void Font::init(const QString &n)
{
// check if font already parsed
_data = _dict->find(n);
if ( _data==0 ) {
// kdDebug(30516) << "font " << n << endl;
QString name = n;
name.replace("oblique", "italic");
// check if known font
_data = new Data;
uint i = 0;
while ( KNOWN_DATA[i].name!=0 ) {
if ( name.find(KNOWN_DATA[i].name)!=-1 ) {
// kdDebug(30516) << "found " << KNOWN_DATA[i].name
// << " " << isBold(KNOWN_DATA[i].style) << endl;
_data->family = FAMILY_DATA[KNOWN_DATA[i].family];
_data->style = KNOWN_DATA[i].style;
_data->latex = KNOWN_DATA[i].latex;
break;
}
i++;
}
if ( _data->family.isEmpty() ) { // let's try harder
// simple heuristic
kdDebug(30516) << "unknown font : " << n << endl;
if ( name.find("times")!=-1 )
_data->family = FAMILY_DATA[Times];
else if ( name.find("helvetica")!=-1 )
_data->family = FAMILY_DATA[Helvetica];
else if ( name.find("courier")!=-1 )
_data->family = FAMILY_DATA[Courier];
else if ( name.find("symbol")!=-1 )
_data->family = FAMILY_DATA[Symbol];
else { // with Qt
QFontDatabase fdb;
QStringList list = fdb.families();
list = list.grep(name, false);
if ( !list.isEmpty() ) {
_data->family = list[0];
kdDebug(30516) << "in Qt database as " << list[0] << endl;
}
else {
kdDebug(30516) << "really unknown font !" << endl;
_data->family = name;
}
}
bool italic = ( name.find("italic")!=-1 );
bool bold = ( name.find("bold")!=-1 );
_data->style = toStyle(bold, italic);
_data->latex = false;
}
_dict->insert(name, _data);
}
// check if QFont already created
if ( !_data->height.contains(_pointSize) ) {
QFont font(_data->family, _pointSize,
(isBold(_data->style) ? QFont::Bold : QFont::Normal),
isItalic(_data->style));
QFontMetrics fm(font);
_data->height.insert(_pointSize, fm.height());
}
}
QVariant ToConfiguration::Editor::defaultValue(int option) const
{
switch (option)
{
case SyntaxHighlightingInt:
return QVariant((int) 0);
case EditorTypeInt:
return QVariant((int) 0);
case UseMaxTextWidthMarkBool:
return QVariant((bool) false);
case MaxTextWidthMarkInt:
return QVariant((int)75);
case KeywordUpperBool:
return QVariant((bool) false);
case ObjectNamesUpperBool:
return QVariant((bool) false);
case CodeCompleteBool:
return QVariant((bool) true);
case CompleteSortBool:
return QVariant((bool) true);
case UseEditorShortcutsBool:
return QVariant((bool) false);
case EditorShortcutsMap:
return QVariant(QMap<QString, QVariant>());
case AutoIndentBool:
return QVariant((bool) true);
case UseSpacesForIndentBool:
return QVariant((bool) false);
case TabStopInt:
return QVariant((int) 8);
case ConfTextFont:
return QVariant(QString(""));
case ConfCodeFont:
{
QFont fo;
QFont mono;
#if defined(Q_OS_WIN)
mono = QFont("Courier New", 10);
#elif defined(Q_OS_MAC)
mono = QFont("Courier", 12);
#else
// TODO
#endif
mono.setStyleHint(QFont::Monospace, QFont::NoAntialias);
fo = mono.resolve(fo);
QString fontName = fo.toString();
return QVariant(fontName);
}
case ListTextFont:
return QVariant(QString(""));
case Extensions:
return QVariant(QString("SQL (*.sql *.pkg *.pkb), Text (*.txt), All (*)"));
case EditStyleMap:
{
static toStylesMap retval;
if (!retval.isEmpty())
return QVariant::fromValue(retval);
QMetaEnum StyleNameEnum(ENUM_REF(toSyntaxAnalyzer,WordClassEnum));
QsciLexerSQL *l = new QsciLexerSQL(NULL);
for (int idx = 0; idx < StyleNameEnum.keyCount(); idx++)
{
QColor fg = l->color((int)StyleNameEnum.value(idx));
QColor bg = l->paper((int)StyleNameEnum.value(idx));
QFont fo = Utils::toStringToFont(defaultValue(ConfCodeFont).toString());
QString styleName = StyleNameEnum.key(idx);
int styleNameEnum = StyleNameEnum.value(idx);
retval.insert(styleNameEnum, toStyle(fg, bg, fo));
}
delete l;
return QVariant::fromValue(retval);
}
default:
Q_ASSERT_X( false, qPrintable(__QHERE__), qPrintable(QString("Context Editor un-registered enum value: %1").arg(option)));
return QVariant();
}
}
