/// <summary>
///
/// </summary>
/// <param name="packetData"></param>
public bool ProcessAPIPacket(byte [] data)
{
switch (data[3])
{
case 0xc2:
// check packet running number
if (data[5] == 0x9e && data[8] == 0x81 && data[9] == 0x00)
{
_blePacketRunningNumber++;
if (!_handleSiliconLabIC._firmwareOlderT108 && data[4] != _blePacketRunningNumber)
{
if (data[4] > _blePacketRunningNumber)
{
InventoryDebug.InventorySkipPackerAdd((uint)(data[4] - _blePacketRunningNumber));
}
else
{
InventoryDebug.InventorySkipPackerAdd((uint)((256U + data[4]) - _blePacketRunningNumber));
}
_blePacketRunningNumber = data[4];
_handlerRFIDReader.ClearBuffer();
}
}
_currentCommandResponse |= RecvRFIDPacket(data);
break;
case 0x6a:
switch (RecvBarcodePacket(data))
{
case BARCODECOMMANDRESPONSETYPE.CONTROLCOMMAND:
_currentCommandResponse |= BTWAITCOMMANDRESPONSETYPE.BTAPIRESPONSE;
break;
case BARCODECOMMANDRESPONSETYPE.DATA:
_currentCommandResponse |= BTWAITCOMMANDRESPONSETYPE.DATA1;
break;
case BARCODECOMMANDRESPONSETYPE.NOTIFICATION:
case BARCODECOMMANDRESPONSETYPE.ERROR:
default:
return(true);
}
break;
case 0xd9:
if (RecvNofigicationPacket(data))
{
_currentCommandResponse |= BTWAITCOMMANDRESPONSETYPE.BTAPIRESPONSE;
}
break;
//return false;
case 0xe8:
_currentCommandResponse |= _handleSiliconLabIC.ProcessDataPacket(data);
break;
case 0x5f:
if (_handleBluetoothIC.BluetoothICPacket(data))
{
_currentCommandResponse |= BTWAITCOMMANDRESPONSETYPE.BTAPIRESPONSE;
}
break;
}
BLERWEngineTimer(); // send next packet immediately
return(true);
}
public Result StartOperation(Operation opertion)
{
CurrentOperation = opertion;
// Clear inventory compatmode
if (opertion != Operation.TAG_EXERANGING)
{
UInt32 Value = 0;
// Clear inventory compatmode
MacReadRegister(MACREGISTER.HST_INV_CFG, ref Value);
Value &= ~(1U << 26); // bit 26
Value &= ~(3U << 16); // bit 16,17
MacWriteRegister(MACREGISTER.INV_CYCLE_DELAY, 0);
MacWriteRegister(MACREGISTER.HST_INV_CFG, Value);
}
InventoryDebug.Clear();
switch (opertion)
{
case Operation.TAG_RANGING:
TagRangingThreadProc();
break;
case Operation.TAG_PRERANGING:
PreTagRangingThreadProc();
break;
case Operation.TAG_EXERANGING:
CurrentOperation = Operation.TAG_RANGING;
ExeTagRangingThreadProc();
break;
case Operation.TAG_SEARCHING:
TagSearchOneTagThreadProc();
break;
case Operation.TAG_PRESEARCHING:
PreTagSearchOneTagThreadProc();
break;
case Operation.TAG_EXESEARCHING:
CurrentOperation = Operation.TAG_SEARCHING;
ExeTagSearchOneTagThreadProc();
break;
case Operation.TAG_SELECTED:
TagSelected();
break;
case Operation.TAG_SELECTEDDYNQ:
TagSelectedDYNQ();
break;
case Operation.TAG_FASTSELECTED:
FastTagSelected();
break;
case Operation.TAG_GENERALSELECTED:
SetMaskThreadProc();
break;
case Operation.TAG_PREFILTER:
PreFilter();
break;
case Operation.TAG_READ:
ReadThreadProc();
break;
case Operation.TAG_READ_PC:
TagReadPCThreadProc();
break;
case Operation.TAG_READ_EPC:
TagReadEPCThreadProc();
break;
case Operation.TAG_READ_ACC_PWD:
TagReadAccPwdThreadProc();
break;
case Operation.TAG_READ_KILL_PWD:
TagReadKillPwdThreadProc();
break;
case Operation.TAG_READ_TID:
TagReadTidThreadProc();
break;
case Operation.TAG_READ_USER:
TagReadUsrMemThreadProc();
break;
case Operation.TAG_WRITE:
WriteThreadProc();
break;
case Operation.TAG_WRITE_PC:
TagWritePCThreadProc();
break;
case Operation.TAG_WRITE_EPC:
TagWriteEPCThreadProc();
break;
case Operation.TAG_WRITE_ACC_PWD:
TagWriteAccPwdThreadProc();
break;
case Operation.TAG_WRITE_KILL_PWD:
TagWriteKillPwdThreadProc();
break;
case Operation.TAG_WRITE_USER:
TagWriteUsrMemThreadProc();
break;
case Operation.TAG_BLOCK_WRITE:
BlockWriteThreadProc();
break;
case Operation.TAG_LOCK:
TagLockThreadProc();
break;
case Operation.TAG_BLOCK_PERMALOCK:
TagBlockLockThreadProc();
break;
case Operation.TAG_KILL:
TagKillThreadProc();
break;
case Operation.TAG_AUTHENTICATE:
TagAuthenticateThreadProc();
break;
case Operation.TAG_READBUFFER:
TagReadBufferThreadProc();
break;
case Operation.TAG_UNTRACEABLE:
TagUntraceableThreadProc();
break;
default:
return(Result.NOT_SUPPORTED);
}
return(Result.OK);
}
public Result StartOperation(Operation opertion)
{
CurrentOperation = opertion;
// Clear inventory compatmode
if (opertion != Operation.TAG_EXERANGING)
{
UInt32 Value = 0;
// Clear inventory compatmode
MacReadRegister(MACREGISTER.HST_INV_CFG, ref Value);
Value &= ~(1U << 26); // bit 26
Value &= ~(3U << 16); // bit 16,17
MacWriteRegister(MACREGISTER.INV_CYCLE_DELAY, 0);
MacWriteRegister(MACREGISTER.HST_INV_CFG, Value);
}
InventoryDebug.Clear();
switch (opertion)
{
case Operation.TAG_RANGING: // Enable get battery level by interrupt
_deviceHandler.battery.EnableAutoBatteryLevel();
TagRangingThreadProc();
break;
case Operation.TAG_PRERANGING: // Enable get battery level by interrupt
PreTagRangingThreadProc();
break;
case Operation.TAG_EXERANGING: // Enable get battery level by interrupt
CurrentOperation = Operation.TAG_RANGING;
_deviceHandler.battery.EnableAutoBatteryLevel();
ExeTagRangingThreadProc();
break;
case Operation.TAG_SEARCHING: // Enable get battery level by interrupt
_deviceHandler.battery.EnableAutoBatteryLevel();
TagSearchOneTagThreadProc();
break;
case Operation.TAG_PRESEARCHING:
PreTagSearchOneTagThreadProc();
break;
case Operation.TAG_EXESEARCHING: // Enable get battery level by interrupt
CurrentOperation = Operation.TAG_SEARCHING;
_deviceHandler.battery.EnableAutoBatteryLevel();
ExeTagSearchOneTagThreadProc();
break;
case Operation.TAG_SELECTED:
TagSelected();
break;
case Operation.TAG_SELECTEDDYNQ:
TagSelectedDYNQ();
break;
case Operation.TAG_FASTSELECTED:
FastTagSelected();
break;
case Operation.TAG_GENERALSELECTED:
SetMaskThreadProc();
break;
case Operation.TAG_PREFILTER:
PreFilter();
break;
case Operation.TAG_READ:
ReadThreadProc();
break;
case Operation.TAG_READ_PC:
TagReadPCThreadProc();
break;
case Operation.TAG_READ_EPC:
TagReadEPCThreadProc();
break;
case Operation.TAG_READ_ACC_PWD:
TagReadAccPwdThreadProc();
break;
case Operation.TAG_READ_KILL_PWD:
TagReadKillPwdThreadProc();
break;
case Operation.TAG_READ_TID:
TagReadTidThreadProc();
break;
case Operation.TAG_READ_USER:
TagReadUsrMemThreadProc();
break;
case Operation.TAG_WRITE:
WriteThreadProc();
break;
case Operation.TAG_WRITE_PC:
TagWritePCThreadProc();
break;
case Operation.TAG_WRITE_EPC:
TagWriteEPCThreadProc();
break;
case Operation.TAG_WRITE_ACC_PWD:
TagWriteAccPwdThreadProc();
break;
case Operation.TAG_WRITE_KILL_PWD:
TagWriteKillPwdThreadProc();
break;
case Operation.TAG_WRITE_USER:
TagWriteUsrMemThreadProc();
break;
case Operation.TAG_BLOCK_WRITE:
BlockWriteThreadProc();
break;
case Operation.TAG_LOCK:
TagLockThreadProc();
break;
case Operation.TAG_BLOCK_PERMALOCK:
TagBlockLockThreadProc();
break;
case Operation.TAG_KILL:
TagKillThreadProc();
break;
case Operation.TAG_AUTHENTICATE:
TagAuthenticateThreadProc();
break;
case Operation.TAG_READBUFFER:
TagReadBufferThreadProc();
break;
case Operation.TAG_UNTRACEABLE:
TagUntraceableThreadProc();
break;
case Operation.FM13DT_READMEMORY:
FM13DTReadMemoryThreadProc();
break;
case Operation.FM13DT_WRITEMEMORY:
FM13DTWriteMemoryThreadProc();
break;
case Operation.FM13DT_READREGISTER:
FM13DTReadRegThreadProc();
break;
case Operation.FM13DT_WRITEREGISTER:
FM13DTWriteRegThreadProc();
break;
case Operation.FM13DT_AUTH:
FM13DTAuthThreadProc();
break;
case Operation.FM13DT_GETTEMP:
FM13DTGetTempThreadProc();
break;
case Operation.FM13DT_STARTLOG:
FM13DTStartLogThreadProc();
break;
case Operation.FM13DT_STOPLOG:
FM13DTStopLogChkThreadProc();
break;
case Operation.FM13DT_DEEPSLEEP:
FM13DTDeepSleepThreadProc();
break;
case Operation.FM13DT_OPMODECHK:
FM13DTOpModeChkThreadProc();
break;
case Operation.FM13DT_INITIALREGFILE:
FM13DTInitialRegFileThreadProc();
break;
case Operation.FM13DT_LEDCTRL:
FM13DTLedCtrlThreadProc();
break;
case Operation.QT_COMMAND:
QT_CommandProc();
break;
default:
return(Result.NOT_SUPPORTED);
}
return(Result.OK);
}
