/** stop the probe **/
void battery_probe_stop(void) {
/** cancell all MESSAGE_ADC_RESULT and BATTERY_PROBE_TICK message **/
MessageFlushTask(getBatteryProbeTask());
/** cancell all BATTERY_PROBE_READING message sent to client **/
MessageCancelAll(battery_probe.client, BATTERY_PROBING_MESSAGE);
}
void a2dpHandleDeleteTask(A2DP *a2dp)
{
a2dpFreeConfiguredCapsMemory(a2dp);
a2dpFreeSeidListMemory(a2dp);
/* Discard all messages for the task and free it. */
(void) MessageFlushTask(&a2dp->task);
free(a2dp);
}
/****************************************************************************
NAME
hidDestroy
DESCRIPTION
Destroys specified HID instance, deletes any associated memory.
RETURNS
void
*/
void hidDestroy(HID *hid)
{
HID_PRINT(("hidDestroy\n"));
if (hid->prev)
{
hid->prev->next = hid->next;
if (hid->next)
hid->next->prev = hid->prev;
}
else
{
hid->hid_lib->list = hid->next;
if (hid->next)
hid->next->prev = NULL;
}
MessageFlushTask(&hid->task);
free(hid);
}
bool GattScanParamsClientDeInit(GSPC_T *scan_params_client)
{
bool result = FALSE;
/* Check parameters */
if (scan_params_client == NULL)
{
GATT_SCAN_PARAMS_CLIENT_PANIC(("GSPC: Null instance"));
}
/* Register with the GATT Manager and verify the result */
if (GattManagerUnregisterClient(&scan_params_client->lib_task) == gatt_manager_status_success)
{
result = TRUE;
/* Clear pending messages */
MessageFlushTask((Task)&scan_params_client->lib_task);
}
return result;
}
gatt_battery_client_status_t GattBatteryClientDestroy(GBASC *battery_client, uint16 cid)
{
gatt_battery_client_status_t result = gatt_battery_client_status_invalid_parameter;
/* Check parameters */
if (battery_client != NULL)
{
/* Register with the GATT Manager and verify the result */
if (GattManagerUnregisterClient(&battery_client->lib_task) == gatt_manager_status_success)
{
result = gatt_battery_client_status_success;
}
else
{
result = gatt_battery_client_status_failed;
}
/* Clear pending messages */
MessageFlushTask((Task)&battery_client->lib_task);
}
return result;
}