HRESULT InitializeDIL(void)
{
HRESULT hResult = S_OK;
if (g_pouDIL_CAN_Interface == NULL)
{
hResult = DIL_GetInterface(CAN, (void**)&g_pouDIL_CAN_Interface);
hResult = DIL_GetInterface(J1939, (void**) &sg_pouIJ1939DIL);
}
else
{
g_pouDIL_CAN_Interface->DILC_PerformClosureOperations();
}
if (hResult == S_OK)
{
if ((hResult = g_pouDIL_CAN_Interface->DILC_SelectDriver(g_dwDriverId, NULL, &g_ouWrapperLogger)) == S_OK)
{
g_pouDIL_CAN_Interface->DILC_PerformInitOperations();
INT nCount = defNO_OF_CHANNELS;
if (g_pouDIL_CAN_Interface->DILC_ListHwInterfaces(g_asINTERFACE_HW, nCount) == S_OK)
{
HRESULT hResult = g_pouDIL_CAN_Interface->DILC_SelectHwInterfaces(g_asINTERFACE_HW, nCount);
g_nChannelCount = nCount;
if ((hResult == HW_INTERFACE_ALREADY_SELECTED) || (hResult == S_OK))
{
hResult = g_pouDIL_CAN_Interface->DILC_RegisterClient(TRUE, g_dwClientID, _T("CAN_MONITOR"));
if ((hResult == S_OK)|| (hResult == ERR_CLIENT_EXISTS))
{
g_pouDIL_CAN_Interface->DILC_SetConfigData(g_asControllerDetails,
sizeof(SCONTROLLER_DETAILS) * nCount);
}
else
{
//AfxMessageBox("registering client failed");
}
}
else
{
//AfxMessageBox("Selecting hardware interface failed");
}
}
else
{
hResult = S_FALSE;
//AfxMessageBox("Listing hardware interfaces failed");
}
}
else
{
if ( hResult!=DAL_ALREADY_SELECTED )
{
//AfxMessageBox("Driver selection failed");
}
}
}
return hResult;
}
CFrameProcessor_J1939::CFrameProcessor_J1939()
{
// Get hold of J1939 DIL interface
HRESULT Result = DIL_GetInterface(J1939, (void**) &m_pouDIL_J1939);
ASSERT(S_OK == Result);
ASSERT(NULL != m_pouDIL_J1939);
m_sJ1939ProcParams.m_pILog = NULL;
m_sJ1939ProcParams.dwClientID = 0x0;
// Allocate necessary amount of memory.
m_sJ1939Data.m_unDLC = MAX_DATA_LEN_J1939;
m_sJ1939Data.m_pbyData = new BYTE[m_sJ1939Data.m_unDLC];// For basic data object
ASSERT(NULL != m_sJ1939Data.m_pbyData);
// For raw data bytes. It should be equal to the size of m_sJ1939Data
m_pbyJ1939Data = new BYTE[m_sJ1939Data.unGetSize()];
ASSERT(NULL != m_pbyJ1939Data);
USHORT Length = ushCalculateStrLen(true, MAX_DATA_LEN_J1939);
m_sCurrFormatDat.m_pcDataHex = new char[Length];
ASSERT(NULL != m_sCurrFormatDat.m_pcDataHex);
memset(m_sCurrFormatDat.m_pcDataHex, '\0', Length * sizeof(char));
Length = ushCalculateStrLen(false, MAX_DATA_LEN_J1939);
m_sCurrFormatDat.m_pcDataDec = new char[Length];
ASSERT(NULL != m_sCurrFormatDat.m_pcDataDec);
memset(m_sCurrFormatDat.m_pcDataDec, '\0', Length * sizeof(char));
m_sDataCopyThread.m_hActionEvent = m_ouVSEBufJ1939.getNotifyEvent();
m_bIsJ1939DataLogged = FALSE;
}
CFrameProcessor_CAN::CFrameProcessor_CAN()
{
DIL_GetInterface(CAN, (void**)&m_pouDilCanInterface);
m_sCANProcParams.m_pILog = NULL;
m_sCANProcParams.m_pouCANBuffer = NULL;
m_sDataCopyThread.m_hActionEvent = m_ouFSEBufCAN.hGetNotifyingEvent();
}
void CTxEthernetDataStore::vUpdateTxList(int nChannel)
{
if ( nChannel < 0 || nChannel > CHANNEL_ALLOWED )
{
return;
}
list<ETHERNET_FRAME_DATA>::iterator itrFrameData = m_ouEthernet_Frame_Data.begin();
while ( itrFrameData != m_ouEthernet_Frame_Data.end() )
{
if ( bExistInTxList(nChannel, *itrFrameData) == false )
{
itrFrameData = m_ouEthernet_Frame_Data.erase (itrFrameData);
DIL_GetInterface(ETHERNET, (void**)&m_pouDIL_Ethernet_Interface);
if ( m_pouDIL_Ethernet_Interface != NULL )
{
//g_pouDIL_LIN_Interface->DILL_SendMsg(
}
}
else
{
itrFrameData++;
}
}
}
CLINScheduleDataStore::CLINScheduleDataStore()
{
m_pouDIL_LIN_Interface = NULL;
m_ouClusterConfig = NULL;
m_bValidWndSize = FALSE;
DIL_GetInterface( LIN, (void**)&m_pouDIL_LIN_Interface );
}
void CMainPanel::vInitializeMainPanel()
{
DIL_GetInterface(CAN, (void**)&Panel_DIL_CAN_Interface);
Panel_DIL_CAN_Interface->DILC_RegisterClient(TRUE, g_dwClientID, _T("CAN_MONITOR"));
}
HRESULT CSignalWatch_LIN::SW_DoInitialization(void* RefObj, void* ouCluster)
{
AFX_MANAGE_STATE(AfxGetStaticModuleState());
cluster= (ClusterConfig*)ouCluster;
SW_UpdateMsgInterpretObj(RefObj);
//Create the signal watch window for CAN
if (m_pouSigWnd == nullptr)
{
m_pouSigWnd = new CSigWatchDlg(AfxGetMainWnd(), LIN);
m_pouSigWnd->Create(IDD_DLG_SIGNAL_WATCH, nullptr);
m_pouSigWnd->SetWindowText("Signal Watch - LIN");
}
CBaseDIL_LIN* pouDIL_LIN;
if (DIL_GetInterface(LIN, (void**)&pouDIL_LIN) == S_OK)
{
DWORD dwClientId = 0;
pouDIL_LIN->DILL_RegisterClient(TRUE, dwClientId, LIN_MONITOR_NODE);
pouDIL_LIN->DILL_ManageMsgBuf(MSGBUF_ADD, dwClientId, &(m_ouLinBufFSE));
}
//Start the read thread
return bStartSigWatchReadThread()? S_OK: S_FALSE;
}
CBaseDIL_CAN* CGlobalObj::GetICANDIL()
{
if (sm_pouDilCanInterface == nullptr)
{
DIL_GetInterface(CAN, (void**)&(sm_pouDilCanInterface));
}
return sm_pouDilCanInterface;
}
CBaseDIL_LIN* CGlobalObj::GetILINDIL()
{
if (sm_pouDilLinInterface == nullptr)
{
DIL_GetInterface(LIN, (void**)&(sm_pouDilLinInterface));
}
return sm_pouDilLinInterface;
}
HRESULT CTxFlexRayDataStore::bSetDILInterfacePtr()
{
HRESULT hResult = S_OK;
if (g_pouDIL_FLEXRAY_Interface == nullptr)
{
hResult = DIL_GetInterface(FLEXRAY, (void**)&g_pouDIL_FLEXRAY_Interface);
}
return hResult;
}
BOOL CTxEthernetDataStore::bSetDILInterfacePtr(CBaseDIL_ETHERNET* pEthernetDIL)
{
HRESULT hResult = S_OK;
if (m_pouDIL_Ethernet_Interface == NULL)
{
hResult = DIL_GetInterface(ETHERNET, (void**)&m_pouDIL_Ethernet_Interface);
}
return (BOOL)hResult;
}
/******************************************************************************
Function Name : bGetDilInterFace
Input(s) :
Output :
Functionality : Get Dil interface pointer
Member of : CMsgContainerJ1939
Friend of : -
Author(s) : Arun kumar K
Date Created : 20.01.2011
******************************************************************************/
BOOL CMsgContainerJ1939::bGetDilInterFace()
{
BOOL bFound = FALSE;;
DIL_GetInterface( J1939, (void**)&m_pouDIL_J1939 );
if (nullptr != m_pouDIL_J1939)
{
bFound = TRUE;
}
return bFound;
}
CFrameProcessor_LIN::CFrameProcessor_LIN():m_ouFormatMsgLIN(m_ouRefTimer)
{
DIL_GetInterface(LIN, (void**)&m_pouDilLINInterface);
m_sLINProcParams.m_pILog = NULL;
m_sLINProcParams.m_pouLINBuffer = NULL;
m_bIsLINDataLogged = FALSE;
m_sDataCopyThread.m_hActionEvent = m_ouFSEBufLIN.hGetNotifyingEvent();
}
/******************************************************************************
Function Name : TSX_DoInitialization
Input(s) : -
Output : HRESULT
Functionality : Registers to CAN DIL
Member of : CTSExecutionCAN
Friend of : -
Author(s) : Venkatanarayana Makam
Date Created : 01/04/2011
Modifications :
******************************************************************************/
HRESULT CTSExecutionCAN::TSX_DoInitialization(void)
{
if (DIL_GetInterface(CAN, (void**)&m_pouDIL_CAN) == S_OK)
{
m_pouDIL_CAN->DILC_RegisterClient(TRUE, m_dwClientId, CAN_MONITOR_NODE);
m_pouDIL_CAN->DILC_ManageMsgBuf(MSGBUF_ADD, m_dwClientId, &m_ouCanBufFSE);
return S_OK;
}
return S_FALSE;
}
/******************************************************************************
Function Name : bGetDilInterFace
Input(s) :
Output :
Functionality : Get Dil interface pointer
Member of : CMsgContainerLIN
Friend of : -
Author(s) : Anish kumar
Date Created : 26.05.2010
******************************************************************************/
BOOL CMsgContainerLIN::bGetDilInterFace()
{
BOOL bFound = FALSE;;
DIL_GetInterface(LIN, (void**)&m_pouDIL_LIN_Interface);
if (NULL != m_pouDIL_LIN_Interface)
{
bFound = TRUE;
}
return bFound;
}
/******************************************************************************
Function Name : bGetDilInterFace
Input(s) :
Output :
Functionality : Get Dil interface pointer
Member of : CMsgContainerCAN
Friend of : -
Author(s) : Anish kumar
Date Created : 26.05.2010
******************************************************************************/
BOOL CMsgContainerCAN::bGetDilInterFace()
{
BOOL bFound = FALSE;;
DIL_GetInterface( CAN, (void**)&m_pouDIL_CAN_Interface );
if (nullptr != m_pouDIL_CAN_Interface)
{
bFound = TRUE;
}
return bFound;
}
CFrameProcessor_CAN::CFrameProcessor_CAN():m_ouFormatMsgCAN(m_ouRefTimer)
{
DIL_GetInterface( CAN, (void**)&m_pouDilCanInterface );
m_eBusType = CAN;
m_sCANProcParams.m_pILog = nullptr;
m_sCANProcParams.m_pouCANBuffer = nullptr;
m_bIsDataLogged = FALSE;
m_sDataCopyThread.m_hActionEvent = m_ouFSEBufCAN.hGetNotifyingEvent();
}
BOOL CUDSMainWnd::OnInitDialog()
{
CDialog::OnInitDialog();
/* Get CAN DIL interface */
DIL_GetInterface(CAN, (void**)&g_pouDIL_CAN_Interface);
g_pouDIL_CAN_Interface->DILC_RegisterClient(TRUE, g_dwClientID, _("CAN_MONITOR"));
m_omCheckTP.SetCheck(BST_UNCHECKED);
vInitializeUDSfFields();
return TRUE;
}
/**
* \return contain Error information
*
* Does the client registration with driver and starts the Read
* Thread.
*/
HRESULT CBusStatisticCAN::BSC_DoInitialization(void)
{
if (DIL_GetInterface(CAN, (void**)&m_pouDIL_CAN) == S_OK)
{
DWORD dwClientId = 0;
m_pouDIL_CAN->DILC_RegisterClient(TRUE, dwClientId, CAN_MONITOR_NODE);
m_pouDIL_CAN->DILC_ManageMsgBuf(MSGBUF_ADD, dwClientId, &m_ouCanBufFSE);
}
vInitialiseBSData();
sm_pouBSCan = this;
//Start the read thread
return bStartBSReadThread()?S_OK:S_FALSE;
}
HRESULT CSignalWatch_CAN::SW_DoInitialization()
{
AFX_MANAGE_STATE(AfxGetStaticModuleState());
//Create the signal watch window for CAN
if (m_pouSigWnd == NULL)
{
m_pouSigWnd = new CSigWatchDlg;
m_pouSigWnd->Create(IDD_DLG_SIGNAL_WATCH, NULL);
m_pouSigWnd->SetWindowText("Signal Watch - CAN");
}
CBaseDIL_CAN* pouDIL_CAN;
if (DIL_GetInterface(CAN, (void**)&pouDIL_CAN) == S_OK)
{
DWORD dwClientId = 0;
pouDIL_CAN->DILC_RegisterClient(TRUE, dwClientId, CAN_MONITOR_NODE);
pouDIL_CAN->DILC_ManageMsgBuf(MSGBUF_ADD, dwClientId, &(m_ouCanBufFSE));
}
//Start the read thread
return bStartSigWatchReadThread()? S_OK: S_FALSE;
}
/*******************************************************************************
Function Name : CReplayProcess
Description : Standard default constructor
Member of : CReplayProcess
Functionality : This will initialise local variables
Author(s) : Raja N
Date Created : 16.7.2005
Modifications :
*******************************************************************************/
CReplayProcess::CReplayProcess(const CReplayFile& ouReplayFile) :
m_ouReplayFile( ouReplayFile ),
m_pReplayWndPtr( nullptr ),
m_omBreakPoints( defBREAK_POINT_MAP_SIZE ),
m_hThread( nullptr ),
m_bReplayHexON( TRUE ),
m_wLogReplayTimeMode(0 ),
m_nCurrentIndex( 0 ),
m_nUserSelectionIndex( 0 ),
m_nNoOfMessagesToPlay( 0 ),
m_bStopReplayThread( TRUE )
{
m_omSelectedIndex.RemoveAll();
//DIL related code
DIL_GetInterface( CAN, (void**)&CReplayProcess::s_pouDIL_CAN_Interface );
CReplayProcess::s_pouDIL_CAN_Interface->DILC_RegisterClient( TRUE,
CReplayProcess::s_dwClientID,
CAN_MONITOR_NODE);
InitializeCriticalSection(&m_omCritSecFilter);
}
//To get the channel baud rate info for each channel
void CLogObjectLIN::Der_GetChannelBaudRateDetails
(void* controllerDetails, int& nNumChannels)
{
CBaseDIL_LIN* pouDilLINInterface;
DIL_GetInterface(LIN, (void**)&pouDilLINInterface);
SCONTROLLER_DETAILS_LIN pouControllerDetails[CHANNEL_ALLOWED];
INT nSize = 0;
pouDilLINInterface->DILL_GetConfiguration(pouControllerDetails, nSize);
SCONTROLLER_DETAILS_LIN* pTempControllerDetails=(SCONTROLLER_DETAILS_LIN*)controllerDetails;
if (nullptr != controllerDetails && nullptr != pTempControllerDetails)
{
for (int nIdx = 0; nIdx < nSize; nIdx++)
{
pTempControllerDetails[nIdx] = pouControllerDetails[nIdx];
// memcpy(controllerDetails + nIdx, m_pasControllerDetails + nIdx, sizeof(SCONTROLLER_DETAILS));
}
nNumChannels = nSize;
}
}
void CConfigMsgLogCANDlg::InitialiseWindow()
{
CBaseDIL_CAN* pouDilInterface;
DIL_GetInterface(CAN, (void**)&pouDilInterface);
m_omComboChannel.ResetContent();
if (nullptr != pouDilInterface)
{
LPARAM lParam = 0;
if (S_OK == pouDilInterface->DILC_GetControllerParams(lParam, 0, NUMBER_HW))
{
m_unChannelCount = (UINT)lParam;
}
}
m_omComboChannel.InsertString(0, _("ALL"));
for (UINT i = 1; i <= m_unChannelCount; i++)
{
CString omChannel;
omChannel.Format("%d", i);
m_omComboChannel.InsertString(i, omChannel.GetBuffer(MAX_PATH));
}
m_omComboChannel.SetCurSel(0);
}
CBaseDILI_J1939* CGlobalObj::GetIJ1939DIL(void)
{
CBaseDILI_J1939* Result = nullptr;
DIL_GetInterface(J1939, (void**)&(Result));
return Result;
}
