fe_hal_phy_if.h 文件参考

#include "cali_outer_hal_if.h"
#include "cali_complex_num.h"
#include "fe_hal_phy_reg_if_device.h"

fe_hal_phy_if.h 的引用(Include)关系图:

此图展示该文件直接或间接的被哪些文件引用了:

浏览源代码.

结构体
struct	cali_single_tone_stru
struct	fe_hal_phy_al_tx_para_stru
struct	cali_txpwr_lvl_cfg_stru

宏定义
#define	CALI_IQ_COEF_NUM   5

类型定义
typedef osal_void(*	fe_hal_phy_set_reg_func) (osal_u32)
typedef osal_u32(*	fe_hal_phy_get_reg_func) (osal_void)
typedef osal_void(*	fe_hal_common_set_reg_path_func) (osal_u8)

枚举
enum	cali_adc_fs { ADC_FS_80_M = 80 , ADC_FS_160_M = 160 , ADC_FS_320_M = 320 }
enum	cali_dac_fs { DAC_FS_160_M = 160 , DAC_FS_320_M = 320 , DAC_FS_480_M = 480 }

函数
osal_void	fe_hal_phy_generate_signal_tone (const cali_single_tone_stru *single_tone)
osal_void	fe_hal_phy_cfg_cali_prepare (const hal_device_stru *device)
osal_void	fe_hal_phy_config_trx_fifo (const hal_device_stru *device, osal_u8 fifo_en)
osal_void	fe_hal_phy_set_wlbb_testmode (const hal_device_stru *device, osal_u32 wlbb_testmode)
osal_void	fe_hal_phy_set_test_start (const hal_device_stru *device, osal_u32 test_start)
osal_u32	fe_hal_phy_get_fft_by_freq (const hal_device_stru *device, cali_complex_stru *tone_fft, cali_complex_stru *image_fft, osal_s32 tone_freq)
osal_u32	fe_hal_phy_get_fft_of_multi_tones (const hal_device_stru *device, cali_complex_stru *multi_tone_fft, osal_u16 tone_fft_size, cali_single_tone_stru tone_cfg)
osal_void	fe_hal_phy_config_single_tone_beta_comp_chip (const hal_device_stru *device, cali_complex_stru *comp, osal_u16 comp_size, osal_u8 enable)
osal_void	fe_hal_phy_config_ls_fir_tx_comp (const hal_device_stru *device, cali_complex_stru *comp, osal_u8 lvl_idx)
osal_void	fe_hal_phy_config_ls_fir_rx_comp (const hal_device_stru *device, cali_complex_stru *comp, osal_u8 lvl_idx)
osal_void	fe_hal_phy_config_tx_iq_comp (const hal_device_stru *device, osal_u32 bypass)
osal_void	fe_hal_phy_config_rx_iq_comp (const hal_device_stru *device, osal_u32 bypass)
osal_void	fe_hal_phy_iq_set_cali_path (const hal_device_stru *device)
osal_void	fe_hal_phy_iq_recover_cali_path (const hal_device_stru *device)
osal_void	fe_hal_phy_txpwr_comp_bypass (const hal_device_stru *device)
osal_void	fe_hal_phy_apply_rx_dc_digital_comp (const hal_device_stru *device, cali_complex_stru *rx_dc_digital_comp)
osal_void	fe_hal_phy_tx_dc_env_prepare (const hal_device_stru *device)
osal_void	fe_hal_phy_tx_dc_add_dc (const hal_device_stru *device, osal_u16 reg_val_i, osal_u16 reg_val_q)
osal_void	fe_hal_phy_tx_dc_env_restore (const hal_device_stru *device)
osal_void	fe_hal_phy_set_tx_dc_comp_by_idx (const hal_device_stru *device, osal_u16 txdc_cmp_i, osal_u16 txdc_cmp_q, osal_u8 idx)
osal_void	fe_hal_phy_rx_dc_set_up (const hal_device_stru *device)
osal_void	fe_hal_phy_rx_dc_restore (const hal_device_stru *device)
osal_void	fe_hal_phy_set_rx_dc_comp (const hal_device_stru *device, const osal_u16 *comp, osal_u8 comp_size, osal_u8 idx)
osal_void	fe_hal_get_txpwr_cali_hw_al_tx_cfg (fe_hal_phy_al_tx_para_stru *param)
osal_void	fe_hal_phy_config_hw_al_tx (const hal_device_stru *device, fe_hal_phy_al_tx_para_stru *param)
osal_void	fe_hal_phy_recover_hw_al_tx (const hal_device_stru *device)
osal_void	fe_hal_phy_set_dbb_scale_pre (osal_u16 dbb_scale)
osal_void	fe_hal_phy_rc_set_up_regs (const hal_device_stru *device)
osal_void	fe_hal_phy_rc_recover_regs (const hal_device_stru *device)
osal_u32	fe_hal_phy_get_cal_trx_iq_ctrl1_rpt_rx_fft_done (const hal_device_stru *device)
cali_complex_stru	fe_hal_phy_get_cal_trxiq_fft_0_rpt_fft_idx0 (const hal_device_stru *device)
osal_void	fe_hal_phy_rc_start_sa (const hal_device_stru *device, osal_u16 index)
osal_void	fe_hal_phy_rc_recover_sa (const hal_device_stru *device)
osal_void	fe_hal_phy_rc_bypass_dc (const hal_device_stru *device)
osal_u8	fe_hal_phy_get_dac_fs_cfg_dac_fs (const hal_device_stru *device)
osal_u32	fe_hal_phy_get_cal_accum_rpt_ready_rpt_accum_ready (const hal_device_stru *device)
osal_u32	fe_hal_phy_get_cal_accum_i_cal0_accum_i (const hal_device_stru *device)
osal_u32	fe_hal_phy_get_cal_accum_q_cal0_accum_q (const hal_device_stru *device)
osal_void	fe_hal_phy_set_tx_control_cfg_en_cont_tx (const hal_device_stru *device, osal_u32 val)
osal_void	fe_hal_phy_set_tx_power_accum_delay_power_accum_delay (const hal_device_stru *device, osal_u32 val)
osal_void	fe_hal_phy_set_cali_new_add_reg_cfg_fb_pwr_calc_prd (const hal_device_stru *device, osal_u32 val)
osal_u32	fe_hal_phy_get_cal_accum_i_rpt_accum_i_ready (const hal_device_stru *device)
osal_u32	fe_hal_phy_get_cal_accum_q_rpt_accum_q_ready (const hal_device_stru *device)
osal_void	fe_hal_phy_set_cal_accum_en_cfg_accum_en (const hal_device_stru *device, osal_u32 val)
osal_void	fe_hal_soc_config_cali_path (const hal_device_stru *device, osal_u8 cali_type, osal_u8 open)
osal_u32	fe_hal_phy_get_single_pa_lut (const hal_device_stru *device, osal_u16 index)
osal_u32	fe_hal_phy_get_power_dist_by_tpc_code (osal_u8 tpc_code)
osal_void	fe_hal_phy_set_trx_iq_thres (hal_device_stru *device)
osal_void	fe_hal_phy_set_rx_dc_thres (hal_device_stru *device)
osal_u16	fe_hal_phy_get_fft_freq_to_index (osal_s32 tone_freq)

宏定义说明

CALI_IQ_COEF_NUM

#define CALI_IQ_COEF_NUM   5

类型定义说明

fe_hal_common_set_reg_path_func

typedef osal_void(* fe_hal_common_set_reg_path_func) (osal_u8)

fe_hal_phy_get_reg_func

typedef osal_u32(* fe_hal_phy_get_reg_func) (osal_void)

fe_hal_phy_set_reg_func

typedef osal_void(* fe_hal_phy_set_reg_func) (osal_u32)

枚举类型说明

cali_adc_fs

enum cali_adc_fs

枚举值
ADC_FS_80_M
ADC_FS_160_M
ADC_FS_320_M

cali_dac_fs

enum cali_dac_fs

枚举值
DAC_FS_160_M
DAC_FS_320_M
DAC_FS_480_M

函数说明

fe_hal_get_txpwr_cali_hw_al_tx_cfg()

osal_void fe_hal_get_txpwr_cali_hw_al_tx_cfg

(

fe_hal_phy_al_tx_para_stru *

param

)

fe_hal_phy_apply_rx_dc_digital_comp()

osal_void fe_hal_phy_apply_rx_dc_digital_comp	(	const hal_device_stru *	device,
		cali_complex_stru *	rx_dc_digital_comp
	)

fe_hal_phy_cfg_cali_prepare()

osal_void fe_hal_phy_cfg_cali_prepare

(

const hal_device_stru *

device

)

fe_hal_phy_config_hw_al_tx()

osal_void fe_hal_phy_config_hw_al_tx	(	const hal_device_stru *	device,
		fe_hal_phy_al_tx_para_stru *	param
	)

fe_hal_phy_config_ls_fir_rx_comp()

osal_void fe_hal_phy_config_ls_fir_rx_comp	(	const hal_device_stru *	device,
		cali_complex_stru *	comp,
		osal_u8	lvl_idx
	)

fe_hal_phy_config_ls_fir_tx_comp()

osal_void fe_hal_phy_config_ls_fir_tx_comp	(	const hal_device_stru *	device,
		cali_complex_stru *	comp,
		osal_u8	lvl_idx
	)

fe_hal_phy_config_rx_iq_comp()

osal_void fe_hal_phy_config_rx_iq_comp	(	const hal_device_stru *	device,
		osal_u32	bypass
	)

fe_hal_phy_config_single_tone_beta_comp_chip()

osal_void fe_hal_phy_config_single_tone_beta_comp_chip	(	const hal_device_stru *	device,
		cali_complex_stru *	comp,
		osal_u16	comp_size,
		osal_u8	enable
	)

fe_hal_phy_config_trx_fifo()

osal_void fe_hal_phy_config_trx_fifo	(	const hal_device_stru *	device,
		osal_u8	fifo_en
	)

fe_hal_phy_config_tx_iq_comp()

osal_void fe_hal_phy_config_tx_iq_comp	(	const hal_device_stru *	device,
		osal_u32	bypass
	)

fe_hal_phy_generate_signal_tone()

osal_void fe_hal_phy_generate_signal_tone

(

const cali_single_tone_stru *

single_tone

)

fe_hal_phy_get_cal_accum_i_cal0_accum_i()

osal_u32 fe_hal_phy_get_cal_accum_i_cal0_accum_i

(

const hal_device_stru *

device

)

fe_hal_phy_get_cal_accum_i_rpt_accum_i_ready()

osal_u32 fe_hal_phy_get_cal_accum_i_rpt_accum_i_ready

(

const hal_device_stru *

device

)

fe_hal_phy_get_cal_accum_q_cal0_accum_q()

osal_u32 fe_hal_phy_get_cal_accum_q_cal0_accum_q

(

const hal_device_stru *

device

)

fe_hal_phy_get_cal_accum_q_rpt_accum_q_ready()

osal_u32 fe_hal_phy_get_cal_accum_q_rpt_accum_q_ready

(

const hal_device_stru *

device

)

fe_hal_phy_get_cal_accum_rpt_ready_rpt_accum_ready()

osal_u32 fe_hal_phy_get_cal_accum_rpt_ready_rpt_accum_ready

(

const hal_device_stru *

device

)

fe_hal_phy_get_cal_trx_iq_ctrl1_rpt_rx_fft_done()

osal_u32 fe_hal_phy_get_cal_trx_iq_ctrl1_rpt_rx_fft_done

(

const hal_device_stru *

device

)

fe_hal_phy_get_cal_trxiq_fft_0_rpt_fft_idx0()

cali_complex_stru fe_hal_phy_get_cal_trxiq_fft_0_rpt_fft_idx0

(

const hal_device_stru *

device

)

fe_hal_phy_get_dac_fs_cfg_dac_fs()

osal_u8 fe_hal_phy_get_dac_fs_cfg_dac_fs

(

const hal_device_stru *

device

)

fe_hal_phy_get_fft_by_freq()

osal_u32 fe_hal_phy_get_fft_by_freq	(	const hal_device_stru *	device,
		cali_complex_stru *	tone_fft,
		cali_complex_stru *	image_fft,
		osal_s32	tone_freq
	)

fe_hal_phy_get_fft_freq_to_index()

osal_u16 fe_hal_phy_get_fft_freq_to_index

(

osal_s32

tone_freq

)

fe_hal_phy_get_fft_of_multi_tones()

osal_u32 fe_hal_phy_get_fft_of_multi_tones	(	const hal_device_stru *	device,
		cali_complex_stru *	multi_tone_fft,
		osal_u16	tone_fft_size,
		cali_single_tone_stru	tone_cfg
	)

fe_hal_phy_get_power_dist_by_tpc_code()

osal_u32 fe_hal_phy_get_power_dist_by_tpc_code

(

osal_u8

tpc_code

)

fe_hal_phy_get_single_pa_lut()

osal_u32 fe_hal_phy_get_single_pa_lut	(	const hal_device_stru *	device,
		osal_u16	index
	)

fe_hal_phy_iq_recover_cali_path()

osal_void fe_hal_phy_iq_recover_cali_path

(

const hal_device_stru *

device

)

fe_hal_phy_iq_set_cali_path()

osal_void fe_hal_phy_iq_set_cali_path

(

const hal_device_stru *

device

)

fe_hal_phy_rc_bypass_dc()

osal_void fe_hal_phy_rc_bypass_dc

(

const hal_device_stru *

device

)

fe_hal_phy_rc_recover_regs()

osal_void fe_hal_phy_rc_recover_regs

(

const hal_device_stru *

device

)

fe_hal_phy_rc_recover_sa()

osal_void fe_hal_phy_rc_recover_sa

(

const hal_device_stru *

device

)

fe_hal_phy_rc_set_up_regs()

osal_void fe_hal_phy_rc_set_up_regs

(

const hal_device_stru *

device

)

fe_hal_phy_rc_start_sa()

osal_void fe_hal_phy_rc_start_sa	(	const hal_device_stru *	device,
		osal_u16	index
	)

fe_hal_phy_recover_hw_al_tx()

osal_void fe_hal_phy_recover_hw_al_tx

(

const hal_device_stru *

device

)

fe_hal_phy_rx_dc_restore()

osal_void fe_hal_phy_rx_dc_restore

(

const hal_device_stru *

device

)

fe_hal_phy_rx_dc_set_up()

osal_void fe_hal_phy_rx_dc_set_up

(

const hal_device_stru *

device

)

fe_hal_phy_set_cal_accum_en_cfg_accum_en()

osal_void fe_hal_phy_set_cal_accum_en_cfg_accum_en	(	const hal_device_stru *	device,
		osal_u32	val
	)

fe_hal_phy_set_cali_new_add_reg_cfg_fb_pwr_calc_prd()

osal_void fe_hal_phy_set_cali_new_add_reg_cfg_fb_pwr_calc_prd	(	const hal_device_stru *	device,
		osal_u32	val
	)

fe_hal_phy_set_dbb_scale_pre()

osal_void fe_hal_phy_set_dbb_scale_pre

(

osal_u16

dbb_scale

)

fe_hal_phy_set_rx_dc_comp()

osal_void fe_hal_phy_set_rx_dc_comp	(	const hal_device_stru *	device,
		const osal_u16 *	comp,
		osal_u8	comp_size,
		osal_u8	idx
	)

fe_hal_phy_set_rx_dc_thres()

osal_void fe_hal_phy_set_rx_dc_thres

(

hal_device_stru *

device

)

fe_hal_phy_set_test_start()

osal_void fe_hal_phy_set_test_start	(	const hal_device_stru *	device,
		osal_u32	test_start
	)

fe_hal_phy_set_trx_iq_thres()

osal_void fe_hal_phy_set_trx_iq_thres

(

hal_device_stru *

device

)

fe_hal_phy_set_tx_control_cfg_en_cont_tx()

osal_void fe_hal_phy_set_tx_control_cfg_en_cont_tx	(	const hal_device_stru *	device,
		osal_u32	val
	)

fe_hal_phy_set_tx_dc_comp_by_idx()

osal_void fe_hal_phy_set_tx_dc_comp_by_idx	(	const hal_device_stru *	device,
		osal_u16	txdc_cmp_i,
		osal_u16	txdc_cmp_q,
		osal_u8	idx
	)

fe_hal_phy_set_tx_power_accum_delay_power_accum_delay()

osal_void fe_hal_phy_set_tx_power_accum_delay_power_accum_delay	(	const hal_device_stru *	device,
		osal_u32	val
	)

fe_hal_phy_set_wlbb_testmode()

osal_void fe_hal_phy_set_wlbb_testmode	(	const hal_device_stru *	device,
		osal_u32	wlbb_testmode
	)

fe_hal_phy_tx_dc_add_dc()

osal_void fe_hal_phy_tx_dc_add_dc	(	const hal_device_stru *	device,
		osal_u16	reg_val_i,
		osal_u16	reg_val_q
	)

fe_hal_phy_tx_dc_env_prepare()

osal_void fe_hal_phy_tx_dc_env_prepare

(

const hal_device_stru *

device

)

fe_hal_phy_tx_dc_env_restore()

osal_void fe_hal_phy_tx_dc_env_restore

(

const hal_device_stru *

device

)

fe_hal_phy_txpwr_comp_bypass()

osal_void fe_hal_phy_txpwr_comp_bypass

(

const hal_device_stru *

device

)

fe_hal_soc_config_cali_path()

osal_void fe_hal_soc_config_cali_path	(	const hal_device_stru *	device,
		osal_u8	cali_type,
		osal_u8	open
	)