20   FakeClock* clock() { return &clock_; }  in clock()  function in openscreen::__anon6e17f2f30111::AlarmTest
25   FakeClock clock_{Clock::now()};
31   constexpr Clock::duration kDelay = milliseconds(20);  in TEST_F()
33   const Clock::time_point alarm_time = FakeClock::now() + kDelay;  in TEST_F()
34   Clock::time_point actual_run_time{};  in TEST_F()
37   ASSERT_EQ(Clock::time_point{}, actual_run_time);  in TEST_F()
40   clock()->Advance(kDelay / 2);  in TEST_F()
41   ASSERT_EQ(Clock::time_point{}, actual_run_time);  in TEST_F()
44   clock()->Advance(kDelay / 2);  in TEST_F()
48   clock()->Advance(kDelay * 100);  in TEST_F()
53   const Clock::time_point expected_run_time = FakeClock::now();  in TEST_F()
54   Clock::time_point actual_run_time{};  in TEST_F()
59   ASSERT_EQ(Clock::time_point{}, actual_run_time);  in TEST_F()
61   // Confirm the lambda runs without the clock having to tick forward.  in TEST_F()
66   clock()->Advance(seconds(2));  in TEST_F()
71   constexpr Clock::duration kDelay = milliseconds(20);  in TEST_F()
72   constexpr Clock::time_point kNever{};  in TEST_F()
74   Clock::time_point actual_run_time{};  in TEST_F()
77     const Clock::time_point alarm_time = FakeClock::now() + kDelay;  in TEST_F()
85   clock()->Advance(kDelay * 100);  in TEST_F()
90   constexpr Clock::duration kDelay = milliseconds(20);  in TEST_F()
92   const Clock::time_point alarm_time = FakeClock::now() + kDelay;  in TEST_F()
93   Clock::time_point actual_run_time{};  in TEST_F()
96   // Advance the clock for half the delay, and confirm the lambda has not run  in TEST_F()
98   clock()->Advance(kDelay / 2);  in TEST_F()
99   ASSERT_EQ(Clock::time_point{}, actual_run_time);  in TEST_F()
101   // Cancel and then advance the clock well past the delay, and confirm the  in TEST_F()
104   clock()->Advance(kDelay * 100);  in TEST_F()
105   ASSERT_EQ(Clock::time_point{}, actual_run_time);  in TEST_F()
109   constexpr Clock::duration kShorterDelay = milliseconds(10);  in TEST_F()
110   constexpr Clock::duration kLongerDelay = milliseconds(100);  in TEST_F()
123     // Advance the clock for half of |delay1|, and confirm the lambda that  in TEST_F()
126     clock()->Advance(delay1 / 2);  in TEST_F()
135     clock()->Advance(delay2 / 2);  in TEST_F()
137     clock()->Advance(delay2 / 2);  in TEST_F()
142     clock()->Advance(std::max(delay1, delay2) * 100);  in TEST_F()