private void ProcessWriteTag(UHFReader.PR9200Msg msgTran)
{
string strCmd = "写标签";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + "失败，失败原因： " + strErrorCode;
WriteLog(lrtxtLog, strLog, 1);
//tbx_SerialWrite.Enabled = true;
}
else
{
int nLen = msgTran.AryData.Length;
int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - 4;
if (msgTran.AryData[nLen - 3] != 0x10)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[nLen - 3]);
string strLog = strCmd + "失败，失败原因： " + strErrorCode;
WriteLog(lrtxtLog, strLog, 1);
EnableControl(1);
//tbx_SerialWrite.Enabled = true;
return;
}
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 = string.Empty;
byte byTemp = msgTran.AryData[nLen - 2];
byte byAntId = (byte)((byTemp & 0x03) + 1);
string strAntId = byAntId.ToString();
string strReadCount = msgTran.AryData[nLen - 1].ToString();
WriteLog(lrtxtLog, strCmd, 0);
//tbx_SerialWrite.Enabled = true;
EnableControl(1);
paintBackgroundColor(statusType.PASS);
}
}
private void SendData(byte[] btArySendData)
{
try
{
if (m_bDisplayLog)
{
string strLog = CCommondMethod.ByteArrayToString(btArySendData, 0, btArySendData.Length);
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public bool ReadTagID()
{
//only can inventery 1 tag, because the reader is a shit
UInt16 byteLen = 0;
byte[] ary_data = new byte[9]; //the first byte is DSFID, and the other 8 byte containers the UID data
try
{
int loop = 0;
bool stopLoop = false;
st = 0;
/*
* loop 30 second to find tag
*/
while (loop < 300 && !stopLoop)
{
st = ISO15693Commands.rf_inventory(ReaderInfo.icdev, 0x36, 0x00, 0x00, out byteLen, ary_data);
stopLoop = st == 0 ? true : false;
loop++;
System.Threading.Thread.Sleep(100);
}
if (st != 0)
{
//MessageBox.Show("未发现单个标签");
return(false);
}
else
{
Array.Copy(ary_data, 1, rConfig.m_btTagUID, 0, 8);
byte[] msbFstUID = new byte[8];
Array.Copy(rConfig.m_btTagUID, msbFstUID, 8);
Array.Reverse(msbFstUID);
rConfig.m_sTagUIDstring = CCommondMethod.ByteArrayToString(msbFstUID, 0, 8);
return(true);
}
}
catch (Exception)
{
return(false);
}
}
private void PacketReceived_WriteTag(PR9200Msg msgTran)
{
/*
* after write tag, should check if the tag is the same tag as read before
*/
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = "读标签失败，失败原因： " + strErrorCode;
SetErrorCode(strLog);
dlgt_TagIdentifyFail(ActionResault.ReadTIDBankWhenWriteFail);
}
else
{
/* response packet byte map
*
* TagCount DataLen Data ErrorCode AndID WriteCount
* 2 byte 1byte Nbyte 1byte 1byte 1byte
*
*/
int nLen = msgTran.AryData.Length;
int nDataLen = Convert.ToInt32(msgTran.AryData[2]);//lenght of useful data of a tag(PC+EPC+CRC)
int nEpcLen = 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);
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[nLen - 3]);
byte byTemp = msgTran.AryData[nLen - 2];
byte byAntId = (byte)((byTemp & 0x03) + 1);
string strAntId = byAntId.ToString();
string writeCount = msgTran.AryData[nLen - 1].ToString();//the last byte contains write count, according to application note
/*
* check these things:
* 1: writecount should be 1;
* 2: error code should be success
* 3: epc should equals the one read before
*
* after all check passed, retun ok
*/
}
}
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 ProcessReadTag(UHFReader.PR9200Msg msgTran)
//{
// string strCmd = "读标签";
// string strErrorCode = string.Empty;
// if (msgTran.AryData.Length == 1)
// {
// strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
// string strLog = strCmd + "失败，失败原因： " + strErrorCode;
// //WriteLog(lrtxtLog, strLog, 1);
// }
// else
// {
// int nLen = msgTran.AryData.Length;
// int nDataLen = Convert.ToInt32(msgTran.AryData[nLen - 3]);//lenght of the data we specified
// int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - nDataLen - 4;//totally data length minus specified data length minus PC&CRC(4 bytes)
// 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);//the specified data
// byte byTemp = msgTran.AryData[nLen - 2];
// byte byAntId = (byte)((byTemp & 0x03) + 1);
// string strAntId = byAntId.ToString();
// string strReadCount = msgTran.AryData[nLen - 1].ToString();
// if (action_Queue.Count > 0)
// {
// string sUniqueTID = "";
// bool b_tagValid = true;
// switch (action_Queue.Peek())
// {
// case ActionType.TagIdentify:
// #region MyRegion
// m_sTIDType = strData.Substring(0, 11);
// sUniqueTID = strData.Substring(12);
// if (m_sTIDType.Equals(UHFTIDTypes.Alien_Higgs3))
// {
// WriteLog(lrtxtLog, "this is alien higgs 3 chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4D))
// {
// WriteLog(lrtxtLog, "this is monza 4d chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4E))
// {
// WriteLog(lrtxtLog, "this is monza 4e chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4i))
// {
// WriteLog(lrtxtLog, "this is monza 4i chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4QT))
// {
// WriteLog(lrtxtLog, "this is monza 4qtchip", 1);
// }
// else
// {
// WriteLog(lrtxtLog, "this tag is not valid", 1);
// b_tagValid = false;
// }
// if (b_tagValid)
// {
// m_sCurrentUniqueTID = sUniqueTID;
// GetTIDCallback();
// }
// else
// {
// //tbx_SerialWrite.Enabled = true; EnableControl(1);
// EnableControl(1);
// }
// #endregion
// break;
// case ActionType.ReadEPC:
// WriteLog(lrtxtLog, strData, 0);
// break;
// case ActionType.ReadTIDBankWhenRead:
// #region MyRegion
// m_sTIDType = strData.Substring(0, 11);
// sUniqueTID = strData.Substring(12);
// if (m_sTIDType.Equals(UHFTIDTypes.Alien_Higgs3))
// {
// m_userMemorySizeInWord = UHFUserMemorySizeInWord.A_9662;
// WriteLog(lrtxtLog, "this is alien higgs 3 chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4D))
// {
// m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4D;
// WriteLog(lrtxtLog, "this is monza 4d chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4E))
// {
// m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4E;
// WriteLog(lrtxtLog, "this is monza 4e chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4i))
// {
// m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4i;
// WriteLog(lrtxtLog, "this is monza 4i chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4QT))
// {
// m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4QT;
// WriteLog(lrtxtLog, "this is monza 4qtchip", 1);
// }
// else
// {
// m_userMemorySizeInWord = 0x00;
// WriteLog(lrtxtLog, "this tag is not valid", 1);
// b_tagValid = false;
// }
// if (b_tagValid)
// {
// m_sCurrentUniqueTID = sUniqueTID;
// ReadUserBank();
// }
// else
// {
// //tbx_readSerial.Enabled = true;
// EnableControl(2);
// }
// #endregion
// break;
// case ActionType.ReadUserBank:
// byte[] userdata = new byte[nDataLen];
// msgTran.AryData.CopyTo(userdata, 7 + nEpcLen);
// UserBankDataInterperater(userdata);
// break;
// default:
// break;
// }
// action_Queue.Dequeue();
// }
// }
//}
private void PacketReceived_GetFrequencyRegion(PR9200Msg msgTran)
{
string strCmd = "取得射频规范";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 3)
{//system frequencies used
PR9200Setting.btReadId = msgTran.ReadId;
PR9200Setting.btRegion = msgTran.AryData[0];
PR9200Setting.btFrequencyStart = msgTran.AryData[1];
PR9200Setting.btFrequencyEnd = msgTran.AryData[2];
dlgt_GetFrequencyRegion(ActionResault.GetFrequencyRegionSuccess);
//WriteLog(lrtxtLog, strCmd, 0);
return;
}
else if (msgTran.AryData.Length == 6)
{//user defined frequencies used
PR9200Setting.btReadId = msgTran.ReadId;
PR9200Setting.btRegion = msgTran.AryData[0];
PR9200Setting.btUserDefineFrequencyInterval = msgTran.AryData[1];
PR9200Setting.btUserDefineChannelQuantity = msgTran.AryData[2];
PR9200Setting.nUserDefineStartFrequency = msgTran.AryData[3] * 256 * 256 + msgTran.AryData[4] * 256 + msgTran.AryData[5];
dlgt_GetFrequencyRegion(ActionResault.GetFrequencyRegionSuccess);
//WriteLog(lrtxtLog, strCmd, 0);
return;
}
else if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
}
else
{
strErrorCode = "未知错误";
}
string strLog = strCmd + "失败，失败原因： " + strErrorCode;
//WriteLog(lrtxtLog, strLog, 1);
SetErrorCode(strLog);
dlgt_GetFrequencyRegion(ActionResault.GetFrequencyRegionFail);
}
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 TagIdentify(PR9200Msg msgTran)
//{
// string strErrorCode = string.Empty;
// if (msgTran.AryData.Length == 1)
// {
// strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
// string strLog = "读标签失败，失败原因： " + strErrorCode;
// SetErrorCode(strLog);
// readTIDBankWhenWriteFailDelegate(ActionResault.ReadTIDBankWhenWriteFail);
// }
// else
// {
// int nLen = msgTran.AryData.Length;
// int nDataLen = Convert.ToInt32(msgTran.AryData[nLen - 3]);//lenght of the data we specified
// int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - nDataLen - 4;//totally data length minus specified data length minus PC&CRC(4 bytes)
// 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);//the specified data
// byte byTemp = msgTran.AryData[nLen - 2];
// byte byAntId = (byte)((byTemp & 0x03) + 1);
// string strAntId = byAntId.ToString();
// string strReadCount = msgTran.AryData[nLen - 1].ToString();
// string sUniqueTID = "";
// bool b_tagValid = true;
// m_sTIDType = strData.Substring(0, 11);
// sUniqueTID = strData.Substring(12);
// if (m_sTIDType.Equals(UHFTIDTypes.Alien_Higgs3))
// {
// //WriteLog(lrtxtLog, "this is alien higgs 3 chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4D))
// {
// //WriteLog(lrtxtLog, "this is monza 4d chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4E))
// {
// //WriteLog(lrtxtLog, "this is monza 4e chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4i))
// {
// //WriteLog(lrtxtLog, "this is monza 4i chip", 1);
// }
// else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4QT))
// {
// //WriteLog(lrtxtLog, "this is monza 4qtchip", 1);
// }
// else
// {
// string err = "标签类型未知";
// SetErrorCode(err);
// readTIDBankWhenWriteFailDelegate(ActionResault.ReadTIDBankWhenWriteFail);
// //WriteLog(lrtxtLog, "this tag is not valid", 1);
// b_tagValid = false;
// }
// if (b_tagValid)
// {
// tagUid = sUniqueTID;
// byte btMemBank = MemoryBank.USERBank;
// byte btWordAdd = 0x00;
// byte btWordCnt = 0x00;
// byte[] btAryPwd = new byte[] { 0x00, 0x00, 0x00, 0x00 };
// //byte[] btAryData = Encoding.ASCII.GetBytes(data);
// Int16 dataLen = Convert.ToInt16(btWriteDataBuffer);
// byte[] btLen = BitConverter.GetBytes(dataLen);
// byte[] btAryDataAndLen = new byte[btWriteDataBuffer.Length + 2];
// btLen.CopyTo(btAryDataAndLen, 0); //the first 2 bytes contains data length
// btWriteDataBuffer.CopyTo(btAryDataAndLen, 2);
// btWordCnt = Convert.ToByte(btAryDataAndLen.Length / 2 + btAryDataAndLen.Length % 2);//1 word equals 2 bytes
// /*
// * finnaly, we got the data to be write
// */
// actionType = ActionType.WriteTag;
// WriteTag(PR9200Setting.btReadId, btAryPwd, btMemBank, btWordAdd, btWordCnt, btAryDataAndLen);
// }
// }
//}
private void PacketReceived_TagIdentify(PR9200Msg msgTran)
{
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = "读标签失败，失败原因： " + strErrorCode;
SetErrorCode(strLog);
dlgt_TagIdentifyFail(ActionResault.ReadTIDBankWhenWriteFail);
}
else
{
int nLen = msgTran.AryData.Length;
int nDataLen = Convert.ToInt32(msgTran.AryData[nLen - 3]); //lenght of the data we specified, stored in the third byte from last, according to application note
int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - nDataLen - 4; //totally data length minus specified data length minus PC&CRC(4 bytes)
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);//the specified data
byte byTemp = msgTran.AryData[nLen - 2];
byte byAntId = (byte)((byTemp & 0x03) + 1);
string strAntId = byAntId.ToString();
string strReadCount = msgTran.AryData[nLen - 1].ToString();
string sUniqueTID = "";
bool b_tagValid = true;
m_sTIDType = strData.Substring(0, 11);
sUniqueTID = strData.Substring(12);
if (m_sTIDType.Equals(UHFTIDTypes.Alien_Higgs3))
{
//WriteLog(lrtxtLog, "this is alien higgs 3 chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4D))
{
//WriteLog(lrtxtLog, "this is monza 4d chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4E))
{
//WriteLog(lrtxtLog, "this is monza 4e chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4i))
{
//WriteLog(lrtxtLog, "this is monza 4i chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4QT))
{
//WriteLog(lrtxtLog, "this is monza 4qtchip", 1);
}
else
{
string err = "标签类型未知";
SetErrorCode(err);
dlgt_TagIdentifyFail(ActionResault.ReadTIDBankWhenWriteFail);
//WriteLog(lrtxtLog, "this tag is not valid", 1);
b_tagValid = false;
}
if (b_tagValid)
{
tagUid = sUniqueTID;
byte btMemBank = MemoryBank.USERBank;
byte btWordAdd = 0x00;
byte btWordCnt = 0x00;
byte[] btAryPwd = new byte[] { 0x00, 0x00, 0x00, 0x00 };
//byte[] btAryData = Encoding.ASCII.GetBytes(data);
Int16 dataLen = Convert.ToInt16(btWriteDataBuffer);
byte[] btLen = BitConverter.GetBytes(dataLen);
byte[] btAryDataAndLen = new byte[btWriteDataBuffer.Length + 2];
btLen.CopyTo(btAryDataAndLen, 0); //the first 2 bytes contains data length
btWriteDataBuffer.CopyTo(btAryDataAndLen, 2);
btWordCnt = Convert.ToByte(btAryDataAndLen.Length / 2 + btAryDataAndLen.Length % 2);//1 word equals 2 bytes
/*
* finnaly, we got the data to be write, go to step 2: writing data to tag
*/
actionType = ActionType.WriteTag;
WriteTag(PR9200Setting.btReadId, btAryPwd, btMemBank, btWordAdd, btWordCnt, btAryDataAndLen);
}
}
}
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 ProcessReadTag(UHFReader.PR9200Msg msgTran)
{
string strCmd = "读标签";
string strErrorCode = string.Empty;
if (msgTran.AryData.Length == 1)
{
strErrorCode = CCommondMethod.FormatErrorCode(msgTran.AryData[0]);
string strLog = strCmd + "失败，失败原因： " + strErrorCode;
//WriteLog(lrtxtLog, strLog, 1);
}
else
{
int nLen = msgTran.AryData.Length;
int nDataLen = Convert.ToInt32(msgTran.AryData[nLen - 3]); //lenght of the data we specified
int nEpcLen = Convert.ToInt32(msgTran.AryData[2]) - nDataLen - 4; //totally data length minus specified data length minus PC&CRC(4 bytes)
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);//the specified data
byte byTemp = msgTran.AryData[nLen - 2];
byte byAntId = (byte)((byTemp & 0x03) + 1);
string strAntId = byAntId.ToString();
string strReadCount = msgTran.AryData[nLen - 1].ToString();
if (action_Queue.Count > 0)
{
string sUniqueTID = "";
bool b_tagValid = true;
switch (action_Queue.Peek())
{
case ActionType.ReadTIDBankWhenWrite:
#region MyRegion
m_sTIDType = strData.Substring(0, 11);
sUniqueTID = strData.Substring(12);
if (m_sTIDType.Equals(UHFTIDTypes.Alien_Higgs3))
{
WriteLog(lrtxtLog, "this is alien higgs 3 chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4D))
{
WriteLog(lrtxtLog, "this is monza 4d chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4E))
{
WriteLog(lrtxtLog, "this is monza 4e chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4i))
{
WriteLog(lrtxtLog, "this is monza 4i chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4QT))
{
WriteLog(lrtxtLog, "this is monza 4qtchip", 1);
}
else
{
WriteLog(lrtxtLog, "this tag is not valid", 1);
b_tagValid = false;
}
if (b_tagValid)
{
m_sCurrentUniqueTID = sUniqueTID;
GetTIDCallback();
}
else
{
//tbx_SerialWrite.Enabled = true; EnableControl(1);
EnableControl(1);
}
#endregion
break;
case ActionType.ReadEPC:
WriteLog(lrtxtLog, strData, 0);
break;
case ActionType.ReadTIDBankWhenRead:
#region MyRegion
m_sTIDType = strData.Substring(0, 11);
sUniqueTID = strData.Substring(12);
if (m_sTIDType.Equals(UHFTIDTypes.Alien_Higgs3))
{
m_userMemorySizeInWord = UHFUserMemorySizeInWord.A_9662;
WriteLog(lrtxtLog, "this is alien higgs 3 chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4D))
{
m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4D;
WriteLog(lrtxtLog, "this is monza 4d chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4E))
{
m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4E;
WriteLog(lrtxtLog, "this is monza 4e chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4i))
{
m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4i;
WriteLog(lrtxtLog, "this is monza 4i chip", 1);
}
else if (m_sTIDType.Equals(UHFTIDTypes.Monza_4QT))
{
m_userMemorySizeInWord = UHFUserMemorySizeInWord.Monza_4QT;
WriteLog(lrtxtLog, "this is monza 4qtchip", 1);
}
else
{
m_userMemorySizeInWord = 0x00;
WriteLog(lrtxtLog, "this tag is not valid", 1);
b_tagValid = false;
}
if (b_tagValid)
{
m_sCurrentUniqueTID = sUniqueTID;
ReadUserBank();
}
else
{
//tbx_readSerial.Enabled = true;
EnableControl(2);
}
#endregion
break;
case ActionType.ReadUserBank:
byte[] userdata = new byte[nDataLen];
msgTran.AryData.CopyTo(userdata, 7 + nEpcLen);
UserBankDataInterperater(userdata);
break;
default:
break;
}
action_Queue.Dequeue();
}
}
}
