Watchdog is hardware driver. It interacts with HAL - provides wrapper to interact with the peripheral.
Provides basic functionality: start/stop, get timeout/max timeout.
It is automatically kicked by a timer, according to the timeout set in ctor.
- Changed the process into static method
- used the singletonptr for creating the low power ticker instance
- Added the mbed stub into cmake build for cellularnonipsocket,loramacrypto
-Added the mock class function to mock mbed_assert_internal
-Added the unit test case to test start,kick,stop
-Modified the interface api name from is_alive to process
-added the unit test cases for process
-SW watchdog has interface name start(),stop(),kick() Sw watchdog internally has static list and shared across multiple instance of SW watchdog
- Sw watchdog initialize timeout value,unique string via constructor whenever threads created sw watchdog object
-Threads make sure pass proper timeout value,Unique string while creating the instance.
-start() called by components(BLE,WIFI etc.,),it adds the entry into static list with few details current count ,etc.,
-kick() called by registered components(BLE,WIFI etc.) to reset current count to zero.
-is_alive - interface API to mbed_watchdog_manager
-implementation optimization
-Added API to register muliple threads to watchdog drivers
-Watchdog timeout reconfigures everytime whenever new register thread with longer timeout period
-New APIs for watchdog
wd_register(const osThreadId_t tid, const uint32_t timeout) to register to watchdog
wd_unregister(const osThreadId_t tid) to unregister to watchdog
kick(const osThreadId_t tid) to refresh the watchdog
Martin Kojtal
Amanda Butler
Rajkumar Kanagaraj
Donatien Garnier
Steven Cartmell