// dominator tree, or the new class leader should dominate the new member
// instruction. We simply check that the member instruction does not properly
// dominate the new class leader.
- assert(
- !isa<Instruction>(NewClass->RepLeader) || !NewClass->RepLeader ||
- I == NewClass->RepLeader ||
- !DT->properlyDominates(
- I->getParent(),
- cast<Instruction>(NewClass->RepLeader)->getParent()) &&
- "New class for instruction should not be dominated by instruction");
+ assert((!isa<Instruction>(NewClass->RepLeader) || !NewClass->RepLeader ||
+ I == NewClass->RepLeader ||
+ !DT->properlyDominates(
+ I->getParent(),
+ cast<Instruction>(NewClass->RepLeader)->getParent())) &&
+ "New class for instruction should not be dominated by instruction");
if (NewClass->RepLeader != I) {
auto DFSNum = InstrDFS.lookup(I);