private void AnalyData(Reader.MessageTran msgTran)
{
try
{
if (msgTran.PacketType != 0xA0)
{
return;
}
switch (msgTran.Cmd)
{
case 0x81:
ProcessReadTag(msgTran);
break;
case 0x89:
ProcessInventoryReal(msgTran);
break;
default:
break;
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
private void ProcessInventoryReal(Reader.MessageTran msgTran)
{
string strCmd = "";
strCmd = "Real-time inventory";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1) //You receive an error message packet
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + "Failure, failure reasons: " + strErrorCode;
m_curSetting.btRealInventoryFlag = 100; //The reader return inventory error
//WriteLog(RecordLogBox, strLog, 1);
}
else if (msgTran.AryData.Length == 7) //End packet received command
{
m_curInventoryBuffer.nReadRate = Convert.ToInt32(msgTran.AryData[1]) * 256 + Convert.ToInt32(msgTran.AryData[2]);
m_curInventoryBuffer.nDataCount = Convert.ToInt32(msgTran.AryData[3]) * 256 * 256 * 256 + Convert.ToInt32(msgTran.AryData[4]) * 256 * 256 + Convert.ToInt32(msgTran.AryData[5]) * 256 + Convert.ToInt32(msgTran.AryData[6]);
m_curSetting.btRealInventoryFlag = 1; //Inventory command ends successfully received packet
//WriteLog(RecordLogBox, strCmd, 0);
}
else //Receive real-time tag data
{
m_nTotal++;
int nLength = msgTran.AryData.Length;
int nEpcLength = nLength - 4;
RealTimeTagData tagData = new RealTimeTagData();
string strEPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 3, nEpcLength);
string strPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 1, 2);
string strRSSI = (msgTran.AryData[nLength - 1] - 129).ToString() + " dBm";
byte btTemp = msgTran.AryData[0];
byte btAntId = (byte)((btTemp & 0x03) + 1);
byte btFreq = (byte)(btTemp >> 2);
// string strFreq = GetFreqString(btFreq) + " MHz";
tagData.strEpc = strEPC;
tagData.strPc = strPC;
tagData.strRssi = strRSSI;
//tagData.strCarrierFrequency = strFreq;
tagData.btAntId = btAntId;
RealTimeTagDataList.Add(tagData);
}
}
private void ProcessSetWorkAntenna(Reader.MessageTran msgTran)
{
ReaderSetting m_curSetting = new ReaderSetting();
int intCurrentAnt = 0;
intCurrentAnt = m_curSetting.btWorkAntenna + 1;
string strCmd = "Successfully set working antenna, current working antenna : Ant " + intCurrentAnt.ToString();
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
if (msgTran.AryData[0] == 0x10)
{
m_curSetting.btReadId = msgTran.ReadId;
Console.WriteLine(strCmd, 0);
//校验是否盘存操作
if (m_bInventory)
{
RunLoopInventroy();
}
return;
}
else
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
}
}
else
{
strErrorCode = "Unknown error";
}
string strLog = strCmd + "failed , due to: " + strErrorCode;
Console.WriteLine(strLog);
if (m_bInventory)
{
m_curInventoryBuffer.nCommond = 1;
m_curInventoryBuffer.dtEndInventory = DateTime.Now;
RunLoopInventroy();
}
}
private void ProcessInventoryReal(Reader.MessageTran msgTran)
{
string strCmd = "";
strCmd = "Inventario en tiempo real";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1) // Recibir paquete de mensaje de error
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + "Fracaso, razón del fracaso:" + strErrorCode;
m_curSetting.btRealInventoryFlag = 100; //读写器返回盘存错误
}
else if (msgTran.AryData.Length == 7) //收到命令结束数据包
{
m_curInventoryBuffer.nReadRate = Convert.ToInt32(msgTran.AryData[1]) * 256 + Convert.ToInt32(msgTran.AryData[2]);
m_curInventoryBuffer.nDataCount = Convert.ToInt32(msgTran.AryData[3]) * 256 * 256 * 256 + Convert.ToInt32(msgTran.AryData[4]) * 256 * 256 + Convert.ToInt32(msgTran.AryData[5]) * 256 + Convert.ToInt32(msgTran.AryData[6]);
m_curSetting.btRealInventoryFlag = 1; //成功收到盘存命令结束数据包
}
else //收到实时标签数据信息
{
m_nTotal++;
int nLength = msgTran.AryData.Length;
int nEpcLength = nLength - 4;
RealTimeTagData tagData = new RealTimeTagData();
string strEPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 3, nEpcLength);
string strPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 1, 2);
string strRSSI = (msgTran.AryData[nLength - 1] - 129).ToString() + " dBm";
byte btTemp = msgTran.AryData[0];
byte btAntId = (byte)((btTemp & 0x03) + 1);
byte btFreq = (byte)(btTemp >> 2);
tagData.strEpc = strEPC;
tagData.strPc = strPC;
tagData.strRssi = strRSSI;
tagData.btAntId = btAntId;
RealTimeTagDataList.Add(tagData);
}
}
private void AnalyData(Reader.MessageTran msgTran)
{
if (msgTran.PacketType != 0xA0)
{
return;
}
switch (msgTran.Cmd)
{
case 0x81:
ProcessReadTag(msgTran);
break;
case 0x89:
ProcessInventoryReal(msgTran);
break;
default:
break;
}
}
private void ProcessReadTag(Reader.MessageTran msgTran)
{
string strCmd = "Leer etiqueta";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + "Fracaso, razón del fracaso: " + strErrorCode;
m_curSetting.btRealInventoryFlag = 100; // reader devuelve un mensaje de error
}
else
{
RealTimeTagData tagData = new RealTimeTagData();
int nLen = msgTran.AryData.Length;
int nDataLen = Convert.ToInt32(msgTran.AryData[nLen - 3]);
int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - nDataLen - 4;
string strPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 3, 2);
string strEPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 5, nEpcLen);
string strCRC = CCommondMethod.ByteArrayToString(msgTran.AryData, 5 + nEpcLen, 2);
string strData = CCommondMethod.ByteArrayToString(msgTran.AryData, 7 + nEpcLen, nDataLen);
byte byTemp = msgTran.AryData[nLen - 2];
byte byAntId = (byte)((byTemp & 0x03) + 1);
tagData.strEpc = strEPC;
tagData.strPc = strPC;
tagData.strTid = strData;
tagData.btAntId = byAntId;
RealTimeTagDataList.Add(tagData);
int nReaddataCount = msgTran.AryData[0] * 255 + msgTran.AryData[1]; // El número total de datos
if (RealTimeTagDataList.Count == nReaddataCount) // Recibe todos los datos
{
m_curSetting.btRealInventoryFlag = 1; // reader devuelve un mensaje de error
}
}
}
private void ProcessReadTag(Reader.MessageTran msgTran)
{
string strCmd = "Reading the label";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + "Failure, failure reasons:" + strErrorCode;
m_curSetting.btRealInventoryFlag = 100; //The reader returns the error message
}
else
{
RealTimeTagData tagData = new RealTimeTagData();
int nLen = msgTran.AryData.Length;
int nDataLen = Convert.ToInt32(msgTran.AryData[nLen - 3]);
int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - nDataLen - 4;
string strPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 3, 2);
string strEPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 5, nEpcLen);
string strCRC = CCommondMethod.ByteArrayToString(msgTran.AryData, 5 + nEpcLen, 2);
string strData = CCommondMethod.ByteArrayToString(msgTran.AryData, 7 + nEpcLen, nDataLen);
byte byTemp = msgTran.AryData[nLen - 2];
byte byAntId = (byte)((byTemp & 0x03) + 1);
tagData.strEpc = strEPC;
tagData.strPc = strPC;
tagData.strTid = strData;
tagData.btAntId = byAntId;
RealTimeTagDataList.Add(tagData);
int nReaddataCount = msgTran.AryData[0] * 255 + msgTran.AryData[1]; //The total number of data
if (RealTimeTagDataList.Count == nReaddataCount) //All data received
{
m_curSetting.btRealInventoryFlag = 1; //The reader returns the error message
}
}
}
private void ProcessInventoryReal(Reader.MessageTran msgTran)
{
//Console.WriteLine("ProcessInventoryReal started");
string strCmd = "";
if (msgTran.Cmd == 0x89)
{
strCmd = "Real time mode inventory ";
}
if (msgTran.Cmd == 0x8B)
{
strCmd = "Customized Session and Inventoried Flag inventory ";
}
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + " failed, due to： " + strErrorCode;
Console.WriteLine(strLog, 1);
RefreshInventoryReal(0x00);
RunLoopInventroy();
}
else if (msgTran.AryData.Length == 7)
{
m_curInventoryBuffer.nReadRate = Convert.ToInt32(msgTran.AryData[1]) * 256 + Convert.ToInt32(msgTran.AryData[2]);
m_curInventoryBuffer.nDataCount = Convert.ToInt32(msgTran.AryData[3]) * 256 * 256 * 256 + Convert.ToInt32(msgTran.AryData[4]) * 256 * 256 + Convert.ToInt32(msgTran.AryData[5]) * 256 + Convert.ToInt32(msgTran.AryData[6]);
Console.WriteLine(strCmd, 0);
RefreshInventoryReal(0x01);
RunLoopInventroy();
}
else
{
// m_nTotal++;
int nLength = msgTran.AryData.Length;
int nEpcLength = nLength - 4;
//增加盘存明细表
//if (msgTran.AryData[3] == 0x00)
//{
// MessageBox.Show("");
//}
string strEPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 3, nEpcLength);
string strPC = CCommondMethod.ByteArrayToString(msgTran.AryData, 1, 2);
string strRSSI = msgTran.AryData[nLength - 1].ToString();
//SetMaxMinRSSI(Convert.ToInt32(msgTran.AryData[nLength - 1]));
m_curInventoryBuffer.nMaxRSSI = -79;
m_curInventoryBuffer.nMinRSSI = -18;
byte btTemp = msgTran.AryData[0];
byte btAntId = (byte)((btTemp & 0x03) + 1);
m_curInventoryBuffer.nCurrentAnt = btAntId;
string strAntId = btAntId.ToString();
byte btFreq = (byte)(btTemp >> 2);
string strFreq = GetFreqString(btFreq);
//DataRow row = m_curInventoryBuffer.dtTagDetailTable.NewRow();
//row[0] = strEPC;
//row[1] = strRSSI;
//row[2] = strAntId;
//row[3] = strFreq;
//m_curInventoryBuffer.dtTagDetailTable.Rows.Add(row);
//m_curInventoryBuffer.dtTagDetailTable.AcceptChanges();
////增加标签表
//DataRow[] drsDetail = m_curInventoryBuffer.dtTagDetailTable.Select(string.Format("COLEPC = '{0}'", strEPC));
//int nDetailCount = drsDetail.Length;
DataRow[] drs = m_curInventoryBuffer.dtTagTable.Select(string.Format("COLEPC = '{0}'", strEPC));
if (drs.Length == 0)
{
DataRow row1 = m_curInventoryBuffer.dtTagTable.NewRow();
row1[0] = strPC;
row1[2] = strEPC;
row1[4] = strRSSI;
row1[5] = "1";
row1[6] = strFreq;
Console.WriteLine($" From A: \nstrPC: {strPC}, strEPC: {strEPC},Count: 1 strRSSI: {strRSSI} strFreq: {strFreq}");
m_curInventoryBuffer.dtTagTable.Rows.Add(row1);
m_curInventoryBuffer.dtTagTable.AcceptChanges();
}
else
{
foreach (DataRow dr in drs)
{
dr.BeginEdit();
dr[4] = strRSSI;
dr[5] = (Convert.ToInt32(dr[5]) + 1).ToString();
dr[6] = strFreq;
Console.WriteLine($" From B: \nstrPC: {strPC}, strEPC: {strEPC}, Count: {(Convert.ToInt32(dr[5]) + 1).ToString()} strRSSI: {strRSSI} strFreq: {strFreq}");
dr.EndEdit();
}
m_curInventoryBuffer.dtTagTable.AcceptChanges();
}
m_curInventoryBuffer.dtEndInventory = DateTime.Now;
RefreshInventoryReal(0x89);
}
}
private void AnalyData(Reader.MessageTran msgTran)
{
//Console.WriteLine("AnalyData started");
//Console.WriteLine("AnalyData Packate type : " + msgTran.PacketType.ToString());
//Console.WriteLine("AnalyData Cmd type : " + msgTran.Cmd.ToString());
if (msgTran.PacketType != 0xA0)
{
return;
}
switch (msgTran.Cmd)
{
//case 0x69:
// ProcessSetProfile(msgTran);
// break;
//case 0x6A:
// ProcessGetProfile(msgTran);
// break;
//case 0x71:
// ProcessSetUartBaudrate(msgTran);
// break;
//case 0x72:
// ProcessGetFirmwareVersion(msgTran);
// break;
//case 0x73:
// ProcessSetReadAddress(msgTran);
// break;
case 0x74:
ProcessSetWorkAntenna(msgTran);
break;
//case 0x75:
// ProcessGetWorkAntenna(msgTran);
// break;
//case 0x76:
// ProcessSetOutputPower(msgTran);
// break;
//case 0x77:
// ProcessGetOutputPower(msgTran);
// break;
//case 0x78:
// ProcessSetFrequencyRegion(msgTran);
// break;
//case 0x79:
// ProcessGetFrequencyRegion(msgTran);
// break;
//case 0x7A:
// ProcessSetBeeperMode(msgTran);
// break;
//case 0x7B:
// ProcessGetReaderTemperature(msgTran);
// break;
//case 0x7C:
// ProcessSetDrmMode(msgTran);
// break;
//case 0x7D:
// ProcessGetDrmMode(msgTran);
// break;
//case 0x7E:
// ProcessGetImpedanceMatch(msgTran);
// break;
//case 0x60:
// ProcessReadGpioValue(msgTran);
// break;
//case 0x61:
// ProcessWriteGpioValue(msgTran);
// break;
//case 0x62:
// ProcessSetAntDetector(msgTran);
// break;
//case 0x63:
// ProcessGetAntDetector(msgTran);
// break;
//case 0x67:
// ProcessSetReaderIdentifier(msgTran);
// break;
//case 0x68:
// ProcessGetReaderIdentifier(msgTran);
// break;
//case 0x80:
// ProcessInventory(msgTran);
// break;
//case 0x81:
// ProcessReadTag(msgTran);
// break;
//case 0x82:
// ProcessWriteTag(msgTran);
// break;
//case 0x83:
// ProcessLockTag(msgTran);
// break;
//case 0x84:
// ProcessKillTag(msgTran);
// break;
//case 0x85:
// ProcessSetAccessEpcMatch(msgTran);
// break;
//case 0x86:
// ProcessGetAccessEpcMatch(msgTran);
// break;
case 0x89:
case 0x8B:
ProcessInventoryReal(msgTran);
break;
case 0x8A:
//ProcessFastSwitch(msgTran);
break;
case 0x8D:
//ProcessSetMonzaStatus(msgTran);
break;
//case 0x8E:
// ProcessGetMonzaStatus(msgTran);
// break;
//case 0x90:
// ProcessGetInventoryBuffer(msgTran);
// break;
//case 0x91:
// ProcessGetAndResetInventoryBuffer(msgTran);
// break;
//case 0x92:
// ProcessGetInventoryBufferTagCount(msgTran);
// break;
//case 0x93:
// ProcessResetInventoryBuffer(msgTran);
// break;
//case 0xb0:
// ProcessInventoryISO18000(msgTran);
// break;
//case 0xb1:
// ProcessReadTagISO18000(msgTran);
// break;
//case 0xb2:
// ProcessWriteTagISO18000(msgTran);
// break;
//case 0xb3:
// ProcessLockTagISO18000(msgTran);
// break;
//case 0xb4:
// ProcessQueryISO18000(msgTran);
// break;
default:
break;
}
}
