mcu/protocol/interface/general/esm_smic_struct.h

#ifndef ESM_FAKE_SMIC_STRUCT_H
#define ESM_FAKE_SMIC_STRUCT_H

#include "kal_general_types.h"
#include "kal_public_defs.h"
#include "smic_struct.h"

#define ESM_FAKE_SMIC_MAX_PSI 10
#define ESM_FAKE_SMIC_MAX_EBI 15 //Should refer to ESM_EPSB_ID_TOTAL_NUM in module, ESM
#define ESM_FAKE_SMIC_MAX_5G_CONFIG_LEN 20 // This only used by log_smic_5g_config_option_struct
//----- For Simulating SMIC APIs -----//
typedef struct
{
    kal_bool is_ebi_active[ESM_FAKE_SMIC_MAX_EBI + 1]; // ebi -> If state is active;
} smic_4g_if_ebi_mapped_success_context_struct;

typedef struct
{
    esm_smic_epsb_context_struct epsb_context[ESM_FAKE_SMIC_MAX_EBI + 1]; // ebi -> EPSB Context;
} smic_4g_get_5g4_ebi_context_struct;

typedef struct
{
    kal_uint8   psi;
    kal_uint64  qfi_bitmap;  
} smic_get_ebi_mapped_psi_and_qfi_struct;

typedef struct
{
    kal_uint8   psi; //ebi[1] = 5 => ebi 1 <> psi 5
} smic_get_ebi_mapped_psi_after_23G4_struct;

typedef struct
{
    ps_cause_enum cause_to_nw;
    smic_4g_set_result_enum ret;  
} smic_4g_peer_msg_precheck_struct;
typedef struct
{
    smic_4g_if_ebi_mapped_success_context_struct smic_4g_if_ebi_mapped_success_api;
    smic_4g_get_5g4_ebi_context_struct           smic_4g_get_5g4_ebi_api;
    smic_get_ebi_mapped_psi_and_qfi_struct       smic_get_ebi_mapped_psi_and_qfi_api[ESM_FAKE_SMIC_MAX_EBI + 1];  // ebi -> PSI and QFI Info;
    smic_get_ebi_mapped_psi_after_23G4_struct    smic_4g_get_psi_by_ebi_after_23G4_api[ESM_FAKE_SMIC_MAX_EBI + 1];    // ebi -> PSI
    smic_4g_peer_msg_precheck_struct             smic_4g_peer_msg_precheck[ESM_FAKE_SMIC_MAX_PSI + 1]; // psi -> smic_4g_peer_msg_precheck() output
	esm_smic_precheck_epsb_context_struct	 	 smic_4g_precheck_epsb_context;
} esm_ut_fake_smic_context_struct;



typedef struct
{
    LOCAL_PARA_HDR
    esm_ut_fake_smic_context_struct esm_ut_fake_smic_context;
} esm_ut_set_fake_smic_context_struct; // MSG_ID_ESM_UT_SET_FAKE_SMIC_CONTEXT, used to set g_esm_ut_fake_smic_context

//---- [End] For Simulating SMIC APIS ----//

typedef enum
{
    FUNC_IDX_smic_4g_do_context_transfer_4g5 = 1, // Align with the start idx example in esm_uniontag.txt
    FUNC_IDX_smic_4g_if_ebi_mapped_success,
    FUNC_IDX_smic_4g_process_pdn_released,
    FUNC_IDX_smic_4g_get_5g4_ebi_context,
    FUNC_IDX_smic_get_ebi_mapped_psi_and_qfi,
    FUNC_IDX_smic_4g_set_associated_ctx_and_pco,
    FUNC_IDX_smic_4g_get_psi_by_ebi_after_23G4,
    FUNC_IDX_smic_4g_peer_msg_precheck,
} esm_log_args_of_smic_api_enum; // Define func_idx<>func_name mapping in esm_uniontag.txt


typedef struct
{
    kal_uint16 protocol_id;
    kal_uint16 protocol_config_len;
    kal_uint8 protocol_config[ESM_FAKE_SMIC_MAX_5G_CONFIG_LEN];
} log_smic_5g_config_option_struct; // This is only for ESM UT, and should include the same content as smic_5g_config_option_struct

typedef struct
{
    LOCAL_PARA_HDR
    esm_log_args_of_smic_api_enum func_idx; // Will determine the which member to use in the union func_name
    union {
        struct{
            //[In]
            kal_uint8 sim_idx;
            //[Out]
            kal_bool ret;
        } smic_4g_do_context_transfer_4g5;

        struct{
            //[In]
            kal_uint8 sim_idx;
            kal_uint8 ebi;
            kal_uint8 psi;
            //[Out]
            kal_bool ret;
        } smic_4g_if_ebi_mapped_success;

        struct{
            //[In]
            kal_uint8 sim_idx;
            kal_uint8 ebi;
            //[Out]
            //(void)
        } smic_4g_process_pdn_released;

        struct{
            //[In]
            kal_uint8 sim_idx;
            kal_uint8 ebi;
            //[Out]
            esm_smic_epsb_context_struct ebi_ctx;
            kal_bool ret;
        } smic_4g_get_5g4_ebi_context;

        struct{
            //[In]
            kal_uint8 sim_idx;
            kal_uint8 ebi;
            //[Out]
            kal_uint8 psi;
            kal_uint64 qfi_bitmap;
            kal_bool ret;
        } smic_get_ebi_mapped_psi_and_qfi;

        struct{
            //[In]
            kal_uint8 sim_idx;
            kal_uint8 ebi;
            kal_uint8 psi; 
            esm_smic_epsb_context_struct associated_ctx;
            log_smic_5g_config_option_struct pco_5g[SMIC_MAX_NUM_OF_5G_IE_IN_PCO];
            kal_uint8 num_of_pco_5g;
            //[Out]
            //ps_cause_enum cause_to_nw;
            //tft_bearer_act_enum bearer_action;
            smic_4g_set_result_enum ret;
        } smic_4g_set_associated_ctx_and_pco;

        struct 
        {
            //[In]
            kal_uint8 sim_idx;
            kal_uint8 ebi;
            //[Out]
            kal_uint8 psi;
            kal_bool ret;            
        } smic_4g_get_psi_by_ebi_after_23G4;


        struct
        {
            //[in]
            kal_uint8 sim_idx;  
            kal_uint8 psi;
            kal_uint8 ebi;
            smic_esm_peer_msg_precheck_info_struct esm_precheck_info;
            log_smic_5g_config_option_struct pco_5g[SMIC_MAX_NUM_OF_5G_IE_IN_PCO];
            kal_uint8 num_of_pco_5g;
            tft_bearer_act_enum bearer_action;
            //[out]
            ps_cause_enum cause_to_nw;
            smic_4g_set_result_enum ret;
        } smic_4g_peer_msg_precheck;

    } func_name;
} esm_log_args_of_smic_api_struct; // MSG_ID_ESM_LOG_ARGS_OF_SMIC_API

#endif