618 void *MDNode::operator new(size_t Size, size_t NumOps, StorageType Storage) {  in operator new()  argument
622       alignTo(Header::getAllocSize(Storage, NumOps), alignof(uint64_t));  in operator new()
624   Header *H = new (Mem + AllocSize - sizeof(Header)) Header(NumOps, Storage);  in operator new()
663 MDNode::Header::Header(size_t NumOps, StorageType Storage) {  in Header()  argument
664   IsLarge = isLarge(NumOps);  in Header()
666   SmallSize = getSmallSize(NumOps, IsResizable, IsLarge);  in Header()
670     getLarge().resize(NumOps);  in Header()
673   SmallNumOps = NumOps;  in Header()
696 void MDNode::Header::resize(size_t NumOps) {  in resize()  argument
698   if (operands().size() == NumOps)  in resize()
702     getLarge().resize(NumOps);  in resize()
703   else if (NumOps <= SmallSize)  in resize()
704     resizeSmall(NumOps);  in resize()
706     resizeSmallToLarge(NumOps);  in resize()
709 void MDNode::Header::resizeSmall(size_t NumOps) {  in resizeSmall()  argument
711   assert(NumOps <= SmallSize && "NumOps too large for small resize");  in resizeSmall()
714   assert(NumOps != ExistingOps.size() && "Expected a different size");  in resizeSmall()
716   int NumNew = (int)NumOps - (int)ExistingOps.size();  in resizeSmall()
722   SmallNumOps = NumOps;  in resizeSmall()
726 void MDNode::Header::resizeSmallToLarge(size_t NumOps) {  in resizeSmallToLarge()  argument
728   assert(NumOps > SmallSize && "Expected NumOps to be larger than allocation");  in resizeSmallToLarge()
730   NewOps.resize(NumOps);  in resizeSmallToLarge()