template<> bool
device<UserFDK>::readData( task& task, waveform& data )
{
static std::chrono::high_resolution_clock::time_point __uptime = std::chrono::high_resolution_clock::now();
IAgMD2LogicDevicePtr spDpuA = task.spAgDrvr()->LogicDevices->Item[L"DpuA"];
long words_32bits = task.method().nbr_of_s_to_acquire;
data.method_ = task.method();
try {
SAFEARRAY * psaWfmDataRaw(0);
spDpuA->ReadIndirectInt32(0x11, 0, words_32bits, &psaWfmDataRaw, &data.actualElements_, &data.firstValidElement_);
// workaround
data.timestamp_ = std::chrono::duration< uint64_t, std::pico >( std::chrono::high_resolution_clock::now() - __uptime ).count();
safearray_t<int32_t> sa( psaWfmDataRaw );
data.d_.resize( words_32bits );
std::copy( sa.data() + data.firstValidElement_, sa.data() + words_32bits, data.d_.begin() );
} catch ( _com_error& e ) {
TERR(e,"readData::ReadIndirectInt32");
}
return true;
}
template<> bool
device<Simulate>::readData( task& task, waveform& data )
{
data.method_ = task.method();
if ( simulator * simulator = task.simulator() )
return simulator->readData( data );
return false;
}
