test0r
8732881c59
Follow-up to \"bes2600: use request_firmware() for factory.txt read\".
That patch switched the factory calibration read path from filp_open()
+ kernel_read() to request_firmware(), but passed dev=NULL to
request_firmware() because factory_section_read_file() did not have a
struct device * in scope. The resulting logs carry the
'(NULL device *):' prefix and do not propagate a udev association.
Add a module-local static struct device * used as the firmware-class
load context, plus a small exported setter:
static struct device *bes2600_factory_dev;
void bes2600_factory_set_dev(struct device *dev);
Wire bes2600_factory_set_dev(&func->dev) from bes2600_sdio_probe(),
right after bes2600_platform_data_init() so the platform layer has
already had a chance to use the same struct device for its own
initialization.
factory_section_read_file() now passes bes2600_factory_dev (instead
of NULL) to request_firmware(). When the factory read happens before
probe (not currently the case on PineTab2) the pointer is still NULL
and request_firmware() accepts that; no regression.
No API changes to bes2600_get_factory_cali_data() callers. The
char *path parameter remains (it is the firmware-class name fed
straight to request_firmware()).
Tested-on: PineTab2 (BES2600WM + RK3566) running linux-pinetab2
6.19.10-danctnix1-1. Driver probes, factory data is read, and any
post-c5 factory diagnostics now carry the SDIO device identity
instead of '(NULL device *)'.
Signed-off-by: Markus Fritsche <fritsche.markus@gmail.com>
224 lines
5.5 KiB
C
224 lines
5.5 KiB
C
/*
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* Mac80211 driver for BES2600 device
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*
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* Copyright (c) 2022, Bestechnic
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* Author:
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU General Public License version 2 as
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* published by the Free Software Foundation.
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*/
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#ifndef __FACTORY_H__
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#define __FACTORY_H__
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#include "bes2600.h"
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#include "wsm.h"
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#define NVREC_MINI_VERSION 1
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#define NVREC_DEV_MAGIC 0xba80
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#define NVREC_CURRENT_VERSION 2
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#define FACTORY_MAX_SIZE 600
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#define __STANDARD_FACTORY "##head\n\
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magic:0x%hx\n\
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version:0x%hx\n\
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crc:0x%x\n\
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##iq&xtal\n\
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iQ_offset:0x%x\n\
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freq_cal:0x%hx\n\
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freq_cal_flags:0x%hhx\n\
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##2.4g_power_11n\n\
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ch1:0x%hx\n\
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ch7:0x%hx\n\
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ch13:0x%hx\n\
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tx_power_type:0x%hhx\n\
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temperature:0x%hx\n\
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##5g_power_11n\n\
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ch36-40:0x%hx\n\
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ch44-48:0x%hx\n\
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ch52-56:0x%hx\n\
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ch60-64:0x%hx\n\
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ch100-104:0x%hx\n\
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ch108-112:0x%hx\n\
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ch116-120:0x%hx\n\
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ch124-128:0x%hx\n\
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ch132-136:0x%hx\n\
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ch140-144:0x%hx\n\
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ch149-153:0x%hx\n\
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ch157-161:0x%hx\n\
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ch165-169:0x%hx\n\
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tx_power_flags_5G:0x%hx\n\
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temperature_5G:0x%hx\n\
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##bt\n\
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bdr_div:0x%x\n\
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bdr_power:0x%x\n\
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edr_div:0x%x\n\
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edr_power:0x%x\n"
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#ifdef STANDARD_FACTORY_EFUSE_FLAG
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#define STANDARD_FACTORY_EFUSE "##select_efuse_flag\nselect_efuse:%hx\n"
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#define FACTORY_MEMBER_NUM 31
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#else
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#define STANDARD_FACTORY_EFUSE
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#define FACTORY_MEMBER_NUM 30
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#endif
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#define STANDARD_FACTORY __STANDARD_FACTORY STANDARD_FACTORY_EFUSE "%%%%\n"
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typedef struct {
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uint16_t magic;
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uint16_t version;
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uint32_t crc;
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} factory_head_t;
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typedef struct {
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uint32_t iQ_offset;
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uint16_t freq_cal;
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/**
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* index 0-2
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* 11n ch1, 11n ch7, 11n ch13
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*/
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uint16_t tx_power_ch[3];
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/**
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* freq_cal_flags 0 - chip not calibrated
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* freq_cal_flags 1 - chip has been calibrated
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*/
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uint8_t freq_cal_flags;
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/**
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* tx_power_type 0 - save bgn 1,7,13 power
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* tx_power_type 1 - save bgn 1-13 power
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* tx_power_type 0xff - not calibration
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*/
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uint8_t tx_power_type;
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uint16_t temperature;
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/**
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* 11n
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* 0 36~40:1 44~48:2 52~56:3 60~64;
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* 4 100~104:5 108~112:6 116~120;
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* 7 124~128:8 132~136:9 140~144
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* 10 149~153; 11 157~161:12 165~169
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*/
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uint16_t tx_power_ch_5G[13];
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/**
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* 0- it means that power not calib
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* 1- it means that power have clibrated
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*/
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uint16_t tx_power_flags_5G;
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uint32_t bt_tx_power[4];
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/* The temperature after 5G clibrating. */
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uint16_t temperature_5G;
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uint16_t select_efuse;
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} factory_data_t;
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struct factory_t {
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factory_head_t head;
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factory_data_t data;
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};
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enum band_type {
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BAND_2G4,
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BAND_5G,
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};
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struct wifi_get_power_cali_t {
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uint16_t save_type; /* enmu RF_FACTORY_CALI_DATA_SAVE_TYPE */
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uint16_t tx_power_ch[3];
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uint16_t tx_power_ch_5G[13];
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int16_t status; /* 0: success, != 0: fial */
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};
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struct wifi_power_cali_save_t {
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uint16_t save_type; /* enmu RF_FACTORY_CALI_DATA_SAVE_TYPE */
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uint16_t mode;
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uint16_t bandwidth;
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uint16_t band;
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uint16_t ch;
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uint16_t power_cali;
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int16_t status; /* 0: success, != 0: fial */
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};
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struct wifi_freq_cali_t {
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uint16_t save_type; /* enmu RF_FACTORY_CALI_DATA_SAVE_TYPE */
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uint16_t freq_cali;
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int16_t status; /* 0: success, != 0: fial */
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uint16_t cali_flag;
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};
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struct wifi_power_cali_flag_t {
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uint16_t save_type; /* enmu RF_FACTORY_CALI_DATA_SAVE_TYPE */
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uint16_t band;
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int16_t status; /* 0: success, != 0: fial */
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};
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/**
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* fatory cali data save type
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* @RF_CALIB_DATA_IN_LINUX - save to linux file
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* @RF_CALIB_DATA_IN_EFUSE - save to efuse
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* @RF_CALIB_DATA_IN_FLASH - save to flash
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* @RF_CALIB_DATA_TYPE_MAX - save type num
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*/
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enum RF_FACTORY_CALI_DATA_SAVE_TYPE {
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RF_CALIB_DATA_IN_LINUX = 0,
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RF_CALIB_DATA_IN_EFUSE,
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RF_CALIB_DATA_IN_FLASH,
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RF_CALIB_DATA_TYPE_MAX,
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};
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/* fatory power & freq cali save status code */
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enum factory_cali_status {
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FACTORY_SAVE_SUCCESS = 0,
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FACTORY_SAVE_FILE_NOT_EXIST = 1,
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FACTORY_SAVE_MODE_ERR = 2,
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FACTORY_SAVE_CH_ERR = 3,
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FACTORY_SAVE_POWER_ERR = 4,
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FACTORY_SAVE_FREQ_ERR = 5,
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FACTORY_SAVE_EFUSE_CALIED = 6,
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FACTORY_SAVE_WRITE_ERR = 7,
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FACTORY_GET_CALIB_FROM_EFUSE_ERR = 8,
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FACTORY_GET_FREQ_FROM_EFUSE_ERR = 9,
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FACTORY_GET_POWER_FROM_EFUSE_ERR = 10,
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FACTORY_GET_POWER_FROM_FLASH_ERR = 11,
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FACTORY_GET_FREQ_FROM_FLASH_ERR = 12,
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FACTORY_SET_POWER_CALI_FLAG_ERR = 13,
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FACTORY_SET_FREQ_CALI_FLAG_ERR = 14,
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FACTORY_SAVE_READ_ERR = 15,
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FACTORY_GET_INPUT_NULL_POINTER = 16,
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FACTORY_FACTORY_TXT_CREATE_FAIL = 17,
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/* add new here, and numbered sequentially */
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};
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/* just calibrate 11n, other protocols are automatically mapped */
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#define WIFI_RF_11N_MODE 0x15
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/* set the struct device * used for request_firmware() context */
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void bes2600_factory_set_dev(struct device *dev);
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/* read wifi & bt factory cali value*/
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u8* bes2600_get_factory_cali_data(u8 *file_buffer, u32 *data_len, char *path);
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void factory_little_endian_cvrt(u8 *data);
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void bes2600_factory_data_check(u8* data);
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void bes2600_factory_lock(void);
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void bes2600_factory_unlock(void);
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u8* bes2600_factory_get_file_buffer(void);
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void bes2600_factory_free_file_buffer(u8 *file_buffer);
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/* read & write wifi cali value */
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int16_t bes2600_wifi_power_cali_table_write(struct wifi_power_cali_save_t *data_cali);
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int16_t bes2600_wifi_cali_freq_write(struct wifi_freq_cali_t *data_cali);
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int16_t vendor_get_freq_cali(struct wifi_freq_cali_t *vendor_freq);
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int16_t vendor_get_power_cali(struct wifi_get_power_cali_t *power_cali);
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int16_t vendor_set_power_cali_flag(struct wifi_power_cali_flag_t *cali_flag);
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#ifdef STANDARD_FACTORY_EFUSE_FLAG
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int16_t bes2600_select_efuse_flag_write(uint16_t select_efuse_flag);
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#endif
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#endif
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