChain_Temp2THUnder * 4);
UInt16 OTemp2 = (UInt16)(BleMvxApplication._coldChain_Temp2THOver * 4);
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 266;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 2;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[2];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = (UInt16)(OTemp2);
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[1] = (UInt16)(UTemp2);
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 4:
{
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 260;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0x0001;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 5:
{
BleMvxApplication._reader.rfid.Options.TagWriteUser.offset = 240;
BleMvxApplication._reader.rfid.Options.TagWriteUser.count = 1;
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData = new UInt16[1];
BleMvxApplication._reader.rfid.Options.TagWriteUser.pData[0] = 0xa000;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_WRITE_USER);
}
break;
case 6:
{
CSLibrary.Structures.S_DATA value = new CSLibrary.Structures.S_DATA("0000");
ReadUserData(240, 1, ref value);
}
break;
case 7:
{
TagInfoList[_ProcessTagNumber].LogStatus = "Recording";
TagInfoList[_ProcessTagNumber].T1 = "";
TagInfoList[_ProcessTagNumber].T2 = "";
_ProcessTagNumber++;
_ProcessState = 0;
StartLog();
}
break;
}
}