29   TimingLogger logger("StartEnd", true, false);  in TEST_F()  local
30   logger.StartTiming(split1name);  in TEST_F()
31   logger.EndTiming();  // Ends split1.  in TEST_F()
32   const auto& timings = logger.GetTimings();  in TEST_F()
44   TimingLogger logger("StartNewEnd", true, false);  in TEST_F()  local
45   logger.StartTiming(split1name);  in TEST_F()
46   logger.NewTiming(split2name);  in TEST_F()
47   logger.NewTiming(split3name);  in TEST_F()
48   logger.EndTiming();  in TEST_F()
50   const auto& timings = logger.GetTimings();  in TEST_F()
70   TimingLogger logger("StartNewEndNested", true, false);  in TEST_F()  local
71   logger.StartTiming(name1);  in TEST_F()
72   logger.NewTiming(name2);  // Ends timing1.  in TEST_F()
73   logger.StartTiming(name3);  in TEST_F()
74   logger.StartTiming(name4);  in TEST_F()
75   logger.NewTiming(name5);  // Ends timing4.  in TEST_F()
76   logger.EndTiming();  // Ends timing5.  in TEST_F()
77   logger.EndTiming();  // Ends timing3.  in TEST_F()
78   logger.EndTiming();  // Ends timing2.  in TEST_F()
79   const auto& timings = logger.GetTimings();  in TEST_F()
81   size_t idx_1 = logger.FindTimingIndex(name1, 0);  in TEST_F()
82   size_t idx_2 = logger.FindTimingIndex(name2, 0);  in TEST_F()
83   size_t idx_3 = logger.FindTimingIndex(name3, 0);  in TEST_F()
84   size_t idx_4 = logger.FindTimingIndex(name4, 0);  in TEST_F()
85   size_t idx_5 = logger.FindTimingIndex(name5, 0);  in TEST_F()
86   size_t idx_6 = logger.FindTimingIndex("Not found", 0);  in TEST_F()
93   TimingLogger::TimingData data = logger.CalculateTimingData();  in TEST_F()
107   TimingLogger logger("Scoped", true, false);  in TEST_F()  local
109     TimingLogger::ScopedTiming outer(outersplit, &logger);  in TEST_F()
111       TimingLogger::ScopedTiming inner1(innersplit1, &logger);  in TEST_F()
113         TimingLogger::ScopedTiming innerinner1(innerinnersplit1, &logger);  in TEST_F()
117       TimingLogger::ScopedTiming inner2(innersplit2, &logger);  in TEST_F()
120   const size_t idx_outersplit = logger.FindTimingIndex(outersplit, 0);  in TEST_F()
121   const size_t idx_innersplit1 = logger.FindTimingIndex(innersplit1, 0);  in TEST_F()
122   const size_t idx_innerinnersplit1 = logger.FindTimingIndex(innerinnersplit1, 0);  in TEST_F()
123   const size_t idx_innersplit2 = logger.FindTimingIndex(innersplit2, 0);  in TEST_F()
124   const auto& timings = logger.GetTimings();  in TEST_F()
128   TimingLogger::TimingData data(logger.CalculateTimingData());  in TEST_F()
141   TimingLogger logger("Scoped", true, false);  in TEST_F()  local
142   logger.StartTiming(outersplit);  in TEST_F()
144     TimingLogger::ScopedTiming inner(innersplit, &logger);  in TEST_F()
145     logger.StartTiming(innerinnersplit1);  in TEST_F()
146     logger.NewTiming(innerinnersplit2);  // Ends innerinnersplit1.  in TEST_F()
147     logger.EndTiming();  in TEST_F()
149   logger.EndTiming();  // Ends outersplit.  in TEST_F()
150   const size_t idx_outersplit = logger.FindTimingIndex(outersplit, 0);  in TEST_F()
151   const size_t idx_innersplit = logger.FindTimingIndex(innersplit, 0);  in TEST_F()
152   const size_t idx_innerinnersplit1 = logger.FindTimingIndex(innerinnersplit1, 0);  in TEST_F()
153   const size_t idx_innerinnersplit2 = logger.FindTimingIndex(innerinnersplit2, 0);  in TEST_F()
154   const auto& timings = logger.GetTimings();  in TEST_F()