src/gpu-compute/kernel_cfg.cc

67     for (auto& block: basicBlocks) {
116             uint32_t id = basicBlocks.size();
118                 basicBlocks.back()->size = block_size;
121             basicBlocks.emplace_back(new BasicBlock(id, instruction));
125     basicBlocks.back()->size = block_size;
127     basicBlocks.emplace_back(new BasicBlock(basicBlocks.size(), nullptr));
133     BasicBlock* exit_bb = basicBlocks.back().get();
134     for (auto& bb : basicBlocks) {
173     basicBlocks.back()->postDominatorIds.insert(basicBlocks.back()->id);
175     for (auto& block : basicBlocks) {
177             for (uint32_t i = 0; i < basicBlocks.size(); i++) {
186         for (int h = basicBlocks.size() - 2; h >= 0; --h) {
188                     basicBlocks[h]->postDominatorIds.size();
189             for (int s : basicBlocks[h]->successorIds) {
190                 intersect(basicBlocks[h]->postDominatorIds,
191                           basicBlocks[s]->postDominatorIds);
193             basicBlocks[h]->postDominatorIds.insert(h);
195                     != basicBlocks[h]->postDominatorIds.size());
216     assert(basicBlocks.size() > 1); // Entry and exit blocks must be present
220     for (auto& basicBlock : basicBlocks) {
229                            basicBlocks[postDominatorId]->postDominatorIds,
235         BasicBlock* ipd_block = basicBlocks[*(candidates.begin())].get();
248     for (auto& block : basicBlocks) {
260     for (const auto& block : basicBlocks) {
287     for (const auto& basic_block : basicBlocks) {