void save(FILE *fd) {
writeUint16LE(fd, x1);
writeUint16LE(fd, y1);
writeUint16LE(fd, x2);
writeUint16LE(fd, y2);
writeUint32LE(fd, messageListOffset);
}
void save(FILE *fd) {
writeUint16LE(fd, x1);
writeUint16LE(fd, y1);
writeUint16LE(fd, x2);
writeUint16LE(fd, y2);
writeUint16LE(fd, messageNum);
}
void MfcArchive::writeObject(CObject *obj) {
if (obj == NULL) {
writeUint16LE(0);
} else if (_objectHash.contains(obj)) {
int32 idx = _objectHash[obj];
if (idx < 0x7fff) {
writeUint16LE(idx);
} else {
writeUint16LE(0x7fff);
writeUint32LE(idx);
}
} else {
writeUint16LE(0xffff); // New class
_objectHash[obj] = _lastIndex++;
writeUint16LE(1); // schema
switch (obj->_objtype) {
case kObjTypeGameVar:
writePascalString(lookupObjectId(kGameVar), true); // Two byte counter
break;
default:
error("Unhandled save for object type: %d", obj->_objtype);
}
obj->save(*this);
}
}
void save(FILE *fd) {
writeUint16LE(fd, x1);
writeUint16LE(fd, y1);
writeUint16LE(fd, x2);
writeUint16LE(fd, y2);
writeUint32LE(fd, subRectItems.size());
for (uint32 j = 0; j < subRectItems.size(); j++)
subRectItems[j].save(fd);
}
void save(FILE *fd) {
writeUint32LE(fd, id);
writeUint32LE(fd, bgFilename);
writeUint32LE(fd, class437Filename);
writeUint32LE(fd, dataResourceFilename);
writeUint32LE(fd, pointListName);
writeUint32LE(fd, rectListName);
writeUint32LE(fd, exPaletteFilename2);
writeUint32LE(fd, exPaletteFilename1);
writeUint32LE(fd, mouseCursorFilename);
writeUint16LE(fd, which1);
writeUint16LE(fd, which2);
}
void MfcArchive::writePascalString(const Common::String &str, bool twoByte) {
int len = str.size();
if (twoByte)
writeUint16LE(len);
else
writeByte(len);
write(str.c_str(), len);
}
void writeUint32LE(FILE *file, uint32 x) {
writeUint16LE(file, x & 0xffff);
writeUint16LE(file, x >> 16);
}
void save(FILE *fd) {
writeUint16LE(fd, messageNum);
writeUint32LE(fd, messageParam);
}
void File::writeUint32LE(uint32_t n) {
writeUint16LE(n & 0xFFFF);
writeUint16LE(n >> 16);
}
