mcu/interface/l1/idc/idc_swmsg_str.h

/*****************************************************************************
*  Copyright Statement:
*  --------------------
*  This software is protected by Copyright and the information contained
*  herein is confidential. The software may not be copied and the information
*  contained herein may not be used or disclosed except with the written
*  permission of MediaTek Inc. (C) 2012
*
*  BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
*  THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
*  RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
*  AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
*  EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
*  MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
*  NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
*  SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
*  SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
*  THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
*  NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
*  SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
*
*  BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
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*
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*  WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
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*  RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
*  THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
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*****************************************************************************/

/*****************************************************************************
 *
 * Filename:
 * ---------
 *   el1_ipc_str.h
 *
 * Project:
 * --------
 *   UMOLY
 *
 * Description:
 * ------------
 *   LTE Layer 1 (EL1) and WiFi/BT SW message structure.
 *
 * Author:
 * -------
 * -------
 *
 * ==========================================================================
 ****************************************************************************/
#ifndef _IDC_SWMSG_STR_
#define _IDC_SWMSG_STR_

#include "kal_general_types.h"
#include "kal_public_defs.h"
#include "idc_def.h"

/**************************/
/***** DEFINITED VALUE ****/
/**************************/

/***** MD part *****/

#define LTE_INVALID_FREQ		        0xFFFF
#define NR_INVALID_FREQ		            0xFFFFFFFF
#define INTF_DIRECT_NUM                 2
#define MAX_WIFI_UNSAFE_FREQ_BMP_NUM    2
#define MAX_BT_UNSAFE_FREQ_BMP_NUM      3
#define MAX_UL_DL_SECTORS               3
#define IDC_BWP_NUM                     5
#define IDC_LTE_NUM                     5
#define IDC_NR_NUM                      8
#define IDC_MAX_LTE_NUM                 (IDC_LTE_NUM + 1)
#define IDC_MAX_NR_NUM                  (IDC_NR_NUM + 1)
#define IDC_GROUP_NUM                   6
#define IDC_LTE_GROUP_NUM               3
#define IDC_NR_GROUP_NUM                3
#define MAX_SLP_DUR_RES_NUM             4

/***** CONSYS part *****/

#define MAX_WIFI_FREQ_IND_BAND_NUM      2
#define MAX_WIFI_FREQ_NUM               4

/**************************/
/***** ENUM DEFINITION ****/
/**************************/


/***** MD part *****/

typedef enum
{
	MD_CHIP_VER_6290    = 0,
	MD_CHIP_VER_6291    = 1,
	MD_CHIP_VER_6292    = 2,
	MD_CHIP_VER_6293    = 3,
	MD_CHIP_VER_6295    = 4,
	MD_CHIP_VER_6297    = 5,
	MD_CHIP_VER_MAX     = 0xFF,
}idc_md_chip_ver_enum;

typedef enum
{
    MD_RF_CHIP_VER_MT6190     = 0,
    MD_RF_CHIP_VER_MT6190M    = 1,
    MD_RF_CHIP_VER_MAX        = 0xFF,
}idc_md_rf_chip_ver_enum;

/***** CONSYS part *****/

typedef enum
{
	CONSYS_GEN_INVALID = 0,
	CONSYS_GEN_2       = 20,
	CONSYS_GEN_3       = 30,
	CONSYS_GEN_4       = 40,
	CONSYS_CONNAC_1_0  = 50,
	CONSYS_CONNAC_1_1  = 51,
	CONSYS_CONNAC_1_2  = 52,
	CONSYS_CONNAC_2_0  = 60,
	CONSYS_CONNAC_2_1  = 61,
	CONSYS_CONNAC_2_2  = 62,
	CONSYS_GENMAX      = 0xFF,
}idc_consys_gen_enum;

typedef enum
{
	PTA_VER_3_0 = 30,
	PTA_VER_3_1 = 31,
	PTA_VER_5_0 = 50,
	PTA_VER_5_1 = 51,
	PTA_VER_5_2 = 52,
	PTA_VER_6_0 = 60,
	PTA_VER_6_1 = 61,
	PTA_VER_6_2 = 62,
	PTA_VER_7_0 = 70,
	PTA_VER_7_1 = 71,
	PTA_VER_7_2 = 72,
	PTA_VER_MAX = 0xFF,
}idc_consys_pta_ver_enum;

typedef enum
{
	CONSYS_CHIP_VER_6625 = 0,
	CONSYS_CHIP_VER_6630 = 1,
	CONSYS_CHIP_VER_6631 = 2,
	CONSYS_CHIP_VER_6632 = 3,
	CONSYS_CHIP_VER_6633 = 4,
	CONSYS_CHIP_VER_6635 = 5,
	CONSYS_CHIP_VER_7915 = 6,
	CONSYS_CHIP_VER_MAX  = 0xFF,
}idc_consys_chip_ver_enum;

/****************************/
/***** STRUCT DEFINITION ****/
/****************************/

typedef struct _wifi_unsafe_freq_bmp_struct
{
	kal_uint32    FDM_TDM[INTF_DIRECT_NUM][MAX_WIFI_UNSAFE_FREQ_BMP_NUM];    // INTF_DIRECT_NUM = 2, 0: LTE is aggressor, 1: WIFI is aggressor, MAX_WIFI_UNSAFE_FREQ_BMP_NUM = 2, channel base
	kal_uint32    FDM_PWR[INTF_DIRECT_NUM][MAX_WIFI_UNSAFE_FREQ_BMP_NUM];
	kal_uint32    FDM[INTF_DIRECT_NUM][MAX_WIFI_UNSAFE_FREQ_BMP_NUM];
}wifi_unsafe_freq_bmp_struct;

typedef struct _bt_unsafe_freq_bmp_struct
{
	kal_uint32    FDM_TDM[INTF_DIRECT_NUM][MAX_BT_UNSAFE_FREQ_BMP_NUM];    // INTF_DIRECT_NUM = 2, 0: LTE is aggressor, 1: BT is aggressor, MAX_WIFI_UNSAFE_FREQ_BMP_NUM = 3, channel base
	kal_uint32    FDM_PWR[INTF_DIRECT_NUM][MAX_BT_UNSAFE_FREQ_BMP_NUM];
	kal_uint32    FDM[INTF_DIRECT_NUM][MAX_BT_UNSAFE_FREQ_BMP_NUM];
}bt_unsafe_freq_bmp_struct;

typedef struct _ul_dl_config_struct
{
	kal_uint16    dl_length[MAX_UL_DL_SECTORS];    // PTA6.0 supports max. 5 sections switching
#if !defined(CHIP10992)
	kal_uint8     rsvd1[2];
#endif
	kal_uint16    ul_length[MAX_UL_DL_SECTORS];
#if !defined(CHIP10992)
	kal_uint8     rsvd2[2];
#endif
}ul_dl_config_struct;

/************************/
/***** MD to CONSYS ****/
/************************/

typedef struct _idc_sw_msg_header
{
#if IDC_CCCI_PATH_EN
    kal_uint8     msg_id;
    kal_bool      is_need_reply_ack;
    kal_uint8     rsvd[2];
#else
    kal_bool      is_need_reply_ack;
    kal_uint8     rsvd[3];
#endif
    kal_uint32    seq_num;
    kal_uint32    enqueue_time_stamp;
}idc_sw_msg_header;

typedef struct _idc_md_idc_info_ind_struct
{
	idc_sw_msg_header       msg_header;
	idc_md_chip_ver_enum    chip_ver;                                 // 90:0, 91:1, 92:2, 93:3, 95:4, 97:5
	kal_uint8               idc_ver_major;                            // 2
	kal_uint8               idc_ver_minor;                            // support feature: 1 power backoff, 2 scc de-activation, 3 DBDC/MCC, 4 interference detector
	kal_uint8               timer_for_gps_blank_ind;                  // 3ms
	kal_uint8               short_timer_for_rx_ind;                   // 20ms
	kal_uint8               timer_for_consecutive_bytes_of_hw_sig;    // 4us
	kal_uint8               timer_for_lte_block_consys_tx_ind;        // 200ms
	kal_uint8               timer_for_nr_block_consys_tx_ind;         // 200ms
	kal_uint8               timer_for_pattern_sync_ind;               // 30ms
	kal_uint8               timer_for_resend_ntf;                     // 10ms
	kal_uint8               timer_for_tx_ind;                         // 50ms
	kal_uint8               max_num_cc_nr;                            // 9, 8 for MAX_NUM_CC_NR, 1 for NR inter-freq.
	kal_uint8               max_num_cc_lte;                           // 6, 5 for MAX_NUM_CC_LTE, 1 for LTE inter-freq. 
	kal_uint8               md_lte_lead_time_step_cr;
	kal_uint8               md_nr_lead_time_step_cr;
	kal_uint8               md_expect_consys_mini_power_cr;
	kal_uint8               md_expect_consys_pwr_step_cr;
#if !defined(CHIP10992)
 	kal_uint16              long_timer_for_rx_ind;                    // 1000ms
	idc_md_rf_chip_ver_enum    rf_info;
#else
	kal_uint8               rsvd[1];
	kal_uint16              long_timer_for_rx_ind;                    // 1000ms
#endif
}idc_md_idc_info_ind_struct;

typedef struct _idc_lte_default_param_ind_struct
{
	idc_sw_msg_header    msg_header;
	kal_bool             lte_actv;
	kal_bool             isReset;                    // 1: must need do handshake, 0: depends on the status change of LTE
	kal_uint8            default_lte_rx_priority;    // 3
	kal_uint8            rsvd;
	kal_uint16           tdm_lte_window;             // 130ms
	kal_uint16           tdm_conn_window;            // 110ms
}idc_lte_default_param_ind_struct;

typedef struct _idc_nr_default_param_ind_struct
{
	idc_sw_msg_header    msg_header;
	kal_bool             nr_actv;
	kal_bool             isReset;                   // 1: must need do handshake, 0: depends on the status change of NR
	kal_uint8            default_nr_rx_priority;    // 3
	kal_uint8            bwp_switch_lead_time;
	kal_uint16           tdm_nr_window;             // 130ms
	kal_uint16           tdm_conn_window;           // 110ms
#if IDC_FDD_FEATURE_SUPPORT
	kal_uint8            md_nr_tx_mini_pwr_cr;      // 0
	kal_uint8            md_nr_tx_pwr_step_cr;      // 2
#endif
}idc_nr_default_param_ind_struct;

typedef struct _idc_lte_oper_freq_ind_struct
{
	idc_sw_msg_header    msg_header;
	kal_uint8            oper_freq_num;
	kal_uint8            rsvd1[3];
	kal_uint8            dl_bw[IDC_MAX_LTE_NUM];
	kal_uint8            rsvd2[2];
	kal_uint8            ul_bw[IDC_MAX_LTE_NUM];
	kal_uint8            rsvd3[2];
	kal_uint8            oper_band[IDC_MAX_LTE_NUM];
	kal_uint8            rsvd4[2];
	kal_uint16           dl_freq[IDC_MAX_LTE_NUM];
	kal_uint16           ul_freq[IDC_MAX_LTE_NUM];
}idc_lte_oper_freq_ind_struct;

typedef struct _idc_nr_oper_freq_ind_struct
{
    idc_sw_msg_header    msg_header;
	kal_uint8            oper_freq_num;
	kal_uint8            rsvd1[3];
	kal_uint32           dl_bw[IDC_MAX_NR_NUM][IDC_BWP_NUM];
	kal_uint32           ul_bw[IDC_MAX_NR_NUM][IDC_BWP_NUM];
	kal_uint16           oper_band[IDC_MAX_NR_NUM];
#if !defined(CHIP10992)
  kal_uint8            rsvd2;
#else
    kal_uint8            rsvd2[2];
#endif
	kal_uint32           dl_freq[IDC_MAX_NR_NUM][IDC_BWP_NUM];    // MAX_BWP_NUM = 5
	kal_uint32           ul_freq[IDC_MAX_NR_NUM][IDC_BWP_NUM];
}idc_nr_oper_freq_ind_struct;

typedef struct _idc_lte_wifi_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header              msg_header;
	wifi_unsafe_freq_bmp_struct    bmp_general[IDC_MAX_LTE_NUM];
}idc_lte_wifi_unsafe_freq_bmp_ind_struct;

typedef struct _idc_lte_wifi_dbdc_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header              msg_header;
	wifi_unsafe_freq_bmp_struct    bmp_dbdc[IDC_MAX_LTE_NUM][MAX_WIFI_FREQ_IND_BAND_NUM];    // MAX_WIFI_FREQ_IND_BAND_NUM = 2
}idc_lte_wifi_dbdc_unsafe_freq_bmp_ind_struct;

typedef struct _idc_lte_bt_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header            msg_header;
	bt_unsafe_freq_bmp_struct    bmp_general[IDC_MAX_LTE_NUM];
}idc_lte_bt_unsafe_freq_bmp_ind_struct;

#if IDC_CCCI_PATH_EN
/* the max NCCCI message size is limited, so split unsafe bmp of CCs into several messages */
#define IDC_NR_WIFI_UNSAFE_BMP_NCCCI_MAX_CC_NUM  (5)
#define IDC_NR_WIFI_UNSAFE_BMP_NCCCI_MAX_MSG_NUM  (2)

typedef struct _idc_nr_wifi_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header              msg_header;
	wifi_unsafe_freq_bmp_struct    bmp_general[IDC_NR_WIFI_UNSAFE_BMP_NCCCI_MAX_CC_NUM][IDC_BWP_NUM];
	kal_uint8                      start_cc;
	kal_uint8                      end_cc;
	kal_uint8                      rsvd[2];
}idc_nr_wifi_unsafe_freq_bmp_ind_struct;
#else
#define IDC_NR_WIFI_UNSAFE_BMP_NCCCI_MAX_MSG_NUM  (1)

typedef struct _idc_nr_wifi_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header              msg_header;
	wifi_unsafe_freq_bmp_struct    bmp_general[IDC_MAX_NR_NUM][IDC_BWP_NUM];
}idc_nr_wifi_unsafe_freq_bmp_ind_struct;
#endif

#if IDC_CCCI_PATH_EN
/* the max NCCCI message size is limited, so split unsafe bmp of CCs into several messages */
#define IDC_NR_WIFI_DBDC_UNSAFE_BMP_NCCCI_MAX_CC_NUM  (3)
#define IDC_NR_WIFI_DBDC_UNSAFE_BMP_NCCCI_MAX_MSG_NUM  (3)

typedef struct _idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header              msg_header;
	wifi_unsafe_freq_bmp_struct    bmp_dbdc[IDC_NR_WIFI_DBDC_UNSAFE_BMP_NCCCI_MAX_CC_NUM][IDC_BWP_NUM][MAX_WIFI_FREQ_IND_BAND_NUM];    // MAX_WIFI_FREQ_IND_BAND_NUM = 2
	kal_uint8                      start_cc;
	kal_uint8                      end_cc;
	kal_uint8                      rsvd[2];
}idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_struct;
#else
#define IDC_NR_WIFI_DBDC_UNSAFE_BMP_NCCCI_MAX_MSG_NUM  (1)

typedef struct _idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header              msg_header;
	wifi_unsafe_freq_bmp_struct    bmp_dbdc[IDC_MAX_NR_NUM][IDC_BWP_NUM][MAX_WIFI_FREQ_IND_BAND_NUM];    // MAX_WIFI_FREQ_IND_BAND_NUM = 2
}idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_struct;
#endif

#if IDC_CCCI_PATH_EN
/* the max NCCCI message size is limited, so split unsafe bmp of CCs into several messages */
#define IDC_NR_BT_UNSAFE_BMP_NCCCI_MAX_CC_NUM  (5)
#define IDC_NR_BT_UNSAFE_BMP_NCCCI_MAX_MSG_NUM  (2)

typedef struct _idc_nr_bt_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header            msg_header;
	bt_unsafe_freq_bmp_struct    bmp_general[IDC_NR_BT_UNSAFE_BMP_NCCCI_MAX_CC_NUM][IDC_BWP_NUM];
	kal_uint8                    start_cc;
	kal_uint8                    end_cc;
	kal_uint8                    rsvd[2];
}idc_nr_bt_unsafe_freq_bmp_ind_struct;
#else
#define IDC_NR_BT_UNSAFE_BMP_NCCCI_MAX_MSG_NUM  (1)

typedef struct _idc_nr_bt_unsafe_freq_bmp_ind_struct
{
    idc_sw_msg_header            msg_header;
	bt_unsafe_freq_bmp_struct    bmp_general[IDC_MAX_NR_NUM][IDC_BWP_NUM];
}idc_nr_bt_unsafe_freq_bmp_ind_struct;
#endif

typedef struct _idc_md_drx_pattern_ind_struct
{
    idc_sw_msg_header    msg_header;
	kal_bool             predictable;
	kal_uint8            on_duration;
	kal_uint8            start_offset;
	kal_uint8            rsvd;
	kal_uint8            resolution[MAX_SLP_DUR_RES_NUM];    // MAX_SLP_DUR_RES_NUM = 4
}idc_md_drx_pattern_ind_struct;

typedef struct _idc_md_r11_idc_param_ind_struct
{
    idc_sw_msg_header    msg_header;
	kal_bool             idc_report_enable;
	kal_uint8            rsvd[3];
}idc_md_r11_idc_param_ind_struct;

typedef struct _idc_md_sw_msg_ack_ind_strcut
{
    idc_sw_msg_header    msg_header;
	kal_bool             cnf_status;      // Always be ture
	kal_uint8            rsvd[3];
	kal_uint32           recv_msg_bmp;    // Set the corresponding bit for the target SW MSG from CONSYS which needs ack
	kal_uint32           recv_seq_num;
}idc_md_sw_msg_ack_ind_strcut;

typedef struct _idc_lte_trx_group_ind_struct
{
    idc_sw_msg_header    msg_header;
	kal_uint8            lte_rx_group[IDC_MAX_LTE_NUM];
#if !defined(CHIP10992)
  kal_uint8            rsvd1[2];
#endif
	kal_uint8            lte_tx_group[IDC_MAX_LTE_NUM];
#if !defined(CHIP10992)
  kal_uint8            rsvd2[2];
#endif
}idc_lte_trx_group_ind_struct;

typedef struct _idc_nr_trx_group_ind_struct
{
    idc_sw_msg_header    msg_header;
	kal_uint8            nr_rx_group[IDC_MAX_NR_NUM];
#if !defined(CHIP10992)
  kal_uint8            rsvd1[3];
#endif
	kal_uint8            nr_tx_group[IDC_MAX_NR_NUM];
#if !defined(CHIP10992)
  kal_uint8            rsvd2[3];
#else
	kal_uint8            rsvd[2];
#endif
}idc_nr_trx_group_ind_struct;

typedef struct _idc_md_pattern_cfg_ind_struct
{
    idc_sw_msg_header      msg_header;
	ul_dl_config_struct    ul_dl_config[IDC_GROUP_NUM];    // NUM_IDC_GROUP = 6
}idc_md_pattern_cfg_ind_struct;

#if IDC_SEND_HW_SIG_VIA_SW_MSG
typedef struct _idc_lte_state_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_bool               is_lte_enter_conn;    // LTE enter connected mode
    kal_uint8              rsvd[3];
}idc_lte_state_ind_struct;

typedef struct _idc_nr_state_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_bool               is_nr_enter_conn;    // NR enter connected mode
    kal_uint8              rsvd[3];
}idc_nr_state_ind_struct;

typedef struct _idc_lte_scell_actv_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint8              cell_bmp;
    kal_uint8              rsvd[3];
}idc_lte_scell_actv_ind_struct;

typedef struct _idc_nr_scell_actv_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint16             cell_bmp;
    kal_uint8              rsvd[2];
}idc_nr_scell_actv_ind_struct;

typedef struct _idc_md_tx_bwp_fw_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint8              bwp_of_cc[IDC_MAX_NR_NUM];
    kal_uint8              rsvd[3];
}idc_md_tx_bwp_fw_ind_struct;

typedef struct _idc_md_rx_bwp_fw_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint8              bwp_of_cc[IDC_MAX_NR_NUM];
    kal_uint8              rsvd[3];
}idc_md_rx_bwp_fw_ind_struct;

typedef struct _idc_md_tx_susp_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint8              priority;  // default is 3
    kal_uint8              tx_susp_fdm;  // 0: allow CONSYS TX which adopt FDM, 1: LTE stop CONSYS TX, 2: NR stop CONSYS TX, 3: Both RATs stop CONSYS TX
    kal_uint8              tx_susp_tdm;  // 0: allow CONSYS TX which adopt TDM, 1: LTE stop CONSYS TX, 2: NR stop CONSYS TX, 3: Both RATs stop CONSYS TX
    kal_uint8              rsvd[1];
}idc_md_tx_susp_ind_struct;
#endif

typedef struct _idc_md_idc_info_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_md_idc_info_ind_struct    md_info;
}idc_md_idc_info_ind_ilm_struct;

typedef struct _idc_lte_default_param_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_lte_default_param_ind_struct    lte_param;
}idc_lte_default_param_ind_ilm_struct;

typedef struct _idc_nr_default_param_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_nr_default_param_ind_struct    nr_param;
}idc_nr_default_param_ind_ilm_struct;

typedef struct _idc_lte_oper_freq_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_lte_oper_freq_ind_struct    lte_freq;
}idc_lte_oper_freq_ind_ilm_struct;

typedef struct _idc_nr_oper_freq_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_nr_oper_freq_ind_struct    nr_freq;
}idc_nr_oper_freq_ind_ilm_struct;

typedef struct _idc_lte_wifi_unsafe_freq_bmp_ind_ilm_struct
{
	LOCAL_PARA_HDR
	idc_lte_wifi_unsafe_freq_bmp_ind_struct    lte_wifi_unsafe_bmp;
}idc_lte_wifi_unsafe_freq_bmp_ind_ilm_struct;

typedef struct _idc_lte_wifi_dbdc_unsafe_freq_bmp_ind_ilm_struct
{
	LOCAL_PARA_HDR
	idc_lte_wifi_dbdc_unsafe_freq_bmp_ind_struct    lte_wifi_dbdc_unsafe_bmp;
}idc_lte_wifi_dbdc_unsafe_freq_bmp_ind_ilm_struct;

typedef struct _idc_lte_bt_unsafe_freq_bmp_ind_ilm_struct
{
	LOCAL_PARA_HDR
	idc_lte_bt_unsafe_freq_bmp_ind_struct    lte_bt_unsafe_bmp;
}idc_lte_bt_unsafe_freq_bmp_ind_ilm_struct;

typedef struct _idc_nr_wifi_unsafe_freq_bmp_ind_ilm_struct
{
	LOCAL_PARA_HDR
	idc_nr_wifi_unsafe_freq_bmp_ind_struct    nr_wifi_unsafe_bmp;
}idc_nr_wifi_unsafe_freq_bmp_ind_ilm_struct;

typedef struct _idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_ilm_struct
{
	LOCAL_PARA_HDR
	idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_struct    nr_wifi_dbdc_unsafe_bmp;
}idc_nr_wifi_dbdc_unsafe_freq_bmp_ind_ilm_struct;

typedef struct _idc_nr_bt_unsafe_freq_bmp_ind_ilm_struct
{
	LOCAL_PARA_HDR
	idc_nr_bt_unsafe_freq_bmp_ind_struct    nr_bt_unsafe_bmp;
}idc_nr_bt_unsafe_freq_bmp_ind_ilm_struct;

typedef struct _idc_md_drx_pattern_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_md_drx_pattern_ind_struct    md_drx_pattern;
}idc_md_drx_pattern_ind_ilm_struct;

typedef struct _idc_md_r11_idc_param_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_md_r11_idc_param_ind_struct    md_r11_param;
}idc_md_r11_idc_param_ind_ilm_struct;

typedef struct _idc_md_sw_msg_ack_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_md_sw_msg_ack_ind_strcut    md_ack;
}idc_md_sw_msg_ack_ind_ilm_struct;

typedef struct _idc_lte_trx_group_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_lte_trx_group_ind_struct    lte_trx_group;
}idc_lte_trx_group_ind_ilm_struct;

typedef struct _idc_nr_trx_group_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_nr_trx_group_ind_struct    nr_trx_group;
}idc_nr_trx_group_ind_ilm_struct;

typedef struct _idc_md_pattern_cfg_ind_ilm_struct
{
	LOCAL_PARA_HDR
    idc_md_pattern_cfg_ind_struct    md_pattern_cfg;
}idc_md_pattern_cfg_ind_ilm_struct;

#if IDC_SEND_HW_SIG_VIA_SW_MSG
typedef struct _idc_lte_state_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_lte_state_ind_struct lte_state_ind;
}idc_lte_state_ind_ilm_struct;

typedef struct _idc_nr_state_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_nr_state_ind_struct nr_state_ind;
}idc_nr_state_ind_ilm_struct;

typedef struct _idc_lte_scell_actv_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_lte_scell_actv_ind_struct lte_scell_actv_ind;
}idc_lte_scell_actv_ind_ilm_struct;

typedef struct _idc_nr_scell_actv_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_nr_scell_actv_ind_struct nr_scell_actv_ind;
}idc_nr_scell_actv_ind_ilm_struct;

typedef struct _idc_md_tx_bwp_fw_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_md_tx_bwp_fw_ind_struct md_tx_bwp_fw_ind;
}idc_md_tx_bwp_fw_ind_ilm_struct;

typedef struct _idc_md_rx_bwp_fw_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_md_rx_bwp_fw_ind_struct md_rx_bwp_fw_ind;
}idc_md_rx_bwp_fw_ind_ilm_struct;

typedef struct _idc_md_tx_susp_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_md_tx_susp_ind_struct md_tx_susp_ind;
}idc_md_tx_susp_ind_ilm_struct;
#endif

/************************/
/***** CONSYS to MD ****/
/************************/

typedef struct _idc_wifi_default_param_ntf_struct
{
	idc_sw_msg_header           msg_header;
    idc_consys_gen_enum         idc_ver_major;
    idc_consys_pta_ver_enum     pta_ver;
    idc_consys_chip_ver_enum    chip_ver;
#if IDC_MD_CTRL_TDM_WITH_3WIRE_PTA
    kal_uint8                   cpe_mifi_feature_extension;//bit 0 = true indicate wifi support tri-band.
#else
    kal_uint8                   rsvd1;
#endif
    kal_bool                    wifi_en;
    kal_bool                    isReset;
    kal_uint8                   idc_ver_minor;
    kal_uint8                   rsvd2;
}idc_wifi_default_param_ntf_struct;

typedef struct _idc_bt_default_param_ntf_struct
{
	idc_sw_msg_header           msg_header;
    idc_consys_gen_enum         idc_ver_major;
    idc_consys_pta_ver_enum     pta_ver;
    idc_consys_chip_ver_enum    chip_ver;
	kal_uint8                   rsvd;
	kal_bool                    bt_en;
	kal_bool                    gnss_en;
	kal_bool                    fm_en;
	kal_uint8                   idc_ver_minor;
}idc_bt_default_param_ntf_struct;

typedef struct _idc_wifi_oper_freq_ntf_struct
{
    idc_sw_msg_header    msg_header;
    kal_uint8            wifi_band0_oper_freq_num;
    kal_uint8            wifi_band1_oper_freq_num;
    kal_uint8            rsvd[2];
    kal_uint32           wifi_oper_freq_low[MAX_WIFI_FREQ_NUM];    // MAX_WIFI_FREQ_NUM = 4
    kal_uint32           wifi_oper_freq_high[MAX_WIFI_FREQ_NUM];
#if IDC_MD_CTRL_TDM_WITH_3WIRE_PTA
    kal_uint8            wifi_oper_freq_3wire_group[MAX_WIFI_FREQ_NUM];  /* HW interface of each frequency */
		                                                                     /* 0: M2C bridge 1 */
		                                                                     /*    BT_ACT_TXD (G9) */
		                                                                     /*    BT_PRI_RXD (AG8) */
		                                                                     /*    WLAN_ACT (AF8) */
		                                                                     /* 1: GPIO 1 */
		                                                                     /*    PTA_RX (GPIO135) */
		                                                                     /*    PTA_TX (GPIO134) */
		                                                                     /*    EINT15 (GPIO15) */
		                                                                     /* 2: GPIO 2 */
		                                                                     /*    PCIE3_PERSTN (GPIO76) */
		                                                                     /*    PCIE3_PEWAKEN (GPIO77) */
		                                                                     /*    PCIE3_CLKREQN (GPIO78) */
#endif
}idc_wifi_oper_freq_ntf_struct;

typedef struct _idc_bt_oper_freq_ntf_struct
{
	idc_sw_msg_header    msg_header;
	kal_bool             bt_oper_freq_valid;
	kal_uint8            rsvd[3];
	kal_uint32           bt_oper_freq_low;
	kal_uint32           bt_oper_freq_high;
}idc_bt_oper_freq_ntf_struct;

typedef struct _idc_consys_send_sw_msg_cnf_struct
{
	idc_sw_msg_header    msg_header;
	kal_bool             cnf_status;
	kal_uint8            rsvd[3];
	kal_uint32           recv_msg_bmp;
	kal_uint32           recv_seq_num;
}idc_consys_send_sw_msg_cnf_struct;

typedef struct _idc_wifi_laa_release_ntf_struct
{
	idc_sw_msg_header    msg_header;
    kal_bool             isWiFion5G;
    kal_uint8            rsvd[3];
}idc_wifi_laa_release_ntf_struct;

typedef struct _idc_wifi_default_param_ntf_ilm_struct
{
	LOCAL_PARA_HDR
    idc_wifi_default_param_ntf_struct    wifiDefaultParam;
}idc_wifi_default_param_ntf_ilm_struct;

typedef struct _idc_bt_default_param_ntf_ilm_struct
{
	LOCAL_PARA_HDR
    idc_bt_default_param_ntf_struct    btDefaultParam;
}idc_bt_default_param_ntf_ilm_struct;

typedef struct _idc_wifi_oper_freq_ntf_ilm_struct
{
	LOCAL_PARA_HDR
    idc_wifi_oper_freq_ntf_struct    wifiOperFreq;
}idc_wifi_oper_freq_ntf_ilm_struct;

typedef struct _idc_bt_oper_freq_ntf_ilm_struct
{
	LOCAL_PARA_HDR
    idc_bt_oper_freq_ntf_struct    btOperFreq;
}idc_bt_oper_freq_ntf_ilm_struct;

typedef struct _idc_consys_send_sw_msg_cnf_ilm_struct
{
	LOCAL_PARA_HDR
    idc_consys_send_sw_msg_cnf_struct    consysSwMsgCnf;
}idc_consys_send_sw_msg_cnf_ilm_struct;

typedef struct _idc_wifi_laa_release_ntf_ilm_struct
{
	LOCAL_PARA_HDR
    idc_wifi_laa_release_ntf_struct    wifi5GStatus;
}idc_wifi_laa_release_ntf_ilm_struct;

#if IDC_SEND_HW_SIG_VIA_SW_MSG
typedef struct _idc_wifi_max_power_backoff_ntf_struct
{
    idc_sw_msg_header    msg_header;
    kal_bool             mdPwrBackoffEn;
    kal_uint8            wifiPwrBmp;// bit0: band0    bit1: band 1    bit2:tri band
    kal_uint8            wifiPwrBackoffEnBmp;
    kal_bool             isWifiScan;
#if IDC_MD_CTRL_TDM_WITH_3WIRE_PTA
    kal_uint16           lteCellBmp; /* bit X 1: WIFI Rx need to backoff LTE CC X Tx power */
                                     /* bit X 0: WIFI Rx need not to backoff LTE CC X Tx power */
    kal_uint16           nrCellBmp;  /* bit X 1: WIFI Rx need to backoff NR CC X Tx power */
                                     /* bit X 0: WIFI Rx need not to backoff NR CC X Tx power */
#endif
}idc_wifi_max_power_backoff_ntf_struct;

typedef struct _idc_wifi_actv_bss_ntf_struct
{
    idc_sw_msg_header    msg_header;
    kal_uint8            wifiActvBmp;
    kal_bool             isSTA;
    kal_uint8            rsvd[2];
}idc_wifi_actv_bss_ntf_struct;

typedef struct _idc_bt_max_power_backoff_ntf_struct
{
    idc_sw_msg_header    msg_header;
    kal_bool             isMdPwrBack; // TRUE:MODEM NEED TO DO PWER  BACK OFF
    kal_bool             isBtPwrBack;
    kal_uint8            rsvd[2];
}idc_bt_max_power_backoff_ntf_struct;

typedef struct _idc_consys_resend_ntf_struct
{
    idc_sw_msg_header    msg_header;
    kal_bool             isConsys;
    kal_uint8            rsvd[3];
}idc_consys_resend_ntf_struct;

typedef struct _idc_wifi_max_power_backoff_ntf_ilm_struct
{
    LOCAL_PARA_HDR
    idc_wifi_max_power_backoff_ntf_struct wifiMaxBackOffNtf;
}idc_wifi_max_power_backoff_ntf_ilm_struct;

typedef struct _idc_wifi_actv_bss_ntf_ilm_struct
{
    LOCAL_PARA_HDR
    idc_wifi_actv_bss_ntf_struct wifiActvBssNtf;
}idc_wifi_actv_bss_ntf_ilm_struct;

typedef struct _idc_bt_max_power_backoff_ntf_ilm_struct
{
    LOCAL_PARA_HDR
    idc_bt_max_power_backoff_ntf_struct btMaxPowerBackOffNtf;
}idc_bt_max_power_backoff_ntf_ilm_struct;

typedef struct _idc_consys_resend_ntf_ilm_struct
{
    LOCAL_PARA_HDR
    idc_consys_resend_ntf_struct consysResendNtf;
}idc_consys_resend_ntf_ilm_struct;
#endif

#if IDC_MD_CTRL_TDM_WITH_3WIRE_PTA
typedef struct _idc_consys_tdm_ntf_struct
{
    idc_sw_msg_header    msg_header;
    /* following information shall be in the same order with MSG_ID_IDC_WIFI_OPER_FREQ_NTF */
    kal_bool             isTdmForLte[MAX_WIFI_FREQ_NUM]; /* 1: LTE Rx need to block WIFI Tx */
                                                         /* 0: LTE Rx need not to block WIFI Tx */
    kal_bool             isTdmForNr[MAX_WIFI_FREQ_NUM];  /* 1: NR Rx need to block WIFI Tx */
                                                         /* 0: NR Rx need not to block WIFI Tx */
    kal_uint16           lteCellBmp[MAX_WIFI_FREQ_NUM]; /* bit X 1: WIFI Rx need to block LTE CC X Tx */
                                                        /* bit X 0: WIFI Rx need not to block LTE CC X Tx */
    kal_uint16           nrCellBmp[MAX_WIFI_FREQ_NUM];  /* bit X 1: WIFI Rx need to block NR CC X Tx */
                                                        /* bit X 0: WIFI Rx need not to block NR CC X Tx */
}idc_consys_tdm_ntf_struct;

typedef struct _idc_consys_tdm_ntf_ilm_struct
{
    LOCAL_PARA_HDR
    idc_consys_tdm_ntf_struct consysTdmNtf;
}idc_consys_tdm_ntf_ilm_struct;

typedef struct _idc_lte_int_detect_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint16             tdmOnCellBmp; /* bit X 1:  LTE CC X Rx need to block WIFI Tx */
                                         /* bit X 0:  LTE CC X Rx need not to block WIFI Tx */
    kal_uint16             rsvd;
}idc_lte_int_detect_ind_struct;

typedef struct _idc_lte_int_detect_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_lte_int_detect_ind_struct lteIntDetectInd;
}idc_lte_int_detect_ind_ilm_struct;

typedef struct _idc_nr_int_detect_ind_struct
{
    idc_sw_msg_header      msg_header;
    kal_uint16             tdmOnCellBmp; /* bit X 1:  NR CC X Rx need to block WIFI Tx */
                                         /* bit X 0:  NR CC X Rx need not to block WIFI Tx */
    kal_uint16             rsvd;
}idc_nr_int_detect_ind_struct;

typedef struct _idc_nr_int_detect_ind_ilm_struct
{
    LOCAL_PARA_HDR
    idc_nr_int_detect_ind_struct nrIntDetectInd;
}idc_nr_int_detect_ind_ilm_struct;
#endif
#endif