int system_sleep_pin_impl(uint16_t wakeUpPin, uint16_t edgeTriggerMode, long seconds, uint32_t param, void* reserved)
{
SYSTEM_THREAD_CONTEXT_SYNC(system_sleep_pin_impl(wakeUpPin, edgeTriggerMode, seconds, param, reserved));
// If we're connected to the cloud, make sure all
// confirmable UDP messages are sent before sleeping
if (spark_cloud_flag_connected()) {
Spark_Sleep();
}
bool network_sleep = network_sleep_flag(param);
if (network_sleep)
{
network_suspend();
}
LED_Off(LED_RGB);
HAL_Core_Enter_Stop_Mode(wakeUpPin, edgeTriggerMode, seconds);
if (network_sleep)
{
network_resume(); // asynchronously bring up the network/cloud
}
// if single-threaded, managed mode then reconnect to the cloud (for up to 60 seconds)
auto mode = system_mode();
if (system_thread_get_state(nullptr)==spark::feature::DISABLED && (mode==AUTOMATIC || mode==SEMI_AUTOMATIC) && spark_cloud_flag_auto_connect()) {
waitFor(spark_cloud_flag_connected, 60000);
}
if (spark_cloud_flag_connected()) {
Spark_Wake();
}
return 0;
}
/*******************************************************************************
* Function Name : HAL_RTCAlarm_Handler
* Description : This function handles additional application requirements.
* Input : None.
* Output : None.
* Return : None.
*******************************************************************************/
extern "C" void HAL_RTCAlarm_Handler(void)
{
/* Wake up from System.sleep mode(SLEEP_MODE_WLAN) */
network_resume();
}
int system_sleep_pin_impl(const uint16_t* pins, size_t pins_count, const InterruptMode* modes, size_t modes_count, long seconds, uint32_t param, void* reserved)
{
SYSTEM_THREAD_CONTEXT_SYNC(system_sleep_pin_impl(pins, pins_count, modes, modes_count, seconds, param, reserved));
// If we're connected to the cloud, make sure all
// confirmable UDP messages are sent before sleeping
if (spark_cloud_flag_connected()) {
Spark_Sleep();
}
bool network_sleep = network_sleep_flag(param);
if (network_sleep)
{
network_suspend();
}
#if HAL_PLATFORM_CELLULAR
if (!network_sleep_flag(param)) {
// Pause the modem Serial
cellular_pause(nullptr);
}
#endif // HAL_PLATFORM_CELLULAR
#if HAL_PLATFORM_MESH
// FIXME: We are still going to turn off OpenThread with SLEEP_NETWORK_STANDBY, otherwise
// there are various issues with sleep
if (!network_sleep_flag(param)) {
network_off(NETWORK_INTERFACE_MESH, 0, 0, nullptr);
}
#endif // HAL_PLATFORM_MESH
led_set_update_enabled(0, nullptr); // Disable background LED updates
LED_Off(LED_RGB);
system_power_management_sleep();
int ret = HAL_Core_Enter_Stop_Mode_Ext(pins, pins_count, modes, modes_count, seconds, nullptr);
led_set_update_enabled(1, nullptr); // Enable background LED updates
#if HAL_PLATFORM_CELLULAR
if (!network_sleep_flag(param)) {
// Pause the modem Serial
cellular_resume(nullptr);
}
#endif // HAL_PLATFORM_CELLULAR
#if HAL_PLATFORM_MESH
// FIXME: we need to bring Mesh interface back up because we've turned it off
// despite SLEEP_NETWORK_STANDBY
if (!network_sleep_flag(param)) {
network_on(NETWORK_INTERFACE_MESH, 0, 0, nullptr);
}
#endif // HAL_PLATFORM_MESH
if (network_sleep)
{
network_resume(); // asynchronously bring up the network/cloud
}
// if single-threaded, managed mode then reconnect to the cloud (for up to 60 seconds)
auto mode = system_mode();
if (system_thread_get_state(nullptr)==spark::feature::DISABLED && (mode==AUTOMATIC || mode==SEMI_AUTOMATIC) && spark_cloud_flag_auto_connect()) {
waitFor(spark_cloud_flag_connected, 60000);
}
if (spark_cloud_flag_connected()) {
Spark_Wake();
}
return ret;
}
