1 #include "watchdog.hpp"
15 namespace watchdog  namespace
23 // Test Watchdog functionality
35         wdog(std::make_unique<Watchdog>(  in WdogTest()
36             bus, TEST_PATH, event, Watchdog::ActionTargetMap(), std::nullopt,  in WdogTest()
43         // Initially the watchdog would be disabled  in WdogTest()
53     // Watchdog object
54     std::unique_ptr<Watchdog> wdog;
65     // Returns how long it took for the current watchdog timer to be
88 /** @brief Make sure that watchdog is started and not enabled */
98     auto newAction = Watchdog::Action::PowerOff;  in TEST_F()
117 /** @brief Make sure that watchdog is started and enabled */
137 /** @brief Make sure that watchdog is started and enabled.
138  *         Later, disable watchdog
153 /** @brief Make sure that watchdog is started and enabled.
179 /** @brief Make sure that watchdog is started and enabled.
181  *         and then expect the watchdog to expire in 5 quantums
245 /** @brief Make sure that watchdog is started and enabled.
262 /** @brief Make sure the watchdog is started and enabled with a fallback
264  *         Make sure that fallback runs to completion and ensure the watchdog
277     Watchdog::Fallback fallback;  in TEST_F()
278     fallback.action = Watchdog::Action::PowerOff;  in TEST_F()
282     wdog = std::make_unique<Watchdog>(bus, TEST_PATH, event,  in TEST_F()
283                                       Watchdog::ActionTargetMap(), fallback);  in TEST_F()
306     EXPECT_EQ(Watchdog::Action::None,  in TEST_F()
307               wdog->expireAction(Watchdog::Action::None));  in TEST_F()
329     // We should now have disabled the watchdog after the fallback expires  in TEST_F()
335     // Make sure enabling the watchdog again works  in TEST_F()
345 /** @brief Make sure the watchdog is started and enabled with a fallback
347  *         Make sure that we can re-enable the watchdog during fallback
359     Watchdog::Fallback fallback;  in TEST_F()
360     fallback.action = Watchdog::Action::PowerOff;  in TEST_F()
364     wdog = std::make_unique<Watchdog>(bus, TEST_PATH, event,  in TEST_F()
365                                       Watchdog::ActionTargetMap(), fallback);  in TEST_F()
395 /** @brief Make sure the watchdog is started and enabled with a fallback
398  *         will enable the primary watchdog with primary interval.
412     Watchdog::Fallback fallback;  in TEST_F()
413     fallback.action = Watchdog::Action::PowerOff;  in TEST_F()
417     wdog = std::make_unique<Watchdog>(bus, TEST_PATH, event,  in TEST_F()
418                                       Watchdog::ActionTargetMap(), fallback);  in TEST_F()
452 /** @brief Make sure the watchdog is started and with a fallback without
454  *         Then enable the watchdog
456  *         Make sure that fallback runs to completion and ensure the watchdog
469     Watchdog::Fallback fallback;  in TEST_F()
470     fallback.action = Watchdog::Action::PowerOff;  in TEST_F()
474     wdog = std::make_unique<Watchdog>(bus, TEST_PATH, event,  in TEST_F()
475                                       Watchdog::ActionTargetMap(), fallback,  in TEST_F()
536  *  Initiate default Watchdog in order to get the default
538  *  Initiate watchdog with minInterval greater than default
544     // Initiate default Watchdog and get the default interval value.  in TEST_F()
546     wdog = std::make_unique<Watchdog>(bus, TEST_PATH, event);  in TEST_F()
552     // We initiate a new Watchdog with min interval greater than the default  in TEST_F()
555     wdog = std::make_unique<Watchdog>(bus, TEST_PATH, event,  in TEST_F()
556                                       Watchdog::ActionTargetMap(), std::nullopt,  in TEST_F()
579 } // namespace watchdog