- length = 6;
- }
- } else if(s[pos+1] == 'O') { // reset formatting
- curfmt &= 0x000000ff; // we keep message type-specific formatting
- length = 2;
- } else if(s[pos+1] == 'R') { // reverse
- // TODO: implement reverse formatting
-
- length = 2;
- } else { // all others are toggles
- QString code = QString("%") + s[pos+1];
- if(s[pos+1] == 'D') code += s[pos+2];
- FormatType ftype = formatType(code);
- if(ftype == Invalid) {
- pos++;
- qWarning() << (QString("Invalid format code in string: %1").arg(s));
- continue;
- }
- curfmt ^= ftype;
- length = code.length();
- }
- s.remove(pos, length);
- if(pos == result.formatList.last().first)
- result.formatList.last().second = curfmt;
- else
- result.formatList.append(qMakePair((quint16)pos, curfmt));
- }
- result.plainText = s;
- return result;
-}
-
-QString UiStyle::mircToInternal(const QString &mirc_) {
- QString mirc = mirc_;
- mirc.replace('%', "%%"); // escape % just to be sure
- mirc.replace('\x02', "%B");
- mirc.replace('\x0f', "%O");
- mirc.replace('\x12', "%R");
- mirc.replace('\x16', "%R");
- mirc.replace('\x1d', "%S");
- mirc.replace('\x1f', "%U");
-
- // Now we bring the color codes (\x03) in a sane format that can be parsed more easily later.
- // %Dcfxx is foreground, %Dcbxx is background color, where xx is a 2 digit dec number denoting the color code.
- // %Dc- turns color off.
- // Note: We use the "mirc standard" as described in <http://www.mirc.co.uk/help/color.txt>.
- // This means that we don't accept something like \x03,5 (even though others, like WeeChat, do).
- int pos = 0;
- for(;;) {
- pos = mirc.indexOf('\x03', pos);
- if(pos < 0) break; // no more mirc color codes
- QString ins, num;
- int l = mirc.length();
- int i = pos + 1;
- // check for fg color
- if(i < l && mirc[i].isDigit()) {
- num = mirc[i++];
- if(i < l && mirc[i].isDigit()) num.append(mirc[i++]);
- else num.prepend('0');
- ins = QString("%Dcf%1").arg(num);
-
- if(i+1 < l && mirc[i] == ',' && mirc[i+1].isDigit()) {
- i++;
- num = mirc[i++];
- if(i < l && mirc[i].isDigit()) num.append(mirc[i++]);
- else num.prepend('0');
- ins += QString("%Dcb%1").arg(num);
- }
- } else {
- ins = "%Dc-";
- }
- mirc.replace(pos, i-pos, ins);
- }
- return mirc;
+ }
+
+ // Now we bring the color codes (\x03) in a sane format that can be parsed more easily later.
+ // %Dcfxx is foreground, %Dcbxx is background color, where xx is a 2 digit dec number denoting the color code.
+ // %Dc- turns color off.
+ // Note: We use the "mirc standard" as described in <http://www.mirc.co.uk/help/color.txt>.
+ // This means that we don't accept something like \x03,5 (even though others, like WeeChat, do).
+ int pos = 0;
+ for (;;) {
+ pos = mirc.indexOf('\x03', pos);
+ if (pos < 0) break; // no more mirc color codes
+ QString ins, num;
+ int l = mirc.length();
+ int i = pos + 1;
+ // check for fg color
+ if (i < l && mirc[i].isDigit()) {
+ num = mirc[i++];
+ if (i < l && mirc[i].isDigit()) num.append(mirc[i++]);
+ else num.prepend('0');
+ ins = QString("%Dcf%1").arg(num);
+
+ if (i+1 < l && mirc[i] == ',' && mirc[i+1].isDigit()) {
+ i++;
+ num = mirc[i++];
+ if (i < l && mirc[i].isDigit()) num.append(mirc[i++]);
+ else num.prepend('0');
+ ins += QString("%Dcb%1").arg(num);
+ }
+ }
+ else {
+ ins = "%Dc-";
+ }
+ mirc.replace(pos, i-pos, ins);
+ }
+ return mirc;