void TToolTip::OnGetTooltipText(LPNMTTDISPINFO pTTDispInfo)
{
TFlagInfo * pFlags = (TFlagInfo *)pTTDispInfo->lParam;
LPTSTR szTextBuffEnd = szToolTipText + cchTooltipText;
LPTSTR szTextBuff = szToolTipText;
TCHAR szWindowText[0x80];
DWORD dwValue32 = 0;
HWND hWndChild = (HWND)pTTDispInfo->hdr.idFrom;
// Only if the text buffer has been allocated
if(pFlags != NULL && szTextBuff != NULL)
{
// Reset the tooltip info to an empty string
szToolTipText[0] = 0;
// Retrieve the window text and convert it to 32-bit hexa value
GetWindowText(hWndChild, szWindowText, _maxchars(szWindowText));
if(Text2Hex32(szWindowText, &dwValue32) == ERROR_SUCCESS)
{
// Supply the flags
while(dwValue32 != 0 && pFlags->szFlagText != NULL)
{
// Is that flag set?
if(IS_FLAG_SET(pFlags, dwValue32))
{
size_t nLength = _tcslen(pFlags->szFlagText);
// Is there enough space left?
if((size_t)(szTextBuffEnd - szTextBuff) < (nLength + 0x20))
break;
// If there is a flag from the previous pass, append newline to it
if(szTextBuff > szToolTipText)
szTextBuff = AddNewLine(szTextBuff, (szTextBuffEnd - szTextBuff));
// Append the flag text
memcpy(szTextBuff, pFlags->szFlagText, (nLength + 1) * sizeof(TCHAR));
szTextBuff += nLength;
// Clear the bit from the
dwValue32 &= ~pFlags->dwValue;
}
// Move to the next flag
pFlags++;
}
// If there is no text or there are unknown flags left, put them as hexa value
if(szTextBuff == szToolTipText || dwValue32 != 0)
{
// If there is a flag from the previous pass, append newline to it
if(szTextBuff > szToolTipText)
szTextBuff = AddNewLine(szTextBuff, (szTextBuffEnd - szTextBuff));
StringCchPrintf(szTextBuff, (szTextBuffEnd - szTextBuff), _T("0x%08X"), dwValue32);
}
// Supply the text to the tooltip
pTTDispInfo->lpszText = szToolTipText;
pTTDispInfo->szText[0] = 0;
}
else
{
StringCchPrintf(pTTDispInfo->szText, _countof(pTTDispInfo->szText), _T("Error converting \"%s\" to 32-bit integer"), szWindowText);
}
}
}
bool FileXML::Load(const wxString& fileName, unsigned int itemsInLine)
{
// Make sure file exists
if (fileName.IsEmpty() || !wxFileName::FileExists(fileName))
{
mmErrorDialogs::InvalidFile(pParentWindow_);
return false;
}
// Open file
wxXmlDocument xmlFile;
if (!xmlFile.Load(fileName, encoding_))
{
mmErrorDialogs::MessageError(pParentWindow_
, _("File is not in Excel XML Spreadsheet 2003 format."), _("Parsing error"));
return false;
}
// Workbook
wxXmlNode *workbookElement = xmlFile.GetRoot();
if (workbookElement->GetName().Cmp("Workbook") != 0
|| workbookElement->GetAttribute("xmlns").Cmp("urn:schemas-microsoft-com:office:spreadsheet") != 0)
{
mmErrorDialogs::MessageError(pParentWindow_, _("File is not in Excel XML Spreadsheet 2003 format."), _("Parsing error"));
return false;
}
// Worksheet
// TODO: Allow the user to choose the worksheet. This just uses the first.
wxXmlNode *worksheetElement = workbookElement->GetChildren();
for (; worksheetElement && worksheetElement->GetName() != "Worksheet"; worksheetElement = worksheetElement->GetNext())
{
};
if (!worksheetElement)
{
mmErrorDialogs::MessageError(pParentWindow_, _("Could not find Worksheet."), _("Parsing error"));
return false;
}
// Table
wxXmlNode *tableElement = worksheetElement->GetChildren();
if (tableElement->GetName() != _("Table"))
{
mmErrorDialogs::MessageError(pParentWindow_, _("Could not find Table."), _("Parsing error"));
return false;
}
// Rows
for (wxXmlNode *rowElement = tableElement->GetChildren(); rowElement; rowElement = rowElement->GetNext())
{
if (rowElement->GetName() != "Row")
continue;
AddNewLine();
// Cells in row
for (wxXmlNode *cellElement = rowElement->GetChildren(); cellElement; cellElement = cellElement->GetNext())
{
if (cellElement->GetName() != "Cell")
continue;
if (itemsTable_.back().size() >= itemsInLine)
break;
wxXmlNode *dataElement = cellElement->GetChildren();
wxString content = dataElement? dataElement->GetNodeContent(): "";
AddNewItem(content);
}
}
return true;
}
//------------------------------------------------------------------------------
void Sketcher_CommandTrim::TrimCurve()
{
mySObject = Handle(Sketcher_Object)::DownCast(data->Value(NearestCurveIndex));
newTrimmedObj = mySObject->GetAIS_Object();
switch (TypeofObject) {
case PointSketcherObject:
break;
case LineSketcherObject:
if (mySeqOfPntU.Length() <= 2) DelTrimmedObject();
else {
FindSegment();
if (FirstU == mySeqOfPntU.First())
EditLine(SecondU,mySeqOfPntU.Last());
else if (SecondU == mySeqOfPntU.Last())
EditLine(mySeqOfPntU.First(),FirstU);
else
AddNewLine(SecondU,mySeqOfPntU.Last());
}
break;
case CircleSketcherObject:
if (mySeqOfPntU.Length() <= 1) DelTrimmedObject();
else {
if ((mySeqOfPntU.First() + 2*M_PI) != mySeqOfPntU.Last())
mySeqOfPntU.Append(mySeqOfPntU.First() + 2*M_PI);
if (mySeqOfPntU(1) > NearestPntU) {
FirstU = mySeqOfPntU(mySeqOfPntU.Length()-1);
SecondU = mySeqOfPntU.Last();
}
else FindSegment();
EditCircle();
}
break;
case ArcSketcherObject:
if (mySeqOfPntU.Length() <= 2) DelTrimmedObject();
else {
if (NearestPntU < FirstU) NearestPntU += 2*M_PI;
FindSegment();
if (FirstU == mySeqOfPntU.First())
EditArc(SecondU,mySeqOfPntU.Last());
else if (SecondU == mySeqOfPntU.Last())
EditArc(mySeqOfPntU.First(),FirstU);
else
AddNewArc(SecondU,mySeqOfPntU.Last());
}
break;
default:
break;
}
}
