235         : Base(B), Main{AI.Inst}, Clones{}, IsHvx(Hvx), IsLoad(Load) {}  in MoveGroup()
238     InstList Main;     // Main group of instructions.  member
383   for (Instruction *I : MG.Main)  in operator <<()
932     assert(!Move.Main.empty() && "Move group should have non-empty Main");  in createLoadGroups()
933     if (Move.Main.size() >= SizeLimit)  in createLoadGroups()
939     Instruction *Base = Move.Main.front();  in createLoadGroups()
954     Move.Main.push_back(Info.Inst);  in createLoadGroups()
969   erase_if(LoadGroups, [](const MoveGroup &G) { return G.Main.size() <= 1; });  in createLoadGroups()
987     assert(!Move.Main.empty() && "Move group should have non-empty Main");  in createStoreGroups()
988     if (Move.Main.size() >= SizeLimit)  in createStoreGroups()
1000     Instruction *Base = Move.Main.front();  in createStoreGroups()
1003     if (!HVC.isSafeToMoveBeforeInBB(*Info.Inst, Base->getIterator(), Move.Main))  in createStoreGroups()
1005     Move.Main.push_back(Info.Inst);  in createStoreGroups()
1020   erase_if(StoreGroups, [](const MoveGroup &G) { return G.Main.size() <= 1; });  in createStoreGroups()
1031       return G.IsHvx && llvm::all_of(G.Main, [this](Instruction *S) {  in createStoreGroups()
1045   assert(!Move.Main.empty() && "Move group should have non-empty Main");  in moveTogether()
1046   Instruction *Where = Move.Main.front();  in moveTogether()
1053     ArrayRef<Instruction *> Main(Move.Main);  in moveTogether()  local
1054     for (Instruction *M : Main) {  in moveTogether()
1070     ArrayRef<Instruction *> Main(Move.Main);  in moveTogether()  local
1071     for (Instruction *M : Main.drop_front(1)) {  in moveTogether()
1077   return Move.Main.size() + Move.Deps.size() > 1;  in moveTogether()
1434   std::set<Instruction *> TestSet(Move.Main.begin(), Move.Main.end());  in realignGroup()
1456   Instruction *InsertAt = Move.Main.front();  in realignGroup()
1529   for (auto *Inst : Move.Main)  in realignGroup()