void CSocketSelectDlg::SocketListUpdate( )
{
VCIDEVICECAPS sDevCaps;
TCHAR szText[32];
SendItemMessage(IDC_SOCLIST, CB_RESETCONTENT, 0, 0);
EnableControl(IDC_SOCLIST, FALSE);
if (vciDeviceGetCaps(m_hCurDev, &sDevCaps) == VCI_OK)
{
char cNumCtls = 0;
for (UINT8 s = 0; s < sDevCaps.BusCtrlCount; s++)
{
if (VCI_BUS_TYPE(sDevCaps.BusCtrlTypes[s]) == m_BusType)
{
switch (m_BusType)
{
case VCI_BUS_CAN:
wsprintf(szText, TEXT("CAN - %c"), cNumCtls + 'A');
break;
case VCI_BUS_LIN:
wsprintf(szText, TEXT("LIN - %c"), cNumCtls + 'A');
break;
}
cNumCtls++;
SendItemMessage(IDC_SOCLIST, CB_ADDSTRING, 0, (LPARAM) szText);
}
}
EnableControl(IDC_SOCLIST, cNumCtls > 0);
}
}
/**
* @brief
* Add the CAN controller information of all IXXAT VCI
* devices to the array with the hardware information.
*
* @param [in] iStartPosArray
* The start position array where to write the data into.
* @param [in] pVciDevInfo
* If non-null, information describing the current VCI device
* found by the device enumerator.
* @param [out] sSelHwInterface
* The array with the information of all hardware interfaces.
*
* @return
* The number of found CAN controllers. The calling function
* must use this value to increment the current position in
* the hardware array.
*/
int CDIL_CAN_IXXAT_VCI::VciDeviceInfoAddToArray(int iStartPosArray, VCIDEVICEINFO* pVciDevInfo, INTERFACE_HW_LIST& sSelHwInterface)
{
int iNumOfCANController = 0;
HANDLE hDevice = nullptr;
VCIDEVICECAPS sVciDeviceCaps;
// try to open the VCI device
if ( VCI_OK == DYNCALL(vciDeviceOpen)(pVciDevInfo->VciObjectId, &hDevice) )
{
// try to get the capabilities of the current open device to check
// the number and type of the CAN controller to add it to the
// program global device array.
if ( VCI_OK == DYNCALL(vciDeviceGetCaps)(hDevice, &sVciDeviceCaps) )
{
for (int i=0; i < sVciDeviceCaps.BusCtrlCount; i++)
{
if (VCI_BUS_CAN == VCI_BUS_TYPE(sVciDeviceCaps.BusCtrlTypes[i]))
{
iNumOfCANController++;
// store the current information in our class internal structure
m_arrTmpIxxatCanChannels[iStartPosArray].SetHardwareParams(pVciDevInfo->VciObjectId.AsInt64, i, &m_ClientList);
sSelHwInterface[iStartPosArray].m_dwIdInterface = iStartPosArray;
sSelHwInterface[iStartPosArray].m_bytNetworkID = (BYTE) i; ///< Controller number inside this device.
sSelHwInterface[iStartPosArray].m_dwVendor = 0; // always 0
//strcpy_s(sSelHwInterface[iStartPosArray].m_acDeviceName, MAX_CHAR_SHORT, pVciDevInfo->Description); // the name of the device
sSelHwInterface[iStartPosArray].m_acDeviceName = pVciDevInfo->Description; // the name of the device
std::ostringstream oss;
oss<<"CAN "<<i;
sSelHwInterface[iStartPosArray].m_acNameInterface = oss.str();
// if the cantype.h from IXXAT was enhanced then add the new hardware descriptions here
switch (VCI_CTL_TYPE(sVciDeviceCaps.BusCtrlTypes[i]))
{
case CAN_CTRL_82527:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Intel 82527" );
sSelHwInterface[iStartPosArray].m_acDescription = "Intel 82527";
break;
case CAN_CTRL_82C200:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Intel 82C200" );
sSelHwInterface[iStartPosArray].m_acDescription = "Intel 82C200";
break;
case CAN_CTRL_82C90:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Intel 82C90" );
sSelHwInterface[iStartPosArray].m_acDescription = "Intel 82C90";
break;
case CAN_CTRL_82C92:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Intel 82C92" );
sSelHwInterface[iStartPosArray].m_acDescription = "Intel 82C92";
break;
case CAN_CTRL_SJA1000:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Philips SJA 1000" );
sSelHwInterface[iStartPosArray].m_acDescription = "Philips SJA 1000";
break;
case CAN_CTRL_82C900:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Infinion 82C900 (TwinCAN)" );
sSelHwInterface[iStartPosArray].m_acDescription = "Infinion 82C900 (TwinCAN)";
break;
case CAN_CTRL_TOUCAN:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "Motorola TOUCAN" );
sSelHwInterface[iStartPosArray].m_acDescription = "Motorola TOUCAN";
break;
case CAN_CTRL_IFI:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, "IFI-CAN" );
sSelHwInterface[iStartPosArray].m_acDescription = "IFI-CAN";
break;
default:
//strcpy_s( sSelHwInterface[iStartPosArray].m_acDescription, MAX_CHAR_LONG, _("unknown CAN controller") );
sSelHwInterface[iStartPosArray].m_acDescription = "unknown CAN controller";
break;
}
// jump to the next array entry
iStartPosArray++;
if (iStartPosArray >= CHANNEL_CAN_MAX)
{
LogMessage(FALSE, _("Too many IXXAT CAN controllers found. Abort filling hardware list!"));
break;
}
}
}
}
// close the formerly opened device for later use
DYNCALL(vciDeviceClose)(hDevice);
hDevice = nullptr;
}
// return the number of found CAN controllers
return iNumOfCANController;
}
/**
* @brief
* Add the CAN controller information of all IXXAT VCI
* devices to the array with the hardware information.
*
* @param [in,out] iStartPosArray
* The start position array where to write the data into.
* The veriable will be inremented at every found CAN controller
* @param [in] pVciDevInfo
* If non-null, information describing the current VCI device
* found by the device enumerator.
* @param [out] sSelHwInterface
* The array with the information of all hardware interfaces.
*
* @return
* The number of found CAN controllers. The calling function
* must use this value to increment the current position in
* the hardware array.
*/
int CDIL_CAN_IXXAT_VCI::VciDeviceInfoAddToArray(INT& nStartPosArray, VCIDEVICEINFO* pVciDevInfo, INTERFACE_HW_LIST& sSelHwInterface)
{
int iNumOfCANController = 0;
HANDLE hDevice = nullptr;
VCIDEVICECAPS sVciDeviceCaps;
// try to open the VCI device
if ( VCI_OK == DYNCALL(vciDeviceOpen)(pVciDevInfo->VciObjectId, &hDevice) )
{
// try to get the capabilities of the current open device to check
// the number and type of the CAN controller to add it to the
// program global device array.
if ( VCI_OK == DYNCALL(vciDeviceGetCaps)(hDevice, &sVciDeviceCaps) )
{
for (int i=0; i < sVciDeviceCaps.BusCtrlCount; i++)
{
#ifdef _IXXAT_DEBUG
LogMessage(TRUE, "------> Interface: %s BusCtrl No.: %u Type: 0x%.4X\n", pVciDevInfo->Description, i, sVciDeviceCaps.BusCtrlTypes[i]);
#endif
if (VCI_BUS_CAN == VCI_BUS_TYPE(sVciDeviceCaps.BusCtrlTypes[i]))
{
iNumOfCANController++;
#ifdef _IXXAT_DEBUG
LogMessage(TRUE, "------> iNumOfCANController: %u\n", iNumOfCANController);
#endif
// store the current information in our class internal structure
m_arrTmpIxxatCanChannels[nStartPosArray].SetHardwareParams(pVciDevInfo->VciObjectId.AsInt64, i, &m_ClientList);
sSelHwInterface[nStartPosArray].m_dwIdInterface = nStartPosArray;
sSelHwInterface[nStartPosArray].m_bytNetworkID = (BYTE)i; ///< Controller number inside this device.
sSelHwInterface[nStartPosArray].m_dwVendor = 0; // always 0
//strcpy_s(sSelHwInterface[iStartPosArray].m_acDeviceName, MAX_CHAR_SHORT, pVciDevInfo->Description); // the name of the device
sSelHwInterface[nStartPosArray].m_acDeviceName = pVciDevInfo->Description; // the name of the device
std::ostringstream oss;
oss<<"CAN "<<i;
sSelHwInterface[nStartPosArray].m_acNameInterface = oss.str();
// if the cantype.h from IXXAT was enhanced then add the new hardware descriptions here
switch (VCI_CTL_TYPE(sVciDeviceCaps.BusCtrlTypes[i]))
{
case CAN_CTRL_82527:
sSelHwInterface[nStartPosArray].m_acDescription = "Intel 82527";
break;
case CAN_CTRL_82C200:
sSelHwInterface[nStartPosArray].m_acDescription = "Intel 82C200";
break;
case CAN_CTRL_81C90:
sSelHwInterface[nStartPosArray].m_acDescription = "Intel 81C90";
break;
case CAN_CTRL_81C92:
sSelHwInterface[nStartPosArray].m_acDescription = "Intel 81C92";
break;
case CAN_CTRL_SJA1000:
sSelHwInterface[nStartPosArray].m_acDescription = "Philips SJA 1000";
break;
case CAN_CTRL_82C900:
sSelHwInterface[nStartPosArray].m_acDescription = "Infinion 82C900 (TwinCAN)";
break;
case CAN_CTRL_TOUCAN:
sSelHwInterface[nStartPosArray].m_acDescription = "Motorola TOUCAN";
break;
case CAN_CTRL_MSCAN: // Freescale Star12 MSCAN
sSelHwInterface[nStartPosArray].m_acDescription = "Freescale Star12 MSCAN";
break;
case CAN_CTRL_FLEXCAN: // Freescale FlexCAN
sSelHwInterface[nStartPosArray].m_acDescription = "Freescale FlexCAN";
break;
case CAN_CTRL_IFICAN:
sSelHwInterface[nStartPosArray].m_acDescription = "IFI-CAN";
break;
case CAN_CTRL_BCCAN: // Bosch C_CAN
sSelHwInterface[nStartPosArray].m_acDescription = "Bosch C_CAN";
break;
case CAN_CTRL_BXCAN: // ST BX_CAN
sSelHwInterface[nStartPosArray].m_acDescription = "ST BX_CAN";
break;
case CAN_CTRL_IFICFD: // IFI CAN FD Controller
sSelHwInterface[nStartPosArray].m_acDescription = "IFI CAN FD";
break;
case CAN_CTRL_BMCAN: // Bosch M_CAN
sSelHwInterface[nStartPosArray].m_acDescription = "Bosch M_CAN";
break;
// end
default:
sSelHwInterface[nStartPosArray].m_acDescription = "Unknown CAN controller";
break;
}
// jump to the next array entry
nStartPosArray++;
if (nStartPosArray >= CHANNEL_CAN_MAX)
{
LogMessage(FALSE, _("Too many IXXAT CAN controllers found. Abort filling hardware list!"));
break;
}
}
#ifdef _IXXAT_DEBUG
else
{
// TODO remove
LogMessage(TRUE, "------> Not Added! Interface: %s BusCtrl No.: %u Type: 0x%.4X\n", pVciDevInfo->Description, i, sVciDeviceCaps.BusCtrlTypes[i]);
}
#endif
}
}
// close the formerly opened device for later use
DYNCALL(vciDeviceClose)(hDevice);
hDevice = nullptr;
}
// return the number of found CAN controllers
return iNumOfCANController;
}
