331 static int rk818_bat_read(struct rk818_battery *di, u8 reg)  in rk818_bat_read()  argument
335 	ret = regmap_read(di->regmap, reg, &val);  in rk818_bat_read()
337 		dev_err(di->dev, "read reg:0x%x failed\n", reg);  in rk818_bat_read()
342 static int rk818_bat_write(struct rk818_battery *di, u8 reg, u8 buf)  in rk818_bat_write()  argument
346 	ret = regmap_write(di->regmap, reg, buf);  in rk818_bat_write()
348 		dev_err(di->dev, "i2c write reg: 0x%2x error\n", reg);  in rk818_bat_write()
353 static int rk818_bat_set_bits(struct rk818_battery *di, u8 reg, u8 mask, u8 buf)  in rk818_bat_set_bits()  argument
357 	ret = regmap_update_bits(di->regmap, reg, mask, buf);  in rk818_bat_set_bits()
359 		dev_err(di->dev, "write reg:0x%x failed\n", reg);  in rk818_bat_set_bits()
364 static int rk818_bat_clear_bits(struct rk818_battery *di, u8 reg, u8 mask)  in rk818_bat_clear_bits()  argument
368 	ret = regmap_update_bits(di->regmap, reg, mask, 0);  in rk818_bat_clear_bits()
370 		dev_err(di->dev, "clr reg:0x%02x failed\n", reg);  in rk818_bat_clear_bits()
375 static void rk818_bat_dump_regs(struct rk818_battery *di, u8 start, u8 end)  in rk818_bat_dump_regs()  argument
384 		DBG("0x%x: 0x%0x\n", i, rk818_bat_read(di, i));  in rk818_bat_dump_regs()
387 static bool rk818_bat_chrg_online(struct rk818_battery *di)  in rk818_bat_chrg_online()  argument
391 	buf = rk818_bat_read(di, RK818_VB_MON_REG);  in rk818_bat_chrg_online()
396 static int rk818_bat_get_coulomb_cap(struct rk818_battery *di)  in rk818_bat_get_coulomb_cap()  argument
400 	val |= rk818_bat_read(di, RK818_GASCNT3_REG) << 24;  in rk818_bat_get_coulomb_cap()
401 	val |= rk818_bat_read(di, RK818_GASCNT2_REG) << 16;  in rk818_bat_get_coulomb_cap()
402 	val |= rk818_bat_read(di, RK818_GASCNT1_REG) << 8;  in rk818_bat_get_coulomb_cap()
403 	val |= rk818_bat_read(di, RK818_GASCNT0_REG) << 0;  in rk818_bat_get_coulomb_cap()
405 	return (val / 2390) * di->res_div;  in rk818_bat_get_coulomb_cap()
408 static int rk818_bat_get_rsoc(struct rk818_battery *di)  in rk818_bat_get_rsoc()  argument
412 	remain_cap = rk818_bat_get_coulomb_cap(di);  in rk818_bat_get_rsoc()
413 	return (remain_cap + di->fcc / 200) * 100 / DIV(di->fcc);  in rk818_bat_get_rsoc()
420 	struct rk818_battery *di = dev_get_drvdata(dev);  in bat_info_store()  local
425 		rk818_bat_set_bits(di, RK818_MISC_MARK_REG,  in bat_info_store()
428 		rk818_bat_set_bits(di, RK818_MISC_MARK_REG,  in bat_info_store()
431 		rk818_bat_clear_bits(di, RK818_MISC_MARK_REG,  in bat_info_store()
434 		BAT_INFO("0x%2x\n", rk818_bat_read(di, RK818_MISC_MARK_REG));  in bat_info_store()
445 static void rk818_bat_enable_gauge(struct rk818_battery *di)  in rk818_bat_enable_gauge()  argument
449 	buf = rk818_bat_read(di, RK818_TS_CTRL_REG);  in rk818_bat_enable_gauge()
451 	rk818_bat_write(di, RK818_TS_CTRL_REG, buf);  in rk818_bat_enable_gauge()
454 static void rk818_bat_save_age_level(struct rk818_battery *di, u8 level)  in rk818_bat_save_age_level()  argument
456 	rk818_bat_write(di, RK818_UPDAT_LEVE_REG, level);  in rk818_bat_save_age_level()
459 static u8 rk818_bat_get_age_level(struct  rk818_battery *di)  in rk818_bat_get_age_level()  argument
461 	return rk818_bat_read(di, RK818_UPDAT_LEVE_REG);  in rk818_bat_get_age_level()
464 static int rk818_bat_get_vcalib0(struct rk818_battery *di)  in rk818_bat_get_vcalib0()  argument
468 	val |= rk818_bat_read(di, RK818_VCALIB0_REGL) << 0;  in rk818_bat_get_vcalib0()
469 	val |= rk818_bat_read(di, RK818_VCALIB0_REGH) << 8;  in rk818_bat_get_vcalib0()
475 static int rk818_bat_get_vcalib1(struct rk818_battery *di)  in rk818_bat_get_vcalib1()  argument
479 	val |= rk818_bat_read(di, RK818_VCALIB1_REGL) << 0;  in rk818_bat_get_vcalib1()
480 	val |= rk818_bat_read(di, RK818_VCALIB1_REGH) << 8;  in rk818_bat_get_vcalib1()
486 static int rk818_bat_get_ioffset(struct rk818_battery *di)  in rk818_bat_get_ioffset()  argument
490 	val |= rk818_bat_read(di, RK818_IOFFSET_REGL) << 0;  in rk818_bat_get_ioffset()
491 	val |= rk818_bat_read(di, RK818_IOFFSET_REGH) << 8;  in rk818_bat_get_ioffset()
497 static int rk818_bat_get_coffset(struct rk818_battery *di)  in rk818_bat_get_coffset()  argument
501 	val |= rk818_bat_read(di, RK818_CAL_OFFSET_REGL) << 0;  in rk818_bat_get_coffset()
502 	val |= rk818_bat_read(di, RK818_CAL_OFFSET_REGH) << 8;  in rk818_bat_get_coffset()
508 static void rk818_bat_set_coffset(struct rk818_battery *di, int val)  in rk818_bat_set_coffset()  argument
518 	rk818_bat_write(di, RK818_CAL_OFFSET_REGH, buf);  in rk818_bat_set_coffset()
520 	rk818_bat_write(di, RK818_CAL_OFFSET_REGL, buf);  in rk818_bat_set_coffset()
524 static void rk818_bat_init_voltage_kb(struct rk818_battery *di)  in rk818_bat_init_voltage_kb()  argument
528 	vcalib0 = rk818_bat_get_vcalib0(di);  in rk818_bat_init_voltage_kb()
529 	vcalib1 = rk818_bat_get_vcalib1(di);  in rk818_bat_init_voltage_kb()
530 	di->voltage_k = (4200 - 3000) * 1000 / DIV(vcalib1 - vcalib0);  in rk818_bat_init_voltage_kb()
531 	di->voltage_b = 4200 - (di->voltage_k * vcalib1) / 1000;  in rk818_bat_init_voltage_kb()
533 	DBG("voltage_k=%d(*1000),voltage_b=%d\n", di->voltage_k, di->voltage_b);  in rk818_bat_init_voltage_kb()
536 static int rk818_bat_get_ocv_voltage(struct rk818_battery *di)  in rk818_bat_get_ocv_voltage()  argument
540 	val |= rk818_bat_read(di, RK818_BAT_OCV_REGL) << 0;  in rk818_bat_get_ocv_voltage()
541 	val |= rk818_bat_read(di, RK818_BAT_OCV_REGH) << 8;  in rk818_bat_get_ocv_voltage()
543 	vol = di->voltage_k * val / 1000 + di->voltage_b;  in rk818_bat_get_ocv_voltage()
548 static int rk818_bat_get_avg_voltage(struct rk818_battery *di)  in rk818_bat_get_avg_voltage()  argument
552 	val |= rk818_bat_read(di, RK818_BAT_VOL_REGL) << 0;  in rk818_bat_get_avg_voltage()
553 	val |= rk818_bat_read(di, RK818_BAT_VOL_REGH) << 8;  in rk818_bat_get_avg_voltage()
555 	vol = di->voltage_k * val / 1000 + di->voltage_b;  in rk818_bat_get_avg_voltage()
560 static bool is_rk818_bat_relax_mode(struct rk818_battery *di)  in is_rk818_bat_relax_mode()  argument
564 	status = rk818_bat_read(di, RK818_GGSTS_REG);  in is_rk818_bat_relax_mode()
571 static u16 rk818_bat_get_relax_vol1(struct rk818_battery *di)  in rk818_bat_get_relax_vol1()  argument
575 	val |= rk818_bat_read(di, RK818_RELAX_VOL1_REGL) << 0;  in rk818_bat_get_relax_vol1()
576 	val |= rk818_bat_read(di, RK818_RELAX_VOL1_REGH) << 8;  in rk818_bat_get_relax_vol1()
577 	vol = di->voltage_k * val / 1000 + di->voltage_b;  in rk818_bat_get_relax_vol1()
582 static u16 rk818_bat_get_relax_vol2(struct rk818_battery *di)  in rk818_bat_get_relax_vol2()  argument
586 	val |= rk818_bat_read(di, RK818_RELAX_VOL2_REGL) << 0;  in rk818_bat_get_relax_vol2()
587 	val |= rk818_bat_read(di, RK818_RELAX_VOL2_REGH) << 8;  in rk818_bat_get_relax_vol2()
588 	vol = di->voltage_k * val / 1000 + di->voltage_b;  in rk818_bat_get_relax_vol2()
593 static u16 rk818_bat_get_relax_voltage(struct rk818_battery *di)  in rk818_bat_get_relax_voltage()  argument
597 	if (!is_rk818_bat_relax_mode(di))  in rk818_bat_get_relax_voltage()
600 	relax_vol1 = rk818_bat_get_relax_vol1(di);  in rk818_bat_get_relax_voltage()
601 	relax_vol2 = rk818_bat_get_relax_vol2(di);  in rk818_bat_get_relax_voltage()
606 static int rk818_bat_get_avg_current(struct rk818_battery *di)  in rk818_bat_get_avg_current()  argument
610 	val |= rk818_bat_read(di, RK818_BAT_CUR_AVG_REGL) << 0;  in rk818_bat_get_avg_current()
611 	val |= rk818_bat_read(di, RK818_BAT_CUR_AVG_REGH) << 8;  in rk818_bat_get_avg_current()
615 	cur = val * di->res_div * 1506 / 1000;  in rk818_bat_get_avg_current()
620 static int rk818_bat_vol_to_ocvsoc(struct rk818_battery *di, int voltage)  in rk818_bat_vol_to_ocvsoc()  argument
625 	ocv_table = di->pdata->ocv_table;  in rk818_bat_vol_to_ocvsoc()
626 	ocv_size = di->pdata->ocv_size;  in rk818_bat_vol_to_ocvsoc()
633 static int rk818_bat_vol_to_ocvcap(struct rk818_battery *di, int voltage)  in rk818_bat_vol_to_ocvcap()  argument
638 	ocv_table = di->pdata->ocv_table;  in rk818_bat_vol_to_ocvcap()
639 	ocv_size = di->pdata->ocv_size;  in rk818_bat_vol_to_ocvcap()
641 	cap = ab_div_c(temp, di->fcc, MAX_INTERPOLATE);  in rk818_bat_vol_to_ocvcap()
646 static int rk818_bat_vol_to_zerosoc(struct rk818_battery *di, int voltage)  in rk818_bat_vol_to_zerosoc()  argument
651 	ocv_table = di->pdata->zero_table;  in rk818_bat_vol_to_zerosoc()
652 	ocv_size = di->pdata->ocv_size;  in rk818_bat_vol_to_zerosoc()
659 static int rk818_bat_vol_to_zerocap(struct rk818_battery *di, int voltage)  in rk818_bat_vol_to_zerocap()  argument
664 	ocv_table = di->pdata->zero_table;  in rk818_bat_vol_to_zerocap()
665 	ocv_size = di->pdata->ocv_size;  in rk818_bat_vol_to_zerocap()
667 	cap = ab_div_c(temp, di->fcc, MAX_INTERPOLATE);  in rk818_bat_vol_to_zerocap()
672 static int rk818_bat_get_iadc(struct rk818_battery *di)  in rk818_bat_get_iadc()  argument
676 	val |= rk818_bat_read(di, RK818_BAT_CUR_AVG_REGL) << 0;  in rk818_bat_get_iadc()
677 	val |= rk818_bat_read(di, RK818_BAT_CUR_AVG_REGH) << 8;  in rk818_bat_get_iadc()
684 static bool rk818_bat_adc_calib(struct rk818_battery *di)  in rk818_bat_adc_calib()  argument
688 	if ((di->chrg_status != CHARGE_FINISH) ||  in rk818_bat_adc_calib()
689 	    (di->adc_calib_cnt > ADC_CALIB_CNT) ||  in rk818_bat_adc_calib()
690 	    (base2min(di->boot_base) < ADC_CALIB_LMT_MIN) ||  in rk818_bat_adc_calib()
691 	    (abs(di->current_avg) < ADC_CALIB_THRESHOLD))  in rk818_bat_adc_calib()
694 	di->adc_calib_cnt++;  in rk818_bat_adc_calib()
695 	save_coffset = rk818_bat_get_coffset(di);  in rk818_bat_adc_calib()
697 		adc = rk818_bat_get_iadc(di);  in rk818_bat_adc_calib()
698 		if (!rk818_bat_chrg_online(di)) {  in rk818_bat_adc_calib()
699 			rk818_bat_set_coffset(di, save_coffset);  in rk818_bat_adc_calib()
703 		coffset = rk818_bat_get_coffset(di);  in rk818_bat_adc_calib()
704 		rk818_bat_set_coffset(di, coffset + adc);  in rk818_bat_adc_calib()
706 		adc = rk818_bat_get_iadc(di);  in rk818_bat_adc_calib()
708 			coffset = rk818_bat_get_coffset(di);  in rk818_bat_adc_calib()
709 			ioffset = rk818_bat_get_ioffset(di);  in rk818_bat_adc_calib()
710 			di->poffset = coffset - ioffset;  in rk818_bat_adc_calib()
711 			rk818_bat_write(di, RK818_POFFSET_REG, di->poffset);  in rk818_bat_adc_calib()
713 				 coffset, ioffset, di->poffset);  in rk818_bat_adc_calib()
717 				 i, di->adc_calib_cnt);  in rk818_bat_adc_calib()
718 			rk818_bat_set_coffset(di, coffset);  in rk818_bat_adc_calib()
723 	rk818_bat_set_coffset(di, save_coffset);  in rk818_bat_adc_calib()
728 static void rk818_bat_set_ioffset_sample(struct rk818_battery *di)  in rk818_bat_set_ioffset_sample()  argument
732 	ggcon = rk818_bat_read(di, RK818_GGCON_REG);  in rk818_bat_set_ioffset_sample()
735 	rk818_bat_write(di, RK818_GGCON_REG, ggcon);  in rk818_bat_set_ioffset_sample()
738 static void rk818_bat_set_ocv_sample(struct rk818_battery *di)  in rk818_bat_set_ocv_sample()  argument
742 	ggcon = rk818_bat_read(di, RK818_GGCON_REG);  in rk818_bat_set_ocv_sample()
745 	rk818_bat_write(di, RK818_GGCON_REG, ggcon);  in rk818_bat_set_ocv_sample()
748 static void rk818_bat_restart_relax(struct rk818_battery *di)  in rk818_bat_restart_relax()  argument
752 	ggsts = rk818_bat_read(di, RK818_GGSTS_REG);  in rk818_bat_restart_relax()
754 	rk818_bat_write(di, RK818_GGSTS_REG, ggsts);  in rk818_bat_restart_relax()
757 static void rk818_bat_set_relax_sample(struct rk818_battery *di)  in rk818_bat_set_relax_sample()  argument
761 	struct battery_platform_data *pdata = di->pdata;  in rk818_bat_set_relax_sample()
763 	enter_thres = pdata->sleep_enter_current * 1000 / 1506 / DIV(di->res_div);  in rk818_bat_set_relax_sample()
764 	exit_thres = pdata->sleep_exit_current * 1000 / 1506 / DIV(di->res_div);  in rk818_bat_set_relax_sample()
768 	rk818_bat_write(di, RK818_RELAX_ENTRY_THRES_REGL, buf);  in rk818_bat_set_relax_sample()
770 	rk818_bat_write(di, RK818_RELAX_ENTRY_THRES_REGH, buf);  in rk818_bat_set_relax_sample()
773 	rk818_bat_write(di, RK818_RELAX_EXIT_THRES_REGL, buf);  in rk818_bat_set_relax_sample()
775 	rk818_bat_write(di, RK818_RELAX_EXIT_THRES_REGH, buf);  in rk818_bat_set_relax_sample()
778 	rk818_bat_restart_relax(di);  in rk818_bat_set_relax_sample()
783 static bool is_rk818_bat_exist(struct rk818_battery *di)  in is_rk818_bat_exist()  argument
785 	return (rk818_bat_read(di, RK818_SUP_STS_REG) & BAT_EXS) ? true : false;  in is_rk818_bat_exist()
788 static bool is_rk818_bat_first_pwron(struct rk818_battery *di)  in is_rk818_bat_first_pwron()  argument
792 	buf = rk818_bat_read(di, RK818_GGSTS_REG);  in is_rk818_bat_first_pwron()
795 		rk818_bat_write(di, RK818_GGSTS_REG, buf);  in is_rk818_bat_first_pwron()
802 static u8 rk818_bat_get_pwroff_min(struct rk818_battery *di)  in rk818_bat_get_pwroff_min()  argument
806 	cur = rk818_bat_read(di, RK818_NON_ACT_TIMER_CNT_REG);  in rk818_bat_get_pwroff_min()
807 	last = rk818_bat_read(di, RK818_NON_ACT_TIMER_CNT_SAVE_REG);  in rk818_bat_get_pwroff_min()
808 	rk818_bat_write(di, RK818_NON_ACT_TIMER_CNT_SAVE_REG, cur);  in rk818_bat_get_pwroff_min()
813 static u8 is_rk818_bat_initialized(struct rk818_battery *di)  in is_rk818_bat_initialized()  argument
815 	u8 val = rk818_bat_read(di, RK818_MISC_MARK_REG);  in is_rk818_bat_initialized()
819 		rk818_bat_write(di, RK818_MISC_MARK_REG, val);  in is_rk818_bat_initialized()
826 static bool is_rk818_bat_ocv_valid(struct rk818_battery *di)  in is_rk818_bat_ocv_valid()  argument
828 	return (!di->is_initialized && di->pwroff_min >= 30) ? true : false;  in is_rk818_bat_ocv_valid()
831 static void rk818_bat_init_age_algorithm(struct rk818_battery *di)  in rk818_bat_init_age_algorithm()  argument
835 	if (di->is_first_power_on || is_rk818_bat_ocv_valid(di)) {  in rk818_bat_init_age_algorithm()
837 		ocv_vol = rk818_bat_get_ocv_voltage(di);  in rk818_bat_init_age_algorithm()
838 		ocv_soc = rk818_bat_vol_to_ocvsoc(di, ocv_vol);  in rk818_bat_init_age_algorithm()
839 		ocv_cap = rk818_bat_vol_to_ocvcap(di, ocv_vol);  in rk818_bat_init_age_algorithm()
841 			di->age_voltage = ocv_vol;  in rk818_bat_init_age_algorithm()
842 			di->age_ocv_cap = ocv_cap;  in rk818_bat_init_age_algorithm()
843 			di->age_ocv_soc = ocv_soc;  in rk818_bat_init_age_algorithm()
844 			di->age_adjust_cap = 0;  in rk818_bat_init_age_algorithm()
847 				di->age_level = 100;  in rk818_bat_init_age_algorithm()
849 				di->age_level = 95;  in rk818_bat_init_age_algorithm()
851 				di->age_level = 90;  in rk818_bat_init_age_algorithm()
853 				di->age_level = 80;  in rk818_bat_init_age_algorithm()
855 			age_level = rk818_bat_get_age_level(di);  in rk818_bat_init_age_algorithm()
856 			if (age_level > di->age_level) {  in rk818_bat_init_age_algorithm()
857 				di->age_allow_update = false;  in rk818_bat_init_age_algorithm()
861 				rk818_bat_save_age_level(di, age_level);  in rk818_bat_init_age_algorithm()
863 				di->age_allow_update = true;  in rk818_bat_init_age_algorithm()
864 				di->age_keep_sec = get_boot_sec();  in rk818_bat_init_age_algorithm()
871 				 di->age_voltage, di->age_ocv_cap,  in rk818_bat_init_age_algorithm()
872 				 ocv_soc, age_level, di->age_allow_update,  in rk818_bat_init_age_algorithm()
873 				 di->age_level);  in rk818_bat_init_age_algorithm()
897 	struct rk818_battery *di = data;  in rk818_bat_get_usb_psy()  local
901 		di->usb_psy = psy;  in rk818_bat_get_usb_psy()
910 	struct rk818_battery *di = data;  in rk818_bat_get_ac_psy()  local
914 		di->ac_psy = psy;  in rk818_bat_get_ac_psy()
921 static void rk818_bat_get_chrg_psy(struct rk818_battery *di)  in rk818_bat_get_chrg_psy()  argument
923 	if (!di->usb_psy)  in rk818_bat_get_chrg_psy()
924 		class_for_each_device(power_supply_class, NULL, (void *)di,  in rk818_bat_get_chrg_psy()
926 	if (!di->ac_psy)  in rk818_bat_get_chrg_psy()
927 		class_for_each_device(power_supply_class, NULL, (void *)di,  in rk818_bat_get_chrg_psy()
931 static int rk818_bat_get_charge_state(struct rk818_battery *di)  in rk818_bat_get_charge_state()  argument
936 	if (!di->usb_psy || !di->ac_psy)  in rk818_bat_get_charge_state()
937 		rk818_bat_get_chrg_psy(di);  in rk818_bat_get_charge_state()
939 	if (di->usb_psy) {  in rk818_bat_get_charge_state()
940 		ret = di->usb_psy->desc->get_property(di->usb_psy,  in rk818_bat_get_charge_state()
944 			di->usb_in = val.intval;  in rk818_bat_get_charge_state()
947 	if (di->ac_psy) {  in rk818_bat_get_charge_state()
948 		ret = di->ac_psy->desc->get_property(di->ac_psy,  in rk818_bat_get_charge_state()
952 			di->ac_in = val.intval;  in rk818_bat_get_charge_state()
956 	    __func__, di->ac_in, di->usb_in);  in rk818_bat_get_charge_state()
958 	return (di->usb_in || di->ac_in);  in rk818_bat_get_charge_state()
961 static int rk818_get_capacity_leve(struct rk818_battery *di)  in rk818_get_capacity_leve()  argument
963 	if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_get_capacity_leve()
966 	if (di->dsoc < 1)  in rk818_get_capacity_leve()
968 	else if (di->dsoc <= 20)  in rk818_get_capacity_leve()
970 	else if (di->dsoc <= 70)  in rk818_get_capacity_leve()
972 	else if (di->dsoc <= 90)  in rk818_get_capacity_leve()
978 static int rk818_battery_time_to_full(struct rk818_battery *di)  in rk818_battery_time_to_full()  argument
983 	if (di->pdata->bat_mode == MODE_VIRTUAL) {  in rk818_battery_time_to_full()
985 	} else if (di->voltage_avg > 0) {  in rk818_battery_time_to_full()
986 		cap_temp = di->pdata->design_capacity - di->remain_cap;  in rk818_battery_time_to_full()
989 		time_sec = (3600 * cap_temp) / di->voltage_avg;  in rk818_battery_time_to_full()
1001 	struct rk818_battery *di = power_supply_get_drvdata(psy);  in rk818_battery_get_property()  local
1005 		val->intval = di->current_avg * 1000;/*uA*/  in rk818_battery_get_property()
1006 		if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_battery_get_property()
1010 		val->intval = di->voltage_avg * 1000;/*uV*/  in rk818_battery_get_property()
1011 		if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_battery_get_property()
1015 		val->intval = is_rk818_bat_exist(di);  in rk818_battery_get_property()
1016 		if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_battery_get_property()
1020 		val->intval = di->dsoc;  in rk818_battery_get_property()
1021 		if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_battery_get_property()
1026 		val->intval = rk818_get_capacity_leve(di);  in rk818_battery_get_property()
1032 		val->intval = di->temperature;  in rk818_battery_get_property()
1033 		if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_battery_get_property()
1037 		if (di->pdata->bat_mode == MODE_VIRTUAL)  in rk818_battery_get_property()
1039 		else if (di->dsoc == 100)  in rk818_battery_get_property()
1041 		else if (rk818_bat_get_charge_state(di))  in rk818_battery_get_property()
1047 		val->intval = di->charge_count;  in rk818_battery_get_property()
1051 		val->intval = di->pdata->design_capacity * 1000;/* uAh */  in rk818_battery_get_property()
1054 		val->intval = rk818_battery_time_to_full(di);  in rk818_battery_get_property()
1057 		val->intval = di->voltage_max;  in rk818_battery_get_property()
1060 		val->intval = di->current_max;  in rk818_battery_get_property()
1077 static int rk818_bat_init_power_supply(struct rk818_battery *di)  in rk818_bat_init_power_supply()  argument
1079 	struct power_supply_config psy_cfg = { .drv_data = di, };  in rk818_bat_init_power_supply()
1081 	di->bat = devm_power_supply_register(di->dev, &rk818_bat_desc, &psy_cfg);  in rk818_bat_init_power_supply()
1082 	if (IS_ERR(di->bat)) {  in rk818_bat_init_power_supply()
1083 		dev_err(di->dev, "register bat power supply fail\n");  in rk818_bat_init_power_supply()
1084 		return PTR_ERR(di->bat);  in rk818_bat_init_power_supply()
1090 static void rk818_bat_save_cap(struct rk818_battery *di, int cap)  in rk818_bat_save_cap()  argument
1095 	if (cap >= di->qmax)  in rk818_bat_save_cap()
1096 		cap = di->qmax;  in rk818_bat_save_cap()
1104 	rk818_bat_write(di, RK818_REMAIN_CAP_REG3, buf);  in rk818_bat_save_cap()
1106 	rk818_bat_write(di, RK818_REMAIN_CAP_REG2, buf);  in rk818_bat_save_cap()
1108 	rk818_bat_write(di, RK818_REMAIN_CAP_REG1, buf);  in rk818_bat_save_cap()
1110 	rk818_bat_write(di, RK818_REMAIN_CAP_REG0, buf);  in rk818_bat_save_cap()
1113 static int rk818_bat_get_prev_cap(struct rk818_battery *di)  in rk818_bat_get_prev_cap()  argument
1117 	val |= rk818_bat_read(di, RK818_REMAIN_CAP_REG3) << 24;  in rk818_bat_get_prev_cap()
1118 	val |= rk818_bat_read(di, RK818_REMAIN_CAP_REG2) << 16;  in rk818_bat_get_prev_cap()
1119 	val |= rk818_bat_read(di, RK818_REMAIN_CAP_REG1) << 8;  in rk818_bat_get_prev_cap()
1120 	val |= rk818_bat_read(di, RK818_REMAIN_CAP_REG0) << 0;  in rk818_bat_get_prev_cap()
1125 static void rk818_bat_save_fcc(struct rk818_battery *di, u32 fcc)  in rk818_bat_save_fcc()  argument
1130 	rk818_bat_write(di, RK818_NEW_FCC_REG3, buf);  in rk818_bat_save_fcc()
1132 	rk818_bat_write(di, RK818_NEW_FCC_REG2, buf);  in rk818_bat_save_fcc()
1134 	rk818_bat_write(di, RK818_NEW_FCC_REG1, buf);  in rk818_bat_save_fcc()
1136 	rk818_bat_write(di, RK818_NEW_FCC_REG0, buf);  in rk818_bat_save_fcc()
1141 static int rk818_bat_get_fcc(struct rk818_battery *di)  in rk818_bat_get_fcc()  argument
1145 	fcc |= rk818_bat_read(di, RK818_NEW_FCC_REG3) << 24;  in rk818_bat_get_fcc()
1146 	fcc |= rk818_bat_read(di, RK818_NEW_FCC_REG2) << 16;  in rk818_bat_get_fcc()
1147 	fcc |= rk818_bat_read(di, RK818_NEW_FCC_REG1) << 8;  in rk818_bat_get_fcc()
1148 	fcc |= rk818_bat_read(di, RK818_NEW_FCC_REG0) << 0;  in rk818_bat_get_fcc()
1152 		fcc = di->pdata->design_capacity;  in rk818_bat_get_fcc()
1153 		rk818_bat_save_fcc(di, fcc);  in rk818_bat_get_fcc()
1154 	} else if (fcc > di->pdata->design_qmax) {  in rk818_bat_get_fcc()
1156 		fcc = di->pdata->design_qmax;  in rk818_bat_get_fcc()
1157 		rk818_bat_save_fcc(di, fcc);  in rk818_bat_get_fcc()
1163 static void rk818_bat_init_coulomb_cap(struct rk818_battery *di, u32 capacity)  in rk818_bat_init_coulomb_cap()  argument
1168 	cap = capacity * 2390 / DIV(di->res_div);  in rk818_bat_init_coulomb_cap()
1170 	rk818_bat_write(di, RK818_GASCNT_CAL_REG3, buf);  in rk818_bat_init_coulomb_cap()
1172 	rk818_bat_write(di, RK818_GASCNT_CAL_REG2, buf);  in rk818_bat_init_coulomb_cap()
1174 	rk818_bat_write(di, RK818_GASCNT_CAL_REG1, buf);  in rk818_bat_init_coulomb_cap()
1176 	rk818_bat_write(di, RK818_GASCNT_CAL_REG0, buf);  in rk818_bat_init_coulomb_cap()
1179 	di->remain_cap = capacity;  in rk818_bat_init_coulomb_cap()
1180 	di->rsoc = rk818_bat_get_rsoc(di);  in rk818_bat_init_coulomb_cap()
1183 static void rk818_bat_save_dsoc(struct rk818_battery *di, u8 save_soc)  in rk818_bat_save_dsoc()  argument
1188 		rk818_bat_write(di, RK818_SOC_REG, save_soc);  in rk818_bat_save_dsoc()
1193 static int rk818_bat_get_prev_dsoc(struct rk818_battery *di)  in rk818_bat_get_prev_dsoc()  argument
1195 	return rk818_bat_read(di, RK818_SOC_REG);  in rk818_bat_get_prev_dsoc()
1198 static void rk818_bat_save_reboot_cnt(struct rk818_battery *di, u8 save_cnt)  in rk818_bat_save_reboot_cnt()  argument
1200 	rk818_bat_write(di, RK818_REBOOT_CNT_REG, save_cnt);  in rk818_bat_save_reboot_cnt()
1206 	struct rk818_battery *di;  in rk818_bat_fb_notifier()  local
1212 	di = container_of(nb, struct rk818_battery, fb_nb);  in rk818_bat_fb_notifier()
1213 	di->fb_blank = *(int *)evdata->data;  in rk818_bat_fb_notifier()
1218 static int rk818_bat_register_fb_notify(struct rk818_battery *di)  in rk818_bat_register_fb_notify()  argument
1220 	memset(&di->fb_nb, 0, sizeof(di->fb_nb));  in rk818_bat_register_fb_notify()
1221 	di->fb_nb.notifier_call = rk818_bat_fb_notifier;  in rk818_bat_register_fb_notify()
1223 	return fb_register_client(&di->fb_nb);  in rk818_bat_register_fb_notify()
1226 static int rk818_bat_unregister_fb_notify(struct rk818_battery *di)  in rk818_bat_unregister_fb_notify()  argument
1228 	return fb_unregister_client(&di->fb_nb);  in rk818_bat_unregister_fb_notify()
1231 static u8 rk818_bat_get_halt_cnt(struct rk818_battery *di)  in rk818_bat_get_halt_cnt()  argument
1233 	return rk818_bat_read(di, RK818_HALT_CNT_REG);  in rk818_bat_get_halt_cnt()
1236 static void rk818_bat_inc_halt_cnt(struct rk818_battery *di)  in rk818_bat_inc_halt_cnt()  argument
1240 	cnt = rk818_bat_read(di, RK818_HALT_CNT_REG);  in rk818_bat_inc_halt_cnt()
1241 	rk818_bat_write(di, RK818_HALT_CNT_REG, ++cnt);  in rk818_bat_inc_halt_cnt()
1244 static bool is_rk818_bat_last_halt(struct rk818_battery *di)  in is_rk818_bat_last_halt()  argument
1246 	int pre_cap = rk818_bat_get_prev_cap(di);  in is_rk818_bat_last_halt()
1247 	int now_cap = rk818_bat_get_coulomb_cap(di);  in is_rk818_bat_last_halt()
1250 	if (abs(now_cap - pre_cap) > (di->fcc / 10)) {  in is_rk818_bat_last_halt()
1251 		rk818_bat_inc_halt_cnt(di);  in is_rk818_bat_last_halt()
1258 static void rk818_bat_first_pwron(struct rk818_battery *di)  in rk818_bat_first_pwron()  argument
1262 	rk818_bat_save_fcc(di, di->design_cap);  in rk818_bat_first_pwron()
1263 	ocv_vol = rk818_bat_get_ocv_voltage(di);  in rk818_bat_first_pwron()
1264 	di->fcc = rk818_bat_get_fcc(di);  in rk818_bat_first_pwron()
1265 	di->nac = rk818_bat_vol_to_ocvcap(di, ocv_vol);  in rk818_bat_first_pwron()
1266 	di->rsoc = rk818_bat_vol_to_ocvsoc(di, ocv_vol);  in rk818_bat_first_pwron()
1267 	di->dsoc = di->rsoc;  in rk818_bat_first_pwron()
1268 	di->is_first_on = true;  in rk818_bat_first_pwron()
1271 		 di->dsoc, di->rsoc, di->nac, di->fcc, ocv_vol);  in rk818_bat_first_pwron()
1274 static void rk818_bat_not_first_pwron(struct rk818_battery *di)  in rk818_bat_not_first_pwron()  argument
1278 	di->fcc = rk818_bat_get_fcc(di);  in rk818_bat_not_first_pwron()
1279 	pre_soc = rk818_bat_get_prev_dsoc(di);  in rk818_bat_not_first_pwron()
1280 	pre_cap = rk818_bat_get_prev_cap(di);  in rk818_bat_not_first_pwron()
1281 	now_cap = rk818_bat_get_coulomb_cap(di);  in rk818_bat_not_first_pwron()
1282 	di->is_halt = is_rk818_bat_last_halt(di);  in rk818_bat_not_first_pwron()
1283 	di->halt_cnt = rk818_bat_get_halt_cnt(di);  in rk818_bat_not_first_pwron()
1284 	di->is_initialized = is_rk818_bat_initialized(di);  in rk818_bat_not_first_pwron()
1285 	di->is_ocv_calib = is_rk818_bat_ocv_valid(di);  in rk818_bat_not_first_pwron()
1287 	if (di->is_initialized) {  in rk818_bat_not_first_pwron()
1290 	} else if (di->is_halt) {  in rk818_bat_not_first_pwron()
1295 		rk818_bat_init_coulomb_cap(di, now_cap);  in rk818_bat_not_first_pwron()
1297 		pre_soc = di->rsoc;  in rk818_bat_not_first_pwron()
1299 	} else if (di->is_ocv_calib) {  in rk818_bat_not_first_pwron()
1300 		ocv_vol = rk818_bat_get_ocv_voltage(di);  in rk818_bat_not_first_pwron()
1301 		ocv_soc = rk818_bat_vol_to_ocvsoc(di, ocv_vol);  in rk818_bat_not_first_pwron()
1302 		ocv_cap = rk818_bat_vol_to_ocvcap(di, ocv_vol);  in rk818_bat_not_first_pwron()
1304 		di->ocv_pre_dsoc = pre_soc;  in rk818_bat_not_first_pwron()
1305 		di->ocv_new_dsoc = ocv_soc;  in rk818_bat_not_first_pwron()
1306 		if (abs(ocv_soc - pre_soc) >= di->pdata->max_soc_offset) {  in rk818_bat_not_first_pwron()
1307 			di->ocv_pre_dsoc = pre_soc;  in rk818_bat_not_first_pwron()
1308 			di->ocv_new_dsoc = ocv_soc;  in rk818_bat_not_first_pwron()
1309 			di->is_max_soc_offset = true;  in rk818_bat_not_first_pwron()
1315 	} else if (di->pwroff_min > 0) {  in rk818_bat_not_first_pwron()
1316 		ocv_vol = rk818_bat_get_ocv_voltage(di);  in rk818_bat_not_first_pwron()
1317 		ocv_soc = rk818_bat_vol_to_ocvsoc(di, ocv_vol);  in rk818_bat_not_first_pwron()
1318 		ocv_cap = rk818_bat_vol_to_ocvcap(di, ocv_vol);  in rk818_bat_not_first_pwron()
1319 		di->force_pre_dsoc = pre_soc;  in rk818_bat_not_first_pwron()
1320 		di->force_new_dsoc = ocv_soc;  in rk818_bat_not_first_pwron()
1322 			di->is_force_calib = true;  in rk818_bat_not_first_pwron()
1331 	di->dsoc = pre_soc;  in rk818_bat_not_first_pwron()
1332 	di->nac = pre_cap;  in rk818_bat_not_first_pwron()
1333 	if (di->nac < 0)  in rk818_bat_not_first_pwron()
1334 		di->nac = 0;  in rk818_bat_not_first_pwron()
1337 		 di->dsoc, di->nac, rk818_bat_get_avg_voltage(di),  in rk818_bat_not_first_pwron()
1338 		 rk818_bat_get_ocv_voltage(di), rk818_bat_get_relax_voltage(di),  in rk818_bat_not_first_pwron()
1339 		 di->pwroff_min, rk818_bat_get_prev_dsoc(di),  in rk818_bat_not_first_pwron()
1340 		 rk818_bat_get_prev_cap(di));  in rk818_bat_not_first_pwron()
1343 static bool rk818_bat_ocv_sw_reset(struct rk818_battery *di)  in rk818_bat_ocv_sw_reset()  argument
1347 	buf = rk818_bat_read(di, RK818_MISC_MARK_REG);  in rk818_bat_ocv_sw_reset()
1348 	if (((buf & FG_RESET_LATE) && di->pwroff_min >= 30) ||  in rk818_bat_ocv_sw_reset()
1352 		rk818_bat_write(di, RK818_MISC_MARK_REG, buf);  in rk818_bat_ocv_sw_reset()
1360 static void rk818_bat_init_rsoc(struct rk818_battery *di)  in rk818_bat_init_rsoc()  argument
1362 	di->is_first_power_on = is_rk818_bat_first_pwron(di);  in rk818_bat_init_rsoc()
1363 	di->is_sw_reset = rk818_bat_ocv_sw_reset(di);  in rk818_bat_init_rsoc()
1364 	di->pwroff_min = rk818_bat_get_pwroff_min(di);  in rk818_bat_init_rsoc()
1366 	if (di->is_first_power_on || di->is_sw_reset)  in rk818_bat_init_rsoc()
1367 		rk818_bat_first_pwron(di);  in rk818_bat_init_rsoc()
1369 		rk818_bat_not_first_pwron(di);  in rk818_bat_init_rsoc()
1372 static u8 rk818_bat_get_chrg_status(struct rk818_battery *di)  in rk818_bat_get_chrg_status()  argument
1376 	status = rk818_bat_read(di, RK818_SUP_STS_REG) & CHRG_STATUS_MSK;  in rk818_bat_get_chrg_status()
1415 static u8 rk818_bat_parse_fb_temperature(struct rk818_battery *di)  in rk818_bat_parse_fb_temperature()  argument
1421 	fb_temp = di->pdata->fb_temp;  in rk818_bat_parse_fb_temperature()
1431 static u8 rk818_bat_parse_finish_ma(struct rk818_battery *di, int fcc)  in rk818_bat_parse_finish_ma()  argument
1435 	if (di->pdata->sample_res == SAMPLE_RES_10MR)  in rk818_bat_parse_finish_ma()
1449 static void rk818_bat_init_chrg_config(struct rk818_battery *di)  in rk818_bat_init_chrg_config()  argument
1454 	finish_ma = rk818_bat_parse_finish_ma(di, di->fcc);  in rk818_bat_init_chrg_config()
1455 	fb_temp = rk818_bat_parse_fb_temperature(di);  in rk818_bat_init_chrg_config()
1457 	ggcon = rk818_bat_read(di, RK818_GGCON_REG);  in rk818_bat_init_chrg_config()
1458 	thermal = rk818_bat_read(di, RK818_THERMAL_REG);  in rk818_bat_init_chrg_config()
1459 	usb_ctrl = rk818_bat_read(di, RK818_USB_CTRL_REG);  in rk818_bat_init_chrg_config()
1460 	chrg_ctrl2 = rk818_bat_read(di, RK818_CHRG_CTRL_REG2);  in rk818_bat_init_chrg_config()
1461 	chrg_ctrl3 = rk818_bat_read(di, RK818_CHRG_CTRL_REG3);  in rk818_bat_init_chrg_config()
1472 	if (di->pdata->fb_temp)  in rk818_bat_init_chrg_config()
1482 	rk818_bat_write(di, RK818_GGCON_REG, ggcon);  in rk818_bat_init_chrg_config()
1483 	rk818_bat_write(di, RK818_THERMAL_REG, thermal);  in rk818_bat_init_chrg_config()
1484 	rk818_bat_write(di, RK818_USB_CTRL_REG, usb_ctrl);  in rk818_bat_init_chrg_config()
1485 	rk818_bat_write(di, RK818_CHRG_CTRL_REG2, chrg_ctrl2);  in rk818_bat_init_chrg_config()
1486 	rk818_bat_write(di, RK818_CHRG_CTRL_REG3, chrg_ctrl3);  in rk818_bat_init_chrg_config()
1489 static void rk818_bat_init_coffset(struct rk818_battery *di)  in rk818_bat_init_coffset()  argument
1493 	ioffset = rk818_bat_get_ioffset(di);  in rk818_bat_init_coffset()
1494 	di->poffset = rk818_bat_read(di, RK818_POFFSET_REG);  in rk818_bat_init_coffset()
1495 	if (!di->poffset)  in rk818_bat_init_coffset()
1496 		di->poffset = DEFAULT_POFFSET;  in rk818_bat_init_coffset()
1498 	coffset = di->poffset + ioffset;  in rk818_bat_init_coffset()
1502 	rk818_bat_set_coffset(di, coffset);  in rk818_bat_init_coffset()
1505 	    __func__, di->poffset, ioffset, rk818_bat_get_coffset(di));  in rk818_bat_init_coffset()
1510 	struct rk818_battery *di = from_timer(di, t, caltimer);  in rk818_bat_caltimer_isr()  local
1512 	mod_timer(&di->caltimer, jiffies + MINUTE(8) * HZ);  in rk818_bat_caltimer_isr()
1513 	queue_delayed_work(di->bat_monitor_wq, &di->calib_delay_work,  in rk818_bat_caltimer_isr()
1520 	struct rk818_battery *di = container_of(work,  in rk818_bat_internal_calib()  local
1524 	poffset = rk818_bat_read(di, RK818_POFFSET_REG);  in rk818_bat_internal_calib()
1526 		di->poffset = poffset;  in rk818_bat_internal_calib()
1528 		di->poffset = DEFAULT_POFFSET;  in rk818_bat_internal_calib()
1530 	ioffset = rk818_bat_get_ioffset(di);  in rk818_bat_internal_calib()
1531 	rk818_bat_set_coffset(di, ioffset + di->poffset);  in rk818_bat_internal_calib()
1534 	rk818_bat_init_voltage_kb(di);  in rk818_bat_internal_calib()
1536 		 ioffset, rk818_bat_get_coffset(di), di->poffset);  in rk818_bat_internal_calib()
1539 static void rk818_bat_init_caltimer(struct rk818_battery *di)  in rk818_bat_init_caltimer()  argument
1541 	timer_setup(&di->caltimer, rk818_bat_caltimer_isr, 0);  in rk818_bat_init_caltimer()
1542 	di->caltimer.expires = jiffies + MINUTE(8) * HZ;  in rk818_bat_init_caltimer()
1543 	add_timer(&di->caltimer);  in rk818_bat_init_caltimer()
1544 	INIT_DELAYED_WORK(&di->calib_delay_work, rk818_bat_internal_calib);  in rk818_bat_init_caltimer()
1547 static void rk818_bat_init_zero_table(struct rk818_battery *di)  in rk818_bat_init_zero_table()  argument
1552 	ocv_size = di->pdata->ocv_size;  in rk818_bat_init_zero_table()
1553 	length = sizeof(di->pdata->zero_table) * ocv_size;  in rk818_bat_init_zero_table()
1554 	di->pdata->zero_table =  in rk818_bat_init_zero_table()
1555 			devm_kzalloc(di->dev, length, GFP_KERNEL);  in rk818_bat_init_zero_table()
1556 	if (!di->pdata->zero_table) {  in rk818_bat_init_zero_table()
1557 		di->pdata->zero_table = di->pdata->ocv_table;  in rk818_bat_init_zero_table()
1558 		dev_err(di->dev, "malloc zero table fail\n");  in rk818_bat_init_zero_table()
1562 	min = di->pdata->pwroff_vol,  in rk818_bat_init_zero_table()
1563 	max = di->pdata->ocv_table[ocv_size - 4];  in rk818_bat_init_zero_table()
1566 		di->pdata->zero_table[i] = min + (i * diff);  in rk818_bat_init_zero_table()
1569 		DBG("zero[%d] = %d\n", i, di->pdata->zero_table[i]);  in rk818_bat_init_zero_table()
1572 		DBG("ocv[%d] = %d\n", i, di->pdata->ocv_table[i]);  in rk818_bat_init_zero_table()
1575 static void rk818_bat_calc_sm_linek(struct rk818_battery *di)  in rk818_bat_calc_sm_linek()  argument
1580 	delta = abs(di->dsoc - di->rsoc);  in rk818_bat_calc_sm_linek()
1582 	current_avg = rk818_bat_get_avg_current(di);  in rk818_bat_calc_sm_linek()
1584 		if (di->dsoc < di->rsoc)  in rk818_bat_calc_sm_linek()
1586 		else if (di->dsoc > di->rsoc)  in rk818_bat_calc_sm_linek()
1590 		di->dbg_meet_soc = (di->dsoc >= di->rsoc) ?  in rk818_bat_calc_sm_linek()
1591 				   (di->dsoc + diff) : (di->rsoc + diff);  in rk818_bat_calc_sm_linek()
1593 		if (di->dsoc < di->rsoc)  in rk818_bat_calc_sm_linek()
1595 		else if (di->dsoc > di->rsoc)  in rk818_bat_calc_sm_linek()
1599 		di->dbg_meet_soc = (di->dsoc >= di->rsoc) ?  in rk818_bat_calc_sm_linek()
1600 				   (di->dsoc - diff) : (di->rsoc - diff);  in rk818_bat_calc_sm_linek()
1603 	di->sm_linek = linek;  in rk818_bat_calc_sm_linek()
1604 	di->sm_remain_cap = di->remain_cap;  in rk818_bat_calc_sm_linek()
1605 	di->dbg_calc_dsoc = di->dsoc;  in rk818_bat_calc_sm_linek()
1606 	di->dbg_calc_rsoc = di->rsoc;  in rk818_bat_calc_sm_linek()
1611 static void rk818_bat_calc_zero_linek(struct rk818_battery *di)  in rk818_bat_calc_zero_linek()  argument
1621 	if ((abs(di->current_avg) < 500) && (di->dsoc > 10))  in rk818_bat_calc_zero_linek()
1622 		pwroff_vol = di->pdata->pwroff_vol + 50;  in rk818_bat_calc_zero_linek()
1624 		pwroff_vol = di->pdata->pwroff_vol;  in rk818_bat_calc_zero_linek()
1627 		vol_old = rk818_bat_get_avg_voltage(di);  in rk818_bat_calc_zero_linek()
1629 		vol_now = rk818_bat_get_avg_voltage(di);  in rk818_bat_calc_zero_linek()
1635 		voltage_avg += rk818_bat_get_avg_voltage(di);  in rk818_bat_calc_zero_linek()
1641 	current_avg = rk818_bat_get_avg_current(di);  in rk818_bat_calc_zero_linek()
1645 	    di->pdata->pwroff_vol, pwroff_vol, di->pdata->zero_reserve_dsoc);  in rk818_bat_calc_zero_linek()
1648 				(di->bat_res + DEF_PWRPATH_RES) / 1000;  in rk818_bat_calc_zero_linek()
1649 	ocv_voltage = voltage_avg - (current_avg * di->bat_res) / 1000;  in rk818_bat_calc_zero_linek()
1654 	dead_soc = rk818_bat_vol_to_zerosoc(di, dead_voltage);  in rk818_bat_calc_zero_linek()
1655 	dead_cap = rk818_bat_vol_to_zerocap(di, dead_voltage);  in rk818_bat_calc_zero_linek()
1659 	ocv_soc = rk818_bat_vol_to_zerosoc(di, ocv_voltage);  in rk818_bat_calc_zero_linek()
1660 	ocv_cap = rk818_bat_vol_to_zerocap(di, ocv_voltage);  in rk818_bat_calc_zero_linek()
1675 	if ((xsoc <= 30) && (di->dsoc >= di->pdata->zero_reserve_dsoc))  in rk818_bat_calc_zero_linek()
1678 	di->zero_remain_cap = di->remain_cap;  in rk818_bat_calc_zero_linek()
1679 	di->zero_timeout_cnt = 0;  in rk818_bat_calc_zero_linek()
1680 	if ((di->dsoc <= 1) && (xsoc > 0)) {  in rk818_bat_calc_zero_linek()
1681 		di->zero_linek = 400;  in rk818_bat_calc_zero_linek()
1682 		di->zero_drop_sec = 0;  in rk818_bat_calc_zero_linek()
1684 		di->zero_drop_sec = 0;  in rk818_bat_calc_zero_linek()
1685 		di->zero_linek = (di->zero_dsoc + xsoc / 2) / DIV(xsoc);  in rk818_bat_calc_zero_linek()
1686 		org_linek = di->zero_linek;  in rk818_bat_calc_zero_linek()
1688 		if ((di->pdata->energy_mode) &&  in rk818_bat_calc_zero_linek()
1689 		    (xsoc - di->dsoc >= ZERO_GAP_XSOC3) &&  in rk818_bat_calc_zero_linek()
1690 		    (di->dsoc <= 10) && (di->zero_linek < 300)) {  in rk818_bat_calc_zero_linek()
1691 			di->zero_linek = 300;  in rk818_bat_calc_zero_linek()
1694 		} else if ((xsoc - di->dsoc >= min_gap_xsoc) ||  in rk818_bat_calc_zero_linek()
1695 			   ((xsoc - di->dsoc >= ZERO_GAP_XSOC2) &&  in rk818_bat_calc_zero_linek()
1696 			    (di->dsoc <= 10) && (xsoc > 15))) {  in rk818_bat_calc_zero_linek()
1698 			    di->dsoc >= di->pdata->zero_reserve_dsoc)  in rk818_bat_calc_zero_linek()
1699 				di->zero_linek = 1200;  in rk818_bat_calc_zero_linek()
1700 			else if (xsoc - di->dsoc >= 2 * min_gap_xsoc)  in rk818_bat_calc_zero_linek()
1701 				di->zero_linek = 400;  in rk818_bat_calc_zero_linek()
1702 			else if (xsoc - di->dsoc >= 3 + min_gap_xsoc)  in rk818_bat_calc_zero_linek()
1703 				di->zero_linek = 600;  in rk818_bat_calc_zero_linek()
1705 				di->zero_linek = 800;  in rk818_bat_calc_zero_linek()
1708 		} else if ((di->zero_linek > 1800) && (di->dsoc > 70)) {  in rk818_bat_calc_zero_linek()
1709 			di->zero_linek = 1800;  in rk818_bat_calc_zero_linek()
1712 		} else if ((di->zero_linek > 1000) && (di->zero_linek < 1200)) {  in rk818_bat_calc_zero_linek()
1713 			di->zero_linek = 1200;  in rk818_bat_calc_zero_linek()
1716 		} else if ((di->dsoc <= 15 && di->dsoc > 5) &&  in rk818_bat_calc_zero_linek()
1717 			   (di->zero_linek <= 1200)) {  in rk818_bat_calc_zero_linek()
1719 			if (xsoc - di->dsoc >= min_gap_xsoc)  in rk818_bat_calc_zero_linek()
1720 				di->zero_linek = 800;  in rk818_bat_calc_zero_linek()
1723 				di->zero_linek = 1200;  in rk818_bat_calc_zero_linek()
1726 		} else if ((di->zero_linek < 1000) && (di->dsoc >= 5)) {  in rk818_bat_calc_zero_linek()
1727 			if ((xsoc - di->dsoc) < min_gap_xsoc) {  in rk818_bat_calc_zero_linek()
1729 				di->zero_linek = 1200;  in rk818_bat_calc_zero_linek()
1731 				if (abs(di->current_avg) > 500)/* heavy */  in rk818_bat_calc_zero_linek()
1732 					di->zero_linek = 900;  in rk818_bat_calc_zero_linek()
1734 					di->zero_linek = 1000;  in rk818_bat_calc_zero_linek()
1738 		} else if ((di->zero_linek < 1000) && (di->dsoc <= 5)) {  in rk818_bat_calc_zero_linek()
1739 			if ((xsoc - di->dsoc) <= 3)  in rk818_bat_calc_zero_linek()
1740 				di->zero_linek = 1200;  in rk818_bat_calc_zero_linek()
1742 				di->zero_linek = 800;  in rk818_bat_calc_zero_linek()
1747 		di->zero_linek = 1000;  in rk818_bat_calc_zero_linek()
1748 		if (!di->zero_drop_sec)  in rk818_bat_calc_zero_linek()
1749 			di->zero_drop_sec = get_boot_sec();  in rk818_bat_calc_zero_linek()
1750 		if (base2sec(di->zero_drop_sec) >= WAIT_DSOC_DROP_SEC) {  in rk818_bat_calc_zero_linek()
1751 			DBG("ZERO0: t=%lu\n", base2sec(di->zero_drop_sec));  in rk818_bat_calc_zero_linek()
1752 			di->zero_drop_sec = 0;  in rk818_bat_calc_zero_linek()
1753 			di->dsoc--;  in rk818_bat_calc_zero_linek()
1754 			di->zero_dsoc = (di->dsoc + 1) * 1000 -  in rk818_bat_calc_zero_linek()
1760 		if (!di->shtd_drop_sec)  in rk818_bat_calc_zero_linek()
1761 			di->shtd_drop_sec = get_boot_sec();  in rk818_bat_calc_zero_linek()
1762 		if (base2sec(di->shtd_drop_sec) > WAIT_SHTD_DROP_SEC) {  in rk818_bat_calc_zero_linek()
1763 			BAT_INFO("voltage extreme low...soc:%d->0\n", di->dsoc);  in rk818_bat_calc_zero_linek()
1764 			di->shtd_drop_sec = 0;  in rk818_bat_calc_zero_linek()
1765 			di->dsoc = 0;  in rk818_bat_calc_zero_linek()
1768 		di->shtd_drop_sec = 0;  in rk818_bat_calc_zero_linek()
1775 	    org_linek, di->zero_linek, di->dsoc, xsoc, di->rsoc,  in rk818_bat_calc_zero_linek()
1776 	    min_gap_xsoc, voltage_avg, vsys, di->zero_dsoc, di->zero_remain_cap,  in rk818_bat_calc_zero_linek()
1777 	    base2sec(di->zero_drop_sec), base2sec(di->shtd_drop_sec));  in rk818_bat_calc_zero_linek()
1780 static void rk818_bat_finish_algo_prepare(struct rk818_battery *di)  in rk818_bat_finish_algo_prepare()  argument
1782 	di->finish_base = get_boot_sec();  in rk818_bat_finish_algo_prepare()
1783 	if (!di->finish_base)  in rk818_bat_finish_algo_prepare()
1784 		di->finish_base = 1;  in rk818_bat_finish_algo_prepare()
1787 static void rk818_bat_smooth_algo_prepare(struct rk818_battery *di)  in rk818_bat_smooth_algo_prepare()  argument
1791 	tmp_soc = di->sm_chrg_dsoc / 1000;  in rk818_bat_smooth_algo_prepare()
1792 	if (tmp_soc != di->dsoc)  in rk818_bat_smooth_algo_prepare()
1793 		di->sm_chrg_dsoc = di->dsoc * 1000;  in rk818_bat_smooth_algo_prepare()
1795 	tmp_soc = di->sm_dischrg_dsoc / 1000;  in rk818_bat_smooth_algo_prepare()
1796 	if (tmp_soc != di->dsoc)  in rk818_bat_smooth_algo_prepare()
1797 		di->sm_dischrg_dsoc =  in rk818_bat_smooth_algo_prepare()
1798 		(di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_smooth_algo_prepare()
1801 	    __func__, tmp_soc, di->dsoc, di->sm_dischrg_dsoc, di->sm_chrg_dsoc);  in rk818_bat_smooth_algo_prepare()
1803 	rk818_bat_calc_sm_linek(di);  in rk818_bat_smooth_algo_prepare()
1806 static void rk818_bat_zero_algo_prepare(struct rk818_battery *di)  in rk818_bat_zero_algo_prepare()  argument
1810 	di->zero_timeout_cnt = 0;  in rk818_bat_zero_algo_prepare()
1811 	tmp_dsoc = di->zero_dsoc / 1000;  in rk818_bat_zero_algo_prepare()
1812 	if (tmp_dsoc != di->dsoc)  in rk818_bat_zero_algo_prepare()
1813 		di->zero_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_zero_algo_prepare()
1817 	rk818_bat_calc_zero_linek(di);  in rk818_bat_zero_algo_prepare()
1820 static void rk818_bat_calc_zero_algorithm(struct rk818_battery *di)  in rk818_bat_calc_zero_algorithm()  argument
1824 	tmp_soc = di->zero_dsoc / 1000;  in rk818_bat_calc_zero_algorithm()
1825 	if (tmp_soc == di->dsoc)  in rk818_bat_calc_zero_algorithm()
1828 	DBG("<%s>. enter: dsoc=%d, rsoc=%d\n", __func__, di->dsoc, di->rsoc);  in rk818_bat_calc_zero_algorithm()
1830 	if (di->dsoc < di->rsoc) {  in rk818_bat_calc_zero_algorithm()
1832 		tmp_soc = di->sm_chrg_dsoc / 1000;  in rk818_bat_calc_zero_algorithm()
1833 		if (tmp_soc == di->dsoc) {  in rk818_bat_calc_zero_algorithm()
1834 			sm_delta_dsoc = di->sm_chrg_dsoc - di->dsoc * 1000;  in rk818_bat_calc_zero_algorithm()
1835 			di->sm_chrg_dsoc = di->dsoc * 1000;  in rk818_bat_calc_zero_algorithm()
1836 			di->zero_dsoc += sm_delta_dsoc;  in rk818_bat_calc_zero_algorithm()
1842 	if (di->dsoc > di->rsoc) {  in rk818_bat_calc_zero_algorithm()
1844 		tmp_soc = di->sm_dischrg_dsoc / 1000;  in rk818_bat_calc_zero_algorithm()
1845 		if (tmp_soc == di->dsoc) {  in rk818_bat_calc_zero_algorithm()
1846 			sm_delta_dsoc = di->sm_dischrg_dsoc -  in rk818_bat_calc_zero_algorithm()
1847 				((di->dsoc + 1) * 1000 - MIN_ACCURACY);  in rk818_bat_calc_zero_algorithm()
1848 			di->sm_dischrg_dsoc = (di->dsoc + 1) * 1000 -  in rk818_bat_calc_zero_algorithm()
1850 			di->zero_dsoc += sm_delta_dsoc;  in rk818_bat_calc_zero_algorithm()
1856 	if (di->zero_dsoc > (di->dsoc + 1) * 1000 - MIN_ACCURACY) {  in rk818_bat_calc_zero_algorithm()
1857 		DBG("ZERO1: zero dsoc overflow: %d\n", di->zero_dsoc);  in rk818_bat_calc_zero_algorithm()
1858 		di->zero_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_calc_zero_algorithm()
1862 	tmp_soc = di->zero_dsoc / 1000;  in rk818_bat_calc_zero_algorithm()
1863 	if (tmp_soc != di->dsoc) {  in rk818_bat_calc_zero_algorithm()
1865 		if ((di->dsoc - tmp_soc) > 1) {  in rk818_bat_calc_zero_algorithm()
1866 			di->dsoc--;  in rk818_bat_calc_zero_algorithm()
1867 			di->zero_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_calc_zero_algorithm()
1870 			di->dsoc = tmp_soc;  in rk818_bat_calc_zero_algorithm()
1872 		di->zero_drop_sec = 0;  in rk818_bat_calc_zero_algorithm()
1877 	    di->zero_dsoc, di->dsoc, di->rsoc, tmp_soc);  in rk818_bat_calc_zero_algorithm()
1879 	    di->sm_dischrg_dsoc, di->sm_chrg_dsoc);  in rk818_bat_calc_zero_algorithm()
1882 static void rk818_bat_zero_algorithm(struct rk818_battery *di)  in rk818_bat_zero_algorithm()  argument
1886 	di->zero_timeout_cnt++;  in rk818_bat_zero_algorithm()
1887 	delta_cap = di->zero_remain_cap - di->remain_cap;  in rk818_bat_zero_algorithm()
1888 	delta_soc = di->zero_linek * (delta_cap * 100) / DIV(di->fcc);  in rk818_bat_zero_algorithm()
1893 	    di->zero_linek, di->zero_dsoc, di->dsoc, di->rsoc,  in rk818_bat_zero_algorithm()
1894 	    delta_soc, delta_cap, di->zero_remain_cap,  in rk818_bat_zero_algorithm()
1895 	    di->zero_timeout_cnt, di->sm_dischrg_dsoc, di->sm_chrg_dsoc);  in rk818_bat_zero_algorithm()
1898 	    (di->zero_timeout_cnt > MIN_ZERO_OVERCNT) ||  in rk818_bat_zero_algorithm()
1899 	    (di->zero_linek == 0)) {  in rk818_bat_zero_algorithm()
1901 		di->zero_timeout_cnt = 0;  in rk818_bat_zero_algorithm()
1902 		di->zero_dsoc -= delta_soc;  in rk818_bat_zero_algorithm()
1903 		rk818_bat_calc_zero_algorithm(di);  in rk818_bat_zero_algorithm()
1904 		rk818_bat_calc_zero_linek(di);  in rk818_bat_zero_algorithm()
1908 static void rk818_bat_dump_time_table(struct rk818_battery *di)  in rk818_bat_dump_time_table()  argument
1913 	int mod = di->dsoc % 10;  in rk818_bat_dump_time_table()
1914 	int index = di->dsoc / 10;  in rk818_bat_dump_time_table()
1917 	if (rk818_bat_chrg_online(di))  in rk818_bat_dump_time_table()
1918 		time = base2min(di->plug_in_base);  in rk818_bat_dump_time_table()
1920 		time = base2min(di->plug_out_base);  in rk818_bat_dump_time_table()
1923 		di->dbg_chrg_min[index - 1] = time - old_min;  in rk818_bat_dump_time_table()
1929 		DBG("Time[%d]=%d, ", (i * 10), di->dbg_chrg_min[i - 1]);  in rk818_bat_dump_time_table()
1933 static void rk818_bat_debug_info(struct rk818_battery *di)  in rk818_bat_debug_info()  argument
1943 	if (rk818_bat_chrg_online(di))  in rk818_bat_debug_info()
1944 		di->plug_out_base = get_boot_sec();  in rk818_bat_debug_info()
1946 		di->plug_in_base = get_boot_sec();  in rk818_bat_debug_info()
1948 	rk818_bat_dump_time_table(di);  in rk818_bat_debug_info()
1953 	ts_ctrl = rk818_bat_read(di, RK818_TS_CTRL_REG);  in rk818_bat_debug_info()
1954 	misc = rk818_bat_read(di, RK818_MISC_MARK_REG);  in rk818_bat_debug_info()
1955 	ggcon = rk818_bat_read(di, RK818_GGCON_REG);  in rk818_bat_debug_info()
1956 	ggsts = rk818_bat_read(di, RK818_GGSTS_REG);  in rk818_bat_debug_info()
1957 	sup_tst = rk818_bat_read(di, RK818_SUP_STS_REG);  in rk818_bat_debug_info()
1958 	vb_mod = rk818_bat_read(di, RK818_VB_MON_REG);  in rk818_bat_debug_info()
1959 	usb_ctrl = rk818_bat_read(di, RK818_USB_CTRL_REG);  in rk818_bat_debug_info()
1960 	chrg_ctrl1 = rk818_bat_read(di, RK818_CHRG_CTRL_REG1);  in rk818_bat_debug_info()
1961 	chrg_ctrl2 = rk818_bat_read(di, RK818_CHRG_CTRL_REG2);  in rk818_bat_debug_info()
1962 	chrg_ctrl3 = rk818_bat_read(di, RK818_CHRG_CTRL_REG3);  in rk818_bat_debug_info()
1963 	rtc = rk818_bat_read(di, 0);  in rk818_bat_debug_info()
1964 	thermal = rk818_bat_read(di, RK818_THERMAL_REG);  in rk818_bat_debug_info()
1965 	int_sts1 = rk818_bat_read(di, RK818_INT_STS_REG1);  in rk818_bat_debug_info()
1966 	int_sts2 = rk818_bat_read(di, RK818_INT_STS_REG2);  in rk818_bat_debug_info()
1967 	int_msk1 = rk818_bat_read(di, RK818_INT_STS_MSK_REG1);  in rk818_bat_debug_info()
1968 	int_msk2 = rk818_bat_read(di, RK818_INT_STS_MSK_REG2);  in rk818_bat_debug_info()
1969 	dcdc_en = rk818_bat_read(di, RK818_DCDC_EN_REG);  in rk818_bat_debug_info()
1970 	reboot_cnt = rk818_bat_read(di, RK818_REBOOT_CNT_REG);  in rk818_bat_debug_info()
1997 	    di->dsoc, di->rsoc, di->voltage_avg, di->current_avg,  in rk818_bat_debug_info()
1998 	    di->remain_cap, di->fcc, di->rsoc - di->dsoc,  in rk818_bat_debug_info()
1999 	    di->sm_linek, work_mode[di->work_mode], di->sm_remain_cap,  in rk818_bat_debug_info()
2000 	    di->res_div * chrg_cur_sel_array[chrg_ctrl1 & 0x0f],  in rk818_bat_debug_info()
2003 	    feedback_temp_array[(thermal & 0x0c) >> 2], di->temperature,  in rk818_bat_debug_info()
2004 	    di->pdata->sample_res, di->usb_in, di->ac_in,  in rk818_bat_debug_info()
2005 	    rk818_bat_get_ioffset(di),  in rk818_bat_debug_info()
2006 	    rk818_bat_get_coffset(di), di->poffset, di->bat_res,  in rk818_bat_debug_info()
2007 	    di->age_adjust_cap, di->fb_blank, !!(thermal & HOTDIE_STS),  in rk818_bat_debug_info()
2008 	    base2min(di->finish_base),  in rk818_bat_debug_info()
2009 	    base2min(di->boot_base), di->sleep_sum_sec / 60,  in rk818_bat_debug_info()
2010 	    di->adc_allow_update,  in rk818_bat_debug_info()
2011 	    di->voltage_avg + di->current_avg * DEF_PWRPATH_RES / 1000,  in rk818_bat_debug_info()
2012 	    bat_mode[di->pdata->bat_mode], di->dbg_meet_soc, di->dbg_calc_dsoc,  in rk818_bat_debug_info()
2013 	    di->dbg_calc_rsoc, di->voltage_ocv, di->dbg_pwr_dsoc,  in rk818_bat_debug_info()
2014 	    di->dbg_pwr_rsoc, di->dbg_pwr_vol, di->is_halt, di->halt_cnt,  in rk818_bat_debug_info()
2015 	    reboot_cnt, di->is_ocv_calib, di->ocv_pre_dsoc, di->ocv_new_dsoc,  in rk818_bat_debug_info()
2016 	    di->is_max_soc_offset, di->max_pre_dsoc, di->max_new_dsoc,  in rk818_bat_debug_info()
2017 	    di->is_force_calib, di->force_pre_dsoc, di->force_new_dsoc,  in rk818_bat_debug_info()
2018 	    di->pwroff_min, di->is_initialized, di->is_sw_reset,  in rk818_bat_debug_info()
2019 	    di->dbg_cap_low0, di->is_first_on, di->last_dsoc  in rk818_bat_debug_info()
2023 static void rk818_bat_init_capacity(struct rk818_battery *di, u32 cap)  in rk818_bat_init_capacity()  argument
2027 	delta_cap = cap - di->remain_cap;  in rk818_bat_init_capacity()
2031 	di->age_adjust_cap += delta_cap;  in rk818_bat_init_capacity()
2032 	rk818_bat_init_coulomb_cap(di, cap);  in rk818_bat_init_capacity()
2033 	rk818_bat_smooth_algo_prepare(di);  in rk818_bat_init_capacity()
2034 	rk818_bat_zero_algo_prepare(di);  in rk818_bat_init_capacity()
2037 static void rk818_bat_update_age_fcc(struct rk818_battery *di)  in rk818_bat_update_age_fcc()  argument
2041 	lock_fcc = rk818_bat_get_coulomb_cap(di);  in rk818_bat_update_age_fcc()
2042 	remain_cap = lock_fcc - di->age_ocv_cap - di->age_adjust_cap;  in rk818_bat_update_age_fcc()
2043 	age_keep_min = base2min(di->age_keep_sec);  in rk818_bat_update_age_fcc()
2047 	    __func__, lock_fcc, di->age_ocv_cap, di->age_adjust_cap, remain_cap,  in rk818_bat_update_age_fcc()
2048 	    di->age_allow_update, age_keep_min);  in rk818_bat_update_age_fcc()
2050 	if ((di->chrg_status == CHARGE_FINISH) && (di->age_allow_update) &&  in rk818_bat_update_age_fcc()
2052 		di->age_allow_update = false;  in rk818_bat_update_age_fcc()
2053 		fcc = remain_cap * 100 / DIV(100 - di->age_ocv_soc);  in rk818_bat_update_age_fcc()
2056 			 lock_fcc, remain_cap, di->age_ocv_soc,  in rk818_bat_update_age_fcc()
2057 			 di->age_ocv_cap, di->age_level, di->fcc, fcc);  in rk818_bat_update_age_fcc()
2059 		if ((fcc < di->qmax) && (fcc > MIN_FCC)) {  in rk818_bat_update_age_fcc()
2060 			BAT_INFO("fcc:%d->%d!\n", di->fcc, fcc);  in rk818_bat_update_age_fcc()
2061 			di->fcc = fcc;  in rk818_bat_update_age_fcc()
2062 			rk818_bat_init_capacity(di, di->fcc);  in rk818_bat_update_age_fcc()
2063 			rk818_bat_save_fcc(di, di->fcc);  in rk818_bat_update_age_fcc()
2064 			rk818_bat_save_age_level(di, di->age_level);  in rk818_bat_update_age_fcc()
2069 static void rk818_bat_wait_finish_sig(struct rk818_battery *di)  in rk818_bat_wait_finish_sig()  argument
2071 	int chrg_finish_vol = di->pdata->max_chrg_voltage;  in rk818_bat_wait_finish_sig()
2073 	if (!rk818_bat_chrg_online(di))  in rk818_bat_wait_finish_sig()
2076 	if ((di->chrg_status == CHARGE_FINISH) && (di->adc_allow_update) &&  in rk818_bat_wait_finish_sig()
2077 	    (di->voltage_avg > chrg_finish_vol - 150)) {  in rk818_bat_wait_finish_sig()
2078 		rk818_bat_update_age_fcc(di);  in rk818_bat_wait_finish_sig()
2079 		if (rk818_bat_adc_calib(di))  in rk818_bat_wait_finish_sig()
2080 			di->adc_allow_update = false;  in rk818_bat_wait_finish_sig()
2084 static void rk818_bat_finish_algorithm(struct rk818_battery *di)  in rk818_bat_finish_algorithm()  argument
2090 	if ((di->remain_cap != di->fcc) &&  in rk818_bat_finish_algorithm()
2091 	    (rk818_bat_get_chrg_status(di) == CHARGE_FINISH)) {  in rk818_bat_finish_algorithm()
2092 		di->age_adjust_cap += (di->fcc - di->remain_cap);  in rk818_bat_finish_algorithm()
2093 		rk818_bat_init_coulomb_cap(di, di->fcc);  in rk818_bat_finish_algorithm()
2097 	if (di->dsoc < 100) {  in rk818_bat_finish_algorithm()
2098 		if (!di->finish_base)  in rk818_bat_finish_algorithm()
2099 			di->finish_base = get_boot_sec();  in rk818_bat_finish_algorithm()
2100 		finish_current = (di->rsoc - di->dsoc) >  FINISH_MAX_SOC_DELAY ?  in rk818_bat_finish_algorithm()
2102 		finish_sec = base2sec(di->finish_base);  in rk818_bat_finish_algorithm()
2103 		soc_sec = di->fcc * 3600 / 100 / DIV(finish_current);  in rk818_bat_finish_algorithm()
2107 			di->dsoc += plus_soc;  in rk818_bat_finish_algorithm()
2108 			di->finish_base = get_boot_sec();  in rk818_bat_finish_algorithm()
2109 			if (di->finish_base > rest)  in rk818_bat_finish_algorithm()
2110 				di->finish_base = get_boot_sec() - rest;  in rk818_bat_finish_algorithm()
2114 		    __func__, di->dsoc, soc_sec, finish_sec, plus_soc, rest);  in rk818_bat_finish_algorithm()
2118 static void rk818_bat_calc_smooth_dischrg(struct rk818_battery *di)  in rk818_bat_calc_smooth_dischrg()  argument
2122 	tmp_soc = di->sm_dischrg_dsoc / 1000;  in rk818_bat_calc_smooth_dischrg()
2123 	if (tmp_soc == di->dsoc)  in rk818_bat_calc_smooth_dischrg()
2126 	DBG("<%s>. enter: dsoc=%d, rsoc=%d\n", __func__, di->dsoc, di->rsoc);  in rk818_bat_calc_smooth_dischrg()
2128 	if (di->dsoc < di->rsoc) {  in rk818_bat_calc_smooth_dischrg()
2129 		tmp_soc = di->sm_chrg_dsoc / 1000;  in rk818_bat_calc_smooth_dischrg()
2130 		if (tmp_soc == di->dsoc) {  in rk818_bat_calc_smooth_dischrg()
2131 			sm_delta_dsoc = di->sm_chrg_dsoc - di->dsoc * 1000;  in rk818_bat_calc_smooth_dischrg()
2132 			di->sm_chrg_dsoc = di->dsoc * 1000;  in rk818_bat_calc_smooth_dischrg()
2133 			di->sm_dischrg_dsoc += sm_delta_dsoc;  in rk818_bat_calc_smooth_dischrg()
2140 	if (di->dsoc > di->rsoc) {  in rk818_bat_calc_smooth_dischrg()
2141 		tmp_soc = di->zero_dsoc / 1000;  in rk818_bat_calc_smooth_dischrg()
2142 		if (tmp_soc == di->dsoc) {  in rk818_bat_calc_smooth_dischrg()
2143 			zero_delta_dsoc = di->zero_dsoc - ((di->dsoc + 1) *  in rk818_bat_calc_smooth_dischrg()
2145 			di->zero_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_calc_smooth_dischrg()
2146 			di->sm_dischrg_dsoc += zero_delta_dsoc;  in rk818_bat_calc_smooth_dischrg()
2153 	if ((di->sm_dischrg_dsoc) > ((di->dsoc + 1) * 1000 - MIN_ACCURACY)) {  in rk818_bat_calc_smooth_dischrg()
2155 		di->sm_dischrg_dsoc = (di->dsoc + 1) *  in rk818_bat_calc_smooth_dischrg()
2160 	tmp_soc = di->sm_dischrg_dsoc / 1000;  in rk818_bat_calc_smooth_dischrg()
2161 	if (tmp_soc != di->dsoc) {  in rk818_bat_calc_smooth_dischrg()
2162 		di->dsoc = tmp_soc;  in rk818_bat_calc_smooth_dischrg()
2163 		di->sm_chrg_dsoc = di->dsoc * 1000;  in rk818_bat_calc_smooth_dischrg()
2167 	    __func__, di->dsoc, di->rsoc, di->sm_dischrg_dsoc, di->sm_chrg_dsoc,  in rk818_bat_calc_smooth_dischrg()
2168 	    di->zero_dsoc);  in rk818_bat_calc_smooth_dischrg()
2172 static void rk818_bat_calc_smooth_chrg(struct rk818_battery *di)  in rk818_bat_calc_smooth_chrg()  argument
2176 	tmp_soc = di->sm_chrg_dsoc / 1000;  in rk818_bat_calc_smooth_chrg()
2177 	if (tmp_soc == di->dsoc)  in rk818_bat_calc_smooth_chrg()
2180 	DBG("<%s>. enter: dsoc=%d, rsoc=%d\n", __func__, di->dsoc, di->rsoc);  in rk818_bat_calc_smooth_chrg()
2182 	if (di->dsoc > di->rsoc) {  in rk818_bat_calc_smooth_chrg()
2184 		tmp_soc = di->sm_dischrg_dsoc / 1000;  in rk818_bat_calc_smooth_chrg()
2185 		if (tmp_soc == di->dsoc) {  in rk818_bat_calc_smooth_chrg()
2186 			sm_delta_dsoc = di->sm_dischrg_dsoc -  in rk818_bat_calc_smooth_chrg()
2187 					((di->dsoc + 1) * 1000 - MIN_ACCURACY);  in rk818_bat_calc_smooth_chrg()
2188 			di->sm_dischrg_dsoc = (di->dsoc + 1) * 1000 -  in rk818_bat_calc_smooth_chrg()
2190 			di->sm_chrg_dsoc += sm_delta_dsoc;  in rk818_bat_calc_smooth_chrg()
2196 		tmp_soc = di->zero_dsoc / 1000;  in rk818_bat_calc_smooth_chrg()
2197 		if (tmp_soc == di->dsoc) {  in rk818_bat_calc_smooth_chrg()
2198 			zero_delta_dsoc = di->zero_dsoc -  in rk818_bat_calc_smooth_chrg()
2199 			((di->dsoc + 1) * 1000 - MIN_ACCURACY);  in rk818_bat_calc_smooth_chrg()
2200 			di->zero_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_calc_smooth_chrg()
2201 			di->sm_chrg_dsoc += zero_delta_dsoc;  in rk818_bat_calc_smooth_chrg()
2208 	if (di->sm_chrg_dsoc < di->dsoc * 1000) {  in rk818_bat_calc_smooth_chrg()
2210 		di->sm_chrg_dsoc = di->dsoc * 1000;  in rk818_bat_calc_smooth_chrg()
2214 	tmp_soc = di->sm_chrg_dsoc / 1000;  in rk818_bat_calc_smooth_chrg()
2215 	if (tmp_soc != di->dsoc) {  in rk818_bat_calc_smooth_chrg()
2216 		di->dsoc = tmp_soc;  in rk818_bat_calc_smooth_chrg()
2217 		di->sm_dischrg_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_calc_smooth_chrg()
2221 	    __func__, di->dsoc, di->rsoc, di->sm_dischrg_dsoc, di->sm_chrg_dsoc,  in rk818_bat_calc_smooth_chrg()
2222 	    di->zero_dsoc);  in rk818_bat_calc_smooth_chrg()
2225 static void rk818_bat_smooth_algorithm(struct rk818_battery *di)  in rk818_bat_smooth_algorithm()  argument
2230 	di->remain_cap = rk818_bat_get_coulomb_cap(di);  in rk818_bat_smooth_algorithm()
2233 	if ((di->dsoc == 99) && (di->chrg_status == CC_OR_CV) &&  in rk818_bat_smooth_algorithm()
2234 	    (di->current_avg > 0)) {  in rk818_bat_smooth_algorithm()
2235 		di->sm_linek = FULL_CHRG_K;  in rk818_bat_smooth_algorithm()
2237 	} else if ((di->current_avg >= TERM_CHRG_CURR) &&  in rk818_bat_smooth_algorithm()
2238 	    (di->chrg_status == CC_OR_CV) && (di->dsoc >= TERM_CHRG_DSOC)) {  in rk818_bat_smooth_algorithm()
2239 		di->sm_linek = TERM_CHRG_K;  in rk818_bat_smooth_algorithm()
2242 	} else if ((di->current_avg <= SIMULATE_CHRG_CURR) &&  in rk818_bat_smooth_algorithm()
2243 		   (di->current_avg > 0) && (di->chrg_status == CC_OR_CV) &&  in rk818_bat_smooth_algorithm()
2244 		   (di->dsoc < TERM_CHRG_DSOC) &&  in rk818_bat_smooth_algorithm()
2245 		   ((di->rsoc - di->dsoc) >= SIMULATE_CHRG_INTV)) {  in rk818_bat_smooth_algorithm()
2246 		di->sm_linek = SIMULATE_CHRG_K;  in rk818_bat_smooth_algorithm()
2250 		if ((di->sm_linek * di->current_avg <= 0) ||  in rk818_bat_smooth_algorithm()
2251 		    (di->sm_linek == TERM_CHRG_K) ||  in rk818_bat_smooth_algorithm()
2252 		    (di->sm_linek == FULL_CHRG_K) ||  in rk818_bat_smooth_algorithm()
2253 		    (di->sm_linek == SIMULATE_CHRG_K)) {  in rk818_bat_smooth_algorithm()
2255 			rk818_bat_calc_sm_linek(di);  in rk818_bat_smooth_algorithm()
2259 	old_cap = di->sm_remain_cap;  in rk818_bat_smooth_algorithm()
2265 	if ((di->dsoc == di->rsoc) && (abs(di->sm_linek) != 1000) &&  in rk818_bat_smooth_algorithm()
2266 	    (di->sm_linek != FULL_CHRG_K && di->sm_linek != TERM_CHRG_K &&  in rk818_bat_smooth_algorithm()
2267 	     di->sm_linek != SIMULATE_CHRG_K)) {  in rk818_bat_smooth_algorithm()
2268 		if (!di->flat_match_sec)  in rk818_bat_smooth_algorithm()
2269 			di->flat_match_sec = get_boot_sec();  in rk818_bat_smooth_algorithm()
2270 		tgt_sec = di->fcc * 3600 / 100 / DIV(abs(di->current_avg)) / 3;  in rk818_bat_smooth_algorithm()
2271 		if (base2sec(di->flat_match_sec) >= tgt_sec) {  in rk818_bat_smooth_algorithm()
2272 			di->flat_match_sec = 0;  in rk818_bat_smooth_algorithm()
2273 			di->sm_linek = (di->current_avg >= 0) ? 1000 : -1000;  in rk818_bat_smooth_algorithm()
2276 		    base2sec(di->flat_match_sec), tgt_sec, di->sm_linek);  in rk818_bat_smooth_algorithm()
2278 		di->flat_match_sec = 0;  in rk818_bat_smooth_algorithm()
2282 	if ((abs(di->sm_linek) == 1000) || (di->current_avg >= 0 &&  in rk818_bat_smooth_algorithm()
2283 	     di->chrg_status == CC_OR_CV && di->dsoc >= 100)) {  in rk818_bat_smooth_algorithm()
2284 		DBG("<%s>. sm_linek=%d\n", __func__, di->sm_linek);  in rk818_bat_smooth_algorithm()
2285 		if (abs(di->sm_linek) == 1000) {  in rk818_bat_smooth_algorithm()
2286 			di->dsoc = di->rsoc;  in rk818_bat_smooth_algorithm()
2287 			di->sm_linek = (di->sm_linek > 0) ? 1000 : -1000;  in rk818_bat_smooth_algorithm()
2289 			    __func__, di->sm_linek);  in rk818_bat_smooth_algorithm()
2291 		di->sm_remain_cap = di->remain_cap;  in rk818_bat_smooth_algorithm()
2292 		di->sm_chrg_dsoc = di->dsoc * 1000;  in rk818_bat_smooth_algorithm()
2293 		di->sm_dischrg_dsoc = (di->dsoc + 1) * 1000 - MIN_ACCURACY;  in rk818_bat_smooth_algorithm()
2295 		    __func__, di->sm_dischrg_dsoc, di->sm_chrg_dsoc);  in rk818_bat_smooth_algorithm()
2297 		delta_cap = di->remain_cap - di->sm_remain_cap;  in rk818_bat_smooth_algorithm()
2302 		ydsoc = di->sm_linek * abs(delta_cap) * 100 / DIV(di->fcc);  in rk818_bat_smooth_algorithm()
2307 		di->sm_remain_cap = di->remain_cap;  in rk818_bat_smooth_algorithm()
2310 		    __func__, di->sm_linek, ydsoc, old_cap,  in rk818_bat_smooth_algorithm()
2311 		    di->sm_remain_cap, delta_cap);  in rk818_bat_smooth_algorithm()
2315 			di->sm_dischrg_dsoc += ydsoc;  in rk818_bat_smooth_algorithm()
2316 			rk818_bat_calc_smooth_dischrg(di);  in rk818_bat_smooth_algorithm()
2319 			di->sm_chrg_dsoc += ydsoc;  in rk818_bat_smooth_algorithm()
2320 			rk818_bat_calc_smooth_chrg(di);  in rk818_bat_smooth_algorithm()
2323 		if (di->s2r) {  in rk818_bat_smooth_algorithm()
2324 			di->s2r = false;  in rk818_bat_smooth_algorithm()
2325 			rk818_bat_calc_sm_linek(di);  in rk818_bat_smooth_algorithm()
2334 static bool rk818_bat_fake_finish_mode(struct rk818_battery *di)  in rk818_bat_fake_finish_mode()  argument
2336 	if ((di->rsoc == 100) && (rk818_bat_get_chrg_status(di) == CC_OR_CV) &&  in rk818_bat_fake_finish_mode()
2337 	    (abs(di->current_avg) <= 100))  in rk818_bat_fake_finish_mode()
2343 static void rk818_bat_display_smooth(struct rk818_battery *di)  in rk818_bat_display_smooth()  argument
2346 	if (di->s2r && !di->sleep_chrg_online) {  in rk818_bat_display_smooth()
2348 		di->s2r = false;  in rk818_bat_display_smooth()
2349 		rk818_bat_zero_algo_prepare(di);  in rk818_bat_display_smooth()
2350 		rk818_bat_smooth_algo_prepare(di);  in rk818_bat_display_smooth()
2354 	if (di->work_mode == MODE_FINISH) {  in rk818_bat_display_smooth()
2356 		rk818_bat_finish_algorithm(di);  in rk818_bat_display_smooth()
2357 		if ((rk818_bat_get_chrg_status(di) != CHARGE_FINISH) &&  in rk818_bat_display_smooth()
2358 		    !rk818_bat_fake_finish_mode(di)) {  in rk818_bat_display_smooth()
2359 			if ((di->current_avg < 0) &&  in rk818_bat_display_smooth()
2360 			    (di->voltage_avg < di->pdata->zero_algorithm_vol)) {  in rk818_bat_display_smooth()
2362 				rk818_bat_zero_algo_prepare(di);  in rk818_bat_display_smooth()
2363 				di->work_mode = MODE_ZERO;  in rk818_bat_display_smooth()
2366 				rk818_bat_smooth_algo_prepare(di);  in rk818_bat_display_smooth()
2367 				di->work_mode = MODE_SMOOTH;  in rk818_bat_display_smooth()
2370 	} else if (di->work_mode == MODE_ZERO) {  in rk818_bat_display_smooth()
2372 		rk818_bat_zero_algorithm(di);  in rk818_bat_display_smooth()
2373 		if ((di->voltage_avg >= di->pdata->zero_algorithm_vol + 50) ||  in rk818_bat_display_smooth()
2374 		    (di->current_avg >= 0)) {  in rk818_bat_display_smooth()
2376 			rk818_bat_smooth_algo_prepare(di);  in rk818_bat_display_smooth()
2377 			di->work_mode = MODE_SMOOTH;  in rk818_bat_display_smooth()
2378 		} else if ((rk818_bat_get_chrg_status(di) == CHARGE_FINISH) ||  in rk818_bat_display_smooth()
2379 			   rk818_bat_fake_finish_mode(di)) {  in rk818_bat_display_smooth()
2381 			rk818_bat_finish_algo_prepare(di);  in rk818_bat_display_smooth()
2382 			di->work_mode = MODE_FINISH;  in rk818_bat_display_smooth()
2386 		rk818_bat_smooth_algorithm(di);  in rk818_bat_display_smooth()
2387 		if ((di->current_avg < 0) &&  in rk818_bat_display_smooth()
2388 		    (di->voltage_avg < di->pdata->zero_algorithm_vol)) {  in rk818_bat_display_smooth()
2390 			rk818_bat_zero_algo_prepare(di);  in rk818_bat_display_smooth()
2391 			di->work_mode = MODE_ZERO;  in rk818_bat_display_smooth()
2392 		} else if ((rk818_bat_get_chrg_status(di) == CHARGE_FINISH) ||  in rk818_bat_display_smooth()
2393 			   rk818_bat_fake_finish_mode(di)) {  in rk818_bat_display_smooth()
2395 			rk818_bat_finish_algo_prepare(di);  in rk818_bat_display_smooth()
2396 			di->work_mode = MODE_FINISH;  in rk818_bat_display_smooth()
2401 static void rk818_bat_relax_vol_calib(struct rk818_battery *di)  in rk818_bat_relax_vol_calib()  argument
2405 	vol = di->voltage_relax;  in rk818_bat_relax_vol_calib()
2406 	soc = rk818_bat_vol_to_ocvsoc(di, vol);  in rk818_bat_relax_vol_calib()
2407 	cap = rk818_bat_vol_to_ocvcap(di, vol);  in rk818_bat_relax_vol_calib()
2408 	rk818_bat_init_capacity(di, cap);  in rk818_bat_relax_vol_calib()
2412 static void rk818_bat_relife_age_flag(struct rk818_battery *di)  in rk818_bat_relife_age_flag()  argument
2416 	if (di->voltage_relax <= 0)  in rk818_bat_relife_age_flag()
2419 	ocv_soc = rk818_bat_vol_to_ocvsoc(di, di->voltage_relax);  in rk818_bat_relife_age_flag()
2420 	ocv_cap = rk818_bat_vol_to_ocvcap(di, di->voltage_relax);  in rk818_bat_relife_age_flag()
2422 	    ocv_soc, di->sleep_dischrg_sec / 60, di->voltage_relax);  in rk818_bat_relife_age_flag()
2425 	if (!di->age_allow_update && ocv_soc <= 10) {  in rk818_bat_relife_age_flag()
2426 		di->age_voltage = di->voltage_relax;  in rk818_bat_relife_age_flag()
2427 		di->age_ocv_cap = ocv_cap;  in rk818_bat_relife_age_flag()
2428 		di->age_ocv_soc = ocv_soc;  in rk818_bat_relife_age_flag()
2429 		di->age_adjust_cap = 0;  in rk818_bat_relife_age_flag()
2432 			di->age_level = 100;  in rk818_bat_relife_age_flag()
2434 			di->age_level = 90;  in rk818_bat_relife_age_flag()
2436 			di->age_level = 80;  in rk818_bat_relife_age_flag()
2438 		soc_level = rk818_bat_get_age_level(di);  in rk818_bat_relife_age_flag()
2439 		if (soc_level > di->age_level) {  in rk818_bat_relife_age_flag()
2440 			di->age_allow_update = false;  in rk818_bat_relife_age_flag()
2442 			di->age_allow_update = true;  in rk818_bat_relife_age_flag()
2443 			di->age_keep_sec = get_boot_sec();  in rk818_bat_relife_age_flag()
2449 			 di->age_voltage, di->age_ocv_cap, ocv_soc, soc_level,  in rk818_bat_relife_age_flag()
2450 			 di->age_allow_update, di->age_level);  in rk818_bat_relife_age_flag()
2454 static int rk818_bat_sleep_dischrg(struct rk818_battery *di)  in rk818_bat_sleep_dischrg()  argument
2458 	int pwroff_vol = di->pdata->pwroff_vol;  in rk818_bat_sleep_dischrg()
2459 	unsigned long sleep_sec = di->sleep_dischrg_sec;  in rk818_bat_sleep_dischrg()
2462 	    __func__, di->dsoc, di->rsoc, di->voltage_relax,  in rk818_bat_sleep_dischrg()
2463 	    di->voltage_avg, sleep_sec / 60);  in rk818_bat_sleep_dischrg()
2465 	if (di->voltage_relax >= di->voltage_avg) {  in rk818_bat_sleep_dischrg()
2466 		rk818_bat_relax_vol_calib(di);  in rk818_bat_sleep_dischrg()
2467 		rk818_bat_restart_relax(di);  in rk818_bat_sleep_dischrg()
2468 		rk818_bat_relife_age_flag(di);  in rk818_bat_sleep_dischrg()
2473 	if (di->dsoc <= di->rsoc) {  in rk818_bat_sleep_dischrg()
2474 		di->sleep_sum_cap = (SLP_CURR_MIN * sleep_sec / 3600);  in rk818_bat_sleep_dischrg()
2475 		sleep_soc = di->sleep_sum_cap * 100 / DIV(di->fcc);  in rk818_bat_sleep_dischrg()
2476 		tgt_dsoc = di->dsoc - sleep_soc;  in rk818_bat_sleep_dischrg()
2479 				 di->rsoc, di->dsoc, sleep_soc);  in rk818_bat_sleep_dischrg()
2480 			if (di->dsoc < 5) {  in rk818_bat_sleep_dischrg()
2481 				di->dsoc--;  in rk818_bat_sleep_dischrg()
2482 			} else if ((tgt_dsoc < 5) && (di->dsoc >= 5)) {  in rk818_bat_sleep_dischrg()
2483 				if (di->dsoc == 5)  in rk818_bat_sleep_dischrg()
2484 					di->dsoc--;  in rk818_bat_sleep_dischrg()
2486 					di->dsoc = 5;  in rk818_bat_sleep_dischrg()
2488 				di->dsoc = tgt_dsoc;  in rk818_bat_sleep_dischrg()
2493 		    __func__, di->sleep_sum_cap, sleep_soc, tgt_dsoc);  in rk818_bat_sleep_dischrg()
2496 		di->sleep_sum_cap = (SLP_CURR_MAX * sleep_sec / 3600);  in rk818_bat_sleep_dischrg()
2497 		sleep_soc = di->sleep_sum_cap / DIV(di->fcc / 100);  in rk818_bat_sleep_dischrg()
2498 		gap_soc = di->dsoc - di->rsoc;  in rk818_bat_sleep_dischrg()
2501 			 di->rsoc, di->dsoc, sleep_soc);  in rk818_bat_sleep_dischrg()
2504 				di->dsoc -= (sleep_soc * 2);  in rk818_bat_sleep_dischrg()
2506 				di->dsoc -= sleep_soc;  in rk818_bat_sleep_dischrg()
2508 			di->dsoc = di->rsoc;  in rk818_bat_sleep_dischrg()
2512 		    __func__, di->sleep_sum_cap, sleep_soc, gap_soc);  in rk818_bat_sleep_dischrg()
2515 	if (di->voltage_avg <= pwroff_vol - 70) {  in rk818_bat_sleep_dischrg()
2516 		di->dsoc = 0;  in rk818_bat_sleep_dischrg()
2518 		BAT_INFO("low power sleeping, shutdown... %d\n", di->dsoc);  in rk818_bat_sleep_dischrg()
2521 	if (ocv_soc_updated && sleep_soc && (di->rsoc - di->dsoc) < 5 &&  in rk818_bat_sleep_dischrg()
2522 	    di->dsoc < 40) {  in rk818_bat_sleep_dischrg()
2523 		di->dsoc--;  in rk818_bat_sleep_dischrg()
2524 		BAT_INFO("low power sleeping, reserved... %d\n", di->dsoc);  in rk818_bat_sleep_dischrg()
2527 	if (di->dsoc <= 0) {  in rk818_bat_sleep_dischrg()
2528 		di->dsoc = 0;  in rk818_bat_sleep_dischrg()
2530 		BAT_INFO("sleep dsoc is %d...\n", di->dsoc);  in rk818_bat_sleep_dischrg()
2534 	    __func__, di->dsoc, di->rsoc, di->sleep_sum_cap);  in rk818_bat_sleep_dischrg()
2539 static void rk818_bat_power_supply_changed(struct rk818_battery *di)  in rk818_bat_power_supply_changed()  argument
2544 	if (di->dsoc > 100)  in rk818_bat_power_supply_changed()
2545 		di->dsoc = 100;  in rk818_bat_power_supply_changed()
2546 	else if (di->dsoc < 0)  in rk818_bat_power_supply_changed()
2547 		di->dsoc = 0;  in rk818_bat_power_supply_changed()
2549 	if (di->dsoc == old_soc)  in rk818_bat_power_supply_changed()
2552 	thermal = rk818_bat_read(di, RK818_THERMAL_REG);  in rk818_bat_power_supply_changed()
2553 	status = rk818_bat_read(di, RK818_SUP_STS_REG);  in rk818_bat_power_supply_changed()
2555 	old_soc = di->dsoc;  in rk818_bat_power_supply_changed()
2556 	di->last_dsoc = di->dsoc;  in rk818_bat_power_supply_changed()
2557 	power_supply_changed(di->bat);  in rk818_bat_power_supply_changed()
2560 		 di->dsoc, di->rsoc, di->voltage_avg, di->voltage_ocv,  in rk818_bat_power_supply_changed()
2561 		 di->current_avg, di->remain_cap, di->fcc, bat_status[status],  in rk818_bat_power_supply_changed()
2566 		 di->dbg_pwr_dsoc, di->dbg_pwr_rsoc, di->dbg_pwr_vol,  in rk818_bat_power_supply_changed()
2567 		 di->is_halt, di->halt_cnt, di->is_max_soc_offset,  in rk818_bat_power_supply_changed()
2568 		 di->is_initialized, di->is_sw_reset, di->is_ocv_calib,  in rk818_bat_power_supply_changed()
2569 		 di->dbg_cap_low0, di->is_force_calib);  in rk818_bat_power_supply_changed()
2572 static u8 rk818_bat_check_reboot(struct rk818_battery *di)  in rk818_bat_check_reboot()  argument
2576 	cnt = rk818_bat_read(di, RK818_REBOOT_CNT_REG);  in rk818_bat_check_reboot()
2580 		BAT_INFO("reboot: %d --> %d\n", di->dsoc, di->rsoc);  in rk818_bat_check_reboot()
2581 		di->dsoc = di->rsoc;  in rk818_bat_check_reboot()
2582 		if (di->dsoc > 100)  in rk818_bat_check_reboot()
2583 			di->dsoc = 100;  in rk818_bat_check_reboot()
2584 		else if (di->dsoc < 0)  in rk818_bat_check_reboot()
2585 			di->dsoc = 0;  in rk818_bat_check_reboot()
2586 		rk818_bat_save_dsoc(di, di->dsoc);  in rk818_bat_check_reboot()
2590 	rk818_bat_save_reboot_cnt(di, cnt);  in rk818_bat_check_reboot()
2596 static void rk818_bat_rsoc_daemon(struct rk818_battery *di)  in rk818_bat_rsoc_daemon()  argument
2601 	if ((di->remain_cap < 0) && (di->fb_blank != 0)) {  in rk818_bat_rsoc_daemon()
2604 		wake_lock_timeout(&di->wake_lock,  in rk818_bat_rsoc_daemon()
2605 				  (di->pdata->monitor_sec + 1) * HZ);  in rk818_bat_rsoc_daemon()
2610 			di->dbg_cap_low0++;  in rk818_bat_rsoc_daemon()
2611 			est_vol = di->voltage_avg -  in rk818_bat_rsoc_daemon()
2612 					(di->bat_res * di->current_avg) / 1000;  in rk818_bat_rsoc_daemon()
2613 			remain_cap = rk818_bat_vol_to_ocvcap(di, est_vol);  in rk818_bat_rsoc_daemon()
2614 			rk818_bat_init_capacity(di, remain_cap);  in rk818_bat_rsoc_daemon()
2616 				 di->remain_cap, di->rsoc);  in rk818_bat_rsoc_daemon()
2617 			wake_unlock(&di->wake_lock);  in rk818_bat_rsoc_daemon()
2624 static void rk818_bat_update_info(struct rk818_battery *di)  in rk818_bat_update_info()  argument
2628 	di->voltage_avg = rk818_bat_get_avg_voltage(di);  in rk818_bat_update_info()
2629 	di->current_avg = rk818_bat_get_avg_current(di);  in rk818_bat_update_info()
2630 	di->voltage_relax = rk818_bat_get_relax_voltage(di);  in rk818_bat_update_info()
2631 	di->rsoc = rk818_bat_get_rsoc(di);  in rk818_bat_update_info()
2632 	di->remain_cap = rk818_bat_get_coulomb_cap(di);  in rk818_bat_update_info()
2633 	di->chrg_status = rk818_bat_get_chrg_status(di);  in rk818_bat_update_info()
2634 	is_charging = rk818_bat_get_charge_state(di);  in rk818_bat_update_info()
2635 	if (is_charging != di->is_charging) {  in rk818_bat_update_info()
2636 		di->is_charging = is_charging;  in rk818_bat_update_info()
2638 			di->charge_count++;  in rk818_bat_update_info()
2640 	if (di->voltage_avg > di->voltage_max)  in rk818_bat_update_info()
2641 		di->voltage_max = di->voltage_avg;  in rk818_bat_update_info()
2642 	if (di->current_avg > di->current_max)  in rk818_bat_update_info()
2643 		di->current_max = di->current_avg;  in rk818_bat_update_info()
2646 	if (di->remain_cap > di->fcc) {  in rk818_bat_update_info()
2647 		di->sm_remain_cap -= (di->remain_cap - di->fcc);  in rk818_bat_update_info()
2649 		    __func__, di->remain_cap, di->sm_remain_cap);  in rk818_bat_update_info()
2650 		rk818_bat_init_coulomb_cap(di, di->fcc);  in rk818_bat_update_info()
2653 	if (di->chrg_status != CHARGE_FINISH)  in rk818_bat_update_info()
2654 		di->finish_base = get_boot_sec();  in rk818_bat_update_info()
2661 	if (base2min(di->plug_out_base) > 120)  in rk818_bat_update_info()
2662 		di->age_allow_update = false;  in rk818_bat_update_info()
2665 	if (di->chrg_status == CC_OR_CV) {  in rk818_bat_update_info()
2666 		di->adc_allow_update = true;  in rk818_bat_update_info()
2667 		di->adc_calib_cnt = 0;  in rk818_bat_update_info()
2671 static void rk818_bat_init_ts1_detect(struct rk818_battery *di)  in rk818_bat_init_ts1_detect()  argument
2674 	u32 *ntc_table = di->pdata->ntc_table;  in rk818_bat_init_ts1_detect()
2676 	if (!di->pdata->ntc_size)  in rk818_bat_init_ts1_detect()
2680 	buf = rk818_bat_read(di, RK818_TS_CTRL_REG);  in rk818_bat_init_ts1_detect()
2684 		di->pdata->ntc_factor = NTC_CALC_FACTOR_80UA;  in rk818_bat_init_ts1_detect()
2685 		di->pdata->ntc_uA = 80;  in rk818_bat_init_ts1_detect()
2688 		di->pdata->ntc_factor = NTC_CALC_FACTOR_60UA;  in rk818_bat_init_ts1_detect()
2689 		di->pdata->ntc_uA = 60;  in rk818_bat_init_ts1_detect()
2692 		di->pdata->ntc_factor = NTC_CALC_FACTOR_40UA;  in rk818_bat_init_ts1_detect()
2693 		di->pdata->ntc_uA = 40;  in rk818_bat_init_ts1_detect()
2696 		di->pdata->ntc_factor = NTC_CALC_FACTOR_20UA;  in rk818_bat_init_ts1_detect()
2697 		di->pdata->ntc_uA = 20;  in rk818_bat_init_ts1_detect()
2700 	rk818_bat_write(di, RK818_TS_CTRL_REG, buf);  in rk818_bat_init_ts1_detect()
2703 	buf = rk818_bat_read(di, RK818_ADC_CTRL_REG);  in rk818_bat_init_ts1_detect()
2705 	rk818_bat_write(di, RK818_ADC_CTRL_REG, buf);  in rk818_bat_init_ts1_detect()
2725 static int rk818_bat_get_ntc_res(struct rk818_battery *di)  in rk818_bat_get_ntc_res()  argument
2732 	buf = rk818_bat_read(di, RK818_TS_CTRL_REG);  in rk818_bat_get_ntc_res()
2737 	ua1 = di->pdata->ntc_uA;  in rk818_bat_get_ntc_res()
2738 	adc1 |= rk818_bat_read(di, RK818_TS1_ADC_REGL) << 0;  in rk818_bat_get_ntc_res()
2739 	adc1 |= rk818_bat_read(di, RK818_TS1_ADC_REGH) << 8;  in rk818_bat_get_ntc_res()
2743 	buf = rk818_bat_read(di, RK818_TS_CTRL_REG);  in rk818_bat_get_ntc_res()
2746 	rk818_bat_write(di, RK818_TS_CTRL_REG, buf);  in rk818_bat_get_ntc_res()
2752 	buf = rk818_bat_read(di, RK818_TS_CTRL_REG);  in rk818_bat_get_ntc_res()
2756 	adc2 |= rk818_bat_read(di, RK818_TS1_ADC_REGL) << 0;  in rk818_bat_get_ntc_res()
2757 	adc2 |= rk818_bat_read(di, RK818_TS1_ADC_REGH) << 8;  in rk818_bat_get_ntc_res()
2769 	val = (di->current_avg >= 0) ? (adc1 - v_delta) : (adc1 + v_delta);  in rk818_bat_get_ntc_res()
2772 	    __func__, di->current_avg, v_delta, val);  in rk818_bat_get_ntc_res()
2774 	res = val * di->pdata->ntc_factor;  in rk818_bat_get_ntc_res()
2777 	    __func__, val, res, di->pdata->ntc_factor,  in rk818_bat_get_ntc_res()
2778 	    v_delta * di->pdata->ntc_factor);  in rk818_bat_get_ntc_res()
2781 	    di->pdata->ntc_degree_from, di->pdata->ntc_table[0],  in rk818_bat_get_ntc_res()
2782 	    di->pdata->ntc_degree_from + di->pdata->ntc_size - 1,  in rk818_bat_get_ntc_res()
2783 	    di->pdata->ntc_table[di->pdata->ntc_size - 1]);  in rk818_bat_get_ntc_res()
2785 	rk818_bat_init_ts1_detect(di);  in rk818_bat_get_ntc_res()
2790 static void rk818_bat_set_input_current(struct rk818_battery *di,  in rk818_bat_set_input_current()  argument
2795 	usb_ctrl = rk818_bat_read(di, RK818_USB_CTRL_REG);  in rk818_bat_set_input_current()
2798 	rk818_bat_write(di, RK818_USB_CTRL_REG, usb_ctrl);  in rk818_bat_set_input_current()
2820 static void rk818_bat_update_temperature(struct rk818_battery *di)  in rk818_bat_update_temperature()  argument
2826 	ntc_table = di->pdata->ntc_table;  in rk818_bat_update_temperature()
2827 	ntc_size = di->pdata->ntc_size;  in rk818_bat_update_temperature()
2828 	di->temperature = VIRTUAL_TEMPERATURE;  in rk818_bat_update_temperature()
2831 		res = rk818_bat_get_ntc_res(di);  in rk818_bat_update_temperature()
2833 			di->temperature = di->pdata->ntc_degree_from +  in rk818_bat_update_temperature()
2834 					  di->pdata->ntc_size - 1;  in rk818_bat_update_temperature()
2835 			if (di->pdata->bat_mode != MODE_VIRTUAL)  in rk818_bat_update_temperature()
2836 				rk818_bat_set_input_current(di, INPUT_CUR80MA);  in rk818_bat_update_temperature()
2839 			di->temperature = di->pdata->ntc_degree_from;  in rk818_bat_update_temperature()
2840 			if (di->pdata->bat_mode != MODE_VIRTUAL)  in rk818_bat_update_temperature()
2841 				rk818_bat_set_input_current(di, INPUT_CUR80MA);  in rk818_bat_update_temperature()
2850 			temp = (i + di->pdata->ntc_degree_from) * 10;  in rk818_bat_update_temperature()
2852 				di->temperature = temp;  in rk818_bat_update_temperature()
2866 			di->temperature = temp;  in rk818_bat_update_temperature()
2868 			    __func__, di->temperature);  in rk818_bat_update_temperature()
2869 			rk818_bat_temp_notifier_callback(di->temperature / 10);  in rk818_bat_update_temperature()
2874 static void rk818_bat_init_dsoc_algorithm(struct rk818_battery *di)  in rk818_bat_init_dsoc_algorithm()  argument
2883 	rest |= rk818_bat_read(di, RK818_CALC_REST_REGH) << 8;  in rk818_bat_init_dsoc_algorithm()
2884 	rest |= rk818_bat_read(di, RK818_CALC_REST_REGL) << 0;  in rk818_bat_init_dsoc_algorithm()
2887 	buf = rk818_bat_read(di, RK818_MISC_MARK_REG);  in rk818_bat_init_dsoc_algorithm()
2888 	di->algo_rest_mode = (buf & ALGO_REST_MODE_MSK) >> ALGO_REST_MODE_SHIFT;  in rk818_bat_init_dsoc_algorithm()
2890 	if (rk818_bat_get_chrg_status(di) == CHARGE_FINISH) {  in rk818_bat_init_dsoc_algorithm()
2891 		if (di->algo_rest_mode == MODE_FINISH) {  in rk818_bat_init_dsoc_algorithm()
2892 			soc_sec = di->fcc * 3600 / 100 / FINISH_CHRG_CUR1;  in rk818_bat_init_dsoc_algorithm()
2894 				if (di->dsoc < 100) {  in rk818_bat_init_dsoc_algorithm()
2895 					di->dsoc++;  in rk818_bat_init_dsoc_algorithm()
2896 					di->algo_rest_val = rest % soc_sec;  in rk818_bat_init_dsoc_algorithm()
2899 						 rest, di->dsoc);  in rk818_bat_init_dsoc_algorithm()
2901 					di->algo_rest_val = 0;  in rk818_bat_init_dsoc_algorithm()
2904 				di->algo_rest_val = rest;  in rk818_bat_init_dsoc_algorithm()
2907 			di->algo_rest_val = rest;  in rk818_bat_init_dsoc_algorithm()
2911 		if ((rest / 1000) > 0 && rk818_bat_chrg_online(di)) {  in rk818_bat_init_dsoc_algorithm()
2912 			if (di->dsoc < di->rsoc) {  in rk818_bat_init_dsoc_algorithm()
2913 				di->dsoc++;  in rk818_bat_init_dsoc_algorithm()
2914 				di->algo_rest_val = rest % 1000;  in rk818_bat_init_dsoc_algorithm()
2916 					 rest, di->dsoc);  in rk818_bat_init_dsoc_algorithm()
2918 				di->algo_rest_val = 0;  in rk818_bat_init_dsoc_algorithm()
2921 		} else if (((rest / 1000) < 0) && !rk818_bat_chrg_online(di)) {  in rk818_bat_init_dsoc_algorithm()
2922 			if (di->dsoc > di->rsoc) {  in rk818_bat_init_dsoc_algorithm()
2923 				di->dsoc--;  in rk818_bat_init_dsoc_algorithm()
2924 				di->algo_rest_val = rest % 1000;  in rk818_bat_init_dsoc_algorithm()
2926 					 rest, di->dsoc);  in rk818_bat_init_dsoc_algorithm()
2928 				di->algo_rest_val = 0;  in rk818_bat_init_dsoc_algorithm()
2931 			di->algo_rest_val = rest;  in rk818_bat_init_dsoc_algorithm()
2935 	if (di->dsoc >= 100)  in rk818_bat_init_dsoc_algorithm()
2936 		di->dsoc = 100;  in rk818_bat_init_dsoc_algorithm()
2937 	else if (di->dsoc <= 0)  in rk818_bat_init_dsoc_algorithm()
2938 		di->dsoc = 0;  in rk818_bat_init_dsoc_algorithm()
2941 	di->voltage_avg = rk818_bat_get_avg_voltage(di);  in rk818_bat_init_dsoc_algorithm()
2942 	di->current_avg = rk818_bat_get_avg_current(di);  in rk818_bat_init_dsoc_algorithm()
2943 	if (rk818_bat_get_chrg_status(di) == CHARGE_FINISH) {  in rk818_bat_init_dsoc_algorithm()
2944 		rk818_bat_finish_algo_prepare(di);  in rk818_bat_init_dsoc_algorithm()
2945 		di->work_mode = MODE_FINISH;  in rk818_bat_init_dsoc_algorithm()
2947 		rk818_bat_smooth_algo_prepare(di);  in rk818_bat_init_dsoc_algorithm()
2948 		di->work_mode = MODE_SMOOTH;  in rk818_bat_init_dsoc_algorithm()
2953 	    __func__, rest, di->algo_rest_val, mode_name[di->algo_rest_mode],  in rk818_bat_init_dsoc_algorithm()
2954 	    di->zero_dsoc, di->sm_chrg_dsoc, di->sm_dischrg_dsoc,  in rk818_bat_init_dsoc_algorithm()
2955 	    di->finish_base);  in rk818_bat_init_dsoc_algorithm()
2958 static void rk818_bat_save_algo_rest(struct rk818_battery *di)  in rk818_bat_save_algo_rest()  argument
2969 	tmp_soc = (di->zero_dsoc) / 1000;  in rk818_bat_save_algo_rest()
2970 	if (tmp_soc == di->dsoc)  in rk818_bat_save_algo_rest()
2971 		zero_rest = di->zero_dsoc - ((di->dsoc + 1) * 1000 -  in rk818_bat_save_algo_rest()
2975 	tmp_soc = di->sm_chrg_dsoc / 1000;  in rk818_bat_save_algo_rest()
2976 	if (tmp_soc == di->dsoc)  in rk818_bat_save_algo_rest()
2977 		sm_chrg_rest = di->sm_chrg_dsoc - di->dsoc * 1000;  in rk818_bat_save_algo_rest()
2980 	tmp_soc = (di->sm_dischrg_dsoc) / 1000;  in rk818_bat_save_algo_rest()
2981 	if (tmp_soc == di->dsoc)  in rk818_bat_save_algo_rest()
2982 		sm_dischrg_rest = di->sm_dischrg_dsoc - ((di->dsoc + 1) * 1000 -  in rk818_bat_save_algo_rest()
2986 	if (di->algo_rest_mode == MODE_FINISH && di->algo_rest_val)  in rk818_bat_save_algo_rest()
2987 		finish_rest = base2sec(di->finish_base) + di->algo_rest_val;  in rk818_bat_save_algo_rest()
2989 		finish_rest = base2sec(di->finish_base);  in rk818_bat_save_algo_rest()
2992 	if ((rk818_bat_chrg_online(di) && (di->dsoc > di->rsoc)) ||  in rk818_bat_save_algo_rest()
2993 	    (!rk818_bat_chrg_online(di) && (di->dsoc < di->rsoc)) ||  in rk818_bat_save_algo_rest()
2994 	    (di->dsoc == di->rsoc)) {  in rk818_bat_save_algo_rest()
2995 		di->algo_rest_val = 0;  in rk818_bat_save_algo_rest()
2998 	} else if (di->work_mode == MODE_FINISH) {  in rk818_bat_save_algo_rest()
3001 	} else if (di->algo_rest_mode == MODE_FINISH) {  in rk818_bat_save_algo_rest()
3005 		if (rk818_bat_chrg_online(di) && (di->dsoc < di->rsoc))  in rk818_bat_save_algo_rest()
3006 			algo_rest = sm_chrg_rest + di->algo_rest_val;  in rk818_bat_save_algo_rest()
3007 		else if (!rk818_bat_chrg_online(di) && (di->dsoc > di->rsoc))  in rk818_bat_save_algo_rest()
3009 				    di->algo_rest_val;  in rk818_bat_save_algo_rest()
3012 				    di->algo_rest_val;  in rk818_bat_save_algo_rest()
3017 	if ((di->work_mode == MODE_FINISH) || (di->work_mode == MODE_ZERO)) {  in rk818_bat_save_algo_rest()
3018 		mode = di->work_mode;  in rk818_bat_save_algo_rest()
3020 		if (di->sm_linek > 0)  in rk818_bat_save_algo_rest()
3027 	buf = rk818_bat_read(di, RK818_MISC_MARK_REG);  in rk818_bat_save_algo_rest()
3030 	rk818_bat_write(di, RK818_MISC_MARK_REG, buf);  in rk818_bat_save_algo_rest()
3034 	rk818_bat_write(di, RK818_CALC_REST_REGH, buf);  in rk818_bat_save_algo_rest()
3036 	rk818_bat_write(di, RK818_CALC_REST_REGL, buf);  in rk818_bat_save_algo_rest()
3040 	    __func__, algo_rest, mode_name[mode], di->algo_rest_val, zero_rest,  in rk818_bat_save_algo_rest()
3041 	    sm_chrg_rest, sm_dischrg_rest, base2sec(di->finish_base));  in rk818_bat_save_algo_rest()
3044 static void rk818_bat_save_data(struct rk818_battery *di)  in rk818_bat_save_data()  argument
3046 	rk818_bat_save_dsoc(di, di->dsoc);  in rk818_bat_save_data()
3047 	rk818_bat_save_cap(di, di->remain_cap);  in rk818_bat_save_data()
3048 	rk818_bat_save_algo_rest(di);  in rk818_bat_save_data()
3053 	struct rk818_battery *di =  in rk818_battery_work()  local
3056 	rk818_bat_update_info(di);  in rk818_battery_work()
3057 	rk818_bat_wait_finish_sig(di);  in rk818_battery_work()
3058 	rk818_bat_rsoc_daemon(di);  in rk818_battery_work()
3059 	rk818_bat_update_temperature(di);  in rk818_battery_work()
3060 	rk818_bat_display_smooth(di);  in rk818_battery_work()
3061 	rk818_bat_power_supply_changed(di);  in rk818_battery_work()
3062 	rk818_bat_save_data(di);  in rk818_battery_work()
3063 	rk818_bat_debug_info(di);  in rk818_battery_work()
3065 	queue_delayed_work(di->bat_monitor_wq, &di->bat_delay_work,  in rk818_battery_work()
3066 			   msecs_to_jiffies(di->monitor_ms));  in rk818_battery_work()
3071 	struct rk818_battery *di = (struct rk818_battery *)bat;  in rk818_vb_low_irq()  local
3073 	di->dsoc = 0;  in rk818_vb_low_irq()
3076 		 di->voltage_avg, di->current_avg, di->dsoc);  in rk818_vb_low_irq()
3081 static void rk818_bat_init_sysfs(struct rk818_battery *di)  in rk818_bat_init_sysfs()  argument
3086 		ret = sysfs_create_file(&di->dev->kobj,  in rk818_bat_init_sysfs()
3089 			dev_err(di->dev, "create bat node(%s) error\n",  in rk818_bat_init_sysfs()
3094 static int rk818_bat_init_irqs(struct rk818_battery *di)  in rk818_bat_init_irqs()  argument
3096 	struct rk808 *rk818 = di->rk818;  in rk818_bat_init_irqs()
3097 	struct platform_device *pdev = di->pdev;  in rk818_bat_init_irqs()
3102 		dev_err(di->dev, "vb_lo_irq request failed!\n");  in rk818_bat_init_irqs()
3106 	ret = devm_request_threaded_irq(di->dev, vb_lo_irq, NULL,  in rk818_bat_init_irqs()
3109 					"rk818_vb_low", di);  in rk818_bat_init_irqs()
3119 static void rk818_bat_init_info(struct rk818_battery *di)  in rk818_bat_init_info()  argument
3121 	di->design_cap = di->pdata->design_capacity;  in rk818_bat_init_info()
3122 	di->qmax = di->pdata->design_qmax;  in rk818_bat_init_info()
3123 	di->bat_res = di->pdata->bat_res;  in rk818_bat_init_info()
3124 	di->monitor_ms = di->pdata->monitor_sec * TIMER_MS_COUNTS;  in rk818_bat_init_info()
3125 	di->boot_base = POWER_ON_SEC_BASE;  in rk818_bat_init_info()
3126 	di->res_div = (di->pdata->sample_res == SAMPLE_RES_20MR) ?  in rk818_bat_init_info()
3151 static int rk818_bat_rtc_sleep_sec(struct rk818_battery *di)  in rk818_bat_rtc_sleep_sec()  argument
3155 	interval_sec = rk818_get_rtc_sec() - di->rtc_base;  in rk818_bat_rtc_sleep_sec()
3160 static void rk818_bat_set_shtd_vol(struct rk818_battery *di)  in rk818_bat_set_shtd_vol()  argument
3165 	val = rk818_bat_read(di, RK818_VB_MON_REG);  in rk818_bat_set_shtd_vol()
3168 	rk818_bat_write(di, RK818_VB_MON_REG, val);  in rk818_bat_set_shtd_vol()
3171 	rk818_bat_set_bits(di, RK818_INT_STS_MSK_REG1,  in rk818_bat_set_shtd_vol()
3175 static void rk818_bat_init_fg(struct rk818_battery *di)  in rk818_bat_init_fg()  argument
3177 	rk818_bat_enable_gauge(di);  in rk818_bat_init_fg()
3178 	rk818_bat_init_voltage_kb(di);  in rk818_bat_init_fg()
3179 	rk818_bat_init_coffset(di);  in rk818_bat_init_fg()
3180 	rk818_bat_set_relax_sample(di);  in rk818_bat_init_fg()
3181 	rk818_bat_set_ioffset_sample(di);  in rk818_bat_init_fg()
3182 	rk818_bat_set_ocv_sample(di);  in rk818_bat_init_fg()
3183 	rk818_bat_init_ts1_detect(di);  in rk818_bat_init_fg()
3184 	rk818_bat_init_rsoc(di);  in rk818_bat_init_fg()
3185 	rk818_bat_init_coulomb_cap(di, di->nac);  in rk818_bat_init_fg()
3186 	rk818_bat_init_age_algorithm(di);  in rk818_bat_init_fg()
3187 	rk818_bat_init_chrg_config(di);  in rk818_bat_init_fg()
3188 	rk818_bat_set_shtd_vol(di);  in rk818_bat_init_fg()
3189 	rk818_bat_init_zero_table(di);  in rk818_bat_init_fg()
3190 	rk818_bat_init_caltimer(di);  in rk818_bat_init_fg()
3191 	rk818_bat_init_dsoc_algorithm(di);  in rk818_bat_init_fg()
3193 	di->voltage_avg = rk818_bat_get_avg_voltage(di);  in rk818_bat_init_fg()
3194 	di->voltage_ocv = rk818_bat_get_ocv_voltage(di);  in rk818_bat_init_fg()
3195 	di->voltage_relax = rk818_bat_get_relax_voltage(di);  in rk818_bat_init_fg()
3196 	di->current_avg = rk818_bat_get_avg_current(di);  in rk818_bat_init_fg()
3197 	di->remain_cap = rk818_bat_get_coulomb_cap(di);  in rk818_bat_init_fg()
3198 	di->dbg_pwr_dsoc = di->dsoc;  in rk818_bat_init_fg()
3199 	di->dbg_pwr_rsoc = di->rsoc;  in rk818_bat_init_fg()
3200 	di->dbg_pwr_vol = di->voltage_avg;  in rk818_bat_init_fg()
3202 	rk818_bat_dump_regs(di, 0x99, 0xee);  in rk818_bat_init_fg()
3204 	    di->nac, di->remain_cap, di->voltage_ocv, di->voltage_avg,  in rk818_bat_init_fg()
3205 	    di->voltage_relax, di->dsoc, di->rsoc, di->current_avg);  in rk818_bat_init_fg()
3209 static int rk818_bat_parse_dt(struct rk818_battery *di)  in rk818_bat_parse_dt()  argument
3214 	struct device_node *np = di->dev->of_node;  in rk818_bat_parse_dt()
3216 	struct device *dev = di->dev;  in rk818_bat_parse_dt()
3222 	di->pdata = pdata;  in rk818_bat_parse_dt()
3249 	pdata->ocv_table = devm_kzalloc(di->dev, size, GFP_KERNEL);  in rk818_bat_parse_dt()
3350 		pdata->ntc_table = devm_kzalloc(di->dev, size, GFP_KERNEL);  in rk818_bat_parse_dt()
3389 static int rk818_bat_parse_dt(struct rk818_battery *di)  in rk818_bat_parse_dt()  argument
3404 	struct rk818_battery *di;  in rk818_battery_probe()  local
3413 	di = devm_kzalloc(&pdev->dev, sizeof(*di), GFP_KERNEL);  in rk818_battery_probe()
3414 	if (!di)  in rk818_battery_probe()
3417 	di->rk818 = rk818;  in rk818_battery_probe()
3418 	di->pdev = pdev;  in rk818_battery_probe()
3419 	di->dev = &pdev->dev;  in rk818_battery_probe()
3420 	di->regmap = rk818->regmap;  in rk818_battery_probe()
3421 	platform_set_drvdata(pdev, di);  in rk818_battery_probe()
3423 	ret = rk818_bat_parse_dt(di);  in rk818_battery_probe()
3425 		dev_err(di->dev, "rk818 battery parse dt failed!\n");  in rk818_battery_probe()
3429 	if (!is_rk818_bat_exist(di)) {  in rk818_battery_probe()
3430 		di->pdata->bat_mode = MODE_VIRTUAL;  in rk818_battery_probe()
3431 		dev_err(di->dev, "no battery, virtual power mode\n");  in rk818_battery_probe()
3434 	ret = rk818_bat_init_irqs(di);  in rk818_battery_probe()
3436 		dev_err(di->dev, "rk818 bat init irqs failed!\n");  in rk818_battery_probe()
3440 	ret = rk818_bat_init_power_supply(di);  in rk818_battery_probe()
3442 		dev_err(di->dev, "rk818 power supply register failed!\n");  in rk818_battery_probe()
3446 	rk818_bat_init_info(di);  in rk818_battery_probe()
3447 	rk818_bat_init_fg(di);  in rk818_battery_probe()
3448 	rk818_bat_init_sysfs(di);  in rk818_battery_probe()
3449 	rk818_bat_register_fb_notify(di);  in rk818_battery_probe()
3450 	wake_lock_init(&di->wake_lock, WAKE_LOCK_SUSPEND, "rk818_bat_lock");  in rk818_battery_probe()
3451 	di->bat_monitor_wq = alloc_ordered_workqueue("%s",  in rk818_battery_probe()
3453 	INIT_DELAYED_WORK(&di->bat_delay_work, rk818_battery_work);  in rk818_battery_probe()
3454 	queue_delayed_work(di->bat_monitor_wq, &di->bat_delay_work,  in rk818_battery_probe()
3465 	struct rk818_battery *di = platform_get_drvdata(dev);  in rk818_battery_suspend()  local
3468 	cancel_delayed_work_sync(&di->bat_delay_work);  in rk818_battery_suspend()
3470 	di->s2r = false;  in rk818_battery_suspend()
3471 	di->sleep_chrg_online = rk818_bat_chrg_online(di);  in rk818_battery_suspend()
3472 	di->sleep_chrg_status = rk818_bat_get_chrg_status(di);  in rk818_battery_suspend()
3473 	di->current_avg = rk818_bat_get_avg_current(di);  in rk818_battery_suspend()
3474 	di->remain_cap = rk818_bat_get_coulomb_cap(di);  in rk818_battery_suspend()
3475 	di->rsoc = rk818_bat_get_rsoc(di);  in rk818_battery_suspend()
3476 	di->rtc_base = rk818_get_rtc_sec();  in rk818_battery_suspend()
3477 	rk818_bat_save_data(di);  in rk818_battery_suspend()
3478 	st = (rk818_bat_read(di, RK818_SUP_STS_REG) & CHRG_STATUS_MSK) >> 4;  in rk818_battery_suspend()
3483 	if (di->sleep_chrg_status != CHARGE_FINISH)  in rk818_battery_suspend()
3484 		di->finish_base = get_boot_sec();  in rk818_battery_suspend()
3487 	if ((di->work_mode == MODE_ZERO) &&  in rk818_battery_suspend()
3488 	    (di->sleep_chrg_online) && (di->current_avg >= 0)) {  in rk818_battery_suspend()
3493 		if (di->sleep_chrg_status == CHARGE_FINISH) {  in rk818_battery_suspend()
3494 			di->work_mode = MODE_FINISH;  in rk818_battery_suspend()
3495 			di->finish_base = get_boot_sec();  in rk818_battery_suspend()
3497 			di->work_mode = MODE_SMOOTH;  in rk818_battery_suspend()
3498 			rk818_bat_smooth_algo_prepare(di);  in rk818_battery_suspend()
3503 	val = rk818_bat_read(di, RK818_VB_MON_REG);  in rk818_battery_suspend()
3506 	rk818_bat_write(di, RK818_VB_MON_REG, val);  in rk818_battery_suspend()
3507 	rk818_bat_set_bits(di, RK818_INT_STS_MSK_REG1, VB_LOW_INT_EN, 0);  in rk818_battery_suspend()
3510 		 di->dsoc, di->rsoc, di->current_avg,  in rk818_battery_suspend()
3511 		 rk818_bat_get_avg_voltage(di), rk818_bat_get_coulomb_cap(di),  in rk818_battery_suspend()
3512 		 di->sleep_dischrg_sec, di->sleep_chrg_online, bat_status[st]);  in rk818_battery_suspend()
3519 	struct rk818_battery *di = platform_get_drvdata(dev);  in rk818_battery_resume()  local
3523 	di->s2r = true;  in rk818_battery_resume()
3524 	di->current_avg = rk818_bat_get_avg_current(di);  in rk818_battery_resume()
3525 	di->voltage_relax = rk818_bat_get_relax_voltage(di);  in rk818_battery_resume()
3526 	di->voltage_avg = rk818_bat_get_avg_voltage(di);  in rk818_battery_resume()
3527 	di->remain_cap = rk818_bat_get_coulomb_cap(di);  in rk818_battery_resume()
3528 	di->rsoc = rk818_bat_get_rsoc(di);  in rk818_battery_resume()
3529 	interval_sec = rk818_bat_rtc_sleep_sec(di);  in rk818_battery_resume()
3530 	di->sleep_sum_sec += interval_sec;  in rk818_battery_resume()
3531 	pwroff_vol = di->pdata->pwroff_vol;  in rk818_battery_resume()
3532 	st = (rk818_bat_read(di, RK818_SUP_STS_REG) & CHRG_STATUS_MSK) >> 4;  in rk818_battery_resume()
3534 	if (!di->sleep_chrg_online) {  in rk818_battery_resume()
3536 		di->sleep_dischrg_sec += interval_sec;  in rk818_battery_resume()
3537 		if (di->voltage_avg <= pwroff_vol + 50)  in rk818_battery_resume()
3545 		 di->dsoc, di->rsoc, di->current_avg, di->voltage_avg,  in rk818_battery_resume()
3546 		 di->voltage_relax, rk818_bat_get_coulomb_cap(di), interval_sec,  in rk818_battery_resume()
3547 		 di->sleep_dischrg_sec, di->sleep_chrg_online, bat_status[st]);  in rk818_battery_resume()
3550 	if ((di->sleep_dischrg_sec > time_step) && (!di->sleep_chrg_online)) {  in rk818_battery_resume()
3551 		if (rk818_bat_sleep_dischrg(di))  in rk818_battery_resume()
3552 			di->sleep_dischrg_sec = 0;  in rk818_battery_resume()
3555 	rk818_bat_save_data(di);  in rk818_battery_resume()
3558 	val = rk818_bat_read(di, RK818_VB_MON_REG);  in rk818_battery_resume()
3561 	rk818_bat_write(di, RK818_VB_MON_REG, val);  in rk818_battery_resume()
3562 	rk818_bat_set_bits(di, RK818_INT_STS_MSK_REG1,  in rk818_battery_resume()
3566 	if ((di->sleep_chrg_online) ||  in rk818_battery_resume()
3567 	    (!di->sleep_chrg_online && di->voltage_avg < di->pdata->pwroff_vol))  in rk818_battery_resume()
3568 		wake_lock_timeout(&di->wake_lock, msecs_to_jiffies(2000));  in rk818_battery_resume()
3570 	queue_delayed_work(di->bat_monitor_wq, &di->bat_delay_work,  in rk818_battery_resume()
3579 	struct rk818_battery *di = platform_get_drvdata(dev);  in rk818_battery_shutdown()  local
3581 	cancel_delayed_work_sync(&di->bat_delay_work);  in rk818_battery_shutdown()
3582 	cancel_delayed_work_sync(&di->calib_delay_work);  in rk818_battery_shutdown()
3583 	rk818_bat_unregister_fb_notify(di);  in rk818_battery_shutdown()
3584 	del_timer(&di->caltimer);  in rk818_battery_shutdown()
3585 	if (base2sec(di->boot_base) < REBOOT_PERIOD_SEC)  in rk818_battery_shutdown()
3586 		cnt = rk818_bat_check_reboot(di);  in rk818_battery_shutdown()
3588 		rk818_bat_save_reboot_cnt(di, 0);  in rk818_battery_shutdown()
3592 		 di->dsoc, di->rsoc, di->current_avg, di->voltage_avg,  in rk818_battery_shutdown()
3593 		 di->remain_cap, di->fcc, rk818_bat_chrg_online(di), cnt,  in rk818_battery_shutdown()
3594 		 di->algo_rest_mode, di->algo_rest_val);  in rk818_battery_shutdown()