424   SegmentedQueue<ConstructorCount, blockSize> testSegmentedQueue(totalSize /  in TEST()  local
435           ASSERT_TRUE(testSegmentedQueue.push_back(  in TEST()
440           ASSERT_FALSE(testSegmentedQueue.push_back(  in TEST()
447           ASSERT_TRUE(testSegmentedQueue.emplace_back(  in TEST()
451           ASSERT_FALSE(testSegmentedQueue.emplace_back(  in TEST()
457         ASSERT_EQ(testSegmentedQueue.empty(), referenceDeque.empty());  in TEST()
458         if (!testSegmentedQueue.empty()) {  in TEST()
459           testSegmentedQueue.pop_front();  in TEST()
465         ASSERT_EQ(testSegmentedQueue.size(), referenceDeque.size());  in TEST()
466         if (!testSegmentedQueue.empty()) {  in TEST()
468           size_t index = std::rand() % (testSegmentedQueue.size() * 2);  in TEST()
470             ASSERT_FALSE(testSegmentedQueue.remove(index));  in TEST()
472             ASSERT_TRUE(testSegmentedQueue.remove(index));  in TEST()
479         ASSERT_EQ(testSegmentedQueue.size(), referenceDeque.size());  in TEST()
494         ASSERT_EQ(removedIndex.size(), testSegmentedQueue.removeMatchedFromBack(  in TEST()
511     ASSERT_EQ(testSegmentedQueue.size(), referenceDeque.size());  in TEST()
512     ASSERT_EQ(testSegmentedQueue.empty(), referenceDeque.empty());  in TEST()
513     if (!testSegmentedQueue.empty()) {  in TEST()
514       ASSERT_EQ(testSegmentedQueue.back().getValue(),  in TEST()
516       ASSERT_EQ(testSegmentedQueue.front().getValue(),  in TEST()
519     for (size_t idx = 0; idx < testSegmentedQueue.size(); idx++) {  in TEST()
520       ASSERT_EQ(testSegmentedQueue[idx].getValue(),  in TEST()