static void get_system_status_in_sleep( int *battery_level_ptg, int *battery_level_vol, int *battery_temp, int *charge_current_adc ) { int temp_adc; int ptg_val; twl4030_i2c_init(); normal_i2c_init(); ptg_val = get_fuelgauge_ptg_value( CHARGE_DUR_SLEEP ); ptg_val = get_adjusted_battery_ptg(ptg_val); if ( ptg_val >= 0 ) { *battery_level_ptg = ptg_val; } *battery_level_vol = get_fuelgauge_adc_value( 5, CHARGE_DUR_SLEEP ); temp_adc = t2_adc_data( device_config->TEMP_ADC_PORT ); //temp_adc = _get_t2adc_data_( device_config->TEMP_ADC_PORT ); if ( device_config->MONITORING_CHG_CURRENT ) //*charge_current_adc = _get_t2adc_data_ ( device_config->CHG_CURRENT_ADC_PORT ); *charge_current_adc = t2_adc_data ( device_config->CHG_CURRENT_ADC_PORT ); normal_i2c_disinit(); twl4030_i2c_disinit(); *battery_temp = t2adc_to_temperature( temp_adc, device_config->TEMP_ADC_PORT ); }
static void get_system_status_in_sleep( int *battery_level_ptg, int *battery_level_vol, int *battery_temp, int *charge_current_adc ) // ---------------------------------------------------------------------------- // Description : // Input Argument : // Return Value : { int temp_adc; int ptg_val; twl4030_i2c_init(); normal_i2c_init(); ptg_val = get_fuelgauge_ptg_value( CHARGE_DUR_SLEEP ); if ( ptg_val >= 0 ) { *battery_level_ptg = ptg_val; } *battery_level_vol = get_fuelgauge_adc_value( 5, CHARGE_DUR_SLEEP ); temp_adc = t2_adc_data( device_config->TEMP_ADC_PORT ); if ( device_config->MONITORING_CHG_CURRENT ) //*charge_current_adc = t2_adc_data ( device_config->CHG_CURRENT_ADC_PORT );//me close *charge_current_adc = get_fuelgauge_ptg_value( CHARGE_DUR_SLEEP );//me add normal_i2c_disinit(); twl4030_i2c_disinit(); //printk("\n<BR> TEMP ADC: %d\n", adc); //printk(" <BR> CHG CURRENT ADC: %d, VOL: %d\n\n ", *charge_current_adc, (*charge_current_adc * 2500 / 1023) ); *battery_temp = t2adc_to_temperature( temp_adc, device_config->TEMP_ADC_PORT ); // mdelay(1000); }