int PressSensor::setEnable(int32_t handle, int en)
{
int err = 0;
int what = press;
switch(handle){
case ID_P : what = press; break;
case ID_T : what = temperature; break;
}
if(en)
mEnabled[what]++;
else
mEnabled[what]--;
if(mEnabled[what] < 0)
mEnabled[what] = 0;
if(mEnabled[press] > 0 || mEnabled[temperature] > 0)
err = enable_sensor();
else
err = disable_sensor();
if (!err) {
update_delay(what);
}
ALOGD("PressSensor mEnabled %d, Temperature mEnabled %d\n",mEnabled[press],mEnabled[temperature]);
return err;
}
/*----------------------------------------------------
Disable_sensor_after_IDcert()
-----------------------------------------------------*/
void Disable_sensor_after_IDcert(void)
{
if(IDkey_speech_flash == 1)
{
IDkey_speech_flash = 0;
disable_sensor();
}
}
/*----------------------------------------------------------------------
slave_nearby_operation()
operation for slave is nearby
----------------------------------------------------------------------*/
void slave_nearby_operation(void)
{
// turn on the magnet
magnet_CW();
// speech for slave nearby
slave_nearby_speech();
// handle with battery status
verifybattery(ADC_check_result);
// rotate on speech
key_rotate_on_speech();
nearby_away_interval = 0;
// turn on ADC timer
ADC_timecount_EN = 1;
disable_sensor();
}
/*---------------------------------------------------
Detect_open_action()
---------------------------------------------------*/
void Detect_open_action(void)
{
// if((key_rotate == 1)&&(Open_action_flag == 0)&&(ID_certificated_flag == 1)&&(never_alarm == 0))
if((key_rotate == 1)&&(Open_action_flag == 0)&&(ID_certificated_flag == 1))
{
disable_sensor();
Open_action_flag = 1;
ID_speeched_flag = 0;
After_IDcert_timecount = 0;
ID_certificated_flag = 0;
ID_certificated_numbers = 0;
slave_nearby_actioned_flag = 1;
ElecMotor_CW();
slave_nearby_operation();
Just_power_up = 0;
Autolock_G = 0;
timer0_count2 = 0;
}
}
int AccelSensor::setEnable(int32_t handle, int en) {
int err = 0;
//ALOGD("enable: handle: %ld, en: %d", handle, en);
if(handle != ID_A && handle != ID_O && handle != ID_M)
return -1;
if(en)
mUser++;
else{
mUser--;
if(mUser < 0)
mUser = 0;
}
if(mUser > 0)
err = enable_sensor();
else
err = disable_sensor();
if(handle == ID_A ) {
if(en)
mEnabled++;
else
mEnabled--;
if(mEnabled < 0)
mEnabled = 0;
}
//update_delay();
#ifdef DEBUG_SENSOR
ALOGD("AccelSensor enable %d ,usercount %d, handle %d ,mEnabled %d, err %d",
en, mUser, handle, mEnabled, err);
#endif
return 0;
}
uint8_t disable_external_temperature_sensor_B() {
return disable_sensor(external_temperature_sensor_B);
}
// DISABLE TEMPERATURE
uint8_t disable_internal_temperature_sensor() {
return disable_sensor(internal_temperature_sensor);
}
uint8_t disable_light_sensor_B() {
return disable_sensor(light_sensor_B);
}
void stop_r3d2(void)
{
stop_motor();
disable_sensor();
}
