/* SPDX-License-Identifier: GPL-2.0-only */ /* * Copyright (C) 2018-2020 Oplus. All rights reserved. */ #ifndef _OPLUS_VOOCPHY_H_ #define _OPLUS_VOOCPHY_H_ #include #include #if (LINUX_VERSION_CODE < KERNEL_VERSION(4, 9, 0)) #include #endif #include #include #include #include "../oplus_chg_track.h" enum { ADC_AUTO_MODE, ADC_FORCEDLY_ENABLED, ADC_FORCEDLY_DISABLED_10, ADC_FORCEDLY_DISABLED_11, }; enum { VOOC_VBUS_UNKNOW, //unknow adata vbus status VOOC_VBUS_NORMAL, //vooc vbus in normal status VOOC_VBUS_HIGH, //vooc vbus in high status VOOC_VBUS_LOW, //vooc vbus in low status VOOC_VBUS_INVALID, //vooc vbus in invalid status }; enum { VOOCPHY_BATT_TEMP_HIGH, VOOCPHY_BATT_TEMP_WARM, VOOCPHY_BATT_TEMP_NORMAL, VOOCPHY_BATT_TEMP_LITTLE_COOL, VOOCPHY_BATT_TEMP_COOL, VOOCPHY_BATT_TEMP_LITTLE_COLD, VOOCPHY_BATT_TEMP_COLD, VOOCPHY_BATT_TEMP_REMOVE, }; enum { BATT_SOC_0_TO_50, BATT_SOC_50_TO_75, BATT_SOC_75_TO_85, BATT_SOC_85_TO_90, BATT_SOC_90_TO_100, }; enum { FAST_NOTIFY_UNKNOW, FAST_NOTIFY_PRESENT, FAST_NOTIFY_ONGOING, FAST_NOTIFY_ABSENT, FAST_NOTIFY_FULL, FAST_NOTIFY_BAD_CONNECTED, FAST_NOTIFY_BATT_TEMP_OVER, FAST_NOTIFY_BTB_TEMP_OVER, FAST_NOTIFY_DUMMY_START, FAST_NOTIFY_ADAPTER_COPYCAT, FAST_NOTIFY_ERR_COMMU, FAST_NOTIFY_USER_EXIT_FASTCHG, FAST_NOTIFY_SWITCH_TEMP_RANGE, FAST_NOTIFY_ADAPTER_STATUS_ABNORMAL, }; enum { VOOCPHY_SUCCESS, /*Level: Warning 0x1XX*/ VOOCPHY_WARN_NO_OP = 0x100, /*Warn: No Operation*/ /*Level: Error 0x2XX*/ VOOCPHY_EFAILED = 0x200, /*Error: Operation Failed*/ VOOCPHY_EUNSUPPORTED, /*Error: Not Supported*/ VOOCPHY_EINVALID, /*Error: Invalid Argument*/ VOOCPHY_EINVALID_FP, /*Error: Invalid Function Pointer*/ VOOCPHY_ENOTALLOWED, /*Error: Operation Not Allowed*/ VOOCPHY_EMEM, /*Error: Not Enough Memory to Perform Operation*/ VOOCPHY_EBADPTR, /*Error: NULL Pointer*/ VOOCPHY_ETESTMODE, /*Error: Test Mode*/ VOOCPHY_EFATAL = -1 /*Error: Fatal*/ }; enum { ADAPTER_VOOC20, ADAPTER_VOOC30, ADAPTER_SVOOC, }; enum { POWER_SUPPLY_USB_SUBTYPE_UNKNOWN, POWER_SUPPLY_USB_SUBTYPE_VOOC, POWER_SUPPLY_USB_SUBTYPE_SVOOC, POWER_SUPPLY_USB_SUBTYPE_PD, POWER_SUPPLY_USB_SUBTYPE_QC }; enum { VOOC_THREAD_TIMER_AP, VOOC_THREAD_TIMER_CURR, VOOC_THREAD_TIMER_SOC, VOOC_THREAD_TIMER_VOL, VOOC_THREAD_TIMER_TEMP, VOOC_THREAD_TIMER_BTB, VOOC_THREAD_TIMER_SAFE, VOOC_THREAD_TIMER_COMMU, VOOC_THREAD_TIMER_DISCON, VOOC_THREAD_TIMER_FASTCHG_CHECK, VOOC_THREAD_TIMER_CHG_OUT_CHECK, VOOC_THREAD_TIMER_TEST_CHECK, VOOC_THREAD_TIMER_IBUS_CHECK, VOOC_THREAD_TIMER_INVALID, VOOC_THREAD_TIMER_MAX = VOOC_THREAD_TIMER_INVALID }; enum { /*General Event*/ VOOCPHY_REQUEST_RESET, VOOCPHY_REQUEST_UPDATE_DATA, VOOCPHY_REQUEST_INVALID }; enum { /*General Event*/ SETTING_REASON_PROBE, SETTING_REASON_RESET, SETTING_REASON_SVOOC, SETTING_REASON_VOOC, SETTING_REASON_5V2A, SETTING_REASON_PDQC }; #define VOOC_DEFAULT_HEAD SVOOC_INVERT_HEAD /* 1.R_DET */ #define R_DET_BIT4 1//0 #define R_DET_BIT5 1 #define R_DET_BIT6 0 #define R_DET_BIT7 0 #define R_DET_BIT8 0 #define R_DET_BIT9 0 #define VOOC2_CIRCUIT_R_H_DEF ((R_DET_BIT9 << TX1_DET_BIT1_SHIFT) | (R_DET_BIT8 << TX1_DET_BIT0_SHIFT)) #define VOOC2_CIRCUIT_R_L_DEF ((R_DET_BIT5 << TX0_DET_BIT2_SHIFT) | (R_DET_BIT6 << TX0_DET_BIT3_SHIFT) \ | (R_DET_BIT7 << TX0_DET_BIT4_SHIFT)) #define NO_VOOC2_CIRCUIT_R_H_DEF ((R_DET_BIT9 << TX1_DET_BIT1_SHIFT) | (R_DET_BIT8 << TX1_DET_BIT0_SHIFT)) #define NO_VOOC2_CIRCUIT_R_L_DEF ((R_DET_BIT4 << TX0_DET_BIT1_SHIFT) | (R_DET_BIT5 << TX0_DET_BIT2_SHIFT) \ | (R_DET_BIT6 << TX0_DET_BIT3_SHIFT) | (R_DET_BIT7 << TX0_DET_BIT4_SHIFT)) #define BIDRECT_CIRCUIT_R_L_DEF ((R_DET_BIT5 << TX0_DET_BIT2_SHIFT) \ | (R_DET_BIT6 << TX0_DET_BIT3_SHIFT) | (R_DET_BIT7 << TX0_DET_BIT4_SHIFT)) #define BURR_VOOC2_CIRCUIT_R ((R_DET_BIT4 << 4) | (R_DET_BIT5 << 3) | (R_DET_BIT6 << 2) \ |(R_DET_BIT7 << 1) | (R_DET_BIT8)) #define R_DET_BIT_VOOC30_4 0 #define R_DET_BIT_VOOC30_5 1 #define R_DET_BIT_VOOC30_6 1 #define R_DET_BIT_VOOC30_7 0 #define R_DET_BIT_VOOC30_8 0 #define R_DET_BIT_VOOC30_9 0 #define NO_VOOC3_CIRCUIT_R_H_DEF ((R_DET_BIT_VOOC30_9 << TX1_DET_BIT1_SHIFT) | (R_DET_BIT_VOOC30_8 << TX1_DET_BIT0_SHIFT)) #define NO_VOOC3_CIRCUIT_R_L_DEF ((R_DET_BIT_VOOC30_4 << TX0_DET_BIT1_SHIFT) | (R_DET_BIT_VOOC30_5 << TX0_DET_BIT2_SHIFT) \ | (R_DET_BIT_VOOC30_6 << TX0_DET_BIT3_SHIFT) | (R_DET_BIT_VOOC30_7 << TX0_DET_BIT4_SHIFT)) #define R_DET_PARALLEL_BIT4 1 #define R_DET_PARALLEL_BIT5 1 #define R_DET_PARALLEL_BIT6 0 #define R_DET_PARALLEL_BIT7 1 #define R_DET_PARALLEL_BIT8 1 #define R_DET_PARALLEL_BIT9 0 #define VOOC2_CIRCUIT_PARALLEL_R_H_DEF ((R_DET_PARALLEL_BIT9 << TX1_DET_BIT1_SHIFT) | (R_DET_PARALLEL_BIT8 << TX1_DET_BIT0_SHIFT)) #define VOOC2_CIRCUIT_PARALLEL_R_L_DEF ((R_DET_PARALLEL_BIT5 << TX0_DET_BIT2_SHIFT) | (R_DET_PARALLEL_BIT6 << TX0_DET_BIT3_SHIFT) \ | (R_DET_PARALLEL_BIT7 << TX0_DET_BIT4_SHIFT)) #define NO_VOOC2_CIRCUIT_PARALLEL_R_H_DEF ((R_DET_PARALLEL_BIT9 << TX1_DET_BIT1_SHIFT) | (R_DET_PARALLEL_BIT8 << TX1_DET_BIT0_SHIFT)) #define NO_VOOC2_CIRCUIT_PARALLEL_R_L_DEF ((R_DET_PARALLEL_BIT4 << TX0_DET_BIT1_SHIFT) | (R_DET_PARALLEL_BIT5 << TX0_DET_BIT2_SHIFT) \ | (R_DET_PARALLEL_BIT6 << TX0_DET_BIT3_SHIFT) | (R_DET_PARALLEL_BIT7 << TX0_DET_BIT4_SHIFT)) #define BURR_VOOC2_CIRCUIT_PARALLEL_R ((R_DET_PARALLEL_BIT4 << 4) | (R_DET_PARALLEL_BIT5 << 3) | (R_DET_PARALLEL_BIT6 << 2) \ |(R_DET_PARALLEL_BIT7 << 1) | (R_DET_PARALLEL_BIT8)) #define R_DET_PARALLEL_BIT_VOOC30_4 1 #define R_DET_PARALLEL_BIT_VOOC30_5 1 #define R_DET_PARALLEL_BIT_VOOC30_6 0 #define R_DET_PARALLEL_BIT_VOOC30_7 1 #define R_DET_PARALLEL_BIT_VOOC30_8 1 #define R_DET_PARALLEL_BIT_VOOC30_9 0 #define NO_VOOC3_CIRCUIT_PARALLEL_R_H_DEF ((R_DET_PARALLEL_BIT_VOOC30_9 << TX1_DET_BIT1_SHIFT) | (R_DET_PARALLEL_BIT_VOOC30_8 << TX1_DET_BIT0_SHIFT)) #define NO_VOOC3_CIRCUIT_PARALLEL_R_L_DEF ((R_DET_PARALLEL_BIT_VOOC30_4 << TX0_DET_BIT1_SHIFT) | (R_DET_PARALLEL_BIT_VOOC30_5 << TX0_DET_BIT2_SHIFT) \ | (R_DET_PARALLEL_BIT_VOOC30_6 << TX0_DET_BIT3_SHIFT) | (R_DET_PARALLEL_BIT_VOOC30_7 << TX0_DET_BIT4_SHIFT)) /* 2.batt sys array*/ #define BATT_SYS_ARRAY 0x6 #define BATT_SYS_VOL_CUR_PAIR 0X0C /* 3.allow fastchg temp range and soc rang*/ #define VOOC_LOW_TEMP 0 #define VOOC_HIGH_TEMP 430 #define VOOC_LOW_SOC 0 #define VOOC_HIGH_SOC 90 /* 4.setting fastchg temperature range*/ #define BATT_TEMP_OVER_L 45 #define BATT_TEMP_OVER_H 440 /* 5.setting up overcurrent protection Point */ #define VOOC_OVER_CURRENT_VALUE 11500 /* 6.low current term condition */ #define LOW_CURRENT_TERM_LO 900 #define LOW_CURRENT_TERM_VBAT_LO 4450 #define LOW_CURRENT_TERM_HI 1000 #define LOW_CURRENT_TERM_VBAT_HI 4470 struct low_curr_full_condition{ u32 curr; u32 vbatt; }; /* 7.adjust current according to battery voltage */ /* 8.adapter copydat vol & curr thd*/ #define BATT_PWD_CURR_THD1 4300 #define BATT_PWD_VOL_THD1 4304 /* 9.Battery Charging Full Voltage */ #define BAT_FULL_1TIME_THD 4490 #define BAT_FULL_NTIME_THD 4490 /*littile cold temp range set charger current*/ #define TEMP0_2_TEMP45_FULL_VOLTAGE 4430 /* 10. cool temp range set charger current */ #define TEMP45_2_TEMP115_FULL_VOLTAGE 4430 /* 11. little cool temp range set charger current */ /* 12. according soc set charger current*/ #define VOOC_SOC_HIGH 75 /* 13. adjust current according to battery temp*/ /* 14.Fast charging timeout */ #define FASTCHG_TOTAL_TIME 100000 #define FASTCHG_3C_TIMEOUT 3600 #define FASTCHG_2_9C_TIMEOUT 3000 #define FASTCHG_2_8C_TIMEOUT 2100 #define FASTCHG_3000MA_TIMEOUT 72000 #define FASTCHG_2500MA_TIMEOUT 67800 #define FASTCHG_2000MA_TIMEOUT 60000 /* 15. ap request current_max & current_min */ /* 16. Fast charging hardware monitor arguements setup*/ #define VBATT_HW_OV_THD (BAT_FULL_1TIME_THD + 50) #define VBATT_HW_OV_ANA (BAT_FULL_1TIME_THD + 50) #define BATT_THOT_85C 0x05e5 #define CONN_THOT_85C 0x05e5 /* 17. force charger current for old vooc2.0*/ #define FORCE2A_VBATT_REPORT 58 #define FORCE3A_VBATT_REPORT 57 #define VOOC_THREAD_STK_SIZE 0x800 #define VOOC_WAIT_EVENT (1 << VOOC_EVENT_INVALID) - 1 #define VOOC_AP_EVENT_TIME 6000 #define VOOC_CURR_EVENT_TIME 1000 #define VOOC_SOC_EVENT_TIME 10 #define VOOC_VOL_EVENT_TIME 500 #define VOOC_TEMP_EVENT_TIME 500 #define VOOC_BTB_EVENT_TIME 800 #define VOOC_BTB_OVER_EVENT_TIME 10000 #define VOOC_SAFE_EVENT_TIME 100 #define VOOC_COMMU_EVENT_TIME 200 #define VOOC_DISCON_EVENT_TIME 350 #define VOOC_FASTCHG_CHECK_TIME 5000 #define VOOC_CHG_OUT_CHECK_TIME 3000 #define VOOC_TEST_CHECK_TIME 20 #define VOOC_IBUS_CHECK_TIME 100 #define VOOC_BASE_TIME_STEP 5 // Convert Event enum to bitmask of event #define VOOC_EVENTTYPE_TO_EVENT(x) (1 << x) #define VOOC_EVENT_EXIT_MASK 0x01 #define VOOC_EVENT_AP_TIMEOUT_MASK 0x02 #define VOOC_EVENT_CURR_TIMEOUT_MASK 0x04 #define VOOC_EVENT_SOC_TIMEOUT_MASK 0x08 #define VOOC_EVENT_VOL_TIMEOUT_MASK 0x10 #define VOOC_EVENT_TEMP_TIMEOUT_MASK 0x20 #define VOOC_EVENT_BTB_TIMEOUT_MASK 0x40 #define VOOC_EVENT_SAFE_TIMEOUT_MASK 0x80 #define VOOC_EVENT_COMMU_TIMEOUT_MASK 0x100 #define VOOC_EVENT_MONITOR_START_MASK 0x200 #define VOOC_EVENT_VBUS_VBATT_GET_MASK 0X400 #define VOOC_EVENT_DISCON_TIMEOUT_MASK 0X800 #define VOOC_EVENT_FASTCHG_CHECK_TIMEOUT_MASK 0X1000 #define VOOC_EVENT_CHG_OUT_CHECK_TIMEOUT_MASK 0X2000 #define VOOC_EVENT_TEST_TIMEOUT_MASK 0X4000 #define VOOCPHY_TX_LEN 2 #define VOOC_MESG_READ_MASK 0X1E #define VOOC_MESG_MOVE_READ_MASK 0X0F #define BIT_ACTIVE 0x1 #define BIT_SLEEP 0x0 #define RX_DET_BIT0_MASK 0x1 #define RX_DET_BIT1_MASK 0x2 #define RX_DET_BIT2_MASK 0x4 #define RX_DET_BIT3_MASK 0x8 #define RX_DET_BIT4_MASK 0x10 #define RX_DET_BIT5_MASK 0x20 #define RX_DET_BIT6_MASK 0x40 #define RX_DET_BIT7_MASK 0x80 #define VOOC2_HEAD 0x05 #define VOOC3_HEAD 0x03 #define SVOOC_HEAD 0x04 #define VOOC2_INVERT_HEAD 0x05 #define VOOC3_INVERT_HEAD 0x06 #define SVOOC_INVERT_HEAD 0x01 #define VOOC_HEAD_MASK 0xe0 #define VOOC_INVERT_HEAD_MASK 0x07 #define VOOC_HEAD_SHIFT 0x05 #define VOOC_MOVE_HEAD_MASK 0x70 #define VOOC_MOVE_HEAD_SHIFT 0x04 #define TX0_DET_BIT3_TO_BIT6_MASK 0x78 #define TX0_DET_BIT3_TO_BIT7_MASK 0xf8 #define TX1_DET_BIT0_TO_BIT1_MASK 0x3 #define TX0_DET_BIT0_MASK 0x1 #define TX0_DEF_BIT1_MASK 0x2 #define TX0_DET_BIT2_MASK 0x4 #define TX0_DET_BIT3_MASK 0x8 #define TX0_DET_BIT4_MASK 0x10 #define TX0_DET_BIT5_MASK 0x20 #define TX0_DET_BIT6_MASK 0x40 #define TX0_DET_BIT7_MASK 0x80 #define TX1_DET_BIT0_MASK 0x1 #define TX1_DET_BIT1_MASK 0x2 #define TX0_DET_BIT0_SHIFT 0x0 #define TX0_DET_BIT1_SHIFT 0x1 #define TX0_DET_BIT2_SHIFT 0x2 #define TX0_DET_BIT3_SHIFT 0x3 #define TX0_DET_BIT4_SHIFT 0x4 #define TX0_DET_BIT5_SHIFT 0x5 #define TX0_DET_BIT6_SHIFT 0x6 #define TX0_DET_BIT7_SHIFT 0x7 #define TX1_DET_BIT0_SHIFT 0x0 #define TX1_DET_BIT1_SHIFT 0x1 #define VOOC_CMD_UNKNOW 0xff #define VOOC_CMD_NULL 0x00 #define VOOC_CMD_GET_BATT_VOL 0x01 #define VOOC_CMD_IS_VUBS_OK 0x02 #define VOOC_CMD_ASK_CURRENT_LEVEL 0x03 #define VOOC_CMD_ASK_FASTCHG_ORNOT 0x04 #define VOOC_CMD_TELL_MODEL 0x05 #define VOOC_CMD_ASK_POWER_BANK 0x06 #define VOOC_CMD_TELL_FW_VERSION 0x07 #define VOOC_CMD_ASK_UPDATE_ORNOT 0x08 #define VOOC_CMD_TELL_USB_BAD 0x09 #define VOOC_CMD_ASK_AP_STATUS 0x0A #define VOOC_CMD_ASK_CUR_UPDN 0x0B #define VOOC_CMD_IDENTIFICATION 0x0C #define VOOC_CMD_ASK_BAT_MODEL 0x0D #define VOOC_CMD_ADAPTER_CHECK_COMMU_PROCESS 0xF1 #define VOOC_CMD_TELL_MODEL_PROCESS 0xF2 #define VOOC_CMD_ASK_BATT_SYS_PROCESS 0xF3 #define VOOC_CMD_RECEVICE_DATA_0E 0x0E #define VOOC_CMD_RECEVICE_DATA_0F 0x0F #define OPLUS_IS_VUBS_OK_PREDATA_VOOC20 ((u16)0xa002) #define OPLUS_IS_VUBS_OK_PREDATA_VOOC30 ((u16)0xa001) #define OPLUS_IS_VUBS_OK_PREDATA_SVOOC ((u16)0x2002) #define OPLUS_BIDIRECTION_PREDATA_VOOC20 ((u16)0xc002) #define OPLUS_BIDIRECTION_PREDATA_VOOC30 ((u16)0xc001) #define ADAPTER_CHECK_COMMU_TIMES 0x6 //adapter verify need commu 6 times #define ADAPTER_MODEL_TIMES 0x3 //adapter model need by 3 times #define VBATT_BASE_FOR_ADAPTER 3404 #define VBATT_DIV_FOR_ADAPTER 10 #define VOOC_RX_RECEIVED_STATUS 0x03 #define VOOC_RX_STARTED_STATUS 0X01 #define VOOC_TX_TRANSMI_STATUS 0x04 #define VOOC_SHIFT_FROM_MASK(x) ((x & 0x01) ? 0 : \ (x & 0x02) ? 1 : \ (x & 0x04) ? 2 : \ (x & 0x08) ? 3 : \ (x & 0x10) ? 4 : \ (x & 0x20) ? 5 : \ (x & 0x40) ? 6 : \ (x & 0x80) ? 7 : \ (x & 0x100) ? 8 : \ (x & 0x200) ? 9 : \ (x & 0x400) ? 10 : \ (x & 0x800) ? 11 : 0) #define VOOCPHY_DATA_MASK 0xff #define VOOCPHY_DATA_H_SHIFT 0x08 #define VOOCPHY_DATA16_SPLIT(data_src, data_l, data_h) \ do { \ data_l = (data_src) & VOOCPHY_DATA_MASK; \ data_h = ((data_src) >> VOOCPHY_DATA_H_SHIFT) & VOOCPHY_DATA_MASK; \ } while(0); #define MONITOR_EVENT_NUM VOOC_THREAD_TIMER_INVALID #define VOOC_MONITOR_START 1 #define VOOC_MONITOR_STOP 0 #define ADJ_CUR_STEP_DEFAULT 0 #define ADJ_CUR_STEP_REPLY_VBATT 1 #define ADJ_CUR_STEP_SET_CURR_DONE 2 #define OPLUS_FASTCHG_STAGE_1 1 #define OPLUS_FASTCHG_STAGE_2 2 #define OPLUS_FASTCHG_RECOVER_TIME (15000/VOOC_FASTCHG_CHECK_TIME) struct vooc_monitor_event { int status; int cnt; bool timeout; int expires; unsigned long data; int (*mornitor_hdler)(unsigned long data);; }; struct batt_sys_curve { unsigned int target_vbat; unsigned int target_ibus; bool exit; unsigned int target_time; unsigned int chg_time; }; #define BATT_SYS_ROW_MAX 13 #define BATT_SYS_COL_MAX 7 #define BATT_SYS_MAX 6 #define DUMP_REG_CNT 49 #define COOL_DOWN_NUM_MAX 32 struct batt_sys_curves { struct batt_sys_curve batt_sys_curve[BATT_SYS_ROW_MAX]; unsigned char sys_curv_num; }; enum { BATT_SYS_CURVE_TEMP_LITTLE_COLD, BATT_SYS_CURVE_TEMP_COOL, BATT_SYS_CURVE_TEMP_LITTLE_COOL, BATT_SYS_CURVE_TEMP_NORMAL_LOW, BATT_SYS_CURVE_TEMP_NORMAL_HIGH, BATT_SYS_CURVE_TEMP_WARM, BATT_SYS_CURVE_MAX, }; struct oplus_voocphy_manager { struct i2c_client *client; struct device *dev; struct oplus_voocphy_operations *ops; struct i2c_client *slave_client; struct device *slave_dev; struct oplus_voocphy_operations *slave_ops; int irq_gpio; int irq; int switch1_gpio; struct pinctrl *pinctrl; struct pinctrl_state *charging_inter_active; struct pinctrl_state *charging_inter_sleep; struct pinctrl_state *slave_charging_inter_default; struct pinctrl_state *charger_gpio_sw_ctrl2_high; struct pinctrl_state *charger_gpio_sw_ctrl2_low; bool voocphy_dual_cp_support; bool voocphy_bidirect_cp_support; bool external_gauge_support; bool version_judge_support; bool impedance_calculation_newmethod; bool record_fastchg_end_soc; unsigned char voocphy_rx_buff; unsigned char voocphy_tx_buff[VOOCPHY_TX_LEN]; unsigned char adapter_mesg; unsigned char adapter_model_detect_count; unsigned char fastchg_adapter_ask_cmd; unsigned char pre_adapter_ask_cmd; unsigned char vooc2_next_cmd; unsigned char adapter_ask_check_count; unsigned char adapter_check_cmmu_count; unsigned char adapter_rand_h; //adapter checksum high byte unsigned char adapter_rand_l; //adapter checksum low byte unsigned int code_id_local; //identification code at voocphy unsigned int code_id_far; //identification code from adapter unsigned int batt_soc; int vooc_multistep_initial_batt_temp; int vooc_temp_cur_range; int vooc_little_cool_temp; int vooc_cool_temp; int vooc_little_cold_temp; int vooc_normal_low_temp; int vooc_normal_high_temp; int vooc_normal_high_temp_default; int vooc_little_cool_temp_default; int vooc_cool_temp_default; int vooc_little_cold_temp_default; int vooc_normal_low_temp_default; int vooc_low_temp; int vooc_high_temp; int vooc_low_soc; int vooc_high_soc; int vooc_strategy_normal_current; int vooc_strategy1_batt_high_temp0; int vooc_strategy1_batt_high_temp1; int vooc_strategy1_batt_high_temp2; int vooc_strategy1_batt_low_temp2; int vooc_strategy1_batt_low_temp1; int vooc_strategy1_batt_low_temp0; int vooc_strategy1_high_current0; int vooc_strategy1_high_current1; int vooc_strategy1_high_current2; int vooc_strategy1_low_current2; int vooc_strategy1_low_current1; int vooc_strategy1_low_current0; int vooc_strategy1_high_current0_vooc; int vooc_strategy1_high_current1_vooc; int vooc_strategy1_high_current2_vooc; int vooc_strategy1_low_current2_vooc; int vooc_strategy1_low_current1_vooc; int vooc_strategy1_low_current0_vooc; int vooc_strategy2_batt_up_temp1; int vooc_strategy2_batt_up_down_temp2; int vooc_strategy2_batt_up_temp3; int vooc_strategy2_batt_up_down_temp4; int vooc_strategy2_batt_up_temp5; int vooc_strategy2_batt_up_temp6; int vooc_strategy2_high0_current; int vooc_strategy2_high1_current; int vooc_strategy2_high2_current; int vooc_strategy2_high3_current; int vooc_batt_over_high_temp; int vooc_batt_over_low_temp; int vooc_strategy_change_count; int vooc_warm_allow_vol; int vooc_warm_allow_soc; unsigned int plug_in_batt_temp; unsigned char code_id_temp_l; //identification code temp save unsigned char code_id_temp_h; unsigned char adapter_model_ver; unsigned char adapter_model_count; //obtain adapter_model need times unsigned char ask_batt_sys; //batt_sys unsigned int svooc_cool_down_current_limit[COOL_DOWN_NUM_MAX]; unsigned int svooc_cool_down_num; unsigned int vooc_cool_down_current_limit[COOL_DOWN_NUM_MAX]; unsigned int vooc_cool_down_num; unsigned int current_default; unsigned int current_expect; unsigned int current_max; unsigned int current_spec; unsigned int current_ap; unsigned int current_batt_temp; unsigned char ap_need_change_current; unsigned char adjust_curr; unsigned char adjust_fail_cnt; unsigned char vooc_head; //vooc_frame head unsigned int fastchg_batt_temp_status; //batt temp status unsigned int fastchg_timeout_time; //fastchg_total time unsigned int fastchg_3c_timeout_time; // fastchg_3c_total_time unsigned int gauge_vbatt; // batt voltage unsigned int pre_gauge_vbatt; unsigned int bq27541_pre_vbatt; unsigned int cp_vbus; unsigned int cp_vsys; unsigned int cp_ichg; unsigned int master_cp_ichg; unsigned int cp_vbat; unsigned int cp_vac; unsigned int slave_cp_ichg; unsigned int slave_cp_vbus; unsigned int slave_cp_vsys; unsigned int slave_cp_vbat; unsigned int icharging; int main_batt_icharging; unsigned int main_vbatt; unsigned int sub_vbatt; int sub_batt_icharging; unsigned int ask_current_first; unsigned int vbus; // vbus voltage int current_pwd; /* copycat adapter current thd */ unsigned int curr_pwd_count; //count for ccopycat adapter is ornot bool copycat_icheck; unsigned int svooc_circuit_r_l; unsigned int svooc_circuit_r_h; unsigned int slave_cp_enable_thr; unsigned int slave_cp_disable_thr_high; unsigned int slave_cp_disable_thr_low; int batt_temp_plugin; //batt_temp at plugin int batt_soc_plugin; //batt_soc at plugin bool adapter_rand_start; //adapter checksum need start; bool adapter_check_ok; bool fastchg_allow; bool start_vaild_frame; bool ask_bat_model_finished; bool ask_vol_again; bool ignore_first_frame; bool ask_vooc3_detect; bool force_2a; bool force_2a_flag; bool force_3a; bool force_3a_flag; bool btb_temp_over; bool btb_err_first; bool usb_bad_connect; bool fastchg_ing; bool fastchg_dummy_start; bool fastchg_start; bool fastchg_to_normal; bool fastchg_to_warm; bool fastchg_to_warm_full; int fast_chg_type; bool fastchg_err_commu; bool fastchg_reactive; bool fastchg_real_allow; bool fastchg_commu_stop; bool fastchg_check_stop; bool fastchg_monitor_stop; bool fastchg_commu_ing; bool vooc_move_head; bool user_exit_fastchg; unsigned char fastchg_stage; bool fastchg_need_reset; bool fastchg_recovering; unsigned int fastchg_recover_cnt; int vooc_vbus_status; int vbus_vbatt; int adapter_type; unsigned int fastchg_notify_status; struct hrtimer monitor_btimer; //monitor base timer ktime_t moniotr_kt; int voocphy_request; struct delayed_work voocphy_service_work; struct delayed_work notify_fastchg_work; struct delayed_work monitor_work; struct delayed_work monitor_start_work; struct delayed_work modify_cpufeq_work; struct delayed_work voocphy_check_charger_out_work; struct delayed_work check_chg_out_work; struct delayed_work clear_boost_work; atomic_t voocphy_freq_state; int voocphy_freq_mincore; int voocphy_freq_midcore; int voocphy_freq_maxcore; int voocphy_current_change_timeout; int voocphy_ibat_over_current; int voocphy_svooc_cp_max_ibus; int voocphy_vooc_cp_max_ibus; int voocphy_cp_max_ibus; int voocphy_vbus_low; int voocphy_vbus_high; int voocphy_max_main_ibat; int voocphy_max_sub_ibat; int batt_pwd_curr_thd1; int batt_pwd_vol_thd1; //batt sys curv bool batt_sys_curv_found; struct batt_sys_curves *batt_sys_curv_by_soc; struct batt_sys_curves *batt_sys_curv_by_tmprange; unsigned char cur_sys_curv_idx; int sys_curve_temp_idx; struct vooc_monitor_event mornitor_evt[MONITOR_EVENT_NUM]; //record debug info int irq_total_num; int irq_rcvok_num; int irq_rcverr_num; int vooc_flag; int int_flag; int irq_tx_timeout_num; int irq_tx_timeout; int irq_hw_timeout_num; int irq_rxdone_num; int irq_tx_fail_num; int batt_fake_temp; int batt_fake_soc; //adsp some status int adsp_voocphy_rx_data; int parallel_charge_support; int parallel_switch_current; int parallel_change_current_count; struct low_curr_full_condition *range1_low_curr_full; struct low_curr_full_condition *range2_low_curr_full; unsigned int range1_low_curr_full_num; unsigned int range2_low_curr_full_num; struct low_curr_full_condition *sub_range1_low_curr_full; struct low_curr_full_condition *sub_range2_low_curr_full; unsigned int sub_range1_low_curr_full_num; unsigned int sub_range2_low_curr_full_num; int low_curr_full_t1; int low_curr_full_t2; int low_curr_full_t3; u32 fastchg_timeout_time_init; unsigned int vooc_little_cold_full_voltage; unsigned int vooc_cool_full_voltage; unsigned int vooc_warm_full_voltage; unsigned int vooc_1time_full_voltage; unsigned int vooc_ntime_full_voltage; int ovp_reg; int ocp_reg; int adapter_check_vooc_head_count; int adapter_check_cmd_data_count; bool voocphy_iic_err; bool slave_voocphy_iic_err; int voocphy_iic_err_num; int slave_voocphy_iic_err_num; int r_state; int voocphy_vooc_irq_flag; int voocphy_cp_irq_flag; int ap_disconn_issue; int disconn_pre_vbus; int disconn_pre_ibus; int disconn_pre_vbat; int disconn_pre_ibat; int disconn_pre_vbat_calc; int voocphy_enable; int slave_voocphy_enable; int vbus_adjust_cnt; unsigned int vbat_calc; int ap_handle_timeout_num; int rcv_done_200ms_timeout_num; int rcv_date_err_num; bool detach_unexpectly; unsigned int max_div_cp_ichg; unsigned int vbat_deviation_check; unsigned char reg_dump[DUMP_REG_CNT]; unsigned char slave_reg_dump[DUMP_REG_CNT]; unsigned int master_error_ibus; unsigned int slave_error_ibus; unsigned int error_current_expect; u8 int_column[6]; u8 int_column_pre[6]; char chg_power_info[OPLUS_CHG_TRACK_CURX_INFO_LEN]; char err_reason[OPLUS_CHG_TRACK_DEVICE_ERR_NAME_LEN]; char dump_info[OPLUS_CHG_TRACK_CURX_INFO_LEN]; struct mutex track_upload_lock; struct mutex track_i2c_err_lock; u32 debug_force_i2c_err; bool i2c_err_uploading; oplus_chg_track_trigger *i2c_err_load_trigger; struct delayed_work i2c_err_load_trigger_work; struct mutex track_cp_err_lock; u32 debug_force_cp_err; bool cp_err_uploading; oplus_chg_track_trigger *cp_err_load_trigger; struct delayed_work cp_err_load_trigger_work; bool high_curr_setting; }; struct oplus_voocphy_operations { int (*hw_setting)(struct oplus_voocphy_manager *chip, int reason); int (*init_vooc)(struct oplus_voocphy_manager *chip); int (*set_predata)(struct oplus_voocphy_manager *chip, u16 val); int (*set_txbuff)(struct oplus_voocphy_manager *chip, u16 val); int (*get_adapter_info)(struct oplus_voocphy_manager *chip); void (*update_data)(struct oplus_voocphy_manager *chip); int (*get_chg_enable)(struct oplus_voocphy_manager *chip, u8 *data); int (*set_chg_enable)(struct oplus_voocphy_manager *chip, bool enable); int (*get_adc_enable)(struct oplus_voocphy_manager *chip, u8 *data); int (*set_adc_enable)(struct oplus_voocphy_manager *chip, bool enable); int (*set_adc_forcedly_enable)(struct oplus_voocphy_manager *chip, int mode); int (*reset_voocphy)(struct oplus_voocphy_manager *chip); int (*reactive_voocphy)(struct oplus_voocphy_manager *chip); void (*set_switch_mode)(struct oplus_voocphy_manager *chip, int mode); void (*send_handshake)(struct oplus_voocphy_manager *chip); int (*get_ichg)(struct oplus_voocphy_manager *chip); int (*get_cp_vbat)(struct oplus_voocphy_manager *chip); int (*get_cp_vbus)(struct oplus_voocphy_manager *chip); u8 (*get_int_value)(struct oplus_voocphy_manager *chip); int (*get_cp_status)(struct oplus_voocphy_manager *chip); void (*set_pd_svooc_config)(struct oplus_voocphy_manager *chip, bool enable); bool (*get_pd_svooc_config)(struct oplus_voocphy_manager *chip); int (*adsp_voocphy_enable)(bool enable); int (*adsp_voocphy_reset_again)(void); u8 (*get_vbus_status)(struct oplus_voocphy_manager *chip); int (*set_chg_auto_mode)(struct oplus_voocphy_manager *chip, bool enable); int (*clear_interrupts)(struct oplus_voocphy_manager *chip); int (*get_voocphy_enable)(struct oplus_voocphy_manager *chip, u8 *data); void (*dump_voocphy_reg)(struct oplus_voocphy_manager *chip); int (*set_dpdm_enable)(struct oplus_voocphy_manager *chip, bool enable); }; #define VOOCPHY_LOG_BUF_LEN 1024 struct voocphy_info { int kernel_time; int irq_took_time; int recv_adapter_msg; unsigned char fastchg_adapter_ask_cmd; int predata; int send_msg; }; struct voocphy_log_buf { struct voocphy_info voocphy_info_buf[VOOCPHY_LOG_BUF_LEN]; int point; }; int init_voocphy_log_buf(void); int write_info_to_voocphy_log_buf(struct voocphy_info *voocphy); int print_voocphy_log_buf(void); void init_proc_voocphy_debug(void); bool oplus_voocphy_chip_is_null(void); void oplus_voocphy_init(struct oplus_voocphy_manager *chip); void oplus_voocphy_slave_init(struct oplus_voocphy_manager *chip); irqreturn_t oplus_voocphy_interrupt_handler(struct oplus_voocphy_manager *chip); void oplus_voocphy_set_switch_mode(int mode); void oplus_voocphy_switch_fast_chg(void); int oplus_voocphy_reset_voocphy(void); int oplus_voocphy_get_switch_gpio_val(void); bool oplus_voocphy_get_fastchg_ing(void); bool oplus_voocphy_get_fastchg_commu_ing(void); bool oplus_voocphy_get_fastchg_start(void); bool oplus_voocphy_get_fastchg_to_normal(void); bool oplus_voocphy_get_fastchg_to_warm(void); bool oplus_voocphy_get_fastchg_dummy_start(void); int oplus_voocphy_get_fast_chg_type(void); int oplus_voocphy_slave_get_chg_enable(struct oplus_voocphy_manager *chip, u8 *data); int oplus_voocphy_slave_set_chg_enable(struct oplus_voocphy_manager *chip, bool enable); void oplus_voocphy_slave_update_data(struct oplus_voocphy_manager *chip); int oplus_voocphy_slave_hw_setting(struct oplus_voocphy_manager *chip, int reason); int oplus_voocphy_slave_init_vooc(struct oplus_voocphy_manager *chip); int oplus_voocphy_parse_batt_curves(struct oplus_voocphy_manager *chip); int oplus_voocphy_get_cp_vbat(void); int oplus_voocphy_get_cp_vbus(void); int oplus_voocphy_get_var_vbus(void); bool oplus_voocphy_get_external_gauge_support(void); int oplus_voocphy_get_adc_enable(u8 *data); int oplus_voocphy_set_adc_enable(bool enable); int oplus_voocphy_get_ichg(void); int oplus_voocphy_get_slave_ichg(void); void oplus_voocphy_set_pdqc_config(void); int oplus_voocphy_get_adapter_type(void); void oplus_voocphy_set_pdsvooc_adapter_config(struct oplus_voocphy_manager *chip, bool enable); bool oplus_voocphy_get_pdsvooc_adapter_config(struct oplus_voocphy_manager *chip); void oplus_voocphy_reset_slave_cp(struct oplus_voocphy_manager *chip); bool oplus_voocphy_get_dual_cp_support(void); bool oplus_voocphy_get_real_fastchg_allow(void); bool oplus_voocphy_set_user_exit_fastchg(unsigned char exit); void oplus_voocphy_set_chip(struct oplus_voocphy_manager *chip); void oplus_voocphy_get_chip(struct oplus_voocphy_manager **chip); void oplus_adsp_voocphy_reset_status_when_crash_recover(void); void oplus_adsp_voocphy_clear_status(void); void oplus_adsp_voocphy_turn_on(void); void oplus_adsp_voocphy_turn_off(void); void oplus_adsp_voocphy_reset(void); int oplus_adsp_voocphy_get_rx_data(void); void oplus_voocphy_reset_fastchg_state(void); bool oplus_voocphy_get_bidirect_cp_support(void); bool oplus_voocphy_int_disable_chg(void); int oplus_voocphy_set_chg_auto_mode(bool enable); void oplus_voocphy_get_dbg_info(void); void oplus_voocphy_clear_dbg_info(void); void oplus_voocphy_clear_cnt_info(void); void oplus_voocphy_get_chip(struct oplus_voocphy_manager **chip); void oplus_voocphy_dump_reg(void); bool oplus_voocphy_get_detach_unexpectly(void); void oplus_voocphy_set_detach_unexpectly(bool val); int oplus_voocphy_enter_ship_mode(void); int oplus_voocphy_adjust_current_by_cool_down(int val); bool oplus_voocphy_get_btb_temp_over(void); #endif /* _OPLUS_VOOCPHY_H_ */