cosmetic changes

tests/QBind/QCbor_impl.h

@@ -115,21 +115,21 @@ protected:
     bool isValid() const noexcept { return io; }
 
     bool trySequence(quint32* rows=nullptr) { levels.push_back(rows);
-                                            if (Q_LIKELY(rows)) { putInteger   (*rows                 , cbor::ArrayType); }
-                                            else                { putMajorValue(cbor::IndefiniteLength, cbor::ArrayType); } return true; }
+                                              if (Q_LIKELY(rows)) { putInteger   (*rows                 , cbor::ArrayType); }
+                                              else                { putMajorValue(cbor::IndefiniteLength, cbor::ArrayType); } return true; }
     bool tryRecord  (quint32* cols=nullptr) { levels.push_back(cols);
-                                            if (Q_LIKELY(cols)) { putInteger   (*cols                 , cbor::MapType  ); }
-                                            else                { putMajorValue(cbor::IndefiniteLength, cbor::MapType  ); } return true; }
+                                              if (Q_LIKELY(cols)) { putInteger   (*cols                 , cbor::MapType  ); }
+                                              else                { putMajorValue(cbor::IndefiniteLength, cbor::MapType  ); } return true; }
     bool tryNull    (                     ) { putSimpleValue(cbor::Null                             );                return true; }
     bool tryBind    (      QUtf8DataView u) { putInteger    (quint64(u.size()), cbor::TextStringType); io->append(u.data(), u.size()); return true; }
     bool tryBind    (          QString&& s) { QUtf8Data u(s.toUtf8());
-                                            putInteger    (quint64(u.size()), cbor::TextStringType); io->append(u.utf8()); return true; }
-                                            //static const char mimeHeader[] = "Content-Type:text/plain;charset=utf-16\xD\xA\xD\xA";
-                                            //QByteArray utf16(QByteArray::fromRawData(reinterpret_cast<const char*>(s.utf16()), s.size()*int(sizeof(QChar))));
-                                            //return          putMajorValue (cbor::NextByteUnsignedInt,cbor::TagType       ) && io->putChar(cbor::MimeMessage) &&
-                                            //                putInteger    (sizeof(mimeHeader)+
-                                            //                               utf16.size()          ,cbor::ByteStringType) && io->write(mimeHeader, sizeof(mimeHeader))
-                                            //                                                                            && (Q_LIKELY(io->write(utf16)) || s[0]==QChar('\0')); }
+                                              putInteger    (quint64(u.size()), cbor::TextStringType); io->append(u.utf8()); return true; }
+                                              //static const char mimeHeader[] = "Content-Type:text/plain;charset=utf-16\xD\xA\xD\xA";
+                                              //QByteArray utf16(QByteArray::fromRawData(reinterpret_cast<const char*>(s.utf16()), s.size()*int(sizeof(QChar))));
+                                              //return          putMajorValue (cbor::NextByteUnsignedInt,cbor::TagType       ) && io->putChar(cbor::MimeMessage) &&
+                                              //                putInteger    (sizeof(mimeHeader)+
+                                              //                               utf16.size()          ,cbor::ByteStringType) && io->write(mimeHeader, sizeof(mimeHeader))
+                                              //                                                                            && (Q_LIKELY(io->write(utf16)) || s[0]==QChar('\0')); }
     bool tryBind    (       QByteArray&& s) { putInteger    (quint64(s.size()), cbor::ByteStringType); io->append(s); return true; }
     bool tryBind    (             bool&& b) { putSimpleValue(b ? cbor::True : cbor::False);                           return true; }
     bool tryBind    (            float&& n) { putSimpleValue(cbor::Next32BitFloat); putBigEndian(n);                  return true; }

tests/QBind/main.cpp

@@ -284,7 +284,7 @@ struct QTransmogrifier<QColor> {
         }
         if (c.alpha()<255) { r = r.bind("alpha",quint8(c.alpha())); }
         return r.bind("base",quint8(255)); // Explicits ARGBCMYKSLV components' base (H base is 360 corresponding to color wheel degrees, with -1 used for gray in addition to S being 0)
-                                                  // QDebug use of float values removes need for base but may lose precision
+                                           // QDebug use of float values removes need for base but may lose precision
     }
 };