int QWindowsFontEngine::getGlyphIndexes(const QChar *str, int numChars, QGlyphLayout *glyphs) const
{
int glyph_pos = 0;
{
if (symbol) {
QStringIterator it(str, str + numChars);
while (it.hasNext()) {
const uint uc = it.next();
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, cmapSize, uc);
if(!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, cmapSize, uc + 0xf000);
++glyph_pos;
}
} else if (ttf) {
QStringIterator it(str, str + numChars);
while (it.hasNext()) {
const uint uc = it.next();
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, cmapSize, uc);
++glyph_pos;
}
} else {
QStringIterator it(str, str + numChars);
while (it.hasNext()) {
const uint uc = it.next();
if (uc >= tm.tmFirstChar && uc <= tm.tmLastChar)
glyphs->glyphs[glyph_pos] = uc;
else
glyphs->glyphs[glyph_pos] = 0;
++glyph_pos;
}
}
}
glyphs->numGlyphs = glyph_pos;
return glyph_pos;
}
glyph_t QFontEngineQPF2::glyphIndex(uint ucs4) const
{
glyph_t glyph = getTrueTypeGlyphIndex(cmap, cmapSize, ucs4);
if (glyph == 0 && symbol && ucs4 < 0x100)
glyph = getTrueTypeGlyphIndex(cmap, cmapSize, ucs4 + 0xf000);
if (!findGlyph(glyph))
glyph = 0;
return glyph;
}
bool QFontEngineQPF::stringToCMap(const QChar *str, int len, QGlyphLayout *glyphs, int *nglyphs, QTextEngine::ShaperFlags flags) const
{
if (!externalCMap && !cmapOffset && renderingFontEngine) {
if (!renderingFontEngine->stringToCMap(str, len, glyphs, nglyphs, flags))
return false;
#ifndef QT_NO_FREETYPE
const_cast<QFontEngineQPF *>(this)->ensureGlyphsLoaded(glyphs, *nglyphs);
#endif
return true;
}
if (*nglyphs < len) {
*nglyphs = len;
return false;
}
#if defined(DEBUG_FONTENGINE)
QSet<QChar> seenGlyphs;
#endif
const uchar *cmap = externalCMap ? externalCMap : (fontData + cmapOffset);
int glyph_pos = 0;
if (symbol) {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(str, i, len);
glyphs[glyph_pos].glyph = getTrueTypeGlyphIndex(cmap, uc);
if(!glyphs[glyph_pos].glyph && uc < 0x100)
glyphs[glyph_pos].glyph = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
++glyph_pos;
}
} else {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(str, i, len);
glyphs[glyph_pos].glyph = getTrueTypeGlyphIndex(cmap, uc);
#if 0 && defined(DEBUG_FONTENGINE)
QChar c(uc);
if (!findGlyph(glyphs[glyph_pos].glyph) && !seenGlyphs.contains(c))
qDebug() << "glyph for character" << c << "/" << hex << uc << "is" << dec << glyphs[glyph_pos].glyph;
seenGlyphs.insert(c);
#endif
++glyph_pos;
}
}
*nglyphs = glyph_pos;
recalcAdvances(*nglyphs, glyphs, flags);
return true;
}
glyph_t QWindowsFontEngine::glyphIndex(uint ucs4) const
{
glyph_t glyph = 0;
if (symbol) {
glyph = getTrueTypeGlyphIndex(cmap, cmapSize, ucs4);
if (glyph == 0 && ucs4 < 0x100)
glyph = getTrueTypeGlyphIndex(cmap, cmapSize, ucs4 + 0xf000);
} else if (ttf) {
glyph = getTrueTypeGlyphIndex(cmap, cmapSize, ucs4);
} else if (ucs4 >= tm.tmFirstChar && ucs4 <= tm.tmLastChar) {
glyph = ucs4;
}
return glyph;
}
bool QFontEngineQPA::stringToCMap(const QChar *str, int len, QGlyphLayout *glyphs, int *nglyphs, QTextEngine::ShaperFlags flags) const
{
if (*nglyphs < len) {
*nglyphs = len;
return false;
}
#if defined(DEBUG_FONTENGINE)
QSet<QChar> seenGlyphs;
#endif
const uchar *cmap = externalCMap ? externalCMap : (fontData + cmapOffset);
bool mirrored = flags & QTextEngine::RightToLeft;
int glyph_pos = 0;
if (symbol) {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(str, i, len);
if (mirrored)
uc = QChar::mirroredChar(uc);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc);
if(!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
++glyph_pos;
}
} else {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(str, i, len);
if (mirrored)
uc = QChar::mirroredChar(uc);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc);
#if 0 && defined(DEBUG_FONTENGINE)
QChar c(uc);
if (!findGlyph(glyphs[glyph_pos].glyph) && !seenGlyphs.contains(c))
qDebug() << "glyph for character" << c << '/' << hex << uc << "is" << dec << glyphs[glyph_pos].glyph;
seenGlyphs.insert(c);
#endif
++glyph_pos;
}
}
*nglyphs = glyph_pos;
glyphs->numGlyphs = glyph_pos;
recalcAdvances(glyphs, flags);
return true;
}
bool QFontEngineMac::stringToCMap(const QChar *str, int len, QGlyphLayout *glyphs, int *nglyphs, QTextEngine::ShaperFlags flags) const
{
if (flags & QTextEngine::GlyphIndicesOnly) {
if (!cmap) {
cmapTable = getSfntTable(MAKE_TAG('c', 'm', 'a', 'p'));
int size = 0;
cmap = getCMap(reinterpret_cast<const uchar *>(cmapTable.constData()), cmapTable.size(), &symbolCMap, &size);
if (!cmap)
return false;
}
if (symbolCMap) {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(str, i, len);
glyphs->glyph = getTrueTypeGlyphIndex(cmap, uc);
if(!glyphs->glyph && uc < 0x100)
glyphs->glyph = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
glyphs++;
}
} else {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(str, i, len);
glyphs->glyph = getTrueTypeGlyphIndex(cmap, uc);
glyphs++;
}
}
*nglyphs = len;
return true;
}
if (!multiEngine)
return false;
const bool kashidaRequest = (len == 1 && *str == QChar(0x640));
if (kashidaRequest && kashidaGlyph.glyph != 0) {
*glyphs = kashidaGlyph;
*nglyphs = 1;
return true;
}
bool result = multiEngine->stringToCMap(str, len, glyphs, nglyphs, flags);
if (result && kashidaRequest) {
kashidaGlyph = *glyphs;
}
return result;
}
bool QFontEngineQPF2::stringToCMap(const QChar *str, int len, QGlyphLayout *glyphs, int *nglyphs, QFontEngine::ShaperFlags flags) const
{
Q_ASSERT(glyphs->numGlyphs >= *nglyphs);
if (*nglyphs < len) {
*nglyphs = len;
return false;
}
#if defined(DEBUG_FONTENGINE)
QSet<QChar> seenGlyphs;
#endif
int glyph_pos = 0;
if (symbol) {
QStringIterator it(str, str + len);
while (it.hasNext()) {
const uint uc = it.next();
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, cmapSize, uc);
if(!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, cmapSize, uc + 0xf000);
++glyph_pos;
}
} else {
QStringIterator it(str, str + len);
while (it.hasNext()) {
const uint uc = it.next();
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, cmapSize, uc);
#if 0 && defined(DEBUG_FONTENGINE)
QChar c(uc);
if (!findGlyph(glyphs[glyph_pos].glyph) && !seenGlyphs.contains(c))
qDebug() << "glyph for character" << c << '/' << hex << uc << "is" << dec << glyphs[glyph_pos].glyph;
seenGlyphs.insert(c);
#endif
++glyph_pos;
}
}
*nglyphs = glyph_pos;
glyphs->numGlyphs = glyph_pos;
if (!(flags & GlyphIndicesOnly))
recalcAdvances(glyphs, flags);
return true;
}
bool QFontEngineQPA::canRender(const QChar *string, int len)
{
const uchar *cmap = externalCMap ? externalCMap : (fontData + cmapOffset);
if (symbol) {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(string, i, len);
glyph_t g = getTrueTypeGlyphIndex(cmap, uc);
if(!g && uc < 0x100)
g = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
if (!g)
return false;
}
} else {
for (int i = 0; i < len; ++i) {
unsigned int uc = getChar(string, i, len);
if (!getTrueTypeGlyphIndex(cmap, uc))
return false;
}
}
return true;
}
int QFontEngineWin::getGlyphIndexes(const QChar *str, int numChars, QGlyphLayout *glyphs, bool mirrored) const
{
int i = 0;
int glyph_pos = 0;
if (mirrored) {
#if defined(Q_WS_WINCE)
{
#else
if (symbol) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc);
if (!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
}
} else if (ttf) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, QChar::mirroredChar(uc));
}
} else {
#endif
wchar_t first = tm.tmFirstChar;
wchar_t last = tm.tmLastChar;
for (; i < numChars; ++i, ++glyph_pos) {
uint ucs = QChar::mirroredChar(getChar(str, i, numChars));
if (
#ifdef Q_WS_WINCE
tm.tmFirstChar > 60000 || // see line 375
#endif
ucs >= first && ucs <= last)
glyphs->glyphs[glyph_pos] = ucs;
else
glyphs->glyphs[glyph_pos] = 0;
}
}
} else {
#if defined(Q_WS_WINCE)
{
#else
if (symbol) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[i] = getTrueTypeGlyphIndex(cmap, uc);
if(!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
}
} else if (ttf) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc);
}
} else {
#endif
wchar_t first = tm.tmFirstChar;
wchar_t last = tm.tmLastChar;
for (; i < numChars; ++i, ++glyph_pos) {
uint uc = getChar(str, i, numChars);
if (
#ifdef Q_WS_WINCE
tm.tmFirstChar > 60000 || // see comment in QFontEngineWin
#endif
uc >= first && uc <= last)
glyphs->glyphs[glyph_pos] = uc;
else
glyphs->glyphs[glyph_pos] = 0;
}
}
}
glyphs->numGlyphs = glyph_pos;
return glyph_pos;
}
QFontEngineWin::QFontEngineWin(const QString &name, HFONT _hfont, bool stockFont, LOGFONT lf)
{
//qDebug("regular windows font engine created: font='%s', size=%d", name, lf.lfHeight);
_name = name;
cmap = 0;
hfont = _hfont;
logfont = lf;
HDC hdc = shared_dc();
SelectObject(hdc, hfont);
this->stockFont = stockFont;
fontDef.pixelSize = -lf.lfHeight;
lbearing = SHRT_MIN;
rbearing = SHRT_MIN;
synthesized_flags = -1;
lineWidth = -1;
x_height = -1;
BOOL res = GetTextMetrics(hdc, &tm);
fontDef.fixedPitch = !(tm.tmPitchAndFamily & TMPF_FIXED_PITCH);
if (!res) {
qErrnoWarning("QFontEngineWin: GetTextMetrics failed");
ZeroMemory(&tm, sizeof(TEXTMETRIC));
}
cache_cost = tm.tmHeight * tm.tmAveCharWidth * 2000;
getCMap();
widthCache = 0;
widthCacheSize = 0;
designAdvances = 0;
designAdvancesSize = 0;
#ifndef Q_WS_WINCE
if (!resolvedGetCharWidthI)
resolveGetCharWidthI();
#endif
}
int QFontEngineWin::getGlyphIndexes(const QChar *str, int numChars, QGlyphLayout *glyphs, bool mirrored) const
{
int i = 0;
int glyph_pos = 0;
if (mirrored) {
if (symbol) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc);
if (!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
}
} else if (ttf) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, QChar::mirroredChar(uc));
}
} else {
wchar_t first = tm.tmFirstChar;
wchar_t last = tm.tmLastChar;
for (; i < numChars; ++i, ++glyph_pos) {
uint ucs = QChar::mirroredChar(getChar(str, i, numChars));
if (
ucs >= first && ucs <= last)
glyphs->glyphs[glyph_pos] = ucs;
else
glyphs->glyphs[glyph_pos] = 0;
}
}
} else {
if (symbol) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[i] = getTrueTypeGlyphIndex(cmap, uc);
if(!glyphs->glyphs[glyph_pos] && uc < 0x100)
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc + 0xf000);
}
} else if (ttf) {
for (; i < numChars; ++i, ++glyph_pos) {
unsigned int uc = getChar(str, i, numChars);
glyphs->glyphs[glyph_pos] = getTrueTypeGlyphIndex(cmap, uc);
}
} else {
wchar_t first = tm.tmFirstChar;
wchar_t last = tm.tmLastChar;
for (; i < numChars; ++i, ++glyph_pos) {
uint uc = getChar(str, i, numChars);
if (
uc >= first && uc <= last)
glyphs->glyphs[glyph_pos] = uc;
else
glyphs->glyphs[glyph_pos] = 0;
}
}
}
glyphs->numGlyphs = glyph_pos;
return glyph_pos;
}