void InventorySetting()
{
BleMvxApplication._reader.rfid.CancelAllSelectCriteria();
BleMvxApplication._reader.rfid.Options.TagRanging.flags = CSLibrary.Constants.SelectFlags.ZERO;
// Setting 1
BleMvxApplication._reader.rfid.SetTagDelayTime((uint)BleMvxApplication._config.RFID_TagDelayTime);
BleMvxApplication._reader.rfid.SetInventoryDuration(BleMvxApplication._config.RFID_Antenna_Dwell);
SetPower(BleMvxApplication._rfMicro_Power);
// Setting 3
BleMvxApplication._config.RFID_DynamicQParms.toggleTarget = (BleMvxApplication._rfMicro_Target == 2) ? 1U : 0U;
BleMvxApplication._reader.rfid.SetDynamicQParms(BleMvxApplication._config.RFID_DynamicQParms);
// Setting 4
BleMvxApplication._config.RFID_FixedQParms.toggleTarget = (BleMvxApplication._rfMicro_Target == 2) ? 1U : 0U;
BleMvxApplication._reader.rfid.SetFixedQParms(BleMvxApplication._config.RFID_FixedQParms);
// Setting 2
BleMvxApplication._reader.rfid.SetOperationMode(BleMvxApplication._config.RFID_OperationMode);
BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, BleMvxApplication._config.RFID_TagGroup.session, (BleMvxApplication._rfMicro_Target != 1) ? CSLibrary.Constants.SessionTarget.A : CSLibrary.Constants.SessionTarget.B);
BleMvxApplication._reader.rfid.SetCurrentSingulationAlgorithm(BleMvxApplication._config.RFID_Algorithm);
BleMvxApplication._reader.rfid.SetCurrentLinkProfile(BleMvxApplication._config.RFID_Profile);
{
// Set Filter on Xerxesl Tag
BleMvxApplication._reader.rfid.Options.TagSelected.flags = CSLibrary.Constants.SelectMaskFlags.ENABLE_TOGGLE;
BleMvxApplication._reader.rfid.Options.TagSelected.bank = CSLibrary.Constants.MemoryBank.TID;
BleMvxApplication._reader.rfid.Options.TagSelected.Mask = new byte[] { 0xE2, 0x82, 0x40, 0x5B };
BleMvxApplication._reader.rfid.Options.TagSelected.MaskOffset = 0;
BleMvxApplication._reader.rfid.Options.TagSelected.MaskLength = 28;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_PREFILTER);
{
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.DSLINVB_NOTHING, 0, BleMvxApplication._xerxes_delay);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0x3b0, 8, new byte[] { 0x00 });
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
}
}
BleMvxApplication._reader.rfid.Options.TagRanging.flags |= CSLibrary.Constants.SelectFlags.SELECT;
// Multi bank inventory
BleMvxApplication._reader.rfid.Options.TagRanging.multibanks = 2;
BleMvxApplication._reader.rfid.Options.TagRanging.bank1 = CSLibrary.Constants.MemoryBank.USER;
BleMvxApplication._reader.rfid.Options.TagRanging.offset1 = 0x12;
BleMvxApplication._reader.rfid.Options.TagRanging.count1 = 0x04;
BleMvxApplication._reader.rfid.Options.TagRanging.bank2 = 0x00;
BleMvxApplication._reader.rfid.Options.TagRanging.offset2 = 0x0a;
BleMvxApplication._reader.rfid.Options.TagRanging.count2 = 0x05;
BleMvxApplication._reader.rfid.Options.TagRanging.compactmode = false;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_PRERANGING);
//ShowDialog("Configuring RFID");
}
private void PreFilter()
{
try
{
UInt32 value = 0;
MacReadRegister(MACREGISTER.HST_TAGACC_DESC_CFG, ref value);
value |= 0x0001U; // Enable Verify after write
MacWriteRegister(MACREGISTER.HST_TAGACC_DESC_CFG, value);
MacReadRegister(MACREGISTER.HST_QUERY_CFG, ref value);
value &= ~0x0200U; // Enable Ucode Parallel encoding
MacWriteRegister(MACREGISTER.HST_QUERY_CFG, value);
SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S0, CSLibrary.Constants.SessionTarget.A);
CSLibrary.Structures.SelectCriterion[] sel = new CSLibrary.Structures.SelectCriterion[1];
sel[0] = new CSLibrary.Structures.SelectCriterion();
sel[0].action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED,
(m_rdr_opt_parms.TagSelected.flags & CSLibrary.Constants.SelectMaskFlags.ENABLE_NON_MATCH) == CSLibrary.Constants.SelectMaskFlags.ENABLE_NON_MATCH ?
CSLibrary.Constants.Action.DSLINVB_ASLINVA : CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
if (m_rdr_opt_parms.TagSelected.bank == CSLibrary.Constants.MemoryBank.EPC)
{
sel[0].mask = new CSLibrary.Structures.SelectMask(
m_rdr_opt_parms.TagSelected.bank,
(uint)((m_rdr_opt_parms.TagSelected.flags & CSLibrary.Constants.SelectMaskFlags.ENABLE_PC_MASK) == CSLibrary.Constants.SelectMaskFlags.ENABLE_PC_MASK ? 16 : 32 + m_rdr_opt_parms.TagSelected.epcMaskOffset),
m_rdr_opt_parms.TagSelected.epcMaskLength,
m_rdr_opt_parms.TagSelected.epcMask.ToBytes());
}
else
{
sel[0].mask = new CSLibrary.Structures.SelectMask(
m_rdr_opt_parms.TagSelected.bank,
m_rdr_opt_parms.TagSelected.MaskOffset,
m_rdr_opt_parms.TagSelected.MaskLength,
m_rdr_opt_parms.TagSelected.Mask);
}
if ((m_Result = SetSelectCriteria(sel)) != CSLibrary.Constants.Result.OK)
{
//goto EXIT;
}
}
catch (System.Exception ex)
{
#if DEBUG
//CSLibrary.Diagnostics.CoreDebug.Logger.ErrorException("HighLevelInterface.TagSelected()", ex);
#endif
m_Result = CSLibrary.Constants.Result.SYSTEM_CATCH_EXCEPTION;
}
}
void ResistorMeasurementsPort2()
{
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0, delay);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0x3f0, 8, new byte[1] {
0x00
});
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
BleMvxApplication._reader.rfid.Options.TagRead.accessPassword = 0x00000000;
BleMvxApplication._reader.rfid.Options.TagRead.bank = 0x00;
BleMvxApplication._reader.rfid.Options.TagRead.offset = 0x0b;
BleMvxApplication._reader.rfid.Options.TagRead.count = 0x01;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_READ);
}
void ReadingTemperatureinMASTERMOD()
{
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.DSLINVB_NOTHING, 0, delay);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0x3b0, 8, new byte[] { 0x00 });
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
//extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0, 0);
//extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.EPC, BleMvxApplication._reader.rfid.Options.TagSelected.epcMaskOffset, BleMvxApplication._reader.rfid.Options.TagSelected.epcMaskLength, BleMvxApplication._reader.rfid.Options.TagSelected.epcMask.ToBytes());
//BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
BleMvxApplication._reader.rfid.Options.TagRead.accessPassword = 0x00000000;
BleMvxApplication._reader.rfid.Options.TagRead.bank = 0x00;
BleMvxApplication._reader.rfid.Options.TagRead.offset = 0x0a;
BleMvxApplication._reader.rfid.Options.TagRead.count = 0x05;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_READ);
}
void InventorySetting()
{
switch (BleMvxApplication._config.RFID_FrequenceSwitch)
{
case 0:
BleMvxApplication._reader.rfid.SetHoppingChannels(BleMvxApplication._config.RFID_Region);
break;
case 1:
BleMvxApplication._reader.rfid.SetFixedChannel(BleMvxApplication._config.RFID_Region, BleMvxApplication._config.RFID_FixedChannel);
break;
case 2:
BleMvxApplication._reader.rfid.SetAgileChannels(BleMvxApplication._config.RFID_Region);
break;
}
BleMvxApplication._reader.rfid.Options.TagRanging.flags = CSLibrary.Constants.SelectFlags.ZERO;
// Setting 1
SetPower(BleMvxApplication._rfMicro_Power);
// Setting 3 // MUST SET for RFMicro
BleMvxApplication._config.RFID_DynamicQParms.toggleTarget = (BleMvxApplication._rfMicro_Target == 2) ? 1U : 0U;
BleMvxApplication._config.RFID_DynamicQParms.retryCount = 5; // for RFMicro special setting
BleMvxApplication._reader.rfid.SetDynamicQParms(BleMvxApplication._config.RFID_DynamicQParms);
BleMvxApplication._config.RFID_DynamicQParms.retryCount = 0; // reset to normal
// Setting 4
BleMvxApplication._config.RFID_FixedQParms.toggleTarget = (BleMvxApplication._rfMicro_Target == 2) ? 1U : 0U;
BleMvxApplication._config.RFID_FixedQParms.retryCount = 5; // for RFMicro special setting
BleMvxApplication._reader.rfid.SetFixedQParms(BleMvxApplication._config.RFID_FixedQParms);
BleMvxApplication._config.RFID_FixedQParms.retryCount = 0; // reset to normal
// Setting 2
BleMvxApplication._reader.rfid.SetOperationMode(BleMvxApplication._config.RFID_OperationMode);
BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, BleMvxApplication._config.RFID_TagGroup.session, (BleMvxApplication._rfMicro_Target != 1) ? CSLibrary.Constants.SessionTarget.A : CSLibrary.Constants.SessionTarget.B);
BleMvxApplication._reader.rfid.SetCurrentSingulationAlgorithm(BleMvxApplication._config.RFID_Algorithm);
BleMvxApplication._reader.rfid.SetCurrentLinkProfile(BleMvxApplication._config.RFID_Profile);
// Select RFMicro S3 filter
{
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.TID, 0, 28, new byte[] { 0xe2, 0x82, 0x40, 0x30 });
BleMvxApplication._reader.rfid.SetSelectCriteria(0, extraSlecetion);
// Set OCRSSI Limit
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.NOTHING_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0xd0, 8, new byte[] { (byte)(0x20 | BleMvxApplication._rfMicro_minOCRSSI) });
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.NOTHING_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0xd0, 8, new byte[] { (byte)(BleMvxApplication._rfMicro_maxOCRSSI) });
BleMvxApplication._reader.rfid.SetSelectCriteria(2, extraSlecetion);
// Temperature and Sensor code
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.NOTHING_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0xe0, 0, new byte[] { 0x00 });
BleMvxApplication._reader.rfid.SetSelectCriteria(3, extraSlecetion);
BleMvxApplication._reader.rfid.Options.TagRanging.flags |= CSLibrary.Constants.SelectFlags.SELECT;
}
// Multi bank inventory
BleMvxApplication._reader.rfid.Options.TagRanging.multibanks = 2;
BleMvxApplication._reader.rfid.Options.TagRanging.bank1 = CSLibrary.Constants.MemoryBank.BANK0;
BleMvxApplication._reader.rfid.Options.TagRanging.offset1 = 12; // address C
BleMvxApplication._reader.rfid.Options.TagRanging.count1 = 3;
BleMvxApplication._reader.rfid.Options.TagRanging.bank2 = CSLibrary.Constants.MemoryBank.USER;
BleMvxApplication._reader.rfid.Options.TagRanging.offset2 = 8;
BleMvxApplication._reader.rfid.Options.TagRanging.count2 = 4;
BleMvxApplication._reader.rfid.Options.TagRanging.compactmode = false;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_PRERANGING);
}
private void TagSelectedDYNQ()
{
try
{
_tagSelectedParms = (Structures.TagSelectedParms)m_rdr_opt_parms.TagSelected.Clone();
UInt32 value = 0;
MacReadRegister(MACREGISTER.HST_TAGACC_DESC_CFG, ref value);
value |= 0x0001U; // Enable Verify after write
MacWriteRegister(MACREGISTER.HST_TAGACC_DESC_CFG, value);
MacReadRegister(MACREGISTER.HST_QUERY_CFG, ref value);
value &= ~0x0200U; // Enable Ucode Parallel encoding
MacWriteRegister(MACREGISTER.HST_QUERY_CFG, value);
SetOperationMode(CSLibrary.Constants.RadioOperationMode.NONCONTINUOUS);
SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S0, CSLibrary.Constants.SessionTarget.A);
{
CSLibrary.Structures.DynamicQParms param = new CSLibrary.Structures.DynamicQParms();
param.startQValue = m_rdr_opt_parms.TagSelected.Qvalue;
param.toggleTarget = (uint)((m_rdr_opt_parms.TagSelected.flags & CSLibrary.Constants.SelectMaskFlags.ENABLE_TOGGLE) == CSLibrary.Constants.SelectMaskFlags.ENABLE_TOGGLE ? 1 : 0);
param.retryCount = 0x05;
SetSingulationAlgorithmParms(CSLibrary.Constants.SingulationAlgorithm.DYNAMICQ, param);
}
CSLibrary.Structures.SelectCriterion[] sel = new CSLibrary.Structures.SelectCriterion[1];
sel[0] = new CSLibrary.Structures.SelectCriterion();
sel[0].action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED,
(m_rdr_opt_parms.TagSelected.flags & CSLibrary.Constants.SelectMaskFlags.ENABLE_NON_MATCH) == CSLibrary.Constants.SelectMaskFlags.ENABLE_NON_MATCH ?
CSLibrary.Constants.Action.DSLINVB_ASLINVA : CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
if (m_rdr_opt_parms.TagSelected.bank == CSLibrary.Constants.MemoryBank.EPC)
{
sel[0].mask = new CSLibrary.Structures.SelectMask(
m_rdr_opt_parms.TagSelected.bank,
(uint)((m_rdr_opt_parms.TagSelected.flags & CSLibrary.Constants.SelectMaskFlags.ENABLE_PC_MASK) == CSLibrary.Constants.SelectMaskFlags.ENABLE_PC_MASK ? 16 : 32 + m_rdr_opt_parms.TagSelected.epcMaskOffset),
m_rdr_opt_parms.TagSelected.epcMaskLength,
m_rdr_opt_parms.TagSelected.epcMask.ToBytes());
}
else
{
sel[0].mask = new CSLibrary.Structures.SelectMask(
m_rdr_opt_parms.TagSelected.bank,
m_rdr_opt_parms.TagSelected.MaskOffset,
m_rdr_opt_parms.TagSelected.MaskLength,
m_rdr_opt_parms.TagSelected.Mask);
}
if ((m_Result = SetSelectCriteria(sel)) != CSLibrary.Constants.Result.OK)
{
//goto EXIT;
}
}
catch (System.Exception ex)
{
#if DEBUG
//CSLibrary.Diagnostics.CoreDebug.Logger.ErrorException("HighLevelInterface.TagSelected()", ex);
#endif
m_Result = CSLibrary.Constants.Result.SYSTEM_CATCH_EXCEPTION;
}
}
void InventorySetting()
{
switch (BleMvxApplication._config.RFID_FrequenceSwitch)
{
case 0:
BleMvxApplication._reader.rfid.SetHoppingChannels(BleMvxApplication._config.RFID_Region);
break;
case 1:
BleMvxApplication._reader.rfid.SetFixedChannel(BleMvxApplication._config.RFID_Region, BleMvxApplication._config.RFID_FixedChannel);
break;
case 2:
BleMvxApplication._reader.rfid.SetAgileChannels(BleMvxApplication._config.RFID_Region);
break;
}
BleMvxApplication._reader.rfid.Options.TagRanging.flags = CSLibrary.Constants.SelectFlags.ZERO;
// Setting 1
if (BleMvxApplication._reader.rfid.GetModelName() == "CS108")
{
if (BleMvxApplication._config.RFID_PowerSequencing_NumberofPower == 0)
{
BleMvxApplication._reader.rfid.SetPowerSequencing(0);
BleMvxApplication._reader.rfid.SetPowerLevel((uint)BleMvxApplication._config.RFID_Power);
}
else
{
BleMvxApplication._reader.rfid.SetPowerSequencing(BleMvxApplication._config.RFID_PowerSequencing_NumberofPower, BleMvxApplication._config.RFID_PowerSequencing_Level, BleMvxApplication._config.RFID_PowerSequencing_DWell);
}
}
// Setting 3 // MUST SET for RFMicro
if (BleMvxApplication._reader.rfid.Options.TagRanging.focus)
{
BleMvxApplication._config.RFID_DynamicQParms.toggleTarget = 0;
}
else
{
BleMvxApplication._config.RFID_DynamicQParms.toggleTarget = BleMvxApplication._config.RFID_ToggleTarget ? 1U : 0;
}
BleMvxApplication._reader.rfid.SetDynamicQParms(BleMvxApplication._config.RFID_DynamicQParms);
// Setting 4
if (BleMvxApplication._reader.rfid.Options.TagRanging.focus)
{
BleMvxApplication._config.RFID_FixedQParms.toggleTarget = 0;
}
else
{
BleMvxApplication._config.RFID_FixedQParms.toggleTarget = BleMvxApplication._config.RFID_ToggleTarget ? 1U : 0;
}
BleMvxApplication._reader.rfid.SetFixedQParms(BleMvxApplication._config.RFID_FixedQParms);
// Setting 2
if (BleMvxApplication._reader.rfid.Options.TagRanging.focus)
{
BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S1, CSLibrary.Constants.SessionTarget.A);
}
BleMvxApplication._reader.rfid.SetOperationMode(BleMvxApplication._config.RFID_OperationMode);
//BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S1, CSLibrary.Constants.SessionTarget.A);
BleMvxApplication._reader.rfid.SetCurrentSingulationAlgorithm(BleMvxApplication._config.RFID_Algorithm);
BleMvxApplication._reader.rfid.SetCurrentLinkProfile(BleMvxApplication._config.RFID_Profile);
// Set Post Filter
{
BleMvxApplication._reader.rfid.Options.TagSelected.flags = CSLibrary.Constants.SelectMaskFlags.ENABLE_TOGGLE;
BleMvxApplication._reader.rfid.Options.TagSelected.bank = CSLibrary.Constants.MemoryBank.TID;
BleMvxApplication._reader.rfid.Options.TagSelected.Mask = new byte [] { 0xE2, 0x03, 0x51, 0x06 };
BleMvxApplication._reader.rfid.Options.TagSelected.MaskOffset = 0;
BleMvxApplication._reader.rfid.Options.TagSelected.MaskLength = 28;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_PREFILTER);
BleMvxApplication._reader.rfid.Options.TagRanging.flags |= CSLibrary.Constants.SelectFlags.SELECT;
}
{
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.CTESIUS, CSLibrary.Constants.Action.DSLINVB_ASLINVA, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.USER, 0x40, 0, new byte[] {});
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
}
// Multi bank inventory
BleMvxApplication._reader.rfid.Options.TagRanging.multibanks = 1;
BleMvxApplication._reader.rfid.Options.TagRanging.bank1 = CSLibrary.Constants.MemoryBank.USER;
BleMvxApplication._reader.rfid.Options.TagRanging.offset1 = 6;
BleMvxApplication._reader.rfid.Options.TagRanging.count1 = 4;
BleMvxApplication._reader.rfid.Options.TagRanging.compactmode = false;
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_PRERANGING);
}
bool SetParameters()
{
switch (_readProcedure)
{
case 0: //
if (!switchRWTagIDIsToggled)
{
_readProcedure++;
return(SetParameters());
}
BleMvxApplication._reader.rfid.Options.TagRead.bank = (CSLibrary.Constants.MemoryBank)_dataBank[0];
BleMvxApplication._reader.rfid.Options.TagRead.offset = _dataOffset[0];
BleMvxApplication._reader.rfid.Options.TagRead.count = _dataCount[0];
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.SetSelectCriteria(1, null);
break;
case 1:
if (!switchCalibrationIsToggled)
{
_readProcedure++;
return(SetParameters());
}
BleMvxApplication._reader.rfid.Options.TagRead.bank = _dataBank[1];
BleMvxApplication._reader.rfid.Options.TagRead.offset = _dataOffset[1];
BleMvxApplication._reader.rfid.Options.TagRead.count = _dataCount[1];
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.SetSelectCriteria(1, null);
break;
case 2:
if (!switchSensorCodeIsToggled)
{
_readProcedure++;
return(SetParameters());
}
BleMvxApplication._reader.rfid.Options.TagRead.bank = _dataBank[_tagMode + 1];
BleMvxApplication._reader.rfid.Options.TagRead.offset = _dataOffset[_tagMode + 1];
BleMvxApplication._reader.rfid.Options.TagRead.count = _dataCount[_tagMode + 1];
{
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S1, CSLibrary.Constants.SessionTarget.A); // better for read rangage
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0xe0, 0, new byte[1]);
BleMvxApplication._reader.rfid.SetSelectCriteria(0, extraSlecetion);
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.EPC, 0x20, 0x60, CSLibrary.Tools.Hex.ToBytes(entrySelectedEPC));
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
}
break;
case 3:
if (!switchRssiCodeIsToggled)
{
_readProcedure++;
return(SetParameters());
}
if (_tagMode == 1)
{
BleMvxApplication._reader.rfid.Options.TagRead.bank = _dataBank[5];
BleMvxApplication._reader.rfid.Options.TagRead.offset = _dataOffset[5];
BleMvxApplication._reader.rfid.Options.TagRead.count = _dataCount[5];
}
else
{
BleMvxApplication._reader.rfid.Options.TagRead.bank = _dataBank[6];
BleMvxApplication._reader.rfid.Options.TagRead.offset = _dataOffset[6];
BleMvxApplication._reader.rfid.Options.TagRead.count = _dataCount[6];
}
{
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S1, CSLibrary.Constants.SessionTarget.A); // better for read rangage
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0xd0, 8, new byte[] { 0x20 });
BleMvxApplication._reader.rfid.SetSelectCriteria(0, extraSlecetion);
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.EPC, 0x20, 0x60, CSLibrary.Tools.Hex.ToBytes(entrySelectedEPC));
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
}
break;
case 4:
if (!switchTemperatureCodeIsToggled)
{
_readProcedure++;
return(SetParameters());
}
BleMvxApplication._reader.rfid.Options.TagRead.bank = _dataBank[7];
BleMvxApplication._reader.rfid.Options.TagRead.offset = _dataOffset[7];
BleMvxApplication._reader.rfid.Options.TagRead.count = _dataCount[7];
{
BleMvxApplication._reader.rfid.StartOperation(CSLibrary.Constants.Operation.TAG_SELECTED);
BleMvxApplication._reader.rfid.SetTagGroup(CSLibrary.Constants.Selected.ASSERTED, CSLibrary.Constants.Session.S1, CSLibrary.Constants.SessionTarget.A); // better for read rangage
CSLibrary.Structures.SelectCriterion extraSlecetion = new CSLibrary.Structures.SelectCriterion();
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.BANK3, 0xe0, 0, new byte[] { 0x00 });
BleMvxApplication._reader.rfid.SetSelectCriteria(0, extraSlecetion);
extraSlecetion.action = new CSLibrary.Structures.SelectAction(CSLibrary.Constants.Target.SELECTED, CSLibrary.Constants.Action.ASLINVA_DSLINVB, 0);
extraSlecetion.mask = new CSLibrary.Structures.SelectMask(CSLibrary.Constants.MemoryBank.EPC, 0x20, 0x60, CSLibrary.Tools.Hex.ToBytes(entrySelectedEPC));
BleMvxApplication._reader.rfid.SetSelectCriteria(1, extraSlecetion);
}
break;
default:
BleMvxApplication._reader.rfid.CancelAllSelectCriteria(); // Confirm cancel all filter
return(false);
break;
}
readRetryCnt = 7;
return(true);
}
