void add(Synt synt,const Element *base)
{
Element T(synt);
ulen K=synt.getIndex();
collector.append_fill(K,N,T);
collector.append_fill(K,N,Range(base+K,1));
}
ulen TopLang::makeRules(Collector<RuleRec> &collector,const CondLangBase::RuleDesc &rule)
{
ulen ret=0;
DynArray<ElementRecExt> temp(DoCast(rule.args.len),rule.args.ptr);
{
ulen index=0;
for(auto &rec : temp ) rec.element_index=index++;
}
auto args=Range(temp);
do
{
if( TestCond(Range_const(args),rule.cond) )
{
collector.append_fill(makeRuleName(rule.name,Range_const(args)),rule.index,Range_const(args));
ret++;
}
}
while( Next(args) );
return ret;
}
void add(Rule rule)
{
ulen K=rule.getRet().getIndex();
PtrLen<const Element> args=rule.getArgs();
if( +args )
{
Vertex cur(K);
Element E=*args;
++args;
E.applyForSynt( [=] (Synt synt) { collector.append_fill(cur,synt.getIndex(),args); } );
if( +args )
for(;;)
{
collector.append_fill(cur,N,E,args);
Element F=*args;
++args;
F.applyForSynt( [=] (Synt synt) { collector.append_fill(cur,synt.getIndex(),E,args); } );
if( !args ) break;
Vertex v=extra.get();
collector.append_fill(cur,v,E);
cur=v;
E=F;
}
}
}
