qos.h

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#ifndef __LITEQMI_QOS_H__
#define __LITEQMI_QOS_H__
#include <stdint.h>
#include "common.h"
#include "msgid.h"

#define LITEQMI_MAX_QOS_FLOW_PER_APN_STATS    10
#define LITEQMI_MAX_QOS_FILTERS               25
#define LITEQMI_MAX_QOS_FLOWS                  8

int pack_qos_SLQSQosGetNetworkStatus (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen
        ); 

typedef struct {
    uint8_t NWQoSStatus;
} unpack_qos_SLQSQosGetNetworkStatus_t;

int unpack_qos_SLQSQosGetNetworkStatus(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSQosGetNetworkStatus_t *pOutput
        );

typedef struct {
    uint32_t apnId;
} pack_qos_SLQSQosSwiReadApnExtraParams_t;

 int pack_qos_SLQSQosSwiReadApnExtraParams (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_qos_SLQSQosSwiReadApnExtraParams_t  reqParam 
        );

typedef struct {
    uint32_t    apnId;
    uint8_t     ambr_ul;
    uint8_t     ambr_dl;
    uint8_t     ambr_ul_ext;
    uint8_t     ambr_dl_ext;
    uint8_t     ambr_ul_ext2;
    uint8_t     ambr_dl_ext2;
} unpack_qos_SLQSQosSwiReadApnExtraParams_t;

int unpack_qos_SLQSQosSwiReadApnExtraParams(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSQosSwiReadApnExtraParams_t *pOutput
        );

typedef struct {
    uint32_t apnId;
} pack_qos_SLQSQosSwiReadDataStats_t;

 int pack_qos_SLQSQosSwiReadDataStats (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_qos_SLQSQosSwiReadDataStats_t  reqParam 
        );

typedef struct
{
    uint32_t   bearerId;
    uint32_t   tx_pkt;
    uint32_t   tx_pkt_drp;
    uint64_t   tx_bytes;
    uint64_t   tx_bytes_drp;
} unpack_QosFlowStat_t;
        
typedef struct {
    uint32_t             apnId;
    uint32_t             total_tx_pkt;
    uint32_t             total_tx_pkt_drp;
    uint32_t             total_rx_pkt;
    uint64_t             total_tx_bytes;
    uint64_t             total_tx_bytes_drp;
    uint64_t             total_rx_bytes;
    uint32_t             numQosFlow;
    unpack_QosFlowStat_t qosFlow[LITEQMI_MAX_QOS_FLOW_PER_APN_STATS];
} unpack_qos_SLQSQosSwiReadDataStats_t;

int unpack_qos_SLQSQosSwiReadDataStats(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSQosSwiReadDataStats_t *pOutput
        );

typedef struct {
    uint8_t status;
} unpack_qos_SLQSSetQosNWStatusCallback_ind_t;

int unpack_qos_SLQSSetQosNWStatusCallback_ind(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSSetQosNWStatusCallback_ind_t *pOutput
        );

typedef struct {
    uint32_t id;
    uint8_t  status;
    uint8_t  event;
    uint8_t  reason;
} unpack_qos_SLQSSetQosStatusCallback_ind_t;

int unpack_qos_SLQSSetQosStatusCallback_ind(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSSetQosStatusCallback_ind_t *pOutput
        );

typedef struct {
    uint16_t  event;
} unpack_qos_SLQSSetQosPriEventCallback_ind_t;

int unpack_qos_SLQSSetQosPriEventCallback_ind(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSSetQosPriEventCallback_ind_t *pOutput
        );

typedef struct {
    uint8_t enable;
} pack_qos_SLQSSetQosEventCallback_t;

 int pack_qos_SLQSSetQosEventCallback (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_qos_SLQSSetQosEventCallback_t  reqParam 
        );

int unpack_qos_SLQSSetQosEventCallback(
        uint8_t *pResp,
        uint16_t respLen
        );

typedef struct
{
    uint32_t   id;
    uint8_t    isNewFlow;
    uint8_t    state;
} unpack_qos_QosFlowInfoState_t;

typedef struct
{
    uint32_t   dataRateMax;
    uint32_t   guaranteedRate;
} unpack_qos_dataRate_t;

typedef struct
{
    uint32_t   peakRate;
    uint32_t   tokenRate;
    uint32_t   bucketSz;
} unpack_qos_tokenBucket_t;

typedef struct
{
    uint16_t    multiplier;
    uint16_t    exponent;
} unpack_qos_pktErrRate_t;

typedef struct
{
    uint8_t                  index;
    uint8_t                  is_ProfileId3GPP2_Available;
    uint16_t                 ProfileId3GPP2;
    uint8_t                  is_val_3GPP2Pri_Available;
    uint8_t                  val_3GPP2Pri;
    uint8_t                  is_TrafficClass_Available;
    uint8_t                  TrafficClass;
    uint8_t                  is_DataRate_Available;
    unpack_qos_dataRate_t    DataRate;
    uint8_t                  is_TokenBucket_Available;
    unpack_qos_tokenBucket_t TokenBucket;
    uint8_t                  is_Latency_Available;
    uint32_t                 Latency;
    uint8_t                  is_Jitter_Available;
    uint32_t                 Jitter;
    uint8_t                  is_PktErrRate_Available;
    unpack_qos_pktErrRate_t  PktErrRate;
    uint8_t                  is_MinPolicedPktSz_Available;
    uint32_t                 MinPolicedPktSz;
    uint8_t                  is_MaxAllowedPktSz_Available;
    uint32_t                 MaxAllowedPktSz;
    uint8_t                  is_val_3GPPResResidualBER_Available;
    uint16_t                 val_3GPPResResidualBER;
    uint8_t                  is_val_3GPPTraHdlPri_Available;
    uint8_t                  val_3GPPTraHdlPri;
    uint8_t                  is_val_3GPPImCn_Available;
    uint8_t                  val_3GPPImCn;
    uint8_t                  is_val_3GPPSigInd_Available;
    uint8_t                  val_3GPPSigInd;
    uint8_t                  is_LteQci_Available;
    uint8_t                  LteQci;
} unpack_qos_swiQosFlow_t;

typedef struct
{
    uint32_t   addr;
    uint32_t   subnetMask;
} unpack_qos_IPv4Addr_t;

typedef struct
{
    uint8_t   val;
    uint8_t   mask;
} unpack_qos_Tos_t;

typedef struct
{
    uint8_t    addr[16];
    uint8_t    prefixLen;
} unpack_qos_IPv6Addr_t;

typedef struct
{
    uint8_t   val;
    uint8_t   mask;
} unpack_qos_IPv6TrafCls_t;

typedef struct
{
    uint16_t   port;
    uint16_t   range;
} unpack_qos_Port_t;

typedef struct
{
    uint8_t                  index;
    uint8_t                  version;
    uint8_t                  is_IPv4SrcAddr_Available;
    unpack_qos_IPv4Addr_t    IPv4SrcAddr;
    uint8_t                  is_IPv4DstAddr_Available;
    unpack_qos_IPv4Addr_t    IPv4DstAddr;
    uint8_t                  is_NxtHdrProto_Available;
    uint8_t                  NxtHdrProto;
    uint8_t                  is_IPv4Tos_Available;
    unpack_qos_Tos_t         IPv4Tos;
    uint8_t                  is_IPv6SrcAddr_Available;
    unpack_qos_IPv6Addr_t    IPv6SrcAddr;
    uint8_t                  is_IPv6DstAddr_Available;
    unpack_qos_IPv6Addr_t    IPv6DstAddr;
    uint8_t                  is_IPv6TrafCls_Available;
    unpack_qos_IPv6TrafCls_t IPv6TrafCls;
    uint8_t                  is_IPv6Label_Available;
    uint32_t                 IPv6Label;
    uint8_t                  is_TCPSrcPort_Available;
    unpack_qos_Port_t        TCPSrcPort;
    uint8_t                  is_TCPDstPort_Available;
    unpack_qos_Port_t        TCPDstPort;
    uint8_t                  is_UDPSrcPort_Available;
    unpack_qos_Port_t        UDPSrcPort;
    uint8_t                  is_UDPDstPort_Available;
    unpack_qos_Port_t        UDPDstPort;
    uint8_t                  is_EspSpi_Available;
    uint32_t                 EspSpi;
    uint8_t                  is_Precedence_Available;
    uint16_t                 Precedence;
    uint8_t                  is_Id_Available;
    uint16_t                 Id;
    uint8_t                  is_TranSrcPort_Available;
    unpack_qos_Port_t        TranSrcPort;
    uint8_t                  is_TranDstPort_Available;
    unpack_qos_Port_t        TranDstPort;
} unpack_qos_swiQosFilter_t;
        
typedef struct {
    unpack_qos_QosFlowInfoState_t QFlowState;
    uint8_t                       is_TxQFlowGranted_Available;
    unpack_qos_swiQosFlow_t       TxQFlowGranted;
    uint8_t                       is_RxQFlowGranted_Available;
    unpack_qos_swiQosFlow_t       RxQFlowGranted;
    uint8_t                       NumTxFilters;
    unpack_qos_swiQosFilter_t     TxQFilter[LITEQMI_MAX_QOS_FILTERS];
    uint8_t                       NumRxFilters;
    unpack_qos_swiQosFilter_t     RxQFilter[LITEQMI_MAX_QOS_FILTERS];
    uint8_t                       BearerID; 
} unpack_qos_QosFlowInfo_t;


typedef struct {
    uint8_t                       NumFlows;
    unpack_qos_QosFlowInfo_t      QosFlowInfo[LITEQMI_MAX_QOS_FLOWS];
} unpack_qos_SLQSSetQosEventCallback_ind_t;

int unpack_qos_SLQSSetQosEventCallback_ind(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_qos_SLQSSetQosEventCallback_ind_t *pOutput
        );

#endif //__LITEQMI_QOS_H__