ConfigRect ConfigManager::parseRect(){
ConfigRect r;
r.x = tok.getnextint(); // either just x,y..
tok.getnextcheck(T_COMMA);
r.y = tok.getnextint();
if(tok.getnext()==T_COMMA){ // or x,y,w,h
r.w = tok.getnextint();
tok.getnextcheck(T_COMMA);
r.h = tok.getnextint();
}else{
tok.rewind();
r.w = 1; r.h = 1;
}
if(tok.getnext() == T_SIZE){
r.minsizex = tok.getnextint();
if(tok.getnext()==T_COMMA){
r.minsizey = tok.getnextint();
}else{
r.minsizey = r.minsizex;
tok.rewind();
}
}else
tok.rewind();
return r;
}
void parseLinkedVars(bool diamond){
char buf[256];
int size,type;
RawDataBuffer *linkvar,*b;
if(tok.getnext()!=T_OPREN)
throw UnexpException(&tok,"( after linked");
linkedVars.clear();
for(;;){
double mn,mx;
char buf[256];
// get type
type = tok.getnext();
// get name
tok.getnextident(buf);
// if diamond, get topic and datum index
char tname[256];
int idx;
#if DIAMOND
if(diamond){
tok.getnextcheck(T_TOPIC);
tok.getnextident(tname);
tok.getnextcheck(T_COMMA);
idx = tok.getnextint();
diamondMap[DiamondTopicKey(tname,idx)]=QString(buf);
if(!diamondSet.contains(tname))
diamondSet.insert(tname);
diamondapparatus::subscribe(tname);
}
#endif
// now the range
tok.getnextcheck(T_RANGE);
mn = tok.getnextfloat();
tok.getnextcheck(T_TO);
mx = tok.getnextfloat();
// add to a list!
linkedVars.append(LinkedVarEntry(buf,type,mn,mx));
if(tok.getnext()!=T_COMMA){
tok.rewind();
break;
}
}
if(tok.getnext()!=T_CPREN)
throw UnexpException(&tok,") after linked var list");
if(tok.getnext()!=T_INT)
throw UnexpException(&tok,"buffer size after linked var list");
size = tok.getint();
linkvar = NULL;
for(int i=0;i<linkedVars.size();i++){
b = createVar(linkedVars[i].type,
linkedVars[i].name,
size,
linkedVars[i].minVal,
linkedVars[i].maxVal);
if(linkvar)
linkvar->link(b);
else
linkvar = b;
}
}