void update_clock(void)
/*****************************************************************************
* Function : See module specification (.h-file).
*****************************************************************************/
{
INT8U state_changes = get_button_count();
if(state_changes > 0)
{
update_normal(); // To get rid of any lingering boxes in the LCD.
change_state(state_changes);
}
INT8S edit_counter = get_digiswitch_counter();
switch ( rtc_state )
{
case RTC_NORMAL:
update_normal();
break;
case RTC_EDIT_HOURS:
adjust_hours(edit_counter);
update_edit_hours();
break;
case RTC_EDIT_MINUTES:
adjust_minutes(edit_counter);
update_edit_minutes();
break;
case RTC_EDIT_SECONDS:
adjust_seconds(edit_counter);
update_edit_seconds();
break;
default:
break;
}
// Wait 1/2 sec.
_wait(MILLI_SEC(330));
}
void reduction_entropy::
update_surfel_attributes(shared_surfel target_surfel_ptr,
shared_entropy_surfel_vector const invalidated_neighbours) const {
update_normal(target_surfel_ptr, invalidated_neighbours);
update_color(target_surfel_ptr, invalidated_neighbours);
// position needs to be updated before the radius is updated
update_position(target_surfel_ptr, invalidated_neighbours);
update_radius(target_surfel_ptr, invalidated_neighbours);
}
int update_from_normal_mode(void)
{
int cell_type=0;
int curr_cell_type=TYPE_LG, fw_cell_type=TYPE_LG;
int ret = UPDATE_NONE;
int curr_volt;
int i,j;
int fw_cfg_version;
BAT_DBG("(%s) enter\n", __func__);
#if 0
curr_cell_type = bq27520_batt_current_sel_type();
#endif
fw_cell_type = bq27520_batt_fw_sel_type();
curr_volt = bq27520_asus_battery_dev_read_volt();
fw_cfg_version = bq27520_asus_battery_dev_read_fw_cfg_version();
BAT_DBG("(%s) current_cell_type %d, fw_cell_type %d, current_volt %d, fw_cfg_version 0x%04X\n",
__func__,
curr_cell_type, fw_cell_type, curr_volt, fw_cfg_version
);
if (curr_cell_type == fw_cell_type) {
if (fw_cfg_version == LATEST_FW_CFG_VERSION) {
BAT_DBG(" No need to flash battery cell data due to that both firmware config version are equal");
return ret;
}
}
//Need update, check update voltage
ret = UPDATE_VOLT_NOT_ENOUGH;
if (curr_volt < 0 || curr_volt < 3700) {
BAT_DBG_E("Voltage not enough \n");
return ret;
}
ret = update_normal(curr_cell_type);
return ret;
}
int update_from_normal_mode(bool forceupdate) {
int curr_cell_type=TYPE_LG, fw_cell_type=TYPE_LG;
int ret = UPDATE_NONE;
int curr_volt;
int fw_cfg_version;
BAT_DBG("(%s) enter\n", __func__);
#if 0
curr_cell_type = bq27520_batt_current_sel_type();
#endif
fw_cell_type = bq27520_batt_fw_sel_type();
curr_volt = bq27520_asus_battery_dev_read_volt();
fw_cfg_version = bq27520_asus_battery_dev_read_fw_cfg_version();
BAT_DBG("(%s) current_cell_type %d, fw_cell_type %d, current_volt %d, fw_cfg_version 0x%04X\n",
__func__,
curr_cell_type, fw_cell_type, curr_volt, fw_cfg_version
);
if (!forceupdate) {
if (fw_cfg_version == LATEST_FW_CFG_VERSION) {
BAT_DBG("========= No need to flash battery cell data due to that both data flash version are equal =========");
goto Done;
}
}
//Need update, check update voltage
ret = UPDATE_VOLT_NOT_ENOUGH;
if (curr_volt < 0 || curr_volt < 3700) {
BAT_DBG_E("Voltage not enough \n");
goto Done;
}
if (batt_info.gauge_version == IC_VERSION_G3) {
BAT_DBG("bq27520 gauge is G3, no need enter ROM mode.\n");
} else if (batt_info.gauge_version == IC_VERSION_G4) {
//unseal for enter rom mode
ret = bq27520_default_unseal();
if (ret < 0) {
// default password unseal fail
BAT_DBG_E("bq27520_default_unseal fail !!!!\n");
bq27520_rom_mode_wait(5000);
ret = bq27520_ME560CG_unseal();
if (ret < 0) {
// ME560CG password unseal fail
BAT_DBG_E("bq27520_ME560CG_unseal fail !!!!\n");
ret = UPDATE_CHECK_MODE_FAIL;
goto Done;
}
}
}
smb347_charging_toggle(false);
ret = update_normal(curr_cell_type);
smb347_charging_toggle(true);
Done:
flash_gauge_status = ret;
return ret;
}
