// ReSharper disable once InconsistentNaming
private void Tag18K6CQT(int radioHandle)
{
var program = new Rfiddler(options);
QTParms qtParms = new QTParms();
logger.Information($"Starting basic QT test, limiting of {options.PacketCount} MAC packets");
qtParms.common.tagStopCount = 0;
qtParms.common.callback = program.PacketCallback;
qtParms.common.context = IntPtr.Zero;
qtParms.common.callbackCode = IntPtr.Zero;
qtParms.optCmdType = OptType.OPT_READ;
ReadCmdParms readCmdParms = new ReadCmdParms();
readCmdParms.bank = MemoryBank.EPC;
readCmdParms.offset = 2;
readCmdParms.count = 6;
qtParms.accessParms = readCmdParms;
qtParms.qtCmdParms.qtMemoryMap = QTMemMapType.PRIVATE;
qtParms.qtCmdParms.qtPersistence = QTPersistenceType.PERMANENT;
qtParms.qtCmdParms.qtReadWrite = QTCtrlType.READ;
qtParms.qtCmdParms.qtShortRange = QTShortRangeType.DISABLE;
qtParms.accessPassword = 0x0;
var result = link.Tag18K6CQT(radioHandle, qtParms, 0);
logger.Information("link.Tag18K6CQT => {Result}", result);
}
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;
}
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_ReadCmd(ref ReadCmdParms parameters, ref UInt32 accessPassword)
{
parameters.bank = _tagAccessData.bank;
parameters.offset = _tagAccessData.offset;
parameters.count = _tagAccessData.count;
accessPassword = _tagAccessData.accessPassword;
}