83   static bool isMoreDesirable(const SizePriority &P1, const SizePriority &P2) {  in isMoreDesirable()  argument
84     return P1.Size < P2.Size;  in isMoreDesirable()
103   static bool isMoreDesirable(const CostPriority &P1, const CostPriority &P2) {  in isMoreDesirable()  argument
104     return P1.Cost < P2.Cost;  in isMoreDesirable()
126                               const CostBenefitPriority &P2) {  in isMoreDesirable()  argument
145         P2.Cost + P2.StaticBonusApplied < ModuleInlinerTopPriorityThreshold;  in isMoreDesirable()
154       return P1.Cost < P2.Cost;  in isMoreDesirable()
158     bool P2HasCB = P2.CostBenefit.has_value();  in isMoreDesirable()
167       APInt LHS = P1.CostBenefit->getBenefit() * P2.CostBenefit->getCost();  in isMoreDesirable()
168       APInt RHS = P2.CostBenefit->getBenefit() * P1.CostBenefit->getCost();  in isMoreDesirable()
173     return P1.Cost < P2.Cost;  in isMoreDesirable()
194   static bool isMoreDesirable(const MLPriority &P1, const MLPriority &P2) {  in isMoreDesirable()  argument
195     return P1.Cost < P2.Cost;  in isMoreDesirable()