//-------------------------------------------------------------------------
bool DcBootControl::identify(QRtMidiDevIdent* id /*=0 */)
{
bool rtval = false;
QRtAutoTrigger autotc("F0 7E .. 06 02 00 01 55",_pMidiIn);
_pMidiOut->dataOut("F0 7E 7F 06 01 F7");
// Wait for the response data, or timeout after 300ms
if(autotc.wait(3000))
{
if(id)
{
QRtMidiData md;
if(autotc.dequeue(md))
{
id->fromIdentData(md);
DCLOG() << id->toString() << "\n";
rtval = true;
}
}
else
{
rtval = true;
}
}
else
{
_lastErrorMsg << "Timeout waiting for identity response";
}
return rtval;
}
//-------------------------------------------------------------------------
bool DcBootControl::exitBoot( QRtMidiDevIdent* id /*= 0*/ )
{
bool rtval = false;
// Setup to wait for Strymon identity data
QRtAutoTrigger autotc("F0 7E .. 06 02 00 01 55",_pMidiIn);
_pMidiOut->dataOut("F0 00 01 55 42 01 F7");
// Wait 4 seconds for the response data
if(autotc.wait(4000))
{
rtval = true;
if(id)
{
QRtMidiData md;
if(autotc.dequeue(md))
{
id->fromIdentData(md);
}
else
{
rtval = false;
}
}
}
return rtval;
}
//-------------------------------------------------------------------------
bool DcBootControl::isBootcode()
{
QRtAutoTrigger autotc(RESPONCE_BANK_INFO_ANY,_pMidiIn);
_pMidiOut->dataOut(CMD_GET_BANK0_INFO);
bool rtval = autotc.wait(400);
return rtval;
}
//-------------------------------------------------------------------------
bool DcBootControl::getBootCodeInfo(DcBootCodeInfo& bcInfo)
{
DcCodeBankInfo codeInfo;
if(!isBootcode())
{
return false;
}
else
{
QRtMidiDevIdent id;
if(identify(&id))
{
bcInfo.setVersion(id.FwVersion);
}
QRtAutoTrigger autotc(RESPONCE_BANK_INFO_ANY,_pMidiIn);
_pMidiOut->dataOut(CMD_GET_BANK0_INFO);
if(!autotc.wait(500))
{
codeInfo.clear();
}
else
{
QRtMidiData md;
autotc.dequeue(md);
codeInfo.init(md);
}
bcInfo.setBank(0,codeInfo);
_pMidiOut->dataOut(CMD_GET_BANK1_INFO);
if(!autotc.wait(500))
{
codeInfo.clear();
}
else
{
QRtMidiData md;
autotc.dequeue(md);
codeInfo.init(md);
}
bcInfo.setBank(1,codeInfo);
}
return bcInfo.isOk();
}
bool DcBootControl::identify(DcMidiDevIdent* id /*=0 */)
{
bool rtval = false;
DcAutoTrigger autotc(_blindMode ? "F0 7E .. 06" : "F0 7E .. 06 02 00 01 55",_pMidiIn );
_pMidiOut->dataOut( "F0 7E 7F 06 01 F7" );
// Wait for the response data, or timeout after 300ms
if( autotc.wait( 3000 ) )
{
if( id )
{
DcMidiData md;
if( autotc.dequeue( md ) )
{
if( _blindMode && _pDevDetails && !_pDevDetails->isEmpty())
{
DcMidiDevIdent* dcid = static_cast<DcMidiDevIdent*>(_pDevDetails);
if( dcid )
{
*id = *dcid;
DCLOG() << "BootControl 'blind mode' Id Result: " << id->toString() << "\n";
rtval = true;
}
else
{
DCLOG() << "BootControl 'blind mode' FAIL\n";
}
}
else
{
id->fromIdentData( md );
DCLOG() << "BootControl Id Result: " << id->toString() << "\n";
rtval = true;
}
}
}
else
{
rtval = true;
}
}
else
{
_lastErrorMsg << "Timeout waiting for identity response in BootControl";
}
return rtval;
}
bool DcBootControl::writeFirmwareUpdateMsg(QRtMidiData& msg,int timeOutMs /*= 2000*/)
{
bool rtval = false;
QRtAutoTrigger autotc(kFUResponcePattern,_pMidiIn);
// Magic number 8 is the response control flags, a 3 will
// deliver status.
msg[8] = 0x03;
_pMidiOut->dataOutSplit(msg,_maxDataOut,_delayBetweenDataOut);
QRtMidiData md;
// Wait for the response data, or timeout after 300ms
if(autotc.wait(timeOutMs))
{
if(autotc.dequeue(md))
{
if(md == kFUGood)
{
rtval = true;
}
else if(md == kFUBad)
{
DCLOG() << "kFUBad";
_lastErrorMsg << "Device reject firmware command - BAD packet.";
}
else if(md == kFUFailed)
{
DCLOG() << "kFUFailed";
_lastErrorMsg << "Device failed firmware command.";
}
else
{
DCLOG() << "Unknown response: " << md.toString(' ') << "\n";
_lastErrorMsg << "Firmware write generated an unknown response from the device.";
}
}
}
else
{
DCLOG() << "Timeout waiting on " << msg.toString(' ') << "\n";
_lastErrorMsg << "Firmware update failure - timeout after write command.\n" << msg.toString(' ').mid(15,38);
}
return rtval;
}
bool DcBootControl::writeFirmwareUpdateMsg(DcMidiData& msg,int timeOutMs /*= 2000*/)
{
bool rtval = false;
DcAutoTrigger autotc( _blindMode ? "F0 00 01 55" : kFUResponcePattern ,_pMidiIn );
// Magic number 8 is the response control flags, a 3 will deliver status.
msg[8] = 0x03;
// if(_blindMode )
// {
// DCLOG() << "SEND: " << msg.toString(' ');
// }
_pMidiOut->dataOut(msg);
DcMidiData md;
// Wait for the response data, or timeout after 300ms
if(autotc.wait(timeOutMs))
{
if(autotc.dequeue(md))
{
if(_blindMode )
{
if(md.match("F0 00 01 55 42 00") )
{
md = kFUGood;
}
else if(md.match("F0 00 01 55 42 01") )
{
DCLOG() << "RECVD: " << md.toString(' ');
md = kFUBad;
}
else if(md.match("F0 00 01 55 42 02"))
{
DCLOG() << "RECVD: " << md.toString(' ');
md = kFUFailed;
}
}
if( md == kFUGood )
{
rtval = true;
}
else if( md == kFUBad )
{
DCLOG() << "kFUBad";
_lastErrorMsg << "Device reject firmware command - BAD packet.";
}
else if( md == kFUFailed )
{
DCLOG() << "kFUFailed";
_lastErrorMsg << "Device failed firmware command.";
}
else
{
DCLOG() << "Unknown response: " << md.toString( ' ' ) << "\n";
_lastErrorMsg << "Firmware write generated an unknown response from the device.";
}
}
}
else
{
DCLOG() << "Timeout waiting on " << msg.toString(' ') << "\n";
_lastErrorMsg << "Firmware update failure - timeout after write command.\n" << msg.toString(' ').mid(15,38);
}
return rtval;
}
