/*******************************************************************************
Function Name : n64GetPos
Input(s) : -
Output : __int64 - 64 bit int value of for the text box
Functionality : This method get the current 64 bit int value of the spin
button.
Member of : CNumSpinCtrl
Friend of :
Author(s) : Raja N
Date Created : 30.07.2004
Modifications :
*******************************************************************************/
__int64 CNumSpinCtrl::n64GetPos()
{
__int64 n64Val = 0;
// Get the text control first to get the value
CWnd* pomEdit = GetBuddy();
// If the buddy is set then proceed
if (pomEdit != NULL )
{
CString omStrText;
// Get the text
pomEdit->GetWindowText (omStrText);
// This can be used for both decimal and hex mode. So base check is not
// required
// Convert the text in to 64bit integer
BOOL bSuccess =
bConvertStringToInt64( omStrText,n64Val, GetBase());
// Set the default value here incase of failure
if( bSuccess == FALSE )
{
n64Val = 0;
}
// Extend the sign bit to get the actual value
// If the value before is FF ( that is -1 )and data length is 8 bits
// after extending the sign bit this will become FFFFFFFFFFFFFFFF
// which is again -1 but the length is 64 bits
if( m_bSigned == TRUE )
{
vExtendSignBit( n64Val, m_nDataLength);
}
}
// Return calculated value
return n64Val;
}
void ITxFormView::vOnSignalItemChanged(int nRow, int nColumn)
{
if (nullptr == m_pouTxDataStore)
{
return;
}
CString omStrSigName = m_omLctrSigList.GetItemText(nRow, eSigColName);
ITxMsgItem* pouMsgItem = nullptr;
int nIndex = m_lstMsg.GetSelectionMark();
if (-1 == nIndex)
{
return;
}
m_pouTxDataStore->GetMsgItem(nIndex, pouMsgItem);
if (nullptr == pouMsgItem)
{
return;
}
SIG_DETAILS ouSignalDetails;
pouMsgItem->GetSignal(m_pouIBMNetwork, m_bHexMode,std::string(omStrSigName), ouSignalDetails);
// If it is a valid signal
if (ouSignalDetails.Signal.first != nullptr)
{
// Get the Signal Raw Value
CString omStr = m_omLctrSigList.GetItemText(nRow, nColumn);
unsigned __int64 un64Min, un64Max;
unsigned __int64 unI64RawValue = 0;
__int64 nI64TempRawValue;
double dwPhyVal = 0;
int nBase = m_bHexMode ? defBASE_HEX : defBASE_DEC;
switch (nColumn)
{
case eSigColPhyVal:
dwPhyVal = atof(omStr);
ouSignalDetails.Signal.first->GetRawValueFromEng(dwPhyVal, unI64RawValue);
break;
case eSigColRawVal:
bConvertStringToInt64(omStr, nI64TempRawValue, nBase);
unI64RawValue = nI64TempRawValue;
break;
}
ouSignalDetails.Signal.first->GetMinMaxValue(un64Min, un64Max);
eSignalDataType eDataType = eUnsigned;
ouSignalDetails.Signal.first->GetDataType(eDataType);
if (eUnsigned == eDataType)
{
GetRawValueInRange<unsigned __int64>(unI64RawValue, un64Min, un64Max);
}
else if (eSigned == eDataType)
{
unsigned int unSiglength = 0;
ouSignalDetails.Signal.first->GetLength(unSiglength);
__int64 nI64RawValue = static_cast<__int64>(FormatValue(eSigned,unSiglength,unI64RawValue));
__int64 n64Min = static_cast<__int64>(un64Min);
__int64 n64Max = static_cast<__int64>(un64Max);
GetRawValueInRange<__int64>(nI64RawValue, n64Min, n64Max);
unI64RawValue = static_cast<unsigned __int64>(nI64RawValue);
}
vGetDataBytesFromSignal(unI64RawValue, ouSignalDetails.Signal, pouMsgItem->MsgDetails.nDLC, pouMsgItem->MsgDetails.pchData);
m_pouTxDataStore->SetMsgItem(nIndex, pouMsgItem);
std::list<SIG_DETAILS> lstSignalDetails;
pouMsgItem->GetSignalList(m_pouIBMNetwork, m_bHexMode,lstSignalDetails);
UpdateDataAndSignalView(pouMsgItem->MsgDetails.pchData, pouMsgItem->MsgDetails.nDLC, lstSignalDetails);
}
}
