Форум: Техническая поддержка

ULONG *sync, tid;
USHORT complete, *fdata, *data;

USHORT IrqStep = 1024;//777-777%7; // половинка буфера кратная числу каналов
USHORT FIFO = 1024;         //
USHORT pages = 128;
USHORT multi = 4; // - количество половинок кольцевого буфера, которое мы хотим собрать

long fsize;
ULONG WINAPI ServiceThread (PVOID /*Context*/) {...} 

void e2010b_setup (ADC_PAR * adcPar)
    {
    adcPar->t2.s_Type = L_ADC_PARAM;
    adcPar->t2.AutoInit = 1;
    adcPar->t2.dRate = 1000.0;
    adcPar->t2.dKadr = 0.0;
    adcPar->t2.SynchroType = 0x01;
    adcPar->t2.SynchroSrc = 0x00;
    adcPar->t2.AdcIMask = SIG_0|SIG_1|SIG_2|SIG_3;
         
    adcPar->t2.NCh = 2;
    adcPar->t2.Chn[0] = 0x0;
    adcPar->t2.Chn[1] = 0x1;
    adcPar->t2.Chn[2] = 0x2;
    adcPar->t2.Chn[3] = 0x3;
    adcPar->t2.FIFO = 32768;
    adcPar->t2.IrqStep = 32768;
    adcPar->t2.Pages = 32;
    adcPar->t2.IrqEna = 1;
    adcPar->t2.AdcEna = 1;

    adcPar->t2.StartCnt = 0;
    adcPar->t2.StopCnt = 5500;
    adcPar->t2.DM_Ena = 0;
    adcPar->t2.SynchroMode = 0;//A_SYNC_UP_EDGE | CH_0;
    adcPar->t2.AdPorog = 0;

    std::cout << "Pages:             " << adcPar->t2.Pages << std::endl;
    std::cout << "IrqStep:           " << adcPar->t2.IrqStep << std::endl;
    std::cout << "FIFO:              " << adcPar->t2.FIFO << std::endl;
    std::cout << "Rate:              " << adcPar->t2.dRate << std::endl;
    
    adcPar->t2.dRate = 0;

    std::cout << "Pages:             " << adcPar->t2.Pages << std::endl;
    std::cout << "IrqStep:           " << adcPar->t2.IrqStep << std::endl;
    std::cout << "FIFO:              " << adcPar->t2.FIFO << std::endl;
    std::cout << "Rate:              " << adcPar->t2.dRate << std::endl;
    }

int main (int argc, char * argv[])
    {
    HINSTANCE hComponent = ::LoadLibrary (L"lcomp.dll");
    if ( hComponent == NULL )
        return 0;
  
    CREATEFUNCPTR CreateInstance = 
        (CREATEFUNCPTR) ::GetProcAddress (hComponent, "CreateInstance");
        
    LUnknown * pIUnknown = CreateInstance (0);
    if ( pIUnknown == NULL ) {
	std::cout << "-" << GetLastError ();
        return 1; 
	}
        
    IDaqLDevice * pI;
    HRESULT hr = pIUnknown->QueryInterface (IID_ILDEV, (void**)&pI);
    if (! SUCCEEDED (hr)) 
       return 1; 
    
    pIUnknown->Release ();

    // Начало работы с платой
    pI->OpenLDevice ();
    pI->LoadBios ("e2010");
    
    PLATA_DESCR_U2 pd;
    pI->ReadPlataDescr (& pd);
    
    DWORD tm = 10000000;
    pI->RequestBufferStream (&tm, L_STREAM_ADC);
    std::cout << "Allocated memory size(word): " << tm << std::endl;

    ADC_PAR adcPar;   
    e2010b_setup (&adcPar);

    pI->FillDAQparameters (&adcPar.t2);
    pI->SetParametersStream (&adcPar.t2, &tm, (void **)&data, (void **)&sync,
                             L_STREAM_ADC);

    IrqStep = adcPar.t2.IrqStep;
    pages = adcPar.t2.Pages;
        
    fsize = multi * (pages / 2) * IrqStep; 
    HANDLE hFile = CreateFile (L"data.dat", GENERIC_READ | GENERIC_WRITE, 
			       FILE_SHARE_WRITE,
                               NULL,
			       CREATE_ALWAYS,
			       FILE_FLAG_RANDOM_ACCESS,
			       NULL);
    if (hFile == INVALID_HANDLE_VALUE) { 
       std::cout << "File open error";
       return -1;
       }

    HANDLE hMap = CreateFileMapping (hFile, NULL, PAGE_READWRITE, 0, 2 * fsize, NULL);
    if (hFile == INVALID_HANDLE_VALUE) { 
       std::cout << "File mapping error";
       return -1;
       }

    fdata = (WORD *) MapViewOfFile (hMap, FILE_MAP_WRITE, 0, 0, 0);
    complete = 0;
    
//  pI->EnableCorrection ();
    pI->InitStartLDevice (); //L_STREAM_ADC);
!!!!!!!!!! ЗДЕСЬ - ОШИБКА 259    std::cout << GetLastError() << std::endl;

//    HANDLE hThread = CreateThread (0, 0x2000, ServiceThread, 0, 0, & tid);
            
   // Запускаем сбор в драйвере
   ULONG status = pI->StartLDevice ();//L_STREAM_ADC);
   std::cout << GetLastError() << std::endl;

   // Печатаем индикатор сбора данных
    while (! complete) {
//        std::cout << GetLastError() << std::endl;
        Sleep(2000
	);
        }

   std::cout << "StartLDevice returned "
             <<  (status ? "TRUE":"FALSE") 
	     << std::endl;

    // Завершение работы
    pI->CloseLDevice ();
    // Закрытие интерфейса
    pI->Release ();
    }

 
    
    adcPar->t2.s_Type = L_ADC_PARAM;
    adcPar->t2.AutoInit = 1;
    adcPar->t2.dRate = 5000.0;
    adcPar->t2.dKadr = 0.01;
    adcPar->t2.SynchroType = 0x01;
    adcPar->t2.SynchroSrc = 0x00;
    adcPar->t2.AdcIMask = SIG_0|SIG_1|SIG_2|SIG_3;
         
    adcPar->t2.NCh = 4;
    adcPar->t2.Chn[0] = 0x0;
    adcPar->t2.Chn[1] = 0x1;
    adcPar->t2.Chn[2] = 0x2;
    adcPar->t2.Chn[3] = 0x3;
    adcPar->t2.FIFO = 32768;
    adcPar->t2.IrqStep = 32768;
    adcPar->t2.Pages = 32;
    adcPar->t2.IrqEna = 1;
    adcPar->t2.AdcEna = 1;

    adcPar->t2.StartCnt = 0;
    adcPar->t2.StopCnt = 500;
    adcPar->t2.DM_Ena = 1;
    adcPar->t2.SynchroMode = 0;//A_SYNC_UP_EDGE | CH_0;
    adcPar->t2.AdPorog = 1;

    PLATA_DESCR_U2 pd;
    pI->ReadPlataDescr (& pd);
    
    std::cout << "SerNum       " << pd.t6.SerNum  << std::endl
                  << "BrdName      " << pd.t6.BrdName << std::endl
                  << "Rev          " << pd.t6.Rev     << std::endl
                  << "DspType      " << pd.t6.DspType << std::endl
                  << "IsDacPresent " << pd.t6.IsDacPresent  << std::endl
                  << "Quartz       " << pd.t6.Quartz << std::endl;

  ULONG status = pI->InitStartLDevice (); //L_STREAM_ADC);
    std::cout << status << " <-> " << GetLastError() << std::endl;
    if (status != L_SUCCESS)
        std::cout << "status: " << status << std::endl;
	
    HANDLE hThread = CreateThread (0, 0x2000, ServiceThread, 0, 0, & tid);
            
   // Запускаем сбор в драйвере
   status = pI->StartLDevice ();//L_STREAM_ADC);