public WriteParms( )
{
WriteRandomParms tempRandom = new WriteRandomParms();
WriteSequentialParms tempSequential = new WriteSequentialParms();
UInt32 max = 0;
// arbitrarily default to one of the lengths
max = tempSequential.length;
if (tempRandom.length > max)
{
max = tempRandom.length;
}
this.length_ = this.length_ + max;
}
public QTParms( )
{
WriteRandomParms tempRandom = new WriteRandomParms();
WriteSequentialParms tempSequential = new WriteSequentialParms();
ReadCmdParms tempRead = new ReadCmdParms();
UInt32 max = 0;
// arbitrarily default to one of the lengths
max = tempSequential.length;
// account for randomParms being larger
if (tempRandom.length > max)
{
max = tempRandom.length;
}
// account for readParms being larger
if (tempRead.length > max)
{
max = tempRead.length;
}
this.length_ = this.length_ + max;
}
public QTParms( )
{
WriteRandomParms tempRandom = new WriteRandomParms();
WriteSequentialParms tempSequential = new WriteSequentialParms();
ReadCmdParms tempRead = new ReadCmdParms();
UInt32 max = 0;
// arbitrarily default to one of the lengths
max = tempSequential.length;
// account for randomParms being larger
if (tempRandom.length > max)
{
max = tempRandom.length;
}
// account for readParms being larger
if (tempRead.length > max)
{
max = tempRead.length;
}
this.length_ = this.length_ + max;
}
public WriteParms( )
{
WriteRandomParms tempRandom = new WriteRandomParms();
WriteSequentialParms tempSequential = new WriteSequentialParms();
UInt32 max = 0;
// arbitrarily default to one of the lengths
max = tempSequential.length;
if (tempRandom.length > max)
{
max = tempRandom.length;
}
this.length_ = this.length_ + max;
}
private void btnActivateKey_Click(object sender, EventArgs e)
{
byte flag = 0, selectOpsFlag = 0, postMatchFlag = 0;
bool writeParamActivateKey0Flag = false, writeParamActivateKey1Flag = false;
if ((textBoxInserKey0.Text.Length / 2) < 16)
{
MessageDisplay("Please enter 16 bytes hexadecimal value for Key0", "Key0 Information", MessageBoxIcon.Error);
}
else if ((textBoxInserKey1.Text.Length / 2) < 16)
{
MessageDisplay("Please enter 16 bytes hexadecimal value for Key1", "Key1 Information", MessageBoxIcon.Error);
}
else if (CheckKeyType(textBoxInserKey0.Text) != true)
{
MessageDisplay("Key0 is invalid hexadecimal value", "Key0 Information", MessageBoxIcon.Error);
}
else if (CheckKeyType(textBoxInserKey1.Text) != true)
{
MessageDisplay("Key1 is invalid hexadecimal value", "Key1 Information", MessageBoxIcon.Error);
}
else
{
selectOpsFlag = (chkPerformSelectOps.Checked == true) ? (byte)1 : (byte)0;
postMatchFlag = (chkPerformPostMatch.Checked == true) ? (byte)1 : (byte)0;
//Write key0 trigger value to activate the key0
WriteParms paramActivateKey = new WriteParms();
WriteSequentialParms writeParamActivateKey = new WriteSequentialParms();
writeParamActivateKey.bank = MemoryBank.USER;
writeParamActivateKey.count = 1;
writeParamActivateKey.offset = 200; //C8 : Key0 header
writeParamActivateKey.pData = new ushort[1];
writeParamActivateKey.pData[0] = 0xE200;
paramActivateKey.accessPassword = Convert.ToUInt32(TEXTBOX_TagAccessAccessPassword.Text, 16);
paramActivateKey.writeParms = writeParamActivateKey;
paramActivateKey.writeType = WriteType.SEQUENTIAL;
paramActivateKey.common.callback = new rfid.CallbackDelegate(this.m_reader.MyCallback);
paramActivateKey.common.strcTagFlag.RetryCount = retryCount;
paramActivateKey.common.strcTagFlag.SelectOpsFlag = selectOpsFlag;
paramActivateKey.common.strcTagFlag.PostMatchFlag = postMatchFlag;
paramActivateKey.common.OpMode = RadioOperationMode.NONCONTINUOUS;
Array.Clear(paramActivateKey.common.bufMTIA, 0, paramActivateKey.common.bufMTIA.Length);
paramActivateKey.common.tagFlag = false;
writeParamActivateKey0Flag = true;
if (Result.OK != LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagWrite(paramActivateKey, flag))
{
writeParamActivateKey0Flag = false;
MessageDisplay("Activate the Key0 command failed.", "Key0 Information", MessageBoxIcon.Error);
}
else if (paramActivateKey.common.tagFlag != true)
{
writeParamActivateKey0Flag = false;
MessageDisplay("No Tag", "Key0 Information", MessageBoxIcon.Warning);
}
else if (paramActivateKey.common.bufMTIA[tagErrorCode] != 0x00)
{
writeParamActivateKey0Flag = false;
MessageDisplay("Tag Error Code : 0x" + paramActivateKey.common.bufMTIA[19].ToString("X2"),
"Key0 Information", MessageBoxIcon.Error);
}
else if (paramActivateKey.common.bufMTIA[moduleErrorCode1] != 0x00 || paramActivateKey.common.bufMTIA[moduleErrorCode2] != 0x00)
{
writeParamActivateKey0Flag = false;
MessageDisplay("Module Error Code : 0x" + paramActivateKey.common.bufMTIA[moduleErrorCode1].ToString("X2") + paramActivateKey.common.bufMTIA[moduleErrorCode2].ToString("X2"),
"Key0 Information", MessageBoxIcon.Error);
}
//Write key1 trigger value to activate the key1
writeParamActivateKey.bank = MemoryBank.USER;
writeParamActivateKey.count = 1;
writeParamActivateKey.offset = 216; //D8 : Key1 header
writeParamActivateKey.pData = new ushort[1];
writeParamActivateKey.pData[0] = 0xE200;
paramActivateKey.accessPassword = Convert.ToUInt32(TEXTBOX_TagAccessAccessPassword.Text, 16);
paramActivateKey.writeParms = writeParamActivateKey;
paramActivateKey.writeType = WriteType.SEQUENTIAL;
paramActivateKey.common.callback = new rfid.CallbackDelegate(this.m_reader.MyCallback);
paramActivateKey.common.strcTagFlag.RetryCount = retryCount;
paramActivateKey.common.strcTagFlag.SelectOpsFlag = selectOpsFlag;
paramActivateKey.common.strcTagFlag.PostMatchFlag = postMatchFlag;
paramActivateKey.common.OpMode = RadioOperationMode.NONCONTINUOUS;
Array.Clear(paramActivateKey.common.bufMTIA, 0, paramActivateKey.common.bufMTIA.Length);
paramActivateKey.common.tagFlag = false;
writeParamActivateKey1Flag = true;
if (Result.OK != LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagWrite(paramActivateKey, flag))
{
writeParamActivateKey1Flag = false;
MessageDisplay("Activate the Key1 command failed.", "Key1 Information", MessageBoxIcon.Error);
}
else if (paramActivateKey.common.tagFlag != true)
{
writeParamActivateKey1Flag = false;
MessageDisplay("No Tag", "Key1 Information", MessageBoxIcon.Warning);
}
else if (paramActivateKey.common.bufMTIA[tagErrorCode] != 0x00)
{
writeParamActivateKey1Flag = false;
MessageDisplay("Tag Error Code : 0x" + paramActivateKey.common.bufMTIA[19].ToString("X2"),
"Key1 Information", MessageBoxIcon.Error);
}
else if (paramActivateKey.common.bufMTIA[moduleErrorCode1] != 0x00 || paramActivateKey.common.bufMTIA[moduleErrorCode2] != 0x00)
{
writeParamActivateKey1Flag = false;
MessageDisplay("Module Error Code : 0x" + paramActivateKey.common.bufMTIA[moduleErrorCode1].ToString("X2") + paramActivateKey.common.bufMTIA[moduleErrorCode2].ToString("X2"),
"Key1 Information", MessageBoxIcon.Error);
}
if (writeParamActivateKey0Flag != true || writeParamActivateKey1Flag != true)
{
textBoxEPC.Text = "";
textBoxInserKey0.Text = "";
textBoxInserKey1.Text = "";
btnInsertKey.Enabled = false;
btnActivateKey.Enabled = false;
MessageDisplay("Activate Keys Fail", "Keys Information", MessageBoxIcon.Error);
}
else
{
MessageDisplay("Activate Keys Success", "Keys Information", MessageBoxIcon.Information);
}
}
}
private void btnInsertKey_Click(object sender, EventArgs e)
{
int i, key0Length, key1Length;
byte flag = 0, selectOpsFlag = 0, postMatchFlag = 0;
bool writeKey0Flag = false, writeKey1Flag = false;
if ((textBoxInserKey0.Text.Length / 2) < 16)
{
MessageDisplay("Please enter 16 bytes hexadecimal value for Key0", "Key0 Information", MessageBoxIcon.Error);
}
else if ((textBoxInserKey1.Text.Length / 2) < 16)
{
MessageDisplay("Please enter 16 bytes hexadecimal value for Key1", "Key1 Information", MessageBoxIcon.Error);
}
else if (CheckKeyType(textBoxInserKey0.Text) != true)
{
MessageDisplay("Key0 is invalid hexadecimal value", "Key0 Information", MessageBoxIcon.Error);
}
else if (CheckKeyType(textBoxInserKey1.Text) != true)
{
MessageDisplay("Key1 is invalid hexadecimal value", "Key1 Information", MessageBoxIcon.Error);
}
else
{
selectOpsFlag = (chkPerformSelectOps.Checked == true) ? (byte)1 : (byte)0;
postMatchFlag = (chkPerformPostMatch.Checked == true) ? (byte)1 : (byte)0;
key0Length = textBoxInserKey0.Text.Length;
short[] key0 = new short[key0Length / 4];
for (i = 0; i < key0Length; i += 4)
{
key0[i / 4] = Convert.ToInt16(textBoxInserKey0.Text.Substring(i, 4), 16);
}
//Write key0 value
WriteParms paramKey0 = new WriteParms();
WriteSequentialParms writeparamKey0 = new WriteSequentialParms();
writeparamKey0.bank = MemoryBank.USER;
writeparamKey0.count = 8;
writeparamKey0.offset = 192; //C0
writeparamKey0.pData = new ushort[8];
writeparamKey0.pData[0] = (ushort)key0[0];
writeparamKey0.pData[1] = (ushort)key0[1];
writeparamKey0.pData[2] = (ushort)key0[2];
writeparamKey0.pData[3] = (ushort)key0[3];
writeparamKey0.pData[4] = (ushort)key0[4];
writeparamKey0.pData[5] = (ushort)key0[5];
writeparamKey0.pData[6] = (ushort)key0[6];
writeparamKey0.pData[7] = (ushort)key0[7];
paramKey0.accessPassword = Convert.ToUInt32(TEXTBOX_TagAccessAccessPassword.Text, 16);
paramKey0.writeParms = writeparamKey0;
paramKey0.writeType = WriteType.SEQUENTIAL;
paramKey0.common.callback = new rfid.CallbackDelegate(this.m_reader.MyCallback);
paramKey0.common.strcTagFlag.RetryCount = retryCount;
paramKey0.common.strcTagFlag.SelectOpsFlag = selectOpsFlag;
paramKey0.common.strcTagFlag.PostMatchFlag = postMatchFlag;
paramKey0.common.OpMode = RadioOperationMode.NONCONTINUOUS;
Array.Clear(paramKey0.common.bufMTIA, 0, paramKey0.common.bufMTIA.Length);
paramKey0.common.tagFlag = false;
writeKey0Flag = true;
if (Result.OK != LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagWrite(paramKey0, flag))
{
writeKey0Flag = false;
MessageDisplay("Write Key0 data command failed", "Key0 Information", MessageBoxIcon.Error);
}
else if (paramKey0.common.tagFlag != true)
{
writeKey0Flag = false;
MessageDisplay("No Tag", "Key0 Information", MessageBoxIcon.Warning);
}
else if (paramKey0.common.bufMTIA[tagErrorCode] != 0x00)
{
writeKey0Flag = false;
MessageDisplay("Tag Error Code : 0x" + paramKey0.common.bufMTIA[19].ToString("X2"),
"Key0 Information", MessageBoxIcon.Error);
}
else if (paramKey0.common.bufMTIA[moduleErrorCode1] != 0x00 || paramKey0.common.bufMTIA[moduleErrorCode2] != 0x00)
{
writeKey0Flag = false;
MessageDisplay("Module Error Code : 0x" + paramKey0.common.bufMTIA[moduleErrorCode1].ToString("X2") + paramKey0.common.bufMTIA[moduleErrorCode2].ToString("X2"),
"Key0 Information", MessageBoxIcon.Error);
}
key1Length = textBoxInserKey1.Text.Length;
short[] key1 = new short[key1Length / 4];
for (i = 0; i < key0Length; i += 4)
{
key1[i / 4] = Convert.ToInt16(textBoxInserKey1.Text.Substring(i, 4), 16);
}
//Write key1 value
WriteParms paramKey1 = new WriteParms();
WriteSequentialParms writeparamKey1 = new WriteSequentialParms();
writeparamKey1.bank = MemoryBank.USER;
writeparamKey1.count = 8;
writeparamKey1.offset = 208; //D0
writeparamKey1.pData = new ushort[8];
writeparamKey1.pData[0] = (ushort)key1[0];
writeparamKey1.pData[1] = (ushort)key1[1];
writeparamKey1.pData[2] = (ushort)key1[2];
writeparamKey1.pData[3] = (ushort)key1[3];
writeparamKey1.pData[4] = (ushort)key1[4];
writeparamKey1.pData[5] = (ushort)key1[5];
writeparamKey1.pData[6] = (ushort)key1[6];
writeparamKey1.pData[7] = (ushort)key1[7];
paramKey1.accessPassword = Convert.ToUInt32(TEXTBOX_TagAccessAccessPassword.Text, 16);
paramKey1.writeParms = writeparamKey1;
paramKey1.writeType = WriteType.SEQUENTIAL;
paramKey1.common.callback = new rfid.CallbackDelegate(this.m_reader.MyCallback);
paramKey1.common.strcTagFlag.RetryCount = retryCount;
paramKey1.common.strcTagFlag.SelectOpsFlag = selectOpsFlag;
paramKey1.common.strcTagFlag.PostMatchFlag = postMatchFlag;
paramKey1.common.OpMode = RadioOperationMode.NONCONTINUOUS;
Array.Clear(paramKey1.common.bufMTIA, 0, paramKey1.common.bufMTIA.Length);
paramKey1.common.tagFlag = false;
writeKey1Flag = true;
if (Result.OK != LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagWrite(paramKey1, flag))
{
writeKey1Flag = false;
MessageDisplay("Write Key1 data command failed", "Key1 Information", MessageBoxIcon.Error);
}
else if (paramKey1.common.tagFlag != true)
{
writeKey1Flag = false;
MessageDisplay("No Tag", "Key1 Information", MessageBoxIcon.Warning);
}
else if (paramKey1.common.bufMTIA[tagErrorCode] != 0x00)
{
writeKey1Flag = false;
MessageDisplay("Tag Error Code : 0x" + paramKey1.common.bufMTIA[19].ToString("X2"),
"Key1 Information", MessageBoxIcon.Error);
}
else if (paramKey1.common.bufMTIA[moduleErrorCode1] != 0x00 || paramKey1.common.bufMTIA[moduleErrorCode2] != 0x00)
{
writeKey1Flag = false;
MessageDisplay("Module Error Code : 0x" + paramKey1.common.bufMTIA[moduleErrorCode1].ToString("X2") + paramKey1.common.bufMTIA[moduleErrorCode2].ToString("X2"),
"Key1 Information", MessageBoxIcon.Error);
}
if (writeKey0Flag != true || writeKey1Flag != true)
{
textBoxEPC.Text = "";
textBoxInserKey0.Text = "";
textBoxInserKey1.Text = "";
btnInsertKey.Enabled = false;
btnActivateKey.Enabled = false;
MessageDisplay("Insert Keys Fail", "Keys Information", MessageBoxIcon.Error);
}
else
{
MessageDisplay("Insert Keys Success", "Keys Information", MessageBoxIcon.Information);
}
}
}
public void AccessThreadProc()
{
rfid.Constants.Result result = rfid.Constants.Result.NOT_INITIALIZED;
byte flags = 0;
StartEvent.WaitOne();
switch (_tagAccessData.type)
{
case TagAccessType.Read:
{
ReadParms parameters = new ReadParms();
BuildParams_ReadCmd(ref parameters.readCmdParms, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagRead(parameters, flags);
}
break;
//Add LargeRead
case TagAccessType.LargeRead:
{
ReadParms parameters = new ReadParms();
BuildParams_ReadCmd(ref parameters.readCmdParms, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
parameters.readCmdParms.count = (byte)(_tagAccessReadSet.ReadWords);//籠筁count
//parameters.readCmdParms.offset = 0;
//□add loop
for (int ccnt = 0; ccnt < (_tagAccessReadSet.TotalReadWords /_tagAccessReadSet.ReadWords); ccnt++) // TotalReadWords/ReadWords
{
UInt16 choff = (UInt16)(_tagAccessReadSet.ReadWords);// readwords
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagRead(parameters, flags);
parameters.readCmdParms.offset = (UInt16)(parameters.readCmdParms.offset + choff);
if (Stop) break;
}
//◆add loop
//result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagRead(parameters, flags);
}
break;
case TagAccessType.Write:
{
WriteParms parameters = new WriteParms();
WriteSequentialParms writeParameters = new WriteSequentialParms();
BuildParams_WriteCmd(ref writeParameters, ref parameters.accessPassword);
parameters.writeParms = writeParameters;
parameters.writeType = WriteType.SEQUENTIAL;
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagWrite(parameters, flags);
}
break;
case TagAccessType.BlockWrite:
{
BlockWriteParms parameters = new BlockWriteParms();
BuildParams_BlockWriteCmd(ref parameters.blockWriteCmdParms, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagBlockWrite(parameters, flags);
}
break;
case TagAccessType.BlockErase:
{
BlockEraseParms parameters = new BlockEraseParms();
BuildParams_BlockEraseCmd(ref parameters.blockEraseCmdParms, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagBlockErase(parameters, flags);
}
break;
case TagAccessType.Lock:
{
LockParms parameters = new LockParms();
BuildParams_LockCmd(ref parameters.lockCmdParms, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagLock(parameters, flags);
}
break;
case TagAccessType.Kill:
{
KillParms parameters = new KillParms();
BuildParams_KillCmd(ref parameters.killCmdParms, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagKill(parameters, flags);
}
break;
case TagAccessType.QT_None:
case TagAccessType.QT_Read:
case TagAccessType.QT_Write:
{
QTParms parameters = new QTParms();
BuildParams_QT(ref parameters, ref parameters.accessPassword);
parameters.common.callback = new rfid.CallbackDelegate(this._reader.MyCallback);
//clark 2011.4.25 Set tag access flag to inventory structure
parameters.common.strcTagFlag.RetryCount = _tagAccessData.strcTagFlag.RetryCount;
parameters.common.strcTagFlag.PostMatchFlag = _tagAccessData.strcTagFlag.PostMatchFlag;
parameters.common.strcTagFlag.SelectOpsFlag = _tagAccessData.strcTagFlag.SelectOpsFlag;
parameters.common.OpMode = RadioOperationMode.NONCONTINUOUS;
result = LakeChabotReader.MANAGED_ACCESS.API_l8K6CTagQT(parameters, flags);
}
break;
default:
System.Diagnostics.Debug.Assert(false, "Tag Acces Type");
break;
}
}
private void BuildParams_QT(ref QTParms parameters, ref UInt32 accessPassword)
{
parameters = new QTParms();
switch (_tagAccessData.type)
{
case TagAccessType.QT_Read:
ReadCmdParms readParameters = new ReadCmdParms();
BuildParams_ReadCmd(ref readParameters, ref parameters.accessPassword);
parameters.accessParms = readParameters;
parameters.optCmdType = OptType.OPT_READ;
break;
case TagAccessType.QT_Write:
WriteSequentialParms writeParameters = new WriteSequentialParms();
BuildParams_WriteCmd(ref writeParameters, ref parameters.accessPassword);
parameters.accessParms = writeParameters;
parameters.optCmdType = OptType.OPT_WRITE_TYPE_SEQUENTIAL;
break;
case TagAccessType.QT_None:
parameters.optCmdType = OptType.OPT_NONE;
break;
default:
System.Diagnostics.Debug.Assert(false, "Tag Acces Type");
break;
}
parameters.qtCmdParms.qtReadWrite = _tagAccessData.qtReadWrite;
parameters.qtCmdParms.qtPersistence = _tagAccessData.qtPersistence;
parameters.qtCmdParms.qtShortRange = _tagAccessData.qtShortRange;
parameters.qtCmdParms.qtMemoryMap = _tagAccessData.qtMemoryMap;
accessPassword = _tagAccessData.accessPassword;
}
private void BuildParams_WriteCmd(ref WriteSequentialParms parameters, ref UInt32 accessPassword)
{
parameters.bank = _tagAccessData.bank;
parameters.offset = _tagAccessData.offset;
parameters.pData = new ushort[2];
parameters.pData[0] = _tagAccessData.value1;
parameters.pData[1] = _tagAccessData.value2;
parameters.count = _tagAccessData.count;
accessPassword = _tagAccessData.accessPassword;
}