uint Settings::versionMinor()
{
// Don't cache this value; ignore the group
create_qsettings;
// '0' means new configuration, anything else indicates an existing configuration. Application
// initialization should check this value and manage upgrades/downgrades, e.g. in Core::Core()
// and QtUiApplication::init().
uint verMinor = s.value("Config/VersionMinor", 0).toUInt();
// As previous Quassel versions didn't implement this, we need to check if any settings other
// than Config/Version exist. If so, assume it's version 1.
if (verMinor == 0 && s.allKeys().count() > 1) {
// More than 1 key exists, but version's never been set. Assume and set version 1.
setVersionMinor(VERSION_MINOR_INITIAL);
return VERSION_MINOR_INITIAL;
} else {
return verMinor;
}
}
static int writeFontInfo(ufwCtx h, abfTopDict *top) {
char buffer[FILENAME_MAX];
char buffer2[FILENAME_MAX];
abfFontDict *fontDict0;
abfPrivateDict *privateDict;
int i;
if (h->lastiFD != ABF_UNSET_INT)
fontDict0 = &(top->FDArray.array[h->lastiFD]);
else
fontDict0 = &(top->FDArray.array[0]);
privateDict = &(fontDict0->Private);
/* Set error handler */
DURING_EX(h->err.env)
h->state = 1; /* Indicates writing to dst stream */
/* Open fontinfo.plist file as dst stream */
sprintf(buffer, "%s", "fontinfo.plist");
h->cb.stm.clientFileName = buffer;
h->stm.dst = h->cb.stm.open(&h->cb.stm, UFW_DST_STREAM_ID, 0);
if (h->stm.dst == NULL)
fatal(h, ufwErrDstStream);
writeLine(h, XML_HEADER);
writeLine(h, PLIST_DTD_HEADER);
writeLine(h, "<plist version=\"1.0\">");
writeLine(h, "<dict>");
/* This is what I care about the most. Add the rest in the order of the
UFO 3 spec. */
writeLine(h, "\t<key>postscriptFontName</key>");
if (top->sup.flags & ABF_CID_FONT) {
sprintf(buffer, "\t<string>%s</string>", top->cid.CIDFontName.ptr);
writeLine(h, buffer);
setStyleName(buffer2, top->cid.CIDFontName.ptr);
writeLine(h, "\t<key>styleName</key>");
sprintf(buffer, "\t<string>%s</string>", buffer2);
writeLine(h, buffer);
} else {
sprintf(buffer, "\t<string>%s</string>", fontDict0->FontName.ptr);
writeLine(h, buffer);
setStyleName(buffer2, fontDict0->FontName.ptr);
writeLine(h, "\t<key>styleName</key>");
sprintf(buffer, "\t<string>%s</string>", buffer2);
writeLine(h, buffer);
}
if (top->FamilyName.ptr != NULL) {
writeLine(h, "\t<key>familyName</key>");
sprintf(buffer, "\t<string>%s</string>", top->FamilyName.ptr);
writeLine(h, buffer);
}
if (top->sup.flags & ABF_CID_FONT) {
if (top->cid.CIDFontVersion != 0) {
char versionStr[32];
sprintf(versionStr, "%.3f", top->cid.CIDFontVersion);
setVersionMajor(buffer2, versionStr);
writeLine(h, "\t<key>versionMajor</key>");
sprintf(buffer, "\t<integer>%s</integer>", buffer2);
writeLine(h, buffer);
setVersionMinor(buffer2, versionStr);
writeLine(h, "\t<key>versionMinor</key>");
sprintf(buffer, "\t<integer>%s</integer>", buffer2);
writeLine(h, buffer);
}
} else {
if (top->version.ptr != NULL) {
setVersionMajor(buffer2, top->version.ptr);
writeLine(h, "\t<key>versionMajor</key>");
sprintf(buffer, "\t<integer>%s</integer>", buffer2);
writeLine(h, buffer);
setVersionMinor(buffer2, top->version.ptr);
writeLine(h, "\t<key>versionMinor</key>");
sprintf(buffer, "\t<integer>%s</integer>", buffer2);
writeLine(h, buffer);
}
}
if (top->Copyright.ptr != NULL) {
writeLine(h, "\t<key>copyright</key>");
sprintf(buffer, "\t<string>%s</string>", top->Copyright.ptr);
writeLine(h, buffer);
}
if (top->Notice.ptr != NULL) {
writeLine(h, "\t<key>trademark</key>");
sprintf(buffer, "\t<string>%s</string>", top->Notice.ptr);
writeLine(h, buffer);
}
writeLine(h, "\t<key>unitsPerEm</key>");
if (fontDict0->FontMatrix.cnt > 0) {
sprintf(buffer, "\t<integer>%d</integer>",
(int)round(1.0 / fontDict0->FontMatrix.array[0]));
writeLine(h, buffer);
} else {
writeLine(h, "\t<integer>1000</integer>");
}
if (top->ItalicAngle != cff_DFLT_ItalicAngle) {
writeLine(h, "\t<key>italicAngle</key>");
sprintf(buffer, "\t<real>%.8f</real>", top->ItalicAngle);
writeLine(h, buffer);
}
/* Now for all the other PostScript-specific UFO data */
if (top->FullName.ptr != NULL) {
writeLine(h, "\t<key>postscriptFullName</key>");
sprintf(buffer, "\t<string>%s</string>", top->FullName.ptr);
writeLine(h, buffer);
}
if (top->Weight.ptr != NULL) {
writeLine(h, "\t<key>postscriptWeightName</key>");
sprintf(buffer, "\t<string>%s</string>", top->Weight.ptr);
writeLine(h, buffer);
}
if (top->UnderlinePosition != cff_DFLT_UnderlinePosition) {
writeLine(h, "\t<key>postscriptUnderlinePosition</key>");
sprintf(buffer, "\t<integer>%d</integer>", (int)round(0.5 + top->UnderlinePosition));
writeLine(h, buffer);
}
if (top->UnderlineThickness != cff_DFLT_UnderlineThickness) {
writeLine(h, "\t<key>postscriptUnderlineThickness</key>");
sprintf(buffer, "\t<integer>%d</integer>", (int)round(0.5 + top->UnderlineThickness));
writeLine(h, buffer);
}
if ((top->isFixedPitch != cff_DFLT_isFixedPitch) && (top->isFixedPitch > 0)) {
writeLine(h, "\t<key>postscriptIsFixedPitch</key>");
writeLine(h, "\t<true/>");
}
/* All the Blue values */
if (privateDict->BlueValues.cnt != ABF_EMPTY_ARRAY) {
writeLine(h, "\t<key>postscriptBlueValues</key>");
writeLine(h, "\t<array>");
for (i = 0; i < privateDict->BlueValues.cnt; i++) {
float stem = privateDict->BlueValues.array[i];
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
}
writeLine(h, "\t</array>");
}
if (privateDict->OtherBlues.cnt != ABF_EMPTY_ARRAY) {
writeLine(h, "\t<key>postscriptOtherBlues</key>");
writeLine(h, "\t<array>");
for (i = 0; i < privateDict->OtherBlues.cnt; i++) {
float stem = privateDict->OtherBlues.array[i];
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
}
writeLine(h, "\t</array>");
}
if (privateDict->FamilyBlues.cnt != ABF_EMPTY_ARRAY) {
writeLine(h, "\t<key>postscriptFamilyBlues</key>");
writeLine(h, "\t<array>");
for (i = 0; i < privateDict->FamilyBlues.cnt; i++) {
float stem = privateDict->FamilyBlues.array[i];
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
}
writeLine(h, "\t</array>");
}
if (privateDict->FamilyOtherBlues.cnt != ABF_EMPTY_ARRAY) {
writeLine(h, "\t<key>postscriptFamilyOtherBlues</key>");
writeLine(h, "\t<array>");
for (i = 0; i < privateDict->FamilyOtherBlues.cnt; i++) {
float stem = privateDict->FamilyOtherBlues.array[i];
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
}
writeLine(h, "\t</array>");
}
if (privateDict->StemSnapH.cnt != ABF_EMPTY_ARRAY) {
writeLine(h, "\t<key>postscriptStemSnapH</key>");
writeLine(h, "\t<array>");
for (i = 0; i < privateDict->StemSnapH.cnt; i++) {
float stem = privateDict->StemSnapH.array[i];
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
}
writeLine(h, "\t</array>");
} else if (privateDict->StdHW != ABF_UNSET_REAL) {
float stem = privateDict->StdHW;
writeLine(h, "\t<key>postscriptStemSnapH</key>");
writeLine(h, "\t<array>");
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
writeLine(h, "\t</array>");
}
if (privateDict->StemSnapV.cnt != ABF_EMPTY_ARRAY) {
writeLine(h, "\t<key>postscriptStemSnapV</key>");
writeLine(h, "\t<array>");
for (i = 0; i < privateDict->StemSnapV.cnt; i++) {
float stem = privateDict->StemSnapV.array[i];
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
}
writeLine(h, "\t</array>");
} else if (privateDict->StdVW != ABF_UNSET_REAL) {
float stem = privateDict->StdVW;
writeLine(h, "\t<key>postscriptStemSnapV</key>");
writeLine(h, "\t<array>");
if (stem == ((int)stem))
sprintf(buffer, "\t\t<integer>%d</integer>", (int)stem);
else
sprintf(buffer, "\t\t<real>%.2f</real>", stem);
writeLine(h, buffer);
writeLine(h, "\t</array>");
}
if (privateDict->BlueScale != ABF_UNSET_REAL) {
char *p;
char valueBuffer[50];
/* 8 places is as good as it gets when converting ASCII real numbers->float-> ASCII real numbers, as happens to all the PrivateDict values.*/
sprintf(valueBuffer, "%.8f", privateDict->BlueScale);
p = strchr(valueBuffer, '.');
if (p != NULL) {
/* Have decimal point. Remove trailing zeroes.*/
int l = strlen(p);
p += l - 1;
while (*p == '0') {
*p = '\0';
p--;
}
if (*p == '.') {
*p = '\0';
}
}
writeLine(h, "\t<key>postscriptBlueScale</key>");
sprintf(buffer, "\t<real>%s</real>", valueBuffer);
writeLine(h, buffer);
}
if (privateDict->BlueShift != ABF_UNSET_REAL) {
writeLine(h, "\t<key>postscriptBlueShift</key>");
sprintf(buffer, "\t<integer>%d</integer>", (int)(0.5 + privateDict->BlueShift));
writeLine(h, buffer);
}
if (privateDict->BlueFuzz != ABF_UNSET_REAL) {
writeLine(h, "\t<key>postscriptBlueFuzz</key>");
sprintf(buffer, "\t<integer>%d</integer>", (int)(0.5 + privateDict->BlueFuzz));
writeLine(h, buffer);
}
if ((privateDict->ForceBold != ABF_UNSET_INT) && (privateDict->ForceBold > 0)) {
writeLine(h, "\t<key>postscriptForceBold</key>");
writeLine(h, "\t<true/>");
}
/* Finish the file */
writeLine(h, "</dict>");
writeLine(h, "</plist>");
flushBuf(h);
/* Close dst stream */
if (h->cb.stm.close(&h->cb.stm, h->stm.dst) == -1)
return ufwErrDstStream;
HANDLER
if (h->stm.dst)
h->cb.stm.close(&h->cb.stm, h->stm.dst);
return Exception.Code;
END_HANDLER
return ufwSuccess;
}