LTE_NR.h

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#pragma once
/************************************************************************************
* Copyright (C) 2021                                                                *
* TETCOS, Bangalore. India                                                          *
*                                                                                   *
* Tetcos owns the intellectual property rights in the Product and its content.      *
* The copying, redistribution, reselling or publication of any or all of the        *
* Product or its content without express prior written consent of Tetcos is         *
* prohibited. Ownership and / or any other right relating to the software and all   *
* intellectual property rights therein shall remain at all times with Tetcos.       *
*                                                                                   *
* This source code is licensed per the NetSim license agreement.                    *
*                                                                                   *
* No portion of this source code may be used as the basis for a derivative work,    *
* or used, for any purpose other than its intended use per the NetSim license       *
* agreement.                                                                        *
*                                                                                   *
* This source code and the algorithms contained within it are confidential trade    *
* secrets of TETCOS and may not be used as the basis for any other software,        *
* hardware, product or service.                                                     *
*                                                                                   *
* Author:    Shashi Kant Suman                                                      *
*                                                                                   *
* ----------------------------------------------------------------------------------*/
#ifndef _NETSIM_LTE_NR_H_
#define _NETSIM_LTE_NR_H_
 
#pragma region HEADER_FILES_AND_WARNING_REMOVAL
#include "List.h"
#pragma warning ( disable : 4090 )
#pragma warning ( disable : 4100 )
#pragma warning ( disable : 4189 )
#pragma warning ( disable : 4244 )
#pragma endregion
 
#ifdef  __cplusplus
extern "C" {
#endif
 
#pragma region LOG_MACRO
#define LTENR_LOG
 
#ifdef  LTENR_LOG
//#define LTENR_LOG_DEV
//#define LTENR_PROPAGATION_LOG
//#define LTENR_RADIO_MEASUREMENTS_LOG
//#define LTENR_PDCP_LOG
//#define LTENR_RADIO_RESOURCE_ALLOCATION_LOG
#define LTENR_MACMULTIPLEX_HARQ_LOG
//#define LTENR_RLC_LOG
//#ifdef LTENR_RLC_LOG
//#define LTENR_RLC_BUFFERSTATUSREPORTING_LOG
//#define LTENR_RLC_TRANSMISSIONSTATUSNOTIFICATION_LOG
#endif //  LTENR_LOG
#pragma endregion
 
#pragma region TYPEDEFS
    // Typedef's that are referenced in multiple headers file
    typedef struct stru_LTENR_AssociatedUEPhyInfo LTENR_ASSOCIATEDUEPHYINFO, * ptrLTENR_ASSOCIATEDUEPHYINFO;
    typedef struct stru_LTENR_GNBPHY LTENR_GNBPHY, * ptrLTENR_GNBPHY;
#pragma endregion //TYPEDEFS
 
#pragma region DEVICE_TYPE
    static bool isFastProcessing = true;
    /**
    * @enum enum_LTE_NR_DEVICE_TYPE
    * @brief Types of DEVICE
    */
    typedef enum enum_LTE_NR_DEVICE_TYPE
    {
        LTENR_DEVICETYPE_UE = 0,
        LTENR_DEVICETYPE_GNB = 1,
        LTENR_DEVICETYPE_ENB = 1,
        LTENR_DEVICETYPE_EPC = 2,
        LTENR_DEVICETYPE_AMF = 3,
        LTENR_DEVICETYPE_SMF = 4,
        LTENR_DEVICETYPE_UPF = 5,
        LTENR_DEVICETYPE_LAST, //Keep me at last
    }LTENR_DEVICETYPE;
    static const char* strLTENR_DEVICETYPE[] =
    { "UE","gNB","EPC","AMF","SMF","UPF","Unknown" };
#pragma endregion
 
#pragma region LTENR_LogicalChannel
    /**
    * @enum enum_LTENR_LogicalChannel
    * @brief Types of Logical Channel
    */
    typedef enum enum_LTENR_LogicalChannel
    {
        LTENR_LOGICALCHANNEL_NONE,
        LTENR_LOGICALCHANNEL_PCCH, // Paging Control Channel
        LTENR_LOGICALCHANNEL_BCCH, // Broadcast Control Channel
        LTENR_LOGICALCHANNEL_CCCH, // Common Control Channel
        LTENR_LOGICALCHANNEL_DCCH, // Dedicated Control Channel 
        LTENR_LOGICALCHANNEL_DTCH, // Dedicated Traffic Channel
        LTENR_LOGICALCHANNEL_LAST, // Keep me at last
    }LTENR_LOGICALCHANNEL;
    static const char* strLTENR_LOGICALCHANNEL[] =
    { "NONE","PCCH","BCCH","CCCH","DCCH","DTCH","Unknown" };
#pragma endregion
 
#pragma region LTENR_SRB
    /**
    * @enum enum_LTENR_SRB
    * @brief Types of SRB
    */
    typedef enum enum_LTENR_SRB
    {
        LTENR_SRB0,
        LTENR_SRB1,
        LTENR_SRB2,
        LTENR_NA,
        LTENR_LAST,
    }LTENR_SRB;
    static const char* strLTENR_SRB[] =
    { "SRB0","SRB1","SRB2","N/A","Unknown" };
#pragma endregion
 
#pragma region LTENR_TransportChannel
    /**
    * @enum enum_LTENR_TransportChannel
    * @brief Types of Transport Channel
    */
    typedef enum enum_LTENR_TransportChannel
    {
        LTENR_TRANSPORTCHANNEL_NONE,
        LTENR_TRANSPORTCHANNEL_BCH, // Broadcast Channel
        LTENR_TRANSPORTCHANNEL_PCH, // Paging Channel
        LTENR_TRANSPORTCHANNEL_DL_SCH, // Downlink Shared Channel
        LTENR_TRANSPORTCHANNEL_UL_SCH, // Uplink Shared Channel
        LTENR_TRANSPORTCHANNEL_RACH, // Random Access Channel
        LTENR_TRANSPORTCHANNEL_LAST, // Keep me at last
    }LTENR_TRANSPORTCHANNEL;
    static const char* strLTENR_TRANSPORTCHANNEL[] =
    { "NONE","BCH","PCH","DL-SCH","UL-SCH","RACH","Unknown" };
#pragma endregion
 
#pragma region LTENR_PhysicalChannel
    /**
    * @enum enum_LTENR_PhysicalChannel
    * @brief Types of Physical Channel
    */
    typedef enum enum_LTENR_PhysicalChannel
    {
        LTENR_PHYSICALCHANNEL_NONE,
        LTENR_PHYSICALCHANNEL_PBCH,     // Physical broadcast channel
        LTENR_PHYSICALCHANNEL_PDCCH,    // Physical downlink control channel
        LTENR_PHYSICALCHANNEL_PDSCH,    // Physical downlink shared channel
        LTENR_PHYSICALCHANNEL_PRACH,    // Physical random access channel
        LTENR_PHYSICALCHANNEL_PUSCH,    // physical uplink shared channel
        LTENR_PHYSICALCHANNEL_PUCCH,    // Physical uplink control channel
        LTENR_PHYSICALCHANNEL_LAST,     // Keep me at last
    }LTENR_PHYSICALCHANNEL;
    static const char* strLTENR_PHYSICALCHANNEL[] =
    { "NONE","PBCH","PDCCH","PDSCH","PRACH","PUSCH","PUCCH","Unknown" };
#pragma endregion
 
#pragma region LTENR_RLCMode
    /**
    * @enum enum_LTENR_RLCMode
    * @brief Types of RLC Mode
    */
    typedef enum enum_LTENR_RLCMode
    {
        LTENR_RLCMODE_TM, // Transparent Mode
        LTENR_RLCMODE_UM, // Unacknowledged mode
        LTENR_RLCMODE_AM, // Acknowledged mode
    }LTENR_RLCMODE;
    static const char* strLTENR_RLCMODE[] =
    { "Transparent Mode","Unacknowledged Mode", "Acknowledged Mode" };
#pragma endregion 
 
#pragma region LTENR_INTERFACE_TYPE
    /**
    * @enum enum_LTENR_INTERFACE_TYPE
    * @brief Type of Interfaces 
    */
    typedef enum enum_LTENR_INTERFACE_TYPE {
        nGC_INTERFACE_NULL,
        nGC_INTERFACE_LTE,//4G interface
        nGC_INTERFACE_RAN,//(R)AN--Uu--UE
        nGC_INTERFACE_N1_N2,//UE--N1--AMF //(R)AN--N2--AMF
        nGC_INTERFACE_N3,//UPF--N3--(R)AN
        nGC_INTERFACE_N4,//UPF--N4--SMF
        nGC_INTERFACE_N11,//AMF--N11--SMF
        nGC_INTERFACE_N6,//UPF--N6--DN
        nGC_INTERFACE_XN,//GNB--Xn--GNB
        nGC_INTERFACE_LTE_S1,
        nGC_INTERFACE_LAST,
    }LTENR_INTERFACE_TYPE;
    static const char* strLTENR_DEVICEINTERFACETYPE[] =
    { "Invalid", "LTE","5G_RAN", "5G_N1_N2","5G_N3","5G_N4","5G_N11","5G_N6", "5G_XN", "LTE_S1","Unknown" };
#pragma endregion
 
#pragma region LTE_NR_SUBLAYER
    /**
    * @enum enum_LTE_NR_SUBLAYER
    * @brief Type to Sublayers
    */
    typedef enum enum_LTE_NR_SUBLAYER
    {
        LTENR_SUBLAYER_NGAP,
        LTENR_SUBLAYER_GTP_U,
        LTENR_SUBLAYER_NAS_MM,
        LTENR_SUBLAYER_NAS_SM,
        LTENR_SUBLAYER_PFCP,
        LTENR_SUBLAYER_EPC,
        LTENR_SUBLAYER_NAS,
        LTENR_SUBLAYER_SDAP,
        LTENR_SUBLAYER_RRC,
        LTENR_SUBLAYER_PDCP,
        LTENR_SUBLAYER_RLC,
        LTENR_SUBLAYER_MACSCHEDULER,
        LTENR_SUBLAYER_MAC,
        LTENR_SUBLAYER_PHY,
        LTENR_SUBLAYER_LAST, // Keep me at last
    }LTENR_SUBLAYER;
#pragma endregion
 
#pragma region FUN_DEF_OUT_AND_IN
    //EPC
    void LTENR_EPC_NetworkOut();
 
    //Core
    void fn_NetSim_LTENR_AMF_PACKET_HANDLER();
    void fn_NetSim_LTENR_SMF_UPF_PACKET_HANDLER();
    void fn_NetSim_LTENR_GNB_CORE_PACKET_HANDLER();
 
    //NAS
    void fn_NetSim_NAS_IN();
    void fn_NetSim_LTENR_Handover_RECV();
 
    //PDCP 
    void fn_NetSim_LTENR_PDCP_TransmitPDCPSDU();
    void fn_NetSim_LTENR_PDCP_ReceivePDCPSDU();
 
    //RRC
    void fn_NetSim_LTENR_RRC_MacOut();
    void fn_NetSim_LTENR_RRC_MacIn();
 
    //RLC
    void fn_NetSim_LTENR_RLC_HandlePDUFromUpperLayer();
    void fn_NetSim_LTENR_RLC_HandleMACIN();
 
    //SDAP
    void fn_NetSim_LTENR_SDAP_HandleMacOut();
    void fn_NetSim_LTENR_SDAP_HandleMacIn();
 
    //MAC
    void macOut();
    void macIn();
 
    //HARQ
    void fn_NetSim_LTENR_HARQ_Init();
    void HARQAssociationHandler(NETSIM_ID gnbId, NETSIM_ID gnbIf, NETSIM_ID ueId, NETSIM_ID ueIf, bool isAssociated);
    void fn_NetSim_LTENR_HARQ_Finish();
    void fn_NetSim_LTENR_HARQ_StoreDLPacket();
    void fn_NetSim_LTENR_HARQ_StoreULPacket();
    void fn_NetSim_LTENR_HARQ_HandleSlotStart(NETSIM_ID gnbId, NETSIM_ID gnbIf, int caId);
    void fn_NetSim_LTENR_HARQ_TransmitDownLinkCBG(NETSIM_ID gnbId, NETSIM_ID gnbIf, ptrLTENR_ASSOCIATEDUEPHYINFO info, int caId);
    void fn_NetSim_LTENR_HARQ_TransmitUpLinkCBG(NETSIM_ID gnbId, NETSIM_ID gnbIf, ptrLTENR_ASSOCIATEDUEPHYINFO info, int caId);
    void fn_NetSim_LTENR_HARQ_AllocateCBG(NETSIM_ID gnbId, NETSIM_ID gnbIf, int caId);
    void fn_NetSim_LTENR_HARQ_Transmit(NETSIM_ID gNBId, NETSIM_ID gNBIf, int caId);
    bool fn_NetSim_LTENR_HARQ_GetNDIFlag(ptrLTENR_ASSOCIATEDUEPHYINFO assocInfo, bool isUplink, int caId);
    UINT fn_NetSim_LTENR_HARQ_GetPRBReqdForRetx(ptrLTENR_ASSOCIATEDUEPHYINFO assocInfo, bool isUplink, int caId);
#pragma endregion
 
#pragma region OUT_AND_IN_MACROS
#ifdef OUT
#undef OUT
#define OUT 0
#endif
#ifdef IN
#undef IN
#define IN 1
#endif
#pragma endregion
 
#pragma region LTENR_SublayerInfo
    typedef struct stru_LTENR_SublayerInfo
    {
        LTENR_SUBLAYER subLayer;
        char name[50];
        void(*fnOut)(); // Call back function for out event
        void(*fnIn)(); // Call back function for in event
    }LTENR_SUBLAYERINFO, *ptrLTENR_SUBLAYERINFO;
    static LTENR_SUBLAYERINFO subLayerInfo[LTENR_SUBLAYER_LAST] =
    {
        {LTENR_SUBLAYER_NGAP,"NGAP",NULL,NULL},
        {LTENR_SUBLAYER_GTP_U,"GTP-U",NULL,NULL},
        {LTENR_SUBLAYER_NAS_MM,"NAS-MM",NULL,NULL},
        {LTENR_SUBLAYER_NAS_SM,"NAS-SM",NULL,NULL},
        {LTENR_SUBLAYER_PFCP,"PFCP",NULL,NULL},
        {LTENR_SUBLAYER_EPC,"EPC",LTENR_EPC_NetworkOut,NULL},
        {LTENR_SUBLAYER_NAS,"NAS",NULL,fn_NetSim_NAS_IN},
        {LTENR_SUBLAYER_SDAP,"SDAP",fn_NetSim_LTENR_SDAP_HandleMacOut,fn_NetSim_LTENR_SDAP_HandleMacIn},
        {LTENR_SUBLAYER_RRC,"RRC",fn_NetSim_LTENR_RRC_MacOut, fn_NetSim_LTENR_RRC_MacIn},
        {LTENR_SUBLAYER_PDCP,"PDCP",fn_NetSim_LTENR_PDCP_TransmitPDCPSDU,fn_NetSim_LTENR_PDCP_ReceivePDCPSDU},
        {LTENR_SUBLAYER_RLC,"RLC",fn_NetSim_LTENR_RLC_HandlePDUFromUpperLayer,fn_NetSim_LTENR_RLC_HandleMACIN},
        {LTENR_SUBLAYER_MACSCHEDULER,"MACSCHEDULER",NULL,NULL},
        {LTENR_SUBLAYER_MAC,"MAC",macOut,macIn},
        {LTENR_SUBLAYER_PHY,"PHY",NULL,NULL},
    };
    void fnCallSublayer(LTENR_SUBLAYER layer, int c);
#define LTENR_CallEPCOut()          (fnCallSublayer(LTENR_SUBLAYER_EPC,OUT))
#define LTENR_CallNASOut()          (fnCallSublayer(LTENR_SUBLAYER_NAS,OUT))
#define LTENR_CallNASIn()           (fnCallSublayer(LTENR_SUBLAYER_NAS,IN))
#define LTENR_CallSDAPOut()         (fnCallSublayer(LTENR_SUBLAYER_SDAP,OUT))
#define LTENR_CallSDAPIn()          (fnCallSublayer(LTENR_SUBLAYER_SDAP,IN))
#define LTENR_CallRRCOut()          (fnCallSublayer(LTENR_SUBLAYER_RRC,OUT))
#define LTENR_CallRRCIn()           (fnCallSublayer(LTENR_SUBLAYER_RRC,IN))
#define LTENR_CallPDCPOut()         (fnCallSublayer(LTENR_SUBLAYER_PDCP,OUT))
#define LTENR_CallPDCPIN()          (fnCallSublayer(LTENR_SUBLAYER_PDCP,IN))
#define LTENR_CallRLCOut()          (fnCallSublayer(LTENR_SUBLAYER_RLC,OUT))
#define LTENR_CallRLCIn()           (fnCallSublayer(LTENR_SUBLAYER_RLC,IN))
#define LTENR_CallMACSCHEDULEROut() (fnCallSublayer(LTENR_SUBLAYER_MACSCHEDULER,OUT))
#define LTENR_CallMACSCHEDULERIn()  (fnCallSublayer(LTENR_SUBLAYER_MACSCHEDULER,IN))
#define LTENR_CallMACOut()          (fnCallSublayer(LTENR_SUBLAYER_MAC,OUT))
#define LTENR_CallMACIn()           (fnCallSublayer(LTENR_SUBLAYER_MAC,IN))
#pragma endregion
 
#pragma region ASSOCIATION_STRUCT_AND_APIs
    typedef struct stru_LTENR_ASSOCIATIONINFO
    {
        NETSIM_ID d;
        NETSIM_ID in;
        struct stru_LTENR_ASSOCIATIONINFO* next;
    }LTENR_ASSOCIATIONINFO, *ptrLTENR_ASSOCIATIONINFO;
    void LTENR_ASSOCIATEINFO_ADD(NETSIM_ID d,
                                 NETSIM_ID in,
                                 NETSIM_ID rd,
                                 NETSIM_ID rin);
    void LTENR_ASSOCIATEINFO_REMOVE(NETSIM_ID d,
                                    NETSIM_ID in,
                                    NETSIM_ID rd,
                                    NETSIM_ID rin);
    ptrLTENR_ASSOCIATIONINFO LTENR_ASSOCIATEINFO_FIND(NETSIM_ID d,
                                                      NETSIM_ID in,
                                                      NETSIM_ID rd /*OPTIONAL, Return first association*/,
                                                      NETSIM_ID rin /*OPTIONAL, Return first association for rd*/);
#define LTENR_ISASSOCIATED(d,in,rd,rin) (LTENR_ASSOCIATEINFO_FIND(d,in,rd,rin)!=NULL)
    NETSIM_ID LTENR_FIND_ASSOCIATEINTERFACE(NETSIM_ID d, NETSIM_ID i, NETSIM_ID rd);
#define LTENR_FIND_ASSOCIATEDGNB(ueId,ueIn) (isUE(ueId,ueIn)?LTENR_ASSOCIATEINFO_FIND(ueId,ueIn,0,0)->d:0)
    void fn_NetSim_LTENR_InitAssociation();
    void fn_NetSim_LTENR_RegisterCallBackForAssociation(void(*fnCallBack)(NETSIM_ID gnbId,
                                                                          NETSIM_ID gnbIf,
                                                                          NETSIM_ID ueId,
                                                                          NETSIM_ID ueIf,
                                                                          bool isAssociated));
#pragma endregion
 
#pragma region NGAP_PROTODATA
    typedef struct stru_LTE_NR_NGAP_DATA {
        NETSIM_ID d;
        NETSIM_ID in;
        NETSIM_IPAddress destIPaddr;
        NETSIM_ID destid;
        LTENR_INTERFACE_TYPE IFType;
        _ptr_ele ele;
    }LTE_NR_NGAP_DATA, *ptrLTE_NR_NGAP_DATA;
#define LTENR_NGAP_DATA_ALLOC()         (list_alloc(sizeof(LTE_NR_NGAP_DATA),offsetof(LTE_NR_NGAP_DATA,ele)))
#define LTENR_NGAP_DATA_NEXT(info)          (LIST_NEXT(info))
#define LTENR_NGAP_DATA_ADD(info,e)     (LIST_ADD_LAST(&(info),e))
#define LTENR_NGAP_DATA_REMOVE(info,e)      (LIST_REMOVE(&(info),e))
#pragma endregion
 
#pragma region PFCP_PROTODATA
    typedef struct stru_LTE_NR_PFCP_DATA {
        NETSIM_ID d;
        NETSIM_ID in;
        NETSIM_IPAddress destIPaddr;
        NETSIM_ID destid;
        LTENR_INTERFACE_TYPE IFType;
        _ptr_ele ele;
    }LTE_NR_PFCP_DATA, * ptrLTE_NR_PFCP_DATA;
#define LTENR_PFCP_DATA_ALLOC()         (list_alloc(sizeof(LTE_NR_PFCP_DATA),offsetof(LTE_NR_PFCP_DATA,ele)))
#define LTENR_PFCP_DATA_NEXT(info)          (LIST_NEXT(info))
#define LTENR_PFCP_DATA_ADD(info,e)     (LIST_ADD_LAST(&(info),e))
#define LTENR_PFCP_DATA_REMOVE(info,e)      (LIST_REMOVE(&(info),e))
#pragma endregion
 
#pragma region GTPU_PROTODATA
    typedef struct stru_LTE_NR_GTPU_DATA {
        NETSIM_ID d;
        NETSIM_ID in;
        NETSIM_IPAddress destIPaddr;
        NETSIM_ID destid;
        LTENR_INTERFACE_TYPE IFType;
        _ptr_ele ele;
    }LTE_NR_GTPU_DATA, * ptrLTE_NR_GTPU_DATA;
#define LTENR_GTPU_DATA_ALLOC()         (list_alloc(sizeof(LTE_NR_GTPU_DATA),offsetof(LTE_NR_GTPU_DATA,ele)))
#define LTENR_GTPU_DATA_NEXT(info)          (LIST_NEXT(info))
#define LTENR_GTPU_DATA_ADD(info,e)     (LIST_ADD_LAST(&(info),e))
#define LTENR_GTPU_DATA_REMOVE(info,e)      (LIST_REMOVE(&(info),e))
#pragma endregion
 
#pragma region GTPC_PROTODATA
    typedef struct stru_LTE_NR_N11STACK_DATA {
        NETSIM_ID d;
        NETSIM_ID in;
        NETSIM_IPAddress destIPaddr;
        NETSIM_ID destid;
        LTENR_INTERFACE_TYPE IFType;
        _ptr_ele ele;
    }LTE_NR_N11STACK_DATA, * ptrLTE_NR_N11STACK_DATA;
#define LTENR_N11STACK_DATA_ALLOC()         (list_alloc(sizeof(LTE_NR_N11STACK_DATA),offsetof(LTE_NR_N11STACK_DATA,ele)))
#define LTENR_N11STACK_DATA_NEXT(info)          (LIST_NEXT(info))
#define LTENR_N11STACK_DATA_ADD(info,e)     (LIST_ADD_LAST(&(info),e))
#define LTENR_N11STACK_DATA_REMOVE(info,e)      (LIST_REMOVE(&(info),e))
#pragma endregion
 
#pragma region NSA
    typedef enum enum_LTENR_CELL_TYPES 
    {
        CELL_TYPE_NONE,
        MMWAVE_CELL_TYPE,
        NON_MMWAVE_CELL_TYPE,
    }LTENR_CELL_TYPES;
 
    typedef enum enum_LTENR_NSA_MODES {
        NSA_MODE_OPTION3,
        NSA_MODE_OPTION3A,
        NSA_MODE_OPTION3X,
        NSA_MODE_OPTION4,
        NSA_MODE_OPTION4A,
        NSA_MODE_OPTION7,
        NSA_MODE_OPTION7A,
        NSA_MODE_OPTION7X,
        NSA_MODE_LAST,
    }LTENR_NSA_MODES;
    static const char* strLTENR_NSA_MODES[] =
    { "OPTION_3","OPTION_3A","OPTION_3X","OPTION_4","OPTION_4A","OPTION_7",
        "OPTION_7A", "OPTION_7X","Unknown" };
#pragma endregion
 
#pragma region PROTODATA_AND_APIs
    typedef struct stru_LTE_NR_Protocol_Data
    {
        LTENR_DEVICETYPE deviceType;
        NETSIM_ID deviceId;
        NETSIM_ID interfaceId;
        LTENR_INTERFACE_TYPE IFType;
        MAC_LAYER_PROTOCOL macProtocol;
 
        //Core
        NETSIM_ID associateCount;
        NETSIM_ID NGAP_COUNT;
        bool isNGAPDATA;
        ptrLTE_NR_NGAP_DATA NGAPDATA;
 
        NETSIM_ID PFCP_COUNT;
        bool isPFCPDATA;
        ptrLTE_NR_PFCP_DATA PFCPDATA;
 
        NETSIM_ID GTPU_COUNT;
        bool isGTPUDATA;
        ptrLTE_NR_GTPU_DATA GTPUDATA;
        
        NETSIM_ID N11STACK_COUNT;
        bool isN11STACK;
        ptrLTE_NR_N11STACK_DATA N11STACKDATA;
 
        char* connectedAMFName;
        char* connectedSMFName;
        char* connectedUPFName;
        
        //Config parameter -- RRC
        double T300;
        double ueMeasurementReportPeriod;
        double mibPeriod;
        double sib1Period;
        double InteruptionTime_ms;
        //Config parameter -- PDCP
        double discardTimer;
        bool isHdrCompression;
        bool isoutOfOrderDelivery;
        double t_reorderingTimer;
 
        //Config parameter -- RLC
        char* maxRetxThreshold;
        char* pollPdu;
        char* pollBytes;
        char* t_reassembly;
        char* t_pollRetransmit;
        char* t_statusProhibit;
 
        //Config parameter -- MAC
        char* schedulingType;
 
        //Config parameter -- HARQ
        bool isHARQEnable;
        UINT HARQ_ProcessCount;
        UINT maxCBGPerTB; // 2,4,6,8
 
        //Config parameter -- HandoverMargin
        double HandoverMargin;
 
        //Config parameter -- OLLA
        double targetBLER;
 
        ptrLTENR_ASSOCIATIONINFO associationInfo;
        void* LTENR_LAYER_DATA[LTENR_DEVICETYPE_LAST][LTENR_SUBLAYER_LAST];
 
        int series3GPP;
 
        //Dual connectivity
        bool isDCEnable;
        bool isSNConnect;
        LTENR_CELL_TYPES MasterCellType;
        LTENR_CELL_TYPES SecCellType;
        LTENR_NSA_MODES NSA_MODE;
    }LTENR_PROTODATA,*ptrLTENR_PROTODATA;
    ptrLTENR_PROTODATA LTENR_PROTOCOLDATA_ALLOC(NETSIM_ID d,
                                                NETSIM_ID in);
    void LTENR_PROTOCOLDATA_FREE(NETSIM_ID d,
                                 NETSIM_ID in);
    void* LTENR_SUBLAYER_DATA_GET(NETSIM_ID d, NETSIM_ID in,
                                  LTENR_DEVICETYPE devType,
                                  LTENR_SUBLAYER subLayer);
    void LTENR_SUBLAYER_DATA_SET(NETSIM_ID d, NETSIM_ID in,
                                 LTENR_DEVICETYPE devType,
                                 LTENR_SUBLAYER subLayer,
                                 void* data);
    bool LTENR_SUBLAYER_DATA_IsInitialized(NETSIM_ID d, NETSIM_ID in,
        LTENR_DEVICETYPE devType,
        LTENR_SUBLAYER subLayer);
    ptrLTENR_PROTODATA LTENR_PROTODATA_GET(NETSIM_ID d, NETSIM_ID in);
#define LTENR_UEPHY_GET(d,i)            (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_PHY))
#define LTENR_UEMAC_GET(d,i)            (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_MAC))
#define LTENR_UERLC_GET(d,i)            (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_RLC))
#define LTENR_UEMACSCHEDULER_GET(d,i)   (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_MACSCHEDULER))
#define LTENR_UEPDCP_GET(d,i)           (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_PDCP))
#define LTENR_UERRC_GET(d,i)            (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_RRC))
#define LTENR_UESDAP_GET(d,i)           (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_SDAP))
#define LTENR_GNBPHY_GET(d,i)           ((ptrLTENR_GNBPHY)(LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_PHY)))
#define LTENR_GNBMAC_GET(d,i)           (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_MAC))
#define LTENR_GNBRLC_GET(d,i)           (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_RLC))
#define LTENR_GNBMACSCHEDULER_GET(d,i)  (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_MACSCHEDULER))
#define LTENR_GNBPDCP_GET(d,i)          (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_PDCP))
#define LTENR_GNBRRC_GET(d,i)           (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_RRC))
#define LTENR_GNBSDAP_GET(d,i)          (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_SDAP))
#define LTENR_EPC_GET(d,i)              (LTENR_SUBLAYER_DATA_GET(d,i,LTENR_DEVICETYPE_EPC,LTENR_SUBLAYER_EPC))
 
    //5G core -- AMF
#define LTENR_AMF_NGAP_GET(d)               (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_AMF,LTENR_SUBLAYER_NGAP))
#define LTENR_AMF_NGAP_SET(d,data)          (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_AMF,LTENR_SUBLAYER_NGAP,data))
#define LTENR_AMF_NAS_MM_GET(d)             (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_AMF,LTENR_SUBLAYER_NAS_MM))
#define LTENR_AMF_NAS_MM_SET(d,data)        (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_AMF,LTENR_SUBLAYER_NAS_MM,data))
 
    //5G core -- SMF
#define LTENR_SMF_GTP_U_GET(d)              (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_SMF,LTENR_SUBLAYER_GTP_U))
#define LTENR_SMF_GTP_U_SET(d,data)         (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_SMF,LTENR_SUBLAYER_GTP_U,data))
#define LTENR_SMF_NAS_SM_GET(d)             (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_SMF,LTENR_SUBLAYER_NAS_SM))
#define LTENR_SMF_NAS_SM_SET(d,data)        (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_SMF,LTENR_SUBLAYER_NAS_SM,data))
#define LTENR_SMF_PFCP_GET(d)               (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_SMF,LTENR_SUBLAYER_PFCP))
#define LTENR_SMF_PFCP_SET(d,data)          (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_SMF,LTENR_SUBLAYER_PFCP,data))
 
    //5G core -- UPF
#define LTENR_UPF_GTP_U_GET(d)              (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_UPF,LTENR_SUBLAYER_GTP_U))
#define LTENR_UPF_GTP_U_SET(d,data)         (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_UPF,LTENR_SUBLAYER_GTP_U,data))
#define LTENR_UPF_PFCP_GET(d)               (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_UPF,LTENR_SUBLAYER_PFCP))
#define LTENR_UPF_PFCP_SET(d,data)          (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_UPF,LTENR_SUBLAYER_PFCP,data))
 
    //5G core -- gNB
#define LTENR_GNB_NGAP_GET(d)               (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_NGAP))
#define LTENR_GNB_NGAP_SET(d,data)          (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_NGAP,data))
#define LTENR_GNB_GTP_U_GET(d)              (LTENR_SUBLAYER_DATA_GET(d,0,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_GTP_U))
#define LTENR_GNB_GTP_U_SET(d,data)         (LTENR_SUBLAYER_DATA_SET(d,0,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_GTP_U,data))
 
#define LTENR_UEPHY_SET(d,i,data)           (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_PHY,data))
#define LTENR_UEMAC_SET(d,i,data)           (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_MAC,data))
#define LTENR_UERLC_SET(d,i,data)           (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_RLC,data))
#define LTENR_UEMACSCHEDULER_SET(d,i,data)  (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_MACSCHEDULER,data))
#define LTENR_UEPDCP_SET(d,i,data)          (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_PDCP,data))
#define LTENR_UERRC_SET(d,i,data)           (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_RRC,data))
#define LTENR_UESDAP_SET(d,i,data)          (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_SDAP,data))
#define LTENR_GNBPHY_SET(d,i,data)          (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_PHY,data))
#define LTENR_GNBMAC_SET(d,i,data)          (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_MAC,data))
#define LTENR_GNBRLC_SET(d,i,data)          (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_RLC,data))
#define LTENR_GNBMACSCHEDULER_SET(d,i,data) (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_MACSCHEDULER,data))
#define LTENR_GNBPDCP_SET(d,i,data)         (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_PDCP,data))
#define LTENR_GNBRRC_SET(d,i,data)          (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_RRC,data))
#define LTENR_GNBSDAP_SET(d,i,data)         (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_SDAP,data))
#define LTENR_EPC_SET(d,i,data)             (LTENR_SUBLAYER_DATA_SET(d,i,LTENR_DEVICETYPE_EPC,LTENR_SUBLAYER_EPC,data))
#define LTENR_DEVICETYPE_GET(d,i)           (LTENR_PROTODATA_GET(d,i)->deviceType)
#define LTENR_DEVICETYPE_SET(d,i,type)      (LTENR_PROTODATA_GET(d,i)->deviceType=type)
#define LTENR_GNBPDCP_ISINIT(d,i)           (LTENR_SUBLAYER_DATA_IsInitialized(d,i,LTENR_DEVICETYPE_GNB,LTENR_SUBLAYER_PDCP))
#define LTENR_UEPDCP_ISINIT(d,i)            (LTENR_SUBLAYER_DATA_IsInitialized(d,i,LTENR_DEVICETYPE_UE,LTENR_SUBLAYER_PDCP))
#define isUE(d,i)   (LTENR_DEVICETYPE_GET(d,i) == LTENR_DEVICETYPE_UE)
#define isGNB(d,i)  (LTENR_DEVICETYPE_GET(d,i) == LTENR_DEVICETYPE_GNB)
#define isEPC(d,i)  (LTENR_DEVICETYPE_GET(d,i) == LTENR_DEVICETYPE_EPC)
#define isAMF(d)    (LTENR_DEVICETYPE_GET(d,0) == LTENR_DEVICETYPE_AMF)
#define isSMF(d)    (LTENR_DEVICETYPE_GET(d,0) == LTENR_DEVICETYPE_SMF)
#define isUPF(d)    (LTENR_DEVICETYPE_GET(d,0) == LTENR_DEVICETYPE_UPF)
#define isNONRANGNB(d)  (LTENR_DEVICETYPE_GET(d,0) == LTENR_DEVICETYPE_GNB)
#define setUE(d,i)  (LTENR_DEVICETYPE_SET(d,i,LTENR_DEVICETYPE_UE))
#define setGNB(d,i) (LTENR_DEVICETYPE_SET(d,i,LTENR_DEVICETYPE_GNB))
#define setEPC(d,i) (LTENR_DEVICETYPE_SET(d,i,LTENR_DEVICETYPE_EPC))
#define setAMF(d)   (LTENR_DEVICETYPE_SET(d,0,LTENR_DEVICETYPE_AMF))
#define setSMF(d)   (LTENR_DEVICETYPE_SET(d,0,LTENR_DEVICETYPE_SMF))
#define setUPF(d)   (LTENR_DEVICETYPE_SET(d,0,LTENR_DEVICETYPE_UPF))
#define LTENR_PDCP_GET(d,i) (isUE(d,i)?LTENR_UEPDCP_GET(d,i):(isGNB(d,i)?LTENR_GNBPDCP_GET(d,i):NULL))
#define LTENR_RLC_GET(d,i)  (isUE(d,i)?LTENR_UERLC_GET(d,i):(isGNB(d,i)?LTENR_GNBRLC_GET(d,i):NULL))
#define LTENR_SDAP_GET(d,i) (isUE(d,i)?LTENR_UESDAP_GET(d,i):(isGNB(d,i)?LTENR_GNBSDAP_GET(d,i):NULL))
#pragma endregion   
 
#pragma region INTERFERENCE_MODEL
    
    typedef enum enum_LTENR_CELL_INTERFERENCE_TYPE {
        NONE,
        LTENR_GRADED_DISTANCE_BASED_WYNER_MODEL_INTERFERENCE,
        LTENR_EXACT_GEOMETRIC_MODEL_INTERFERENCE,
        LTENR_INTERFERENCE_OVER_THERMAL_INTERFERENCE
    }LTENR_CELL_INTERFERENCEACE_TYPE;
    static const char* strLTENR_CELL_INTERFERENCEACE_TYPE[] =
    { "NO_INTERFERENCE","GRADED_DISTANCE_BASED_WYNER_MODEL","EXACT_GEOMETRIC_MODEL","INTERFERENCE_OVER_THERMAL" };
    
    // Free the interference head for Wyner Model
    void free_interference();
#pragma endregion
 
#pragma region FUN_DEF_FOR_CORE_INIT
    //CORE
    void fn_NetSim_LTENR_AMF_INIT(NETSIM_ID AMFID);
    void fn_NetSim_LTENR_SMF_INIT(NETSIM_ID SMFID);
    void fn_NetSim_LTENR_UPF_INIT(NETSIM_ID UPFID);
    void fn_NetSim_LTENR_NON_RAN_GNB_INIT(NETSIM_ID GNBID);
#pragma endregion
 
#pragma region HELPER_APIs
    //LTE_NR Helper 
    bool isLTE_NRInterface(NETSIM_ID d, NETSIM_ID i);
    bool isLTENR_RANInterface(NETSIM_ID d, NETSIM_ID in);
    NETSIM_ID fn_NetSim_Get_LTENR_INTERFACE_ID_FROM_DEVICE_ID(NETSIM_ID r);
    bool fn_NetSim_LTENR_IS_S1_INTERFACE_EXISTS(NETSIM_ID d);
    NETSIM_ID fn_NetSim_LTENR_CORE_INTERFACE(NETSIM_ID d, LTENR_INTERFACE_TYPE type);
    bool fn_NetSim_isDeviceLTENR(NETSIM_ID r, NETSIM_ID rin);
    NETSIM_ID LTENR_HELPER_Get_connected_interface(NETSIM_ID d, NETSIM_ID r);
    NETSIM_ID fn_NetSim_LTENR_INTERFACE_ID_FROM_CONNECTED_DEVICE(NETSIM_ID d, NETSIM_ID in, NETSIM_ID r);
    NETSIM_ID fn_NetSim_FIND_LTENR_INTERFACE(NETSIM_ID r);
    NETSIM_ID fn_NetSim_FIND_LTE_INTERFACE(NETSIM_ID r);
    NETSIM_ID fn_NetSim_LTENR_SEC_INTEFACE_FOR_UE(NETSIM_ID d, NETSIM_ID in);
    NETSIM_ID fn_NetSim_LTENR_MASTER_INTEFACE_FOR_UE(NETSIM_ID d, NETSIM_ID in);
    bool fn_NetSim_LTENR_NSA_IS_CORE_SPLIT_EXISTS(NETSIM_ID d, NETSIM_ID in);
    bool fn_NetSim_LTENR_NSA_IS_OPTION_X_EXISTS(NETSIM_ID d, NETSIM_ID in);
    bool LTENR_GET_PACKET_FROM_ACCESS_BUFFER();
    void fn_NetSim_LTENR_SNED_TO_XN_INTERFACE(NetSim_PACKET* packet, NETSIM_ID d, NETSIM_ID in,
        NETSIM_ID r, NETSIM_ID rin, char* gateway, char* nexthop, bool flag);
#pragma endregion   
 
#pragma region EPC_APIs
    //LTE-NR EPC interface function
    void LTENR_EPC_ASSOCIATION(NETSIM_ID epcId, NETSIM_ID epcIf,
                               NETSIM_ID gnbId, NETSIM_ID gnbIf,
                               NETSIM_ID ueId, NETSIM_ID ueIf);
    void LTENR_EPC_ALLOC(NETSIM_ID d, NETSIM_ID in);
    void LTENR_GNB_SETEPC(NETSIM_ID d, NETSIM_ID in,
                          NETSIM_ID* e, NETSIM_ID* ein);
#pragma endregion
 
#pragma region FUN_DEF_FOR_INTI_METRICS_APIs
    //LTENR Interference 
    void LTENR_fn_InterferenceInit();
    //LTENR CORE
    void fn_NetSim_LTENR_CORE_Init();
    //LTE-NR NAS 
    void fn_NetSim_LTENR_NAS_Init();
 
    //LTE-NR SDAP interface function
    void fn_NetSim_LTENR_SDAP_Init();
    void fn_NetSim_LTENR_UESDAP_Init(NETSIM_ID ueId, NETSIM_ID ueIf);
    void fn_NetSim_LTENR_GNBSDAP_Init(NETSIM_ID gnbId, NETSIM_ID gnbIf);
    int fn_NetSim_LTENR_SDAP_Metrics_F(PMETRICSWRITER metricsWriter);
    int fn_NetSim_LTENR_Cell_Metrics_F(PMETRICSWRITER metricsWriter);
 
    // LTE-NR RRC interface function
    void fn_NetSim_LTENR_RRC_Init();
    void fn_NetSim_LTENR_UERRC_Init(NETSIM_ID ueId,
                                    NETSIM_ID ueInterface);
    void fn_NetSim_LTENR_GNBRRC_Init(NETSIM_ID gnbId,
                                     NETSIM_ID gnbInterface);
    bool fn_NetSim_LTENR_RRC_isConnected(NETSIM_ID d, NETSIM_ID in,
                                         NETSIM_ID r, NETSIM_ID rin);
    bool fn_NetSim_LTENR_RRC_isActive(NETSIM_ID d, NETSIM_ID in,
        NETSIM_ID r, NETSIM_ID rin);
 
    //LTE-NR PDCP interface function
    void fn_NetSim_LTENR_PDCP_Init();
    void fn_NetSim_LTENR_UEPDCP_Init(NETSIM_ID ueId,
                                     NETSIM_ID ueIf);
    void fn_NetSim_LTENR_GNBPDCP_Init(NETSIM_ID gnbId,
                                      NETSIM_ID gnbIf);
    
    //LTE-NR RLC interface function
    void fn_NetSim_LTENR_RLC_Init();
    void fn_NetSim_LTENR_UERLC_Init(NETSIM_ID ueId, NETSIM_ID ueIf);
    void fn_NetSim_LTENR_GNBRLC_Init(NETSIM_ID gnbId, NETSIM_ID gnbIf);
    UINT fn_NetSim_LTENR_RLC_BufferStatusNotificaton(NETSIM_ID d, NETSIM_ID in,
                                                     NETSIM_ID r, NETSIM_ID rin,
                                                     LTENR_LOGICALCHANNEL logicalChannel);
    void fn_NetSim_LTENR_RLC_TransmissionStatusNotification(NETSIM_ID d, NETSIM_ID in,
                                                            NETSIM_ID r, NETSIM_ID rin,
                                                            UINT size, LTENR_LOGICALCHANNEL logicalChannel);
    // LTE-NR MAC Scheduler
 
    //LTE-NR Multiplexer
    int LTENR_Mutiplexer_LDPC_SelectBaseGraph(double TBS, double R);
    void LTENR_Multiplexer_ComputeCodeBlockSize(int LDPCG, UINT TBS, UINT* C, UINT* cbs, UINT* cbs_);
 
    //LTE-NR MAC interface function
    void fn_NetSim_LTENR_MAC_Init();
    void fn_NetSim_LTENR_GNBMAC_Init(NETSIM_ID gnbId, NETSIM_ID gnbIf);
    void fn_NetSim_LTENR_UEMAC_Init(NETSIM_ID ueId, NETSIM_ID ueIf);
    void LTENR_NotifyMACForStartingSlot();
 
    //LTE-NR PHY interface function
    void fn_NetSim_LTENR_GNBPHY_Init(NETSIM_ID gnbId, NETSIM_ID gnbIf);
    void fn_NetSim_LTENR_UEPHY_Init(NETSIM_ID ueId, NETSIM_ID ueIf);
    void fn_NetSim_LTENR_PHY_Init();
    double LTENR_PHY_GetSlotEndTime(NETSIM_ID d, NETSIM_ID in);
    void fn_NetSim_LTENR_HandlePhyOut();
 
    //BLER Model
    void LTENR_FreeBLERTable();
    double LTENR_GetBLER(int tableId, int mcsIndex, int bg, int cbs, double sinr);
    bool isBLEREnable(NETSIM_ID d, NETSIM_ID in);
 
    //LTE-NR Radio Measurements log
    void LTENR_RadioMeasurements_Init();
    void LTENR_RadioMeasurements_Finish();
    void LTENR_RadioMeasurements_PDSCH_Log(ptrLTENR_GNBPHY phy, int CA_ID,
        ptrLTENR_ASSOCIATEDUEPHYINFO info);
    void LTENR_RadioMeasurements_PUSCH_Log(ptrLTENR_GNBPHY phy, int CA_ID,
        ptrLTENR_ASSOCIATEDUEPHYINFO info);
    void LTENR_RadioMeasurements_PBSCH_Log(ptrLTENR_GNBPHY phy, int CA_ID,
        ptrLTENR_ASSOCIATEDUEPHYINFO info);
 
    //LTE-NR MSG
    void LTENR_MSG_WriteTrace(NetSim_PACKET* packet, char* s);
    void LTENR_MSG_WriteTrace_APP(NetSim_PACKET* packet, char* s);
    //DC
    void fn_NetSim_LTENR_NSA_SN_HANDOVER_INIT();
#define isLTENRControlPacket(packet) ((packet)->nPacketType == PacketType_Control && ((packet)->nControlDataType/100 == MAC_PROTOCOL_LTE_NR || (packet)->nControlDataType/100 == MAC_PROTOCOL_LTE))
#pragma endregion
 
#pragma region FUN_DEF_LOGs_AND_APIs
    //LTE-NR log
    void fn_NetSim_LTE_MAC_PRBLOG();
    void close_ltenr_PRB_log();
    bool get_ltenr_log_status();
    void print_ltenr_log(char* format, ...);
    void print_ltenr_packet_log(NETSIM_ID d, NETSIM_ID in,
                                LTENR_SUBLAYER layer, NetSim_PACKET* packet,
                                bool isOut);
 
    //LTE-NR Function def
    void fn_NetSim_LTENR_EPC_RouteHOPacket();
    void fn_NetSim_PHY_MOBILITY_HANDLE(NETSIM_ID d);
 
#define LTENR_SDAP_PRINT_PACKET_LOG_OUT()   print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_SDAP,pstruEventDetails->pPacket,true)
#define LTENR_SDAP_PRINT_PACKET_LOG_IN()    print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_SDAP,pstruEventDetails->pPacket,false)
#define LTENR_RRC_PRINT_PACKET_LOG_OUT()    print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_RRC,pstruEventDetails->pPacket,true)
#define LTENR_RRC_PRINT_PACKET_LOG_IN()     print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_RRC,pstruEventDetails->pPacket,false)
#define LTENR_PDCP_PRINT_PACKET_LOG_OUT()   print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_PDCP,pstruEventDetails->pPacket,true)
#define LTENR_PDCP_PRINT_PACKET_LOG_IN()    print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_PDCP,pstruEventDetails->pPacket,false)
#define LTENR_RLC_PRINT_PACKET_LOG_OUT()    print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_RLC,pstruEventDetails->pPacket,true)
#define LTENR_RLC_PRINT_PACKET_LOG_IN()     print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_RLC,pstruEventDetails->pPacket,false)
#define LTENR_MAC_PRINT_PACKET_LOG_OUT()    print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_MAC,pstruEventDetails->pPacket,true)
#define LTENR_MAC_PRINT_PACKET_LOG_IN()     print_ltenr_packet_log(pstruEventDetails->nDeviceId,pstruEventDetails->nInterfaceId,LTENR_SUBLAYER_MAC,pstruEventDetails->pPacket,false)
#pragma endregion
 
#pragma region GLOBAL_VARIABLE_AND_UITILITY
    //CA
#define MAX_CA_COUNT (16*2) /*For TDD - 16
                            * For FDD - 16 *(1 for DL & one for UL
                            */
//BWP
#define MAX_BWP_COUNT (4) 
#define MAX_LAYER_COUNT (16) 
 
 
    //LTENR-Utility
    double str_to_time(char* time);
    UINT str_to_bytes(char* bytes);
#define CompareVal(arg0, arg1, op) \
( \
    (!_stricmp(op, ">"))    ?   (arg0 > arg1)   :( \
    (!_stricmp(op, ">="))   ?   (arg0 >= arg1)  :(\
    (!_stricmp(op, "<"))    ?   (arg0 < arg1)   :(\
    (!_stricmp(op, "<="))   ?   (arg0 <= arg1)  :(\
    (!_stricmp(op, "=="))   ?   (arg0 == arg1)  :(\
    (!_stricmp(op, "!="))   ?   (arg0 != arg1)  :false \
))))))
#pragma endregion
 
#pragma region PACKET_APIs
    //Core packet
    void LTENR_Core_Send_Packet(NETSIM_ID src, NETSIM_ID dest,
                                NETSIM_IPAddress srcIP, NETSIM_IPAddress destIP,
                                void* hdr, UINT size,
                                NETSIM_ID packetType, char* szPacketType, NETSIM_ID type);
    void LTENR_Handover_Send_Packet(NETSIM_ID src, NETSIM_ID dest,
        NETSIM_IPAddress srcIP, NETSIM_IPAddress destIP,
        void* hdr, UINT size,
        NETSIM_ID packetType, char* szPacketType, NETSIM_ID type);
    
 
    //GNB core
    void gNB_N3_Forward_packet_to_RAN(NETSIM_ID d, NETSIM_ID in, NETSIM_ID rin, NetSim_PACKET* packet);
    void gNB_N3_Forward_packet_to_MAC(NETSIM_ID d, NETSIM_ID rin, NetSim_PACKET* packet);
    void fn_NetSim_LTENR_LTE_S1_CONTROL_PACKET_TO_RAN(NETSIM_ID d, NETSIM_ID RANIF, NetSim_PACKET* packet);
#pragma endregion
 
#pragma region DEBUGGER_FUN
    //debugger function. use when necessary.
    bool ltenr_validate_list(void* ls, UINT size, UINT next, char* file, UINT line);
 
    //Fast Performance
    void set_fast_performance();
    void fn_NetSim_LTENR_GNB_XN_INTERFACE_INIT();
#pragma endregion
 
#pragma region CELL_LIST
 
    typedef struct stru_LTENR_Cell_List {
        NETSIM_ID d;
        NETSIM_ID in;
        _ptr_ele ele;
    }LTENR_Cell_List, *ptrLTENR_Cell_List;
    ptrLTENR_Cell_List gnbDCList;
    ptrLTENR_Cell_List enbDCList;
#define LTENR_Cell_List_ALLOC()         (list_alloc(sizeof(LTENR_Cell_List),offsetof(LTENR_Cell_List,ele)))
#define LTENR_Cell_List_NEXT(info)  (LIST_NEXT(info))
#define LTENR_Cell_List_ADD(info,e)     (LIST_ADD_LAST(&(info),e))
#define LTENR_Cell_List_REMOVE(info,e)  (LIST_REMOVE(&(info),e)) 
#pragma endregion
 
#pragma region DC_SN_FUN
    void fn_NetSim_LTENR_NSA_RECV();
    void fn_NetSim_SN_HANDOVER_PACKET_HANDLER();
    void LTENR_NSA_XN_INTERFACE_TO_RAN(NETSIM_ID d, NETSIM_ID in, NetSim_PACKET* packet);
    NETSIM_ID fn_NetSim_LTENR_NSA_Splitting_Alogrithm_For_EPC(NETSIM_ID dest);
#pragma endregion
 
#pragma region XML_CONFIGURATION
    int LTENR_ConvertStrToEnumWithErrorMsg(const char** enumstr, const char* str, int length, char* name);
    #define LTENR_ConvertStrToEnum(enumName,val) LTENR_ConvertStrToEnumWithErrorMsg(str ## enumName, val, sizeof(str ## enumName)/sizeof(str ## enumName ## [0]), #enumName)
#pragma endregion
 
#ifdef  __cplusplus
}
#endif
#endif /* _NETSIM_LTE_NR_H_ */