/*
* Antenna state handler: after NB_CHANGING_STATE_BEFORE_RELEASING changing state, the handler is
* released
*
*/
static void AntennaHandler
(
le_antenna_ObjRef_t antennaRef,
le_antenna_Status_t status,
void* contextPtr
)
{
le_antenna_Type_t antennaType;
le_result_t result = le_antenna_GetType( antennaRef, &antennaType );
LE_ASSERT(result == LE_OK);
LE_ASSERT(antennaType < LE_ANTENNA_MAX);
AntennaCtxtText[antennaType].count++;
/*
* If the changing state thresholds is reached, remove the handler, and release the antenna
* diagnotics
*/
if (AntennaCtxtText[antennaType].count == NB_CHANGING_STATE_BEFORE_RELEASING)
{
LE_INFO("Remove the handler");
le_antenna_RemoveStatusEventHandler(AntennaCtxtText[antennaType].handlerRef);
}
else
{
LE_INFO("Antenna %d status %d", antennaType, status);
}
}
//--------------------------------------------------------------------------------------------------
static void AntennaHandler
(
le_antenna_ObjRef_t antennaRef,
le_antenna_Status_t status,
void* contextPtr
)
{
char statusStr[MAX_STRING_LEN],typeStr[MAX_STRING_LEN];
le_antenna_Type_t antennaType;
le_result_t result = le_antenna_GetType( antennaRef, &antennaType );
LE_ASSERT(result == LE_OK);
LE_ASSERT(antennaType < LE_ANTENNA_MAX);
AntennaCtxtText[antennaType].count++;
/*
* If the changing state thresholds is reached, remove the handler, and release the antenna
* diagnotics
*/
ConvertAntennaType(typeStr, MAX_STRING_LEN, antennaType);
ConvertAntennaStatus(statusStr, MAX_STRING_LEN, status);
LE_INFO("Antenna %s status %s", typeStr, statusStr);
if (AntennaCtxtText[antennaType].count == NB_CHANGING_STATE_BEFORE_RELEASING)
{
LE_INFO("Remove the handler");
le_antenna_RemoveStatusEventHandler(AntennaCtxtText[antennaType].handlerRef);
LE_INFO("======== Antenna diagnostic event handler Test finished for %s ========",
typeStr);
}
}