/**
* \brief Displays the controller configuration dialog.
* \param[out] InitData, is SCONTROLLER_DETAILS structure
* \param[out] Length , is INT
* \return S_OK for success
*/
HRESULT CDIL_CAN_MHS::CAN_DisplayConfigDlg(PSCONTROLLER_DETAILS InitData, int& Length)
{
(void)Length;
HRESULT result;
static struct TMhsCanCfg cfg = {"", 0,0, true};
SCONTROLLER_DETAILS* cntrl;
char* str;
result = WARN_INITDAT_NCONFIRM;
cntrl = (SCONTROLLER_DETAILS*)InitData;
if ( cntrl[0].m_nBTR0BTR1 == 0 )
{
cfg.CanSpeed = _tcstol(cntrl[0].m_omStrBaudrate.c_str(), &str, 0);
if ( cfg.CanSpeed > 1000 )
{
cfg.CanSpeed/=1000;
}
cfg.m_bBitRateSelected = TRUE;
cfg.CanBtrValue = 0;
}
else
{
cfg.CanSpeed = 0;
cfg.CanBtrValue = _tcstol(cntrl[0].m_omStrBTR0.c_str(), &str, 0);
cfg.m_bBitRateSelected = FALSE;
}
strcpy_s(cfg.CanSnrStr, sizeof(cfg.CanSnrStr), cntrl[0].m_omHardwareDesc.c_str());
if (ShowCanSetup(sg_hOwnerWnd, &cfg))
{
char chTemp[255];
cntrl[0].m_omHardwareDesc = cfg.CanSnrStr;
if (cfg.CanBtrValue)
{
cntrl[0].m_omStrBaudrate = "";
sprintf_s(chTemp, sizeof(chTemp), "%d", cfg.CanBtrValue);
cntrl[0].m_omStrBTR0 = chTemp;
cntrl[0].m_nBTR0BTR1 = cfg.CanBtrValue;
cfg.m_bBitRateSelected = FALSE;
}
else
{
sprintf_s(chTemp, sizeof(chTemp), "%d", cfg.CanSpeed);
cntrl[0].m_omStrBaudrate = chTemp;
cntrl[0].m_omStrBTR0 = "";
cntrl[0].m_nBTR0BTR1 = cfg.CanBtrValue;
cfg.m_bBitRateSelected = TRUE;
}
if ((result = CAN_SetConfigData(InitData, 1)) == S_OK)
{
result = INFO_INITDAT_CONFIRM_CONFIG;
}
}
return(result);
}
HRESULT CDIL_CAN_i_VIEW::CAN_DisplayConfigDlg(
PSCONTROLLER_DETAILS InitData,
int& Length )
{
VALIDATE_VALUE_RETURN_VAL(m_CurrState, STATE_HW_INTERFACE_SELECTED, ERR_IMPROPER_STATE);
VALIDATE_POINTER_RETURN_VAL(InitData, WARN_INITDAT_NCONFIRM);
USES_CONVERSION;
INT Result = WARN_INITDAT_NCONFIRM;
//First initialize with existing hw description
for (INT i = 0; i < min(Length, (INT)m_nChannels); i++)
{
InitData[i].m_omHardwareDesc = m_Channel[i]->Name();
}
if (m_nChannels > 0)
{
//Result = DisplayConfigurationDlg(m_hOwnerWnd, Callback_DIL_iVIEW,
// psContrlDets, m_nChannels);
AFX_MANAGE_STATE(AfxGetStaticModuleState());
CChangeRegisters ChangeRegisters(nullptr, InitData, m_nChannels);
ChangeRegisters.DoModal();
Result = ChangeRegisters.nGetInitStatus();
switch (Result)
{
case WARNING_NOTCONFIRMED:
Result = WARN_INITDAT_NCONFIRM;
break;
case INFO_INIT_DATA_CONFIRMED:
Length = sizeof(SCONTROLLER_DETAILS) * defNO_OF_CHANNELS;
Result = CAN_SetConfigData(InitData, Length);
if (Result == S_OK)
{
Result = INFO_INITDAT_CONFIRM_CONFIG;
}
break;
case INFO_RETAINED_CONFDATA:
Result = INFO_INITDAT_RETAINED;
break;
case ERR_CONFIRMED_CONFIGURED: // Not to be addressed at present
case INFO_CONFIRMED_CONFIGURED:// Not to be addressed at present
default:
break;
}
}
return Result;
}
/**
* \brief Displays the controller configuration dialog.
* \param[out] InitData, is SCONTROLLER_DETAILS structure
* \param[out] Length , is INT
* \return S_OK for success
*/
HRESULT CDIL_CAN_MHS::CAN_DisplayConfigDlg(PCHAR& InitData, INT& Length)
{
(void)Length;
HRESULT result;
struct TMhsCanCfg cfg;
SCONTROLLER_DETAILS* cntrl;
char *str;
result = WARN_INITDAT_NCONFIRM;
cntrl = (SCONTROLLER_DETAILS*)InitData;
if (!str_has_char(cntrl[0].m_omStrBaudrate))
{
cfg.CanSpeed = _tcstol(cntrl[0].m_omStrBaudrate, &str, 0);
cfg.CanBtrValue = 0;
}
else
{
cfg.CanSpeed = 0;
cfg.CanBtrValue = _tcstol(cntrl[0].m_omStrBTR0, &str, 0);
}
_tcscpy(cfg.CanSnrStr, cntrl[0].m_omHardwareDesc);
if (ShowCanSetup(sg_hOwnerWnd, &cfg))
{
_tcscpy(cntrl[0].m_omHardwareDesc, cfg.CanSnrStr);
if (cfg.CanBtrValue)
{
cntrl[0].m_omStrBaudrate[0] = '\0';
_stprintf(cntrl[0].m_omStrBTR0, _T("%d"), cfg.CanBtrValue);
}
else
{
_stprintf(cntrl[0].m_omStrBaudrate, _T("%d"), cfg.CanSpeed);
cntrl[0].m_omStrBTR0[0] = '\0';
}
if ((result = CAN_SetConfigData(InitData, 1)) == S_OK)
result = INFO_INITDAT_CONFIRM_CONFIG;
}
return(result);
}
/**
* \brief Displays the controller configuration dialog.
* \param[out] InitData, is SCONTROLLER_DETAILS structure
* \param[out] Length , is INT
* \return S_OK for success
*/
HRESULT CDIL_CAN_VSCOM::CAN_DisplayConfigDlg(PSCONTROLLER_DETAILS InitData, int& Length)
{
(void)Length;
HRESULT result;
SCONTROLLER_DETAILS* cntrl;
char temp[32];
result = WARN_INITDAT_NCONFIRM;
cntrl = (SCONTROLLER_DETAILS*)InitData;
if (ShowCanVsComSetup(sg_hOwnerWnd, &sg_VSCanCfg))
{
if (sg_VSCanCfg.vSpeed)
{
switch ((int)sg_VSCanCfg.vSpeed)
{
case VSCAN_SPEED_20K:
cntrl[0].m_omStrBaudrate = "20";
break;
case VSCAN_SPEED_50K:
cntrl[0].m_omStrBaudrate = "50";
break;
case VSCAN_SPEED_100K:
cntrl[0].m_omStrBaudrate = "100";
break;
case VSCAN_SPEED_125K:
cntrl[0].m_omStrBaudrate = "125";
break;
case VSCAN_SPEED_250K:
cntrl[0].m_omStrBaudrate = "250";
break;
case VSCAN_SPEED_500K:
cntrl[0].m_omStrBaudrate = "500";
break;
case VSCAN_SPEED_800K:
cntrl[0].m_omStrBaudrate = "800";
break;
default:
cntrl[0].m_omStrBaudrate = "1000";
break;
}
}
else
{
cntrl[0].m_omStrBaudrate = "";
sprintf(temp, "%02X", sg_VSCanCfg.btr.Btr0);
cntrl[0].m_omStrBTR0 = temp;
sprintf(temp, "%02X", sg_VSCanCfg.btr.Btr1);
cntrl[0].m_omStrBTR1 = temp;
}
cntrl[0].m_bDebug = sg_VSCanCfg.bDebug;
cntrl[0].m_omStrLocation = sg_VSCanCfg.szLocation;
if (sg_VSCanCfg.dwMode == VSCAN_MODE_LISTEN_ONLY)
{
cntrl[0].m_bPassiveMode = 1;
cntrl[0].m_bSelfReception = 0;
}
else if (sg_VSCanCfg.dwMode == VSCAN_MODE_SELF_RECEPTION)
{
cntrl[0].m_bPassiveMode = 0;
cntrl[0].m_bSelfReception = 1;
}
else
{
cntrl[0].m_bPassiveMode = 0;
cntrl[0].m_bSelfReception = 0;
}
cntrl[0].m_bHWTimestamps = sg_VSCanCfg.bTimestamps;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Code >> 0) & 0xFF);
cntrl[0].m_omStrAccCodeByte1[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Code >> 8) & 0xFF);
cntrl[0].m_omStrAccCodeByte2[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Code >> 16) & 0xFF);
cntrl[0].m_omStrAccCodeByte3[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Code >> 24) & 0xFF);
cntrl[0].m_omStrAccCodeByte4[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Mask >> 0) & 0xFF);
cntrl[0].m_omStrAccMaskByte1[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Mask >> 8) & 0xFF);
cntrl[0].m_omStrAccMaskByte2[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Mask >> 16) & 0xFF);
cntrl[0].m_omStrAccMaskByte3[0] = temp;
sprintf(temp, "%X", (sg_VSCanCfg.codeMask.Mask >> 24) & 0xFF);
cntrl[0].m_omStrAccMaskByte4[0] = temp;
cntrl[0].m_bAccFilterMode = sg_VSCanCfg.bDualFilter;
if ((result = CAN_SetConfigData(InitData, 1)) == S_OK)
{
result = INFO_INITDAT_CONFIRM_CONFIG;
}
}
return(result);
}
