private void AnalyData(Reader.MessageTran msgTran)
{
if (msgTran.PacketType != 0xA0)
{
return;
}
}
private int SendMessage(byte btReadId, byte btCmd, byte[] btAryData)
{
MessageTran msgTran = new MessageTran(btReadId, btCmd, btAryData);
return(SendMessage(msgTran.AryTranData));
}
private void ProcessSetWorkAntenna(Reader.MessageTran msgTran)
{
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;
//WriteLog(lrtxtLog, 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;
//WriteLog(lrtxtLog, strLog, 1);
if (m_bInventory)
{
m_curInventoryBuffer.nCommond = 1;
m_curInventoryBuffer.dtEndInventory = DateTime.Now;
RunLoopInventroy();
}
}
private void ProcessGetFrequencyRegion(Reader.MessageTran msgTran)
{
string strCmd = "Get RF spectrum ";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 3)
{
m_curSetting.btReadId = msgTran.ReadId;
m_curSetting.btRegion = msgTran.AryData[0];
m_curSetting.btFrequencyStart = msgTran.AryData[1];
m_curSetting.btFrequencyEnd = msgTran.AryData[2];
//RefreshReadSetting(0x79);
//WriteLog(lrtxtLog, strCmd, 0);
return;
}
else if (msgTran.AryData.Length == 6)
{
m_curSetting.btReadId = msgTran.ReadId;
m_curSetting.btRegion = msgTran.AryData[0];
m_curSetting.btUserDefineFrequencyInterval = msgTran.AryData[1];
m_curSetting.btUserDefineChannelQuantity = msgTran.AryData[2];
m_curSetting.nUserDefineStartFrequency = msgTran.AryData[3] * 256 * 256 + msgTran.AryData[4] * 256 + msgTran.AryData[5];
//RefreshReadSetting(0x79);
//WriteLog(lrtxtLog, strCmd, 0);
return;
}
else if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
}
else
{
strErrorCode = "Unknown error";
}
string strLog = strCmd + "failed , due to: " + strErrorCode;
//WriteLog(lrtxtLog, strLog, 1);
}
private int SendMessage(byte btReadId, byte btCmd, byte[] btAryData)
{
MessageTran msgTran = new MessageTran(btReadId, btCmd, btAryData);
return SendMessage(msgTran.AryTranData);
}
private void RunReceiveDataCallback(byte[] btAryReceiveData)
{
try
{
if (ReceiveCallback != null)
{
ReceiveCallback(btAryReceiveData);
}
int nCount = btAryReceiveData.Length;
byte[] btAryBuffer = new byte[nCount + m_nLenth];
Array.Copy(m_btAryBuffer, btAryBuffer, m_nLenth);
Array.Copy(btAryReceiveData, 0, btAryBuffer, m_nLenth, btAryReceiveData.Length);
//分析接收数据，以0xA0为数据起点，以协议中数据长度为数据终止点
int nIndex = 0;//当数据中存在A0时，记录数据的终止点
int nMarkIndex = 0;//当数据中不存在A0时，nMarkIndex等于数据组最大索引
for (int nLoop = 0; nLoop < btAryBuffer.Length; nLoop++)
{
if (btAryBuffer.Length > nLoop + 1)
{
if (btAryBuffer[nLoop] == 0xA0)
{
int nLen = Convert.ToInt32(btAryBuffer[nLoop + 1]);
if (nLoop + 1 + nLen < btAryBuffer.Length)
{
byte[] btAryAnaly = new byte[nLen + 2];
Array.Copy(btAryBuffer, nLoop, btAryAnaly, 0, nLen + 2);
MessageTran msgTran = new MessageTran(btAryAnaly);
if (AnalyCallback != null)
{
AnalyCallback(msgTran);
}
nLoop += 1 + nLen;
nIndex = nLoop + 1;
}
else
{
nLoop += 1 + nLen;
}
}
else
{
nMarkIndex = nLoop;
}
}
}
if (nIndex < nMarkIndex)
{
nIndex = nMarkIndex + 1;
}
if (nIndex < btAryBuffer.Length)
{
m_nLenth = btAryBuffer.Length - nIndex;
Array.Clear(m_btAryBuffer, 0, 4096);
Array.Copy(btAryBuffer, nIndex, m_btAryBuffer, 0, btAryBuffer.Length - nIndex);
}
else
{
m_nLenth = 0;
}
}
catch (System.Exception ex)
{
string err = ex.Message;
}
}
public byte CheckValue(byte[] btAryData)
{
MessageTran msgTran = new MessageTran();
return msgTran.CheckSum(btAryData, 0, btAryData.Length);
}
public byte CheckValue(byte[] btAryData)
{
MessageTran msgTran = new MessageTran();
return(msgTran.CheckSum(btAryData, 0, btAryData.Length));
}
private void RunReceiveDataCallback(byte[] btAryReceiveData)
{
try
{
if (ReceiveCallback != null)
{
ReceiveCallback(btAryReceiveData);
}
int nCount = btAryReceiveData.Length;
byte[] btAryBuffer = new byte[nCount + m_nLenth];
Array.Copy(m_btAryBuffer, btAryBuffer, m_nLenth);
Array.Copy(btAryReceiveData, 0, btAryBuffer, m_nLenth, btAryReceiveData.Length);
int nIndex = 0;
int nMarkIndex = 0;
for (int nLoop = 0; nLoop < btAryBuffer.Length; nLoop++)
{
if (btAryBuffer.Length > nLoop + 1)
{
if (btAryBuffer[nLoop] == 0xA0)
{
int nLen = Convert.ToInt32(btAryBuffer[nLoop + 1]);
if (nLoop + 1 + nLen < btAryBuffer.Length)
{
byte[] btAryAnaly = new byte[nLen + 2];
Array.Copy(btAryBuffer, nLoop, btAryAnaly, 0, nLen + 2);
MessageTran msgTran = new MessageTran(btAryAnaly);
if (AnalyCallback != null)
{
AnalyCallback(msgTran);
}
nLoop += 1 + nLen;
nIndex = nLoop + 1;
}
else
{
nLoop += 1 + nLen;
}
}
else
{
nMarkIndex = nLoop;
}
}
}
if (nIndex < nMarkIndex)
{
nIndex = nMarkIndex + 1;
}
if (nIndex < btAryBuffer.Length)
{
m_nLenth = btAryBuffer.Length - nIndex;
Array.Clear(m_btAryBuffer, 0, 4096 * 10);
Array.Copy(btAryBuffer, nIndex, m_btAryBuffer, 0, btAryBuffer.Length - nIndex);
}
else
{
m_nLenth = 0;
}
}
catch (System.Exception ex)
{
}
}
private void RunReceiveDataCallback(byte[] btAryReceiveData)
{
try
{
if (ReceiveCallback != null)
{
ReceiveCallback(btAryReceiveData);
}
int nCount = btAryReceiveData.Length;
byte[] btAryBuffer = new byte[nCount + m_nLenth];
Array.Copy(m_btAryBuffer, btAryBuffer, m_nLenth);
Array.Copy(btAryReceiveData, 0, btAryBuffer, m_nLenth, btAryReceiveData.Length);
//Analyze received data, with 0xA0 as starting point，with data length in protocol as end point
int nIndex = 0; //Record data end point when there is AO
int nMarkIndex = 0; //When there is not AO, nMarkIndex equals to data sets maximum index
for (int nLoop = 0; nLoop < btAryBuffer.Length; nLoop++)
{
if (btAryBuffer.Length > nLoop + 1)
{
if (btAryBuffer[nLoop] == 0xA0)
{
int nLen = Convert.ToInt32(btAryBuffer[nLoop + 1]);
if (nLoop + 1 + nLen < btAryBuffer.Length)
{
byte[] btAryAnaly = new byte[nLen + 2];
Array.Copy(btAryBuffer, nLoop, btAryAnaly, 0, nLen + 2);
MessageTran msgTran = new MessageTran(btAryAnaly);
if (AnalyCallback != null)
{
AnalyCallback(msgTran);
}
nLoop += 1 + nLen;
nIndex = nLoop + 1;
}
else
{
nLoop += 1 + nLen;
}
}
else
{
nMarkIndex = nLoop;
}
}
}
if (nIndex < nMarkIndex)
{
nIndex = nMarkIndex + 1;
}
if (nIndex < btAryBuffer.Length)
{
m_nLenth = btAryBuffer.Length - nIndex;
Array.Clear(m_btAryBuffer, 0, 4096);
Array.Copy(btAryBuffer, nIndex, m_btAryBuffer, 0, btAryBuffer.Length - nIndex);
}
else
{
m_nLenth = 0;
}
}
catch (System.Exception ex)
{
}
}
private void ProcessInventoryReal(Reader.MessageTran msgTran)
{
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;
//WriteLog(lrtxtLog, 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]);
//WriteLog(lrtxtLog, strCmd, 0);
RefreshInventoryReal(0x01);
RunLoopInventroy();
}
else
{
m_nTotal++;
int nLength = msgTran.AryData.Length;
int nEpcLength = nLength - 4;
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]));
byte btTemp = msgTran.AryData[0];
byte btAntId = (byte)((btTemp & 0x03) + 1);
m_curInventoryBuffer.nCurrentAnt = btAntId;
string strAntId = btAntId.ToString();
EPCPassed = strEPC;
byte btFreq = (byte)(btTemp >> 2);
string strFreq = GetFreqString(btFreq);
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;
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;
dr.EndEdit();
}
m_curInventoryBuffer.dtTagTable.AcceptChanges();
}
m_curInventoryBuffer.dtEndInventory = DateTime.Now;
RefreshInventoryReal(0x89);
}
}
private void AnalyData(Reader.MessageTran msgTran)
{
if (msgTran.PacketType != 0xA0)
{
return;
}
switch (msgTran.Cmd)
{
// ONLY FOR SETUP
/*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 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 0x82:
* ProcessWriteTag(msgTran);
* break;
* case 0x83:
* ProcessLockTag(msgTran);
* break;
* case 0x84:
* ProcessKillTag(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 0xb2:
* ProcessWriteTagISO18000(msgTran);
* break;
* case 0xb3:
* ProcessLockTagISO18000(msgTran);
* break;
* case 0x85:
* ProcessSetAccessEpcMatch(msgTran);
* break;
* case 0x86:
* ProcessGetAccessEpcMatch(msgTran);
* break;
* case 0x80:
* ProcessInventory(msgTran);
* break;
* case 0x81:
* ProcessReadTag(msgTran);
* break;
* case 0x8A:
* ProcessFastSwitch(msgTran);
* break;
* case 0xb0:
* ProcessInventoryISO18000(msgTran);
* break;
* case 0xb1:
* ProcessReadTagISO18000(msgTran);
* break;
* case 0xb4:
* ProcessQueryISO18000(msgTran);
* break;
*/
case 0x74:
ProcessSetWorkAntenna(msgTran);
break;
case 0x79:
ProcessGetFrequencyRegion(msgTran);
break;
case 0x89:
case 0x8B:
ProcessInventoryReal(msgTran);
break;
default:
break;
}
}
private void RunReceiveDataCallback(byte[] btAryReceiveData)
{
try
{
if (ReceiveCallback != null)
{
ReceiveCallback(btAryReceiveData);
}
int nCount = btAryReceiveData.Length;
byte[] btAryBuffer = new byte[nCount + m_nLenth];
Array.Copy(m_btAryBuffer, btAryBuffer, m_nLenth);
Array.Copy(btAryReceiveData, 0, btAryBuffer, m_nLenth, btAryReceiveData.Length);
//Analyzing the received data , starting with 0xA0 data to the data length of the data protocol termination point
int nIndex = 0; //When there is data A0 , the recording end point data
int nMarkIndex = 0; //When the data does not exist in A0, nMarkIndex set equal to the largest index data
for (int nLoop = 0; nLoop < btAryBuffer.Length; nLoop++)
{
if (btAryBuffer.Length > nLoop + 1)
{
if (btAryBuffer[nLoop] == 0xA0)
{
int nLen = Convert.ToInt32(btAryBuffer[nLoop + 1]);
if (nLoop + 1 + nLen < btAryBuffer.Length)
{
byte[] btAryAnaly = new byte[nLen + 2];
Array.Copy(btAryBuffer, nLoop, btAryAnaly, 0, nLen + 2);
MessageTran msgTran = new MessageTran(btAryAnaly);
if (AnalyCallback != null)
{
AnalyCallback(msgTran);
}
nLoop += 1 + nLen;
nIndex = nLoop + 1;
}
else
{
nLoop += 1 + nLen;
}
}
else
{
nMarkIndex = nLoop;
}
}
}
if (nIndex < nMarkIndex)
{
nIndex = nMarkIndex + 1;
}
if (nIndex < btAryBuffer.Length)
{
m_nLenth = btAryBuffer.Length - nIndex;
Array.Clear(m_btAryBuffer, 0, 4096);
Array.Copy(btAryBuffer, nIndex, m_btAryBuffer, 0, btAryBuffer.Length - nIndex);
}
else
{
m_nLenth = 0;
}
}
catch (System.Exception ex)
{
}
}
