mcu/interface/l1/idc/idc_el1rx_str.h

#ifndef _IDC_EL1RX_STR_H
#define _IDC_EL1RX_STR_H

#include "kal_general_types.h"
#include "kal_public_defs.h"
#include "global_type.h"
#include "el1_comm_inter_category_public.h"
#include "idc_lte_def.h"
#include "idc_el1rx_enum.h"
#include "el1_enum.h"
#include "abs_time.h"

typedef struct _el1_ch_idc_freq_ntf_struct
{
    LOCAL_PARA_HDR

    EARFCN                         dlEarfcn[IDC_LTE_CC_NUM];
    EARFCN                         ulEarfcn[IDC_LTE_CC_NUM];
    LTE_BAND_E                     band[IDC_LTE_CC_NUM];
#if ((defined(__IDC_ENABLED__)) && (defined (__IDC_NRTC_ENABLE__)))
    el1_idc_power_class_enum       powerclass[IDC_LTE_CC_NUM];
#endif
    el1_ch_idc_duplex_mode_enum    duplexMode[IDC_LTE_CC_NUM];

    kal_uint8                      srv_num;
    kal_uint8                      dlBw[IDC_LTE_CC_NUM];
    kal_uint8                      ulBw[IDC_LTE_CC_NUM];
    kal_uint16                     dlFreq[IDC_LTE_CC_NUM];
    kal_uint16                     ulFreq[IDC_LTE_CC_NUM];
}el1_ch_idc_freq_ntf_struct;

typedef struct _el1_ch_idc_frame_cfg_ntf_struct
{
	LOCAL_PARA_HDR
	
	kal_uint8    srv_num;
	kal_uint8    ulDlCfg[IDC_LTE_CC_NUM];
	kal_uint8    specialSubframeCfg[IDC_LTE_CC_NUM];
	kal_bool     isNormalCp[IDC_LTE_CC_NUM];
}el1_ch_idc_frame_cfg_ntf_struct;

typedef struct _el1_ch_idc_sch_ntf_struct
{
	LOCAL_PARA_HDR
	
    kal_bool    enterSch;
}el1_ch_idc_sch_ntf_struct;

typedef struct _el1_ch_idc_drx_config_ntf_struct
{
	LOCAL_PARA_HDR

    kal_bool                    isNoDRX;
    kal_uint16                  onDuration;
    kal_uint16                  startOffst;
    kal_uint16                  shortDrxCycle;
    kal_uint16                  longDrxCycle;
    el1_ch_idc_drx_type_enum    drxType;
}el1_ch_idc_drx_config_ntf_struct;

typedef struct _el1_ch_idc_ho_ntf_struct
{
	LOCAL_PARA_HDR
	
	kal_bool    isHO;
}el1_ch_idc_ho_ntf_struct;

typedef struct _idc_el1_phs_rx_protect_status_struct
{
	LTE_SIM_INDEX                       sim_index;
	kal_bool                            active;
	kal_uint8                           ccIndex;
	kal_uint16                          freq;
	idc_el1_phs_rx_protect_type_enum    type;
}idc_el1_phs_rx_protect_status_struct;

typedef struct _el1_phs_idc_psim_swap_req_struct
{
	LOCAL_PARA_HDR
	
	LTE_SIM_INDEX    new_psim_index;
}el1_phs_idc_psim_swap_req_struct;

typedef struct _idc_el1_phs_rx_gap_susp_req_struct
{
	LOCAL_PARA_HDR
	
	kal_uint8                     seq_num;
	idc_el1_phs_rx_status_enum    rx_status[IDC_LTE_CC_NUM];
    ABS_TICK_TIME                 gap_endTime[IDC_LTE_CC_NUM];
}idc_el1_phs_rx_gap_susp_req_struct;

typedef struct _idc_el1_phs_rx_gap_resu_ind_struct
{
	LOCAL_PARA_HDR
	
	kal_uint8                     seq_num;
	idc_el1_phs_rx_status_enum    rx_status[IDC_LTE_CC_NUM];
}idc_el1_phs_rx_gap_resu_ind_struct;

typedef struct _el1_phs_idc_rx_gap_susp_cnf_struct
{
	LOCAL_PARA_HDR
	
	kal_uint8                     ack_num;
	el1_phs_idc_cnf_status_enum   cnf_status;
}el1_phs_idc_rx_gap_susp_cnf_struct;

typedef struct _idc_el1_phs_wifi_5g_status_ind_struct
{
    LOCAL_PARA_HDR

    kal_bool                      wifi_5g_status;
}idc_el1_phs_wifi_5g_status_ind_struct;

typedef struct _el1_irt_idc_actv_ntf_struct
{
	LOCAL_PARA_HDR
	
	el1_idc_rat_status_enum   lte_rat_status;
	el1_rat_set_cause_enum    cause;
}el1_irt_idc_actv_ntf_struct;

typedef struct _idc_el1_phs_psim_swap_cnf_struct
{
	LOCAL_PARA_HDR
	
	LTE_SIM_INDEX    sim_index;
}idc_el1_phs_psim_swap_cnf_struct;
#if ((defined(__IDC_ENABLED__)) && (defined (__IDC_NRTC_ENABLE__)))
typedef struct _idc_el1_nrtc_tx_power_breach_threshold_ind_struct
{
    LOCAL_PARA_HDR
    kal_uint8 cc_idx;
    kal_bool breachThreshold;
}idc_el1_nrtc_tx_power_breach_threshold_ind_struct;
#endif
#endif