mcu/interface/protocol/general/perf_api.h

/******************************************************************************
*  Copyright Statement:
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*******************************************************************************/
#ifndef _PERF_API_H_
#define _PERF_API_H_

#include "kal_general_types.h"
#include "kal_public_defs.h"
#include "kal_public_api.h"
#include "kal_trace.h"
#include "event_info_utility.h"
#include "md_sap.h"
#include "perf_msgid.h"

/********************************************
 *         TYPE DEFINITIONS & ENUMS         *
 ********************************************/
typedef enum
{
    RECOVERY_TYPE_ASSERT = 0,
    RECOVERY_TYPE_SIM_PLUG = 0, /// not support yet
    RECOVERY_TYPE_FLIGHT_MODE,
    RECOVERY_TYPE_REATTACH = RECOVERY_TYPE_FLIGHT_MODE, /// not support yet
    RECOVERY_TYPE_LTE_LOCAL_RELEASE,
    RECOVERY_TYPE_LTE_RRC_REESTABLISH,
    RECOVERY_TYPE_PERF_SUPPORT_NUM, /// the max number PERF support (not include NR)

    RECOVERY_TYPE_NR_LOCAL_RELEASE = RECOVERY_TYPE_PERF_SUPPORT_NUM,
    RECOVERY_TYPE_NR_RRC_REESTABLISH,
    RECOVERY_TYPE_NR_SCG_FAILURE_INFO,
    RECOVERY_TYPE_NR_RRC_REDIRECT_FAIL, // RRC ask ERM to notify scenario when redirection fail, and notify NRRC when scenario happened
    RECOVERY_TYPE_NR_NW_REJECT_WITH_LONG_WAIT_TIME
} protocol_exception_recovery_type_enum;

typedef enum
{
    LTE_LOCAL_RELEASE_RESULT_OK,
    LTE_LOCAL_RELEASE_RESULT_FAIL
} lte_local_release_result_enum;

typedef enum
{
    LTE_RRC_REESTABLISH_RESULT_OK,
    LTE_RRC_REESTABLISH_RESULT_ONGOING,
    LTE_RRC_REESTABLISH_RESULT_FAIL
} lte_rrc_reestablish_result_enum;

typedef enum
{
    PERF_UT_MSG_SEND_NONE = 0,
    PERF_UT_MSG_SEND_KAL,
    PERF_UT_MSG_SEND_UTT
} perf_ut_msg_send_mode_enum;

/********************
 NR related enum
********************/
 
typedef enum
{
	ERROR_RECOVERY_METHOD_NON = 0,
	ERROR_RECOVERY_METHOD_RELEASE,        
	ERROR_RECOVERY_METHOD_REEST,
    ERROR_RECOVERY_METHOD_SCG_FAIL_INFO,
} error_recovery_method_enum;

/********************************************
 *                VARIABLES                 *
 ********************************************/
#define PEFR_ALL_PROTOCOL_ID (0xF)
#define PERF_MAX_DEBUG_BUF_SIZE (128) /// in byte
#define PERF_FILENAME_LENGTH (90)
#define PERF_FUNCTION_NAME_LENGTH (50)

/********************************************
 *                STRUCTURES                *
 ********************************************/
/// interface for Offender
typedef struct
{
    void *p_buf;
    kal_uint32 size; /// size of p_buf in byte
} protocol_exception_recovery_debug_struct;

/// User API parameter: PROTOCOL_EXCEPTION_RECOVERY()
typedef struct
{
    kal_uint8 protocol_id; /**<
                             0x0 ~ 0x3: protocol stack 1 ~ 4
                             PEFR_ALL_PROTOCOL_ID (0xF): all protocol stack id
                            **/
    kal_bool disable_escalate_recovery; /// KAL_TRUE: disable escalating recovery feature
    protocol_exception_recovery_debug_struct debug;
} protocol_exception_recovery_info_struct;

/// trigger PERF primitive structure (MSG_ID_PROTOCOL_EXCEPTION_RECOVERY)
typedef struct
{
    LOCAL_PARA_HDR

    protocol_exception_recovery_type_enum recovery_type;
    protocol_exception_recovery_info_struct info;
    char filename[PERF_FILENAME_LENGTH];
    char function_name[PERF_FUNCTION_NAME_LENGTH];
    kal_uint32 line;
    //kal_uint8 debug_buff_id;
} protocol_exception_recovery_struct;

/// interface for flight mode Actor
typedef struct
{
    LOCAL_PARA_HDR

    kal_bool is_flight_mode;
    kal_uint8 ps_id; /// protocol stack id bitmap
} perf_l4bpwr_flight_mode_recovery_req, perf_l4bpwr_flight_mode_recovery_req_struct;

typedef struct
{
    LOCAL_PARA_HDR

    kal_bool result;
} perf_l4bpwr_flight_mode_recovery_cnf, perf_l4bpwr_flight_mode_recovery_cnf_struct;

/// interface for LTE local release Actor
typedef struct
{
    LOCAL_PARA_HDR

    lte_local_release_result_enum cause;
    kal_uint8 protocol_id;
} perf_emm_lte_local_release_recovery_cnf, perf_emm_lte_local_release_recovery_cnf_struct;

/// interface for LTE RRC reestablishment Actor
typedef struct
{
    LOCAL_PARA_HDR

    lte_rrc_reestablish_result_enum cause;
} perf_errc_lte_rrc_reestablishment_recovery_cnf, perf_errc_reestablishment_recovery_cnf_struct;

/********************
 NR related Struct.
********************/
/* MSG_ID_ERM_ERROR_IND*/
typedef struct
{
    LOCAL_PARA_HDR

    protocol_exception_recovery_type_enum   err_event;
    protocol_exception_recovery_info_struct info;
} erm_error_ind_struct;

/* MSG_ID_ERM_VGMM_ERROR_RECOVERY_REQ */
typedef struct
{
    LOCAL_PARA_HDR

    error_recovery_method_enum              recovery_method;
    kal_uint16                              timer_period;
} erm_vgmm_error_recovery_req_struct;

/* MSG_ID_ERM_VGMM_ERROR_RECOVERY_CNF */
typedef struct
{
    LOCAL_PARA_HDR
} erm_vgmm_error_recovery_cnf_struct;
/********************************************
 *            MACROS and API                *
 ********************************************/
/// interface for LTE Local Release Actor
/// hook function pointer from EMM to PERF
typedef kal_bool (*perf_query_is_lte_conn_status_idle_f)(kal_uint8 protocol_id);
extern void lte_local_release_actor_hook_conn_status_query_fp(perf_query_is_lte_conn_status_idle_f fp_query);

/// atomic read PERF need update IDLE status (for local release recovery result)
extern void lte_local_release_actor_update_conn_status(kal_bool is_idle, kal_uint8 protocol_id);

kal_bool protocol_exception_recovery_trigger(
        module_type module_id,
        const char *filename,
        const char *function_name,
        kal_uint32 line,
        protocol_exception_recovery_type_enum recovery_type,
        protocol_exception_recovery_info_struct *p_info);
/// Note: User shall "not" use below internal macro directly !
#define __PERF_TRIGGER(_module, _file, _func, _line, _type, _info) \
    protocol_exception_recovery_trigger(\
        (_module),\
        (_file),\
        (_func),\
        (kal_uint32)(_line),\
        (protocol_exception_recovery_type_enum)(_type),\
        (protocol_exception_recovery_info_struct *)(_info));

#define _PERF_TRIGGER(_module, _type, _info) \
    __PERF_TRIGGER((_module),__FILE__,__func__,__LINE__,(_type),(_info))

#define _PERF_TRIGGER_LITE(_module, _type, _info) \
    __PERF_TRIGGER((_module),"","",__LINE__,(_type),(_info))

/// recovery API for general user
#if defined(__MTK_TARGET__) && defined(__PERF_SUPPORT__) && !defined(__DEBUG_ASSERT_SUPPORT__) && !defined(__UE_SIMULATOR__)
/// will change before/after SQC start
#define PROTOCOL_EXCEPTION_RECOVERY _PERF_TRIGGER
#define PROTOCOL_EXCEPTION_RECOVERY_LITE _PERF_TRIGGER_LITE
#define EMM_HOOK_CONN_STATUS_QUERY_FP(_fp) lte_local_release_actor_hook_conn_status_query_fp((_fp))
#define EMM_UPDATE_CONN_STATUS_TO_PERF(_is_idle, _protocol_id) lte_local_release_actor_update_conn_status((_is_idle), (_protocol_id))

#elif defined(UNIT_TEST) && defined(__PERF_SUPPORT__) && !defined(__UE_SIMULATOR__)
    /// UT always enable API
#define PROTOCOL_EXCEPTION_RECOVERY _PERF_TRIGGER
#define PROTOCOL_EXCEPTION_RECOVERY_LITE _PERF_TRIGGER_LITE
#define EMM_HOOK_CONN_STATUS_QUERY_FP(_fp) lte_local_release_actor_hook_conn_status_query_fp((_fp))
#define EMM_UPDATE_CONN_STATUS_TO_PERF(_is_idle, _protocol_id) lte_local_release_actor_update_conn_status((_is_idle), (_protocol_id))

#else
    /// for other build, always keep assert
#define PROTOCOL_EXCEPTION_RECOVERY(_module, _type, _info) \
    ASSERT(0); \
    kal_prompt_trace((_module), "[PROTOCOL EXCEPTION] current stage is disable (%x,%x,%x)", (_module), (_type), (_info));
#define PROTOCOL_EXCEPTION_RECOVERY_LITE PROTOCOL_EXCEPTION_RECOVERY
#define EMM_HOOK_CONN_STATUS_QUERY_FP(_fp) lte_local_release_actor_hook_conn_status_query_fp((_fp))
#define EMM_UPDATE_CONN_STATUS_TO_PERF(_is_idle, _protocol_id) if ((_is_idle) && (_protocol_id)){}

#endif // ~ #if defined(__MTK_TARGET__) && !defined(__DEBUG_ASSERT_SUPPORT__) #elif defined(UNIT_TEST) #else

/// recovery API for HISR user
#define PROTOCOL_EXCEPTION_RECOVERY_HISR PROTOCOL_EXCEPTION_RECOVERY

/// recovery API for LISR without multi-thread user
#define PROTOCOL_EXCEPTION_RECOVERY_LISR PROTOCOL_EXCEPTION_RECOVERY

/// recovery API for LISR with multi-thread user
#define PROTOCOL_EXCEPTION_RECOVERY_MT_LISR PROTOCOL_EXCEPTION_RECOVERY

/// Actor result update message send
#ifdef UNIT_TEST
extern perf_ut_msg_send_mode_enum g_ut_enable_msg_send;
#ifdef __GTEST_ENABLE__
#define PERF_UT_MSG_SEND6(...) \
    if (g_ut_enable_msg_send == PERF_UT_MSG_SEND_NONE) \
    { \
    } \
    else if (g_ut_enable_msg_send == PERF_UT_MSG_SEND_UTT) \
    { \
        utt_msg_send6(__VA_ARGS__); \
    } \
    else \
    { \
        msg_send6(__VA_ARGS__); \
    }
#else
#define PERF_UT_MSG_SEND6(...) \
    if (g_ut_enable_msg_send == PERF_UT_MSG_SEND_NONE) \
    { \
    } \
    else \
    { \
        msg_send6(__VA_ARGS__); \
    }
#endif // ~ #ifdef __GTEST_ENABLE__ #else

#define PERF_MSG_SEND6(...) PERF_UT_MSG_SEND6(__VA_ARGS__)
#define ENABLE_PERF_MSG_SEND6() do{g_ut_enable_msg_send = PERF_UT_MSG_SEND_UTT;}while(0);
#define ENABLE_PERF_MSG_SEND6_FOR_MSC() do{g_ut_enable_msg_send = PERF_UT_MSG_SEND_KAL;}while(0);
#define DISABLE_PERF_MSG_SEND6() do{g_ut_enable_msg_send = PERF_UT_MSG_SEND_NONE;}while(0);
#define DISABLE_PERF_MSG_SEND6_FOR_MSC DISABLE_PERF_MSG_SEND6
#else
#define PERF_MSG_SEND6(...) msg_send6(__VA_ARGS__)
#endif // ~ #ifdef UNIT_TEST #else

#ifdef __PERF_TEST_MODE__
typedef void (*perf_test_mode_case_f)(void *param);
extern kal_uint32 perf_test_mode_regist_a_case(perf_test_mode_case_f fp, void *param);
#define PERF_REGIST_IT_CASE_FP(_fp, _param) perf_test_mode_regist_a_case((_fp), (void *)(_param))
#else
#define PERF_REGIST_IT_CASE_FP(_fp, _param)
#endif // ~ #ifdef __PERF_TEST_MODE__

#endif // ~ #ifndef _PERF_API_H_