84   assert(RBI && "Cannot work without RegisterBankInfo");  in init()
129              assert(DesiredRegBank && "The mapping must be valid");  in assignmentMatch()
139   assert(ValMapping.NumBreakDowns == (unsigned)size(NewVRegs) &&  in repairReg()
143   assert(!NewVRegs.empty() && "We should not have to repair");  in repairReg()
157     assert((RepairPt.getNumInsertPoints() == 1 ||  in repairReg()
172     assert(ValMapping.partsAllUniform() && "irregular breakdowns not supported");  in repairReg()
181           assert(  in repairReg()
240   assert(MO.isReg() && "We should only repair register operand");  in getRepairCost()
241   assert(ValMapping.NumBreakDowns && "Nothing to map??");  in getRepairCost()
247   assert(CurRegBank || MO.isDef());  in getRepairCost()
292   assert(!PossibleMappings.empty() &&  in findBestMapping()
319     assert(BestMapping && "No suitable mapping for instruction");  in findBestMapping()
327   assert(RepairPt.hasSplit() && "We should not have to adjust for split");  in tryAvoidingSplit()
330   assert((MI.isPHI() || MI.isTerminator()) && "Why do we split?");  in tryAvoidingSplit()
332   assert(&MI.getOperand(RepairPt.getOpIdx()) == &MO &&  in tryAvoidingSplit()
339   assert((!MI.isPHI() || !MO.isDef()) && "Need split for phi def?");  in tryAvoidingSplit()
344       assert(&MI != &(*MI.getParent()->getFirstTerminator()) &&  in tryAvoidingSplit()
366   assert(MI.isTerminator() && MO.isDef() &&  in tryAvoidingSplit()
414     assert(&MI == &(*MI.getParent()->getFirstTerminator()) &&  in tryAvoidingSplit()
417     assert((!Next || Next->isUnconditionalBranch()) &&  in tryAvoidingSplit()
423       assert(!Next->readsRegister(Reg) && "Need to split between terminators");  in tryAvoidingSplit()
432       assert(false && "Repairing cost may not be accurate");  in tryAvoidingSplit()
446   assert((MBFI || !BestCost) && "Costs comparison require MBFI");  in computeMapping()
454   assert(!Saturated && "Possible mapping saturated the cost");  in computeMapping()
515     assert(MBFI && MBPI && "Cost computation requires MBFI and MBPI");  in computeMapping()
540     assert(((RepairCost < RepairCost * PercentageForBias) &&  in computeMapping()
545       assert(InsertPt->canMaterialize() && "We should not have made it here");  in computeMapping()
553         assert(CostForInsertPt + Bias > CostForInsertPt &&  in computeMapping()
592     assert(RepairPt.getKind() != RepairingPlacement::None &&  in applyMapping()
602       assert(ValMapping.NumBreakDowns == 1 &&  in applyMapping()
628     assert((Opc == TargetOpcode::G_ASSERT_ZEXT ||  in assignInstr()
636     assert(RB && "Expected source register to have a register bank?");  in assignInstr()
660   assert(BestMapping->verify(MI) && "Invalid instruction mapping");  in assignInstr()
760   assert(MO.isReg() && "Trying to repair a non-reg operand");  in RepairingPlacement()
820         assert(!It->modifiesRegister(MO.getReg(), &TRI) &&  in RepairingPlacement()
838       assert(It->modifiesRegister(MO.getReg(), &TRI) &&  in RepairingPlacement()
874   assert((!Before || !Instr.isPHI()) &&  in InstrInsertPoint()
876   assert((!Before || !Instr.getNextNode() || !Instr.getNextNode()->isPHI()) &&  in InstrInsertPoint()
934   assert(Src.isSuccessor(DstOrSplit) && DstOrSplit->isPredecessor(&Src) &&  in materialize()
937   assert(NewBB && "Invalid call to materialize");  in materialize()
963   assert(Src.succ_size() > 1 && DstOrSplit->pred_size() > 1 &&  in canMaterialize()