bool
fsio::load_mscalibfile( adfs::filesystem& fs, adcontrols::MSCalibrateResult& d )
{
return load( fs, d, d.dataClass(), L"/MSCalibration" );
}
bool
rawdata::applyCalibration( const std::wstring& dataInterpreterClsid, const adcontrols::MSCalibrateResult& calibResult )
{
#if 0
boost::uuids::uuid objid;
auto it = std::find_if( conf_.begin(), conf_.end(), [=](const adutils::AcquiredConf::data& c){
return c.dataInterpreterClsid == dataInterpreterClsid;
});
if ( it != conf_.end() )
objid = it->objid;
else {
if ( conf_.empty() )
adutils::v3::AcquiredConf::create_table_v3( dbf_.db() );
adutils::v3::AcquiredConf::data d;
d.objid = objid;
d.dataInterpreterClsid.resize( dataInterpreterClsid.size() );
std::copy( dataInterpreterClsid.begin(), dataInterpreterClsid.end(), d.dataInterpreterClsid.begin() );
if ( !adutils::v3::AcquiredConf::insert( dbf_.db(), objid, d ) )
return false;
}
const std::wstring calibId = calibResult.calibration().calibId();
std::string device;
if ( adportable::binary::serialize<>()(calibResult, device) ) {
adutils::mscalibio::writeCalibration( dbf_.db(), uint32_t( objid ), calibId.c_str(), calibResult.dataClass(), device.data(), device.size() );
loadAcquiredConf();
loadCalibrations();
return true;
}
#endif
return false;
}
bool
fsio::save_mscalibfile( adfs::filesystem& fs, const adcontrols::MSCalibrateResult& d )
{
return save( fs, d, d.dataClass(), L"/MSCalibration" );
}
