CFX_GEModule::~CFX_GEModule()
{
if (m_pFontCache) {
delete m_pFontCache;
}
m_pFontCache = NULL;
if (m_pFontMgr) {
delete m_pFontMgr;
}
m_pFontMgr = NULL;
DestroyPlatform();
}
void Alg_DeInit(pIvhAlgo algo)
{
TraceLog(TRACE_LEVEL_INFORMATION, TRACE_ALGO, "%!FUNC! Entry");
if(algo->accelerometer != NULL)
{
DestroySensorAccelerometer(algo->accelerometer);
algo->accelerometer = NULL;
}
if(algo->gyrometer != NULL)
{
DestroySensorGyroscope(algo->gyrometer);
algo->gyrometer = NULL;
}
if(algo->magnetometer != NULL)
{
DestroySensorMagnetometer(algo->magnetometer);
algo->magnetometer = NULL;
}
if(algo->orientation != NULL)
{
DestroySensorOrientation(algo->orientation);
algo->orientation = NULL;
}
if(algo->compass != NULL)
{
DestroySensorCompass(algo->compass);
algo->compass = NULL;
}
if(algo->inclinometer != NULL)
{
DestroySensorInclinometer(algo->inclinometer);
algo->inclinometer = NULL;
}
if(algo->gyrometer6axis != NULL)
{
DestroySensorGyroscope6Axis(algo->gyrometer6axis);
algo->gyrometer6axis = NULL;
}
if(algo->ambientlight != NULL)
{
DestroySensorAmbientlight(algo->ambientlight);
algo->ambientlight = NULL;
}
if(algo->proximity != NULL)
{
DestroySensorBiometricProximity(algo->proximity);
algo->proximity = NULL;
}
if(algo->thermometer != NULL)
{
DestroySensorTemperature(algo->thermometer);
algo->thermometer = NULL;
}
if(algo->barometer != NULL)
{
DestroySensorBarometer(algo->barometer);
algo->barometer = NULL;
}
if(algo->fusion != NULL)
{
DestroySensorFusion(algo->fusion);
algo->fusion = NULL;
}
if(algo->platform != NULL)
{
DestroyPlatform(algo->platform);
algo->platform = NULL;
}
//cjy...BackupRegistersDeInit(algo->dev);
if(algo != NULL)
{
SAFE_FREE_POOL(algo, IVH_SENSOR_ALGO_POOL_TAG);
algo = NULL;
}
TraceLog(TRACE_LEVEL_INFORMATION, TRACE_ALGO, "%!FUNC! Exit");
}
