/**
* Initialize the system state.
*
* Description:\n
* Initializes the system state, initializing internal variables based
* on startup parameters
*/
void
State::init()
{
Args *args = Args::getInstance();
Assert(args);
beam = Beam::getInstance();
Assert(beam);
// set the intrinsics
strcpy(intrinsics.interfaceVersion, SSE_CHANNELIZER_INTERFACE_VERSION);
strcpy(intrinsics.name, args->getName().c_str());
gethostname(intrinsics.host, sizeof(intrinsics.host) - 1);
// string s = std::string(CHVERSION);
strcpy(intrinsics.codeVersion, "");
strcpy(intrinsics.beamBase.addr, args->getInputAddr());
intrinsics.beamBase.port = args->getInputPort();
intrinsics.beamId = args->getBeamSrc();
#ifdef notdef
switch (args->getPol()) {
case ATADataPacketHeader::RCIRC:
intrinsics.pol = POL_RIGHTCIRCULAR;
break;
case ATADataPacketHeader::LCIRC:
intrinsics.pol = POL_LEFTCIRCULAR;
break;
case ATADataPacketHeader::XLINEAR:
intrinsics.pol = POL_XLINEAR;
break;
case ATADataPacketHeader::YLINEAR:
intrinsics.pol = POL_YLINEAR;
break;
default:
intrinsics.pol = POL_UNINIT;
break;
}
#else
intrinsics.pol = getPol((ATADataPacketHeader::PolarizationCode)
args->getPol());
#endif
strcpy(intrinsics.channelBase.addr, args->getOutputAddr());
intrinsics.channelBase.port = args->getOutputPort();
intrinsics.totalChannels = args->getTotalChannels();
intrinsics.outputChannels = args->getUsableChannels();
intrinsics.mhzPerChannel = args->getBandwidth() / args->getTotalChannels();
intrinsics.foldings = args->getFoldings();
intrinsics.oversampling = args->getOversampling();
char tmp[MAX_TEXT_STRING];
strcpy(tmp, args->getFilterFile().c_str());
strcpy(intrinsics.filterName, basename(tmp));
}
