Lines Matching full:branches

27 /// Determines if the bodies of two branches in a switch statements are Type I
327         diag(IS->getBeginLoc(), "if with identical then and else branches");
334     // To find all the duplicates, we collect all the branches into a vector.
335     llvm::SmallVector<const Stmt *, 4> Branches;
339       Branches.push_back(Cur->getThen());
350         Branches.push_back(Else);
355     size_t N = Branches.size();
359       // We have already seen Branches[i] as a clone of an earlier branch.
367                                    Branches[I]->IgnoreContainers(),
368                                    Branches[J]->IgnoreContainers(), Context))
376           diag(Branches[I]->getBeginLoc(),
379               Lexer::getLocForEndOfToken(Branches[I]->getEndLoc(), 0,
386         diag(Branches[J]->getBeginLoc(), "clone %0 starts here",
410     // but we do not try to distinguish branches in such code.
414     // We will first collect the branches of the switch statements. For the
415     // sake of simplicity we say that branches are delimited by the SwitchCase
419     llvm::SmallVector<SwitchBranch, 4> Branches;
423         Branches.emplace_back();
428       // store those statements in branches.
429       if (!Branches.empty())
430         Branches.back().push_back(S);
433     auto *End = Branches.end();
434     auto *BeginCurrent = Branches.begin();
447       // complete family of consecutive identical branches.
450         // No consecutive identical branches that start on BeginCurrent
456            "switch has %0 consecutive identical branches")