hal_coex_reg_rom.h

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/*
 * Copyright (c) HiSilicon (Shanghai) Technologies Co., Ltd. 2020-2022. All rights reserved.
 * Description: Header file for hal_coex_reg.c.
 */
 
#ifndef HAL_COEX_REG_ROM_H
#define HAL_COEX_REG_ROM_H
 
/*****************************************************************************
  其他头文件包含
*****************************************************************************/
 
#include "oal_ext_if_rom.h"
#include "hal_device_rom.h"
#include "hal_chip_rom.h"
#include "hal_soc_reg.h"
#include "hal_gp_reg_rom.h"
 
#ifdef __cplusplus
#if __cplusplus
extern "C" {
#endif
#endif
 
/*****************************************************************************/
/*             WiFi状态存储寄存器，GP_REG2(0x40019388) 32bit                  */
/* |    1    |    4    |      4     |    1     |  22 |                       */
/* | wlan_on | channel | band_width | wlan_con | rsv |                       */
/*****************************************************************************/
 
/*****************************************************************************************/
/*             BSLE状态存储寄存器，GP_REG3(0x4001938C) 32bit                               */
/* |    1    |    1     |    1    |     1    |    1    |    1    |     5       |  21  |  */
/* | ble_on  | ble_scan | ble_adv | ble_init | ble_con | ble_hid | ble_con_num | rsv  |  */
/*****************************************************************************************/
 
/******************************************************************************/
/*             BSLE请求寄存器器，COEX_GP_REG0（0x40017010） 16bit               */
/* |   1    |  15  |                                                          */
/* | req_ba | rsv  |                                                          */
/******************************************************************************/
 
#define BLE_STATUS_MASK   0xFFFF
#define BT_STATUS_OFFSET  16
 
#define BT_ACL_STATUS_MASK (BIT14)
#define BT_SCO_STATUS_MASK (BIT4)
#define BT_M2S_6SLOT_MASK (BIT0)
#define BT_M2S_LDAC_MASK (BIT1)
#define BT_M2S_A2DP_MASK (BIT3)
#define BT_ACL_STATUS_OFFSET_LEN 14
#define BT_SCO_STATUS_OFFSET_LEN 4
#define BTCOEX_POWSAVE_TIMEOUT_LEVEL0 100 // 音乐或者数传 ps时间 ms  蓝牙可能重传较多时，由65ms改成100ms
#define BTCOEX_POWSAVE_TIMEOUT_LEVEL1 200 // page或inquiry或ldac时间 ms
#define BTCOEX_POWSAVE_TIMEOUT_LEVEL2 300 // a2dp|transfer和page或inquiry的ps时间
#define BTCOEX_S2M_RESUME_TIMEOUT 3000 // 切回mimo 状态等待时间
/* wifi状态结构体, GP_REG2(0x40019388) 32bit */
typedef struct {   /* 73仅启用前三个状态 */
    osal_u32  wlan_on       : 1, /* WIFI：1：on,0:off */
            wlan_chan_num   : 4, /* 信道：1-14 */
            wlan_bandwidth  : 4, /* 带宽: 20/40M */
            wlan_connect    : 1, /* 连接 */
            wlan_sleep      : 1, /* 睡眠 */
            wlan_scan        : 1, /* 扫描 */
            wlan_ps_stop     : 1, /* 停止ps机制 */
            wlan_fre         : 1, /* 频段   */
            wlan_p2p_scan    : 1, /* p2p扫描 */
            wlan_p2p_conn    : 1, /* p2p连接 */
            wlan_dbac        : 4, /* dbac状态 */
            wlan_diff_chan   : 1, /* dbac下多信道共存 */
            wlan_joining     : 1, /* sta加入ap */
            wlan_pro_11bgn   : 1, /* 11bgn协议 */
            wlan_pro_11ax    : 1, /* 11ax协议 */
            wlan_ps_slot_step     : 2, /* ps请求申请提前量 */
            wlan_rsv              : 6;
} wifi_status_stru;
 
typedef union {
    wifi_status_stru   wifi_status;
    osal_u32           u32;
} wifi_status_union;
 
typedef struct {
    osal_u16  bt_on            : 1,
            bt_inquiry       : 1,
            bt_page          : 1,
            bt_a2dp          : 1,
            bt_sco           : 1,
            bt_data_send     : 1, // acl data send
            bt_data_rcv      : 1, // acl data recv
            bt_transfer      : 1, // not use (only wifi self) bt_data_send || bt_data_rcv
            bt_6slot         : 2, // BT soc slot, 12slot=1, 6solt=2
            bt_ldac          : 3, // a2dp_code状态:2/3为ldac,wifi侧处理时，重设1为ldac, 其他为0
            bt_acl           : 1, // 蓝牙有业务时，通过wifi发送ps状态给路由
            bt_ba            : 1, // not use (only wifi self)
            bt_resv          : 1;
} bt_status_stru;
 
/* BSLE状态存储寄存器，GP_REG3(0x4001938C) 32bit */
typedef union {
    osal_u16 bt_status_reg;
    bt_status_stru bt_status;
} btcoex_bt_status_union;
 
typedef struct {
    osal_u32  ble_on         : 1, // 只要有ble_scan，ble_adv，ble_init，ble_con有一个启动, 就为1
            ble_scan         : 1, // BLE进入扫描状态
            ble_adv          : 1, // BLE起业务时, 有广播发送
            ble_init         : 1, // 有ble设备创建连接时, 才设置1
            ble_con          : 1, // ble设备已经建立连接
            ble_hid          : 1, // BLE HID设备
            ble_con_num      : 5, // ble总连接数
            ble_rsv          : 21;
} ble_status_stru;
 
typedef union {
    osal_u32        ble_status_reg;
    ble_status_stru ble_status;
} btcoex_ble_status_union;
 
typedef struct {
    osal_u16  req_ba   : 1, // 请求删建0/1
              req_ps   : 1, // 请求ps操作
              req_rsv  : 14;
} bsle_req_stru;
 
typedef union {
    osal_u16        ble_req_reg;
    bsle_req_stru   ble_req;
} btcoex_ble_req_union;
 
typedef struct hal_btcoex_btble_status {
    btcoex_ble_status_union ble_status;
    btcoex_bt_status_union  bt_status;
    btcoex_ble_req_union    action_req;
    osal_u16                rsv;
} hal_btcoex_btble_status_stru;
 
typedef struct hal_btcoex_btble_status_msg {
    ble_status_stru ble_status;
    bt_status_stru  bt_status;
    bsle_req_stru   action_req;
    osal_u16        rsv;
    osal_u32        timestamp;
} hal_btcoex_btble_status_msg_stru;
 
typedef struct {
    osal_u8  abort_duration_on;       // abort统计开关
    osal_u8  msl_cnt_enable;          // ps事件延迟时间统计开关
    osal_u8  post_dev_enable;         // 抛事件到device侧的开关
    osal_u8  rsv;
    osal_u32 abort_duration_start_us; // abort_start的时刻
    osal_u32 abort_duration_us;       // abort_start-abort_end的时间累计和
    osal_u32 abort_duration_;         // abort_duration_us超过1s的次数
 
    osal_u32 msl_intr_cnt[HAL_BTCOEX_PS_BUTT];    // 两次维测命令期间mode_slect中断发生的次数
    osal_u32 msl_bt_duration[HAL_BTCOEX_PS_BUTT]; // 两次维测命令期间mode_slect为低的次数
    osal_u32 abort_start_cnt[HAL_BTCOEX_PS_BUTT]; // 两次维测命令期间abort_start中断发生的次数
    osal_u32 ps_on_duration;                      // 两次维测命令期间处在ps_on的总时间
    osal_u32 ps_on_last;                          // 记录上次ps_on开始时刻
    osal_u32 abort_start_last;                    // 记录上次abort_start次数
    osal_u16 ps_msg_delay[8];                     // 分别记录ps事件 1~8ms delay 次数
 
    /* DFX命令行使用 */
    osal_u32 timestamp_record;
} hal_btcoex_statistics_stru;
 
/*****************************************************************************
  函数声明
*****************************************************************************/
hal_btcoex_btble_status_stru *hal_btcoex_btble_status(osal_void);
hal_btcoex_statistics_stru *hal_btcoex_statistics(osal_void);
osal_void hal_btcoex_abort_start_isr(hal_device_stru *hal_device, osal_u8 data);
osal_void hal_btcoex_mode_select_end_isr(hal_device_stru *hal_device, osal_u8 data);
osal_void hal_btcoex_abort_end_isr(hal_device_stru *hal_device, osal_u8 data);
osal_void hal_btcoex_unregister_irq(osal_void);
osal_void hal_btcoex_register_irq(osal_void);
osal_void hal_btcoex_process_pm(hal_work_sub_state_uint8 last, hal_work_sub_state_uint8 curr);
osal_void hal_set_btcoex_hw_rx_priority_dis(oal_bool_enum_uint8 hw_rx_prio_dis);
osal_void hal_set_btcoex_sw_all_abort_ctrl(oal_bool_enum_uint8 sw_abort_ctrl);
osal_void hal_set_btcoex_abort_null_buff_addr(osal_u32 abort_null_buff_addr);
osal_void hal_update_btcoex_btble_status(hal_btcoex_btble_status_stru *st_cur);
osal_void hal_set_btcoex_occupied_period(osal_u16 occupied_period);
osal_void hal_btcoex_sync_rf_phy_cb(mac_channel_stru *channel);
osal_void hal_btcoex_config_rf_reg2phy(mac_channel_stru *channel);
osal_void hal_btcoex_wait_bt_release_rf(osal_void);
osal_void hal_btcoex_set_waite_rf_timeout(osal_u32 timeout);
typedef osal_u32 (*process_bt_status_cb)(osal_void);
typedef osal_void (*sync_rf_phy_cb)(mac_channel_stru *channel);
typedef osal_void (*process_mode_select_cb)(osal_void);
typedef osal_u32 (*process_pm_cb)(hal_work_sub_state_uint8 last, hal_work_sub_state_uint8 curr);
osal_s32 hal_irq_coex_isr(osal_s32 p1, osal_void *p2);
// 原host函数
hal_btcoex_btble_status_stru *hal_btcoex_btble_status_last(osal_void);
hal_btcoex_btble_status_stru *hal_btcoex_btble_status(osal_void);
hal_btcoex_statistics_stru *hal_btcoex_statistics(osal_void);
osal_void hal_device_set_state_btcoex_notify(oal_bool_enum_uint8 wifi_work);
osal_void hal_device_btcoex_sw_init(hal_to_dmac_device_stru *hal_device_base);
osal_void hal_btcoex_sw_preempt_exit(hal_to_dmac_device_stru *hal_device);
osal_void hal_btcoex_clear_reg(osal_void);
osal_void hal_btcoex_get_ps_service_status(const hal_to_dmac_device_stru *hal_device,
    hal_btcoex_ps_status_enum_uint8 *ps_status);
osal_void hal_btcoex_get_bt_sco_status(const hal_to_dmac_device_stru *hal_device,
    oal_bool_enum_uint8 *sco_status);
 
osal_void hal_set_btcoex_hw_rx_priority_dis(oal_bool_enum_uint8 hw_rx_prio_dis);
osal_void hal_set_btcoex_hw_priority_en(oal_bool_enum_uint8 hw_prio_en);
osal_void hal_set_btcoex_priority_period(osal_u16 priority_period);
osal_void hal_set_btcoex_abort_qos_null_seq_num(hal_to_dmac_device_stru *hal_device,
    osal_u32 qosnull_seq_num);
osal_void hal_get_btcoex_abort_qos_null_seq_num(hal_to_dmac_device_stru *hal_device,
    osal_u32 *qosnull_seq_num);
osal_void hal_set_btcoex_abort_preempt_frame_param(osal_u16 preempt_param);
osal_void hal_set_btcoex_tx_abort_preempt_type(hal_coex_hw_preempt_mode_enum_uint8 preempt_type);
osal_void hal_coex_sw_irq_set(hal_coex_sw_irq_type_enum_uint8 coex_irq_type);
osal_void hal_set_btcoex_wifi_status_notify(hal_btcoex_wifi_state_id_enum_uint8 id, osal_u32 val);
osal_void hal_device_set_state_btcoex_notify(oal_bool_enum_uint8 wifi_work);
osal_void hal_update_btcoex_btble_status(hal_btcoex_btble_status_stru *st_cur);
osal_void hal_btcoex_sync_btble_status(hal_btcoex_btble_status_msg_stru *status_msg);
osal_void hal_btcoex_get_abort_cnt(hal_to_dmac_chip_stru *hal_chip,
    osal_u32 *abort_start, osal_u32 *abort_done, osal_u32 *abort_end);
osal_u32 hal_btcoex_update_ap_beacon_count(osal_void);
osal_void hal_coex_notify_irq_en(osal_u8 intr_en);
 
#ifdef __cplusplus
#if __cplusplus
}
#endif
#endif
 
 
#endif