bool
DeviceDescriptor::Declare(const struct Declaration *declaration)
{
bool result = (device != NULL) && (device->Declare(declaration));
if (parser.isFlarm)
result = FlarmDeclare(Com, declaration) || result;
return result;
}
BOOL devDeclare(PDeviceDescriptor_t d, Declaration_t *decl)
{
BOOL result = FALSE;
if (is_simulator())
return true;
mutexComm.Lock();
if (d) {
if ((d->Driver) && (d->Driver->Declare != NULL))
result = d->Driver->Declare(d, decl);
if (NMEAParser::PortIsFlarm(d->Port))
result |= FlarmDeclare(d, decl);
}
mutexComm.Unlock();
return result;
}
BOOL devDeclare(PDeviceDescriptor_t d, Declaration_t *decl, unsigned errBufferLen, TCHAR errBuffer[])
{
BOOL result = FALSE;
if (SIMMODE)
return TRUE;
const unsigned BUFF_LEN = 128;
TCHAR buffer[BUFF_LEN];
// We must be sure we are not going to attempt task declaration
// while a port reset is already in progress. If this happens, a Flarm device will not be Flarm anymore
// until a Flarm nmea sentence is parsed again once.
// LKTOKEN _@M1400_ = "Task declaration"
// LKTOKEN _@M571_ = "START"
_sntprintf(buffer, BUFF_LEN, _T("%s: %s..."), gettext(_T("_@M1400_")), gettext(_T("_@M571_")));
CreateProgressDialog(buffer);
/***********************************************************/
devDirectLink(d,true);
/***********************************************************/
LockComm();
if ((d != NULL) && (d->Declare != NULL))
result = d->Declare(d, decl, errBufferLen, errBuffer);
else {
if ((d != NULL) && NMEAParser::PortIsFlarm(d->Port)) {
result |= FlarmDeclare(d, decl, errBufferLen, errBuffer);
}
}
UnlockComm();
/***********************************************************/
devDirectLink(d,false);
/***********************************************************/
CloseProgressDialog();
return result;
}
