ngcnef

type AccessType string

type AfAppID string

type AfClient struct {
	// contains filtered or unexported fields
}

type AfNotification interface {

	// AAfNotificationUpfEvent sends the UPF event through POST method
	// towards the AF
	AfNotificationUpfEvent(ctx context.Context,
		afURI URI,
		body EventNotification) error
}

type AfRoutingRequirement struct {
	// A list of traffic routes to applications locations
	// Min Items: 1
	RouteToLocs []RouteToLocation `json:"routeToLocs"`
	// sp val
	SpVal SpatialValidity `json:"spVal,omitempty"`
	// temp vals
	// Min Items: 1
	TempVals []TemporalValidity `json:"tempVals"`
	// up path chg sub
	UpPathChgSub UpPathChgEvent `json:"upPathChgSub,omitempty"`
	// Indication of application relocation possibility
	AppReloc bool `json:"appReloc,omitempty"`
	// addr preser ind
	AddrPreserInd bool `json:"addrPreserInd,omitempty"`
}

type AppSessionContext struct {
	// Identifies the service requirements of an Individual Application Session
	// Context.
	// It shall be present in HTTP POST request messages and may be included
	// in the HTTP response messages
	AscReqData AppSessionContextReqData `json:"ascReqData,omitempty"`
}

type AppSessionContextReqData struct {
	// AF application identifier
	AfAppID AfAppID `json:"afAppId,omitempty"`
	// Indicates the AF traffic routing requirements. It shall be included if
	//  Influence on Traffic Routing feature is supported
	AfRoutReq AfRoutingRequirement `json:"afRoutReq,omitempty"`
	// dnn Data Network Name. It shall be present when the "afRoutReq"
	// attribute is  present
	Dnn Dnn `json:"dnn,omitempty"`
	// slice info
	SliceInfo Snssai `json:"sliceInfo,omitempty"`
	// Subscription Permanent Identifier
	Supi Supi `json:"supi,omitempty"`
	// Subscription Permanent Identifier
	Gpsi Gpsi `json:"gpsi,omitempty"`
	// supp feat
	// Required: true
	SuppFeat SupportedFeatures `json:"suppFeat"`
	// ue Ipv4
	UeIpv4 Ipv4Addr `json:"ueIpv4,omitempty"`
	// ue Ipv6
	UeIpv6 Ipv6Addr `json:"ueIpv6,omitempty"`
	// ue mac
	UeMac MacAddr48 `json:"ueMac,omitempty"`
}

type AppSessionContextUpdateData struct {
	// AF application identifier
	AfAppID AfAppID `json:"afAppId,omitempty"`
	// Indicates the AF traffic routing requirements. It shall be included if
	//  Influence on Traffic Routing feature is supported
	AfRoutReq AfRoutingRequirement `json:"afRoutReq,omitempty"`
}

type AppSessionID string

type ApplicationID string

type Config struct {
	// API Root for the NEF
	NefAPIRoot                string `json:"nefAPIRoot"`
	LocationPrefix            string `json:"locationPrefix"`
	LocationPrefixPfd         string `json:"locationPrefixPfd"`
	MaxSubSupport             int    `json:"maxSubSupport"`
	MaxPfdTransSupport        int    `json:"maxPfdTransSupport"`
	MaxAFSupport              int    `json:"maxAFSupport"`
	SubStartID                int    `json:"subStartID"`
	PfdTransStartID           int    `json:"pfdTransStartID"`
	UpfNotificationResURIPath string `json:"UpfNotificationResUriPath"`
	UserAgent                 string `json:"UserAgent"`
	HTTPConfig                HTTPConfig
	HTTP2Config               HTTP2Config
	AfServiceIDs              []interface{} `json:"afServiceIDs"`
	OAuth2Support             bool          `json:"OAuth2Support"`
}

type DateTime string

type Dnai string

type DnaiChangeType string

type Dnn string

type DurationSec uint64

type DurationSecRm DurationSec

type DurationSecRo DurationSec

type Ecgi struct {
	// eutra cell Id
	// Required: true
	EutraCellID EutraCellID `json:"eutraCellId"`
	// plmn Id
	// Required: true
	PlmnID PlmnID `json:"plmnId"`
}

type EthFlowDescription struct {
	// destination Mac address
	DestMacAddr MacAddr48 `json:"destMacAddr,omitempty"`
	// A two-octet string that represents the Ethertype, as described in
	// IEEE 802.3 [16] and IETF RFC 7042 [18]
	// in hexadecimal representation.  Each character in the string shall take a
	// value of "0" to "9" or "A" to "F" and shall represent 4 bits. The most
	// significant
	// character representing the 4 most  significant bits of the ethType shall
	// appear first in the string, and the character representing the 4 least
	// significant bits of the ethType shall appear last in the string
	EthType string `json:"ethType,omitempty"`
	// Contains the flow description for the Uplink or Downlink IP flow. It
	// shall be present when the Ethertype is IP.
	FDesc FlowDescription `json:"fDesc,omitempty"`
	// Contains the packet filter direction.
	FDir FlowDirection `json:"fDir,omitempty"`
	// Source MAC address
	SourceMacAddr MacAddr48 `json:"sourceMacAddr,omitempty"`
	//  minItems: 1, maxItems: 2
	// Customer-VLAN and/or Service-VLAN tags containing the VID, PCP/DEI fields
	// as defined in IEEE 802.1Q [17] and IETF RFC 7042 [18].
	// Each field is encoded as a two-octet string in hexadecimal
	// representation.
	// Each character in the string shall take a value of "0" to "9" or "A"
	// to "F" and shall
	// represent 4 bits. The most significant character representing the 4 most
	// significant bits of the VID or PCF/DEI field shall appear first in the
	// string, and the character representing the 4 least significant bits of
	// the VID or PCF/DEI field shall appear last in the string
	VlanTags []string `json:"vlanTags,omitempty"`
}

type EutraCellID string

type EventNotification struct {
	// Identifies an NEF Northbound interface transaction, generated by the AF
	AfTransID string `json:"afTransId,omitempty"`
	// Identifies the type of notification regarding UP path management event.
	DnaiChgType DnaiChangeType `json:"dnaiChgType"`
	// Identifies the N6 traffic routing information associated to the source
	// DNAI. Shall be present if the "subscribedEvent" sets to "UP_PATH_CHANGE".
	SourceTrafficRoute RouteToLocation `json:"sourceTrafficRoute,omitempty"`
	// Identifies a UP path management event the AF requested to be notified of
	SubscribedEvent SubscribedEvent `json:"subscribedEvent,omitempty"`
	// Identifies the N6 traffic routing information associated to the target
	// DNAI. Shall be present if the "subscribedEvent" sets to "UP_PATH_CHANGE".
	TargetTrafficRoute RouteToLocation `json:"targetTrafficRoute,omitempty"`
	// Identifies a user
	Gpsi Gpsi `json:"gpsi,omitempty"`
	// The IPv4 Address of the served UE for the source DNAI.
	SrcUeIpv4Addr Ipv4Addr `json:"srcUeIpv4Addr,omitempty"`
	// The Ipv6 Address Prefix of the served UE for the source DNAI.
	SrcUeIpv6Prefix Ipv6Prefix `json:"srcUeIpv6Prefix,omitempty"`
	// The IPv4 Address of the served UE for the target DNAI.
	TgtUeIpv4Addr Ipv4Addr `json:"tgtUeIpv4Addr,omitempty"`
	// The Ipv6 Address Prefix of the served UE for the target DNAI.
	TgtUeIpv6Prefix Ipv6Prefix `json:"tgtUeIpv6Prefix,omitempty"`
	// UE MAC address of the served UE
	UeMac MacAddr48 `json:"ueMac,omitempty"`
}

type ExternalGroupID string

type FailureCode string

type FlowDescription string

type FlowDirection string

type FlowInfo struct {
	// Indicates the IP flow.
	FlowID int32 `json:"flowId"`
	// Indicates the packet filters of the IP flow. Refer to subclause 5.3.8 of
	//  3GPP TS 29.214 for encoding.
	// It shall contain UL and/or DL IP flow description.
	// minItems : 1 maxItems : 2
	FlowDescriptions []string `json:"flowDescriptions,omitempty"`
}

type GNbID struct {
	// bit length
	// Required: true
	// Maximum: 32
	// Minimum: 22
	BitLength uint8 `json:"bitLength"`
	// g n b value
	// Required: true
	// Pattern: ^[A-Fa-f0-9]{6,8}$
	GNBValue string `json:"gNBValue"`
}

type GlobalRanNodeID struct {
	// plmn Id
	// Required: true
	PlmnID PlmnID `json:"plmnId"`
	// n3 iwf Id
	N3IwfID N3IwfID `json:"n3IwfId,omitempty"`
	// g nb Id
	GNbID GNbID `json:"gNbId,omitempty"`
	// nge nb Id
	NgeNbID NgeNbID `json:"ngeNbId,omitempty"`
}

type Gpsi string

type HTTP2Config struct {
	Endpoint      string `json:"endpoint"`
	NefServerCert string `json:"NefServerCert"`
	NefServerKey  string `json:"NefServerKey"`
	AfClientCert  string `json:"AfClientCert"`
}

type HTTPConfig struct {
	Endpoint string `json:"endpoint"`
}

type InfluenceID string

type InvalidParam struct {
	// Attribute”s name encoded as a JSON Pointer, or header”s name.
	Param string `json:"param"`
	// A human-readable reason, e.g. \"must be a positive integer\".
	Reason string `json:"reason,omitempty"`
}

type Ipv4Addr string

type Ipv6Addr string

type Ipv6Prefix string

type Link URI

type MacAddr48 string

type Mcc string

type Mnc string

type N3IwfID string

type NEFSBAppPutPfdFn func(transData *afPfdTransaction, nefCtx *nefContext,
	app PfdData) (rsp nefPFDSBRspData, err error)

type NEFSBDeleteFn func(subData *afSubscription, nefCtx *nefContext) (
	rsp nefSBRspData, err error)

type NEFSBDeletePfdFn func(transData *afPfdTransaction, nefCtx *nefContext) (
	rsp nefPFDSBRspData, err error)

type NEFSBGetFn func(subData *afSubscription, nefCtx *nefContext) (
	sub TrafficInfluSub, rsp nefSBRspData, err error)

type NEFSBGetPfdFn func(transData *afPfdTransaction, nefCtx *nefContext) (
	trans PfdManagement, rsp nefPFDSBRspData, err error)

type NEFSBPatchFn func(subData *afSubscription, nefCtx *nefContext,
	tisp TrafficInfluSubPatch) (rsp nefSBRspData, err error)

type NEFSBPutFn func(subData *afSubscription, nefCtx *nefContext,
	ti TrafficInfluSub) (rsp nefSBRspData, err error)

type NEFSBPutPfdFn func(transData *afPfdTransaction, nefCtx *nefContext,
	trans PfdManagement) (rsp map[string]nefPFDSBRspData, err error)

type Ncgi struct {
	// nr cell Id
	// Required: true
	NrCellID NrCellID `json:"nrCellId"`
	// plmn Id
	// Required: true
	PlmnID PlmnID `json:"plmnId"`
}

type NefApp struct {
	NefRouter *mux.Router
	NefCtx    *nefContext
}

type NetworkAreaInfo struct {
	// Contains a list of E-UTRA cell identities.
	// Min Items: 1
	Ecgis []Ecgi `json:"ecgis"`
	// Contains a list of NR cell identities.
	// Min Items: 1
	Ncgis []Ncgi `json:"ncgis"`
	// Contains a list of NG RAN nodes.
	// Min Items: 1
	GRanNodeIds []GlobalRanNodeID `json:"gRanNodeIds"`
	// Contains a list of tracking area identities.
	// Min Items: 1
	Tais []Tai `json:"tais"`
}

type NgeNbID string

type NrCellID string

type NsmEventNotification struct {
	// Event that is notified.
	Event SmfEvent `json:"event"`
	// Time at which the event is observed.
	TimeStamp DateTime `json:"timeStamp"`
	// Subscription Permanent Identifier. It is included when the subscription
	// applies to a group of UE(s) or any UE.
	Supi Supi `json:"supi,omitempty"`
	// Identifies a GPSI. It shall contain an MSISDN. It is included when it is
	// available and the subscription applies to a group of UE(s) or any UE.
	Gpsi Gpsi `json:"gpsi,omitempty"`
	// Source DN Access Identifier. Shall be included for event "UP_PATH_CH"
	// if the DNAI changed (NOTE).
	SourceDnai Dnai `json:"sourceDnai,omitempty"`
	// Target DN Access Identifier. Shall be included for event "UP_PATH_CH"
	// if the DNAI changed (NOTE).
	TargetDnai Dnai `json:"targetDnai,omitempty"`
	// DNAI Change Type. Shall be included for event "UP_PATH_CH".
	DnaiChgType DnaiChangeType `json:"dnaiChgType,omitempty"`
	// The IPv4 Address of the served UE for the source DNAI. May be included
	// for event "UP_PATH_CH".
	SourceUeIpv4Addr Ipv4Addr `json:"sourceUeIpv4Addr,omitempty"`
	// The Ipv6 Address Prefix of the served UE for the source DNAI. May
	// be included for event "UP_PATH_CH".
	SourceUeIpv6Prefix Ipv6Prefix `json:"sourceUeIpv6Prefix,omitempty"`
	// The IPv4 Address of the served UE for the target DNAI. May be included
	// for event "UP_PATH_CH".
	TargetUeIpv4Addr Ipv4Addr `json:"targetUeIpv4Addr,omitempty"`
	// The Ipv6 Address Prefix of the served UE for the target DNAI. May
	// be included for event "UP_PATH_CH".
	TargetUeIpv6Prefix Ipv6Prefix `json:"targetUeIpv6Prefix,omitempty"`
	// N6 traffic routing information for the source DNAI. Shall be included
	// for event "UP_PATH_CH".
	SourceTraRouting RouteToLocation `json:"sourceTraRouting,omitempty"`
	// N6 traffic routing information for the target DNAI. Shall be included
	// for event "UP_PATH_CH".
	TargetTraRouting RouteToLocation `json:"targetTraRouting,omitempty"`
	// UE MAC address. May be included for event "UP_PATH_CH".
	UeMac MacAddr48 `json:"ueMac,omitempty"`
	// Added IPv4 Address(es). May be included for event "UE_IP_CH".
	AdIpv4Addr Ipv4Addr `json:"adIpv4Addr,omitempty"`
	// Added Ipv6 Address Prefix(es). May be included for event "UE_IP_CH".
	AdIpv6Prefix Ipv6Prefix `json:"adIpv6Prefix,omitempty"`
	// Removed IPv4 Address(es). May be included for event "UE_IP_CH".
	ReIpv4Addr Ipv4Addr `json:"reIpv4Addr,omitempty"`
	// Removed Ipv6 Address Prefix(es). May be included for event "UE_IP_CH".
	ReIpv6Prefix Ipv6Prefix `json:"reIpv6Prefix,omitempty"`
	// New PLMN ID. Shall be included for event "PLMN_CH".
	PlmnID PlmnID `json:"plmnId,omitempty"`
	// New Access Type. Shall be included for event "AC_TY_CH".
	AccType AccessType `json:"accType,omitempty"`
	// PDU session ID. Shall be included for event "PDU_SES_REL".
	PduSeID PduSessionID `json:"pduSeId,omitempty"`
}

type NsmfEventExposureNotification struct {
	// Notification correlation ID used to identify the subscription which the
	// notification is corresponding to. It shall be set to the same value as
	// the notifId attribute of NsmfEventExposure data type or the value of
	// "notifiCorreId" within the UpPathChgEvent data type defined in
	// 3GPP TS 29.512 [14].
	NotifID string `json:"notifId"`
	// Notifications about Individual Events
	// Note 3GPP 29508 defines this as EventNotification but this conflicts with
	//  3GPP 29522 EventNotification so rename it
	EventNotifs []NsmEventNotification `json:"eventNotifs"`
}

type PcfClientStub struct {
	// contains filtered or unexported fields
}

type PcfPolicyAuthorization interface {
	// PolicyAuthorizationCreate sends POST request to the PCF using the
	// configuration mentioned in the context. Context would have all the
	// informration related to the PCF like the URI, authentication, logging,
	// cancellation It returns the response received from the PCF, the app and
	// any error encountered when sending the request. The contents of the
	// actual response received are part of the PcfPolicyResponse
	PolicyAuthorizationCreate(ctx context.Context,
		body AppSessionContext) (AppSessionID, PcfPolicyResponse, error)

	// PolicyAuthorizationUpdate sends PATCH request to the PCF to the
	// appSessionId using the configuration mentioned in the context. Context
	// would have all the infomration related to the PCF like the URI,
	// authentication, logging, cancellation
	// It returns the response received from the PCF and any error encountered
	// when sending the request. The contents of the actual response received
	// are part of the PcfPolicyResponse
	PolicyAuthorizationUpdate(ctx context.Context,
		body AppSessionContextUpdateData,
		appSessionID AppSessionID) (PcfPolicyResponse, error)

	// PolicyAuthorizationDelete sends, DELETE request to the PCF to the
	// appSessionId using the configuration mentioned in the context. Context
	// would have all the infomration related to the PCF like the URI,
	// authentication, logging, cancellationIt returns the response received
	// from the PCF and any error encountered when sending the
	// request. The contents of the actual response received are part of the
	// PcfPolicyResponse
	PolicyAuthorizationDelete(ctx context.Context, appSessionID AppSessionID) (
		PcfPolicyResponse, error)

	// PolicyAuthorizationGet sends GET request to the PCF to the appSessionId
	// using the configuration mentioned in the context. Context would have all
	// the infomration related to the PCF like the URI, authentication, logging,
	// cancellation It returns the response received from the PCF and any error
	// encountered when sending therequest. The contents of the actual response
	//received are part of the PcfPolicyResponse
	PolicyAuthorizationGet(ctx context.Context, appSessionID AppSessionID) (
		PcfPolicyResponse, error)
}

type PcfPolicyResponse struct {
	// responseCode contains the http response code provided by the PCF
	ResponseCode uint16
	// asc if not nil contains the AppSessionContext data provided by PCF
	Asc *AppSessionContext
	// pd if not not contains the problem information from PCF.
	// Valid for 3xx, 4xx, 5xx or 6xx responses
	Pd *ProblemDetails
}

type PduSessionID uint8

type Pfd struct {
	// Identifies a PDF of an application identifier.
	PfdID string `json:"pfdID"`
	// Represents a 3-tuple with protocol, server ip and server port for UL/DL
	// application traffic. The content of the string has the same encoding as
	// the IPFilterRule AVP value as defined in IETFÂ RFCÂ 6733.
	FlowDescriptions []string `json:"flowDescriptions,omitempty"`
	// Indicates a URL or a regular expression which is used to match the
	// significant parts of the URL.
	Urls []string `json:"urls,omitempty"`
	// Indicates an FQDN or a regular expression as a domain name matching
	// criteria.
	DomainNames []string `json:"domainNames,omitempty"`
}

type PfdContent struct {
	// Identifies a PDF of an application identifier.
	PfdID string `json:"pfdID,omitempty"`
	// Represents a 3-tuple with protocol, server ip and server port for
	// UL/DL application traffic.
	FlowDescriptions []string `json:"flowDescriptions,omitempty"`
	// Indicates a URL or a regular expression which is used to match the
	// significant parts of the URL.
	Urls []string `json:"urls,omitempty"`
	// Indicates an FQDN or a regular expression as a domain name matching
	// criteria.
	DomainNames []string `json:"domainNames,omitempty"`
}

type PfdData struct {
	// Each element uniquely identifies external application identifier
	ExternalAppID string `json:"externalAppID"`
	// Link to the resource. This parameter shall be supplied by the NEF in
	// HTTP responses that include an object of PfdData type
	Self Link `json:"self,omitempty"`
	// Contains the PFDs of the external application identifier. Each PFD is
	// identified in the map via a key containing the PFD identifier.
	Pfds map[string]Pfd `json:"pfds"`
	// Indicates that the list of PFDs in this request should be deployed
	// within the time interval indicated by the Allowed Delay
	AllowedDelay *DurationSecRm `json:"allowedDelay,omitempty"`
	// SCEF supplied property, inclusion of this property means the allowed
	// delayed cannot be satisfied, i.e. it is smaller than the caching time,
	// but the PFD data is still stored.
	CachingTime *DurationSecRo `json:"cachingTime,omitempty"`
}

type PfdDataForApp struct {
	// Identifier of an application.
	AppID ApplicationID `json:"appID"`
	// PFDs for the application identifier.
	Pfds []PfdContent `json:"pfds"`
	// Caching time for an application identifier.
	CachingTime *DateTime `json:"cachingTime,omitempty"`
}

type PfdManagement struct {
	// Link to the resource "Individual PFD Management Transaction".
	// This parameter shall be supplied by the NEF in HTTP responses.
	Self Link `json:"self,omitempty"`
	// String identifying supported optional features of PFD Management
	// This attribute shall be provided in the POST request and in the
	// response of successful resource creation.
	SuppFeat *SupportedFeatures `json:"suppFeat,omitempty"`
	// Each element uniquely identifies the PFDs for an external application
	// identifier. Each element is identified in the map via an external
	// application identifier as key. The response shall include successfully
	// provisioned PFD data of application(s).
	PfdDatas map[string]PfdData `json:"pfdDatas"`
	// Supplied by the NEF and contains the external application identifiers
	// for which PFD(s) are not added or modified successfully. The failure
	// reason is also included. Each element provides the related information
	// for one or more external application identifier(s) and is identified in
	// the map via the failure identifier as key.
	PfdReports map[string]PfdReport `json:"pfdReports,omitempty"`
}

type PfdReport struct {
	// Identifies the external application identifier(s) which PFD(s) are not
	// added or modified successfully
	ExternalAppIds []string `json:"externalAppIds"`
	// Identifies the failure reason
	FailureCode FailureCode `json:"failureCode"`
	// It shall be included when the allowed delayed cannot be satisfied, i.e.
	// it is smaller than the caching time configured in fetching PFD.
	CachingTime *DurationSec `json:"cachingTime,omitempty"`
}

type PlmnID struct {

	// mcc
	// Required: true
	Mcc Mcc `json:"mcc"`

	// mnc
	// Required: true
	Mnc Mnc `json:"mnc"`
}

type PresenceInfo struct {
	// pra Id
	PraID string `json:"praId,omitempty"`
	// presence state
	PresenceState PresenceState `json:"presenceState,omitempty"`
	// ecgi list
	// Min Items: 1
	EcgiList []Ecgi `json:"ecgiList"`
	// ncgi list
	// Min Items: 1
	NcgiList []Ncgi `json:"ncgiList"`
	// global ran node Id list
	// Min Items: 1
	GlobalRanNodeIDList []GlobalRanNodeID `json:"globalRanNodeIdList"`
}

type PresenceState string

type ProblemDetails struct {
	// problem type
	Type Link `json:"type,omitempty"`
	// A short, human-readable summary of the problem type.
	// It should not change from occurrence to occurrence of the problem.
	Title string `json:"title,omitempty"`
	// A human-readable explanation specific to this occurrence of the problem.
	Detail string `json:"detail,omitempty"`
	// URL to problem instance
	Instance Link `json:"instance,omitempty"`
	// A machine-readable application error cause specific to this occurrence
	// of the problem.
	// This IE should be present and provide application-related error
	// information, if available.
	Cause string `json:"cause,omitempty"`
	// Description of invalid parameters, for a request rejected due to
	// invalid parameters.
	InvalidParams []InvalidParam `json:"invalidParams,omitempty"`
	// The HTTP status code for this occurrence of the problem.
	Status int32 `json:"status,omitempty"`
}

type Route struct {
	Name    string
	Method  string
	Pattern string
	Handler http.HandlerFunc /*    */
}

type RouteInformation struct {
	// string identifying a Ipv4 address formatted in the \"dotted decimal\"
	// notation as defined in IETF RFC 1166.
	Ipv4Addr Ipv4Addr `json:"ipv4Addr,omitempty"`
	// string identifying a Ipv6 address formatted according to clause 4 in
	// IETF RFC 5952.
	// The mixed Ipv4 Ipv6 notation according to clause 5 of IETF RFC 5952
	// shall
	// not be used.
	Ipv6Addr Ipv6Addr `json:"ipv6Addr,omitempty"`
	// Port number
	PortNumber uint32 `json:"portNumber"`
}

type RouteToLocation struct {
	// Data network access identifier
	Dnai Dnai `json:"dnai"`
	// Additional route information about the route to Dnai
	RouteInfo RouteInformation `json:"routeInfo,omitempty"`
	// Dnai route profile identifier
	RouteProfID string `json:"routeProfId,omitempty"`
}

type SmfEvent string

type Snssai struct {
	// minimum: 0, 	maximum: 255
	Sst uint8 `json:"sst"`
	// pattern: '^[A-Fa-f0-9]{6}$'
	Sd string `json:"sd,omitempty"`
}

type SpatialValidity struct {
	PresenceInfoList PresenceInfo `json:"presenceInfoList"`
}

type SubscribedEvent string

type Supi string

type SupportedFeatures string

type Tac string

type Tai struct {

	// plmn Id
	// Required: true
	PlmnID PlmnID `json:"plmnId"`

	// tac
	// Required: true
	Tac Tac `json:"tac"`
}

type TemporalValidity struct {
	// string with format \"date-time\" as defined in OpenAPI.
	StartTime string `json:"startTime,omitempty"`
	// string with format \"date-time\" as defined in OpenAPI.
	StopTime string `json:"stopTime,omitempty"`
}

type TrafficInfluData struct {
	// Contains the Notification Correlation Id allocated by the NEF for the
	// UP path  change notification. It shall be included when the NEF
	// requests the UP path change notification
	UpPathChgNotifURI URI `json:"upPathChgNotifUri,omitempty"`
	// Identifies whether an application can be relocated once a location of
	// the application has been selected.
	AppReloInd bool `json:"appReloInd,omitempty"`
	// Identifies an application.
	// Required: true
	AfAppID string `json:"afAppId,omitempty"`
	// Identifies a dnn
	Dnn Dnn `json:"dnn,omitempty"`
	// Identifies Ethernet packet filters. Either "trafficFilters" or
	// "ethTrafficFilters" shall be included if applicable.
	EthTrafficFilters []EthFlowDescription `json:"ethTrafficFilters,omitempty"`
	// The identification of slice
	Snssai Snssai `json:"snssai,omitempty"`
	// Identifies a group of users.
	InterGroupID string `json:"interGroupId"`
	// supi Identifies a suer
	Supi Supi `json:"supi"`
	// Identifies IP packet filters. Either "trafficFilters" or
	// "ethTrafficFilters" shall be included if applicable.
	// Required: true
	// Min Items: 1
	TrafficFilters []FlowInfo `json:"trafficFilters"`
	// Identifies the N6 traffic routing requirement.
	// Required: true
	// Min Items: 1
	TrafficRoutes []RouteToLocation `json:"trafficRoutes"`
	// valid end time
	// Format: date-time
	ValidEndTime DateTime `json:"validEndTime,omitempty"`
	// valid start time
	// Format: date-time
	ValidStartTime DateTime `json:"validStartTime,omitempty"`
	// Identifies a network area information that the request applies only to
	// the traffic of UE(s) located in this specific zone
	NwAreaInfo NetworkAreaInfo `json:"nwAreaInfo,omitempty"`
	// Contains the Notification Correlation Id allocated by the NEF for the
	// UP path change notification.
	UpPathChgNotifCorreID string `json:"upPathChgNotifCorreId,omitempty"`
}

type TrafficInfluDataPatch struct {
	// Contains the Notification Correlation Id allocated by the NEF for the
	// UP path change notification.
	UpPathChgNotifCorreID string `json:"upPathChgNotifCorreId,omitempty"`
	// Identifies whether an application can be relocated once a location of
	// the application has been selected.
	AppReloInd bool `json:"appReloInd,omitempty"`
	// dnn
	Dnn Dnn `json:"dnn,omitempty"`
	// snssai
	Snssai Snssai `json:"snssai,omitempty"`
	// Identifies a group of users.
	InternalGroupID string `json:"internalGroupId,omitempty"`
	// Identifies Ethernet packet filters. Either "trafficFilters" or
	// "ethTrafficFilters" shall be included if applicable.
	// Min Items: 1
	EthTrafficFilters []EthFlowDescription `json:"ethTrafficFilters"`
	// supi
	Supi Supi `json:"supi,omitempty"`
	// Identifies IP packet filters. Either "trafficFilters" or
	// "ethTrafficFilters" shall be included if applicable.
	// Min Items: 1
	TrafficFilters []FlowInfo `json:"trafficFilters"`
	// Identifies the N6 traffic routing requirement.
	// Min Items: 1
	TrafficRoutes []RouteToLocation `json:"trafficRoutes"`
	// valid end time
	// Format: date-time
	ValidEndTime DateTime `json:"validEndTime,omitempty"`
	// valid start time
	// Format: date-time
	ValidStartTime DateTime `json:"validStartTime,omitempty"`
	// nw area info
	NwAreaInfo NetworkAreaInfo `json:"nwAreaInfo,omitempty"`
	// up path chg notif Uri
	UpPathChgNotifURI URI `json:"upPathChgNotifUri,omitempty"`
}

type TrafficInfluSub struct {
	// Identifies a service on behalf of which the AF is issuing the request.
	AfServiceID string `json:"afServiceId,omitempty"`
	// Identifies an application.
	AfAppID string `json:"afAppId,omitempty"`
	// Identifies an NEF Northbound interface transaction, generated by the AF.
	AfTransID string `json:"afTransId,omitempty"`
	// Identifies data network name
	Dnn Dnn `json:"dnn,omitempty"`
	// Network slice identifier
	Snssai Snssai `json:"snssai,omitempty"` //p
	// string containing a local identifier followed by \"@\" and
	// a domain identifier.
	// Both the local identifier and the domain identifier shall be encoded as
	// strings that do not contain any \"@\" characters.
	// See Clauses 4.6.2 and 4.6.3 of 3GPP TS 23.682 for more information.
	ExternalGroupID ExternalGroupID `json:"externalGroupId,omitempty"`
	// Identifies the requirement to be notified of the event(s).
	SubscribedEvents []SubscribedEvent `json:"subscribedEvents,omitempty"`
	//Generic Public Servie Identifiers asssociated wit the UE
	Gpsi Gpsi `json:"gpsi,omitempty"`
	// string identifying a Ipv4 address formatted in the \"dotted decimal\"
	//notation as defined in IETF RFC 1166.
	Ipv4Addr Ipv4Addr `json:"ipv4Addr,omitempty"`
	// string identifying a Ipv6 address formatted according to clause 4
	// in IETF RFC 5952.
	Ipv6Addr Ipv6Addr `json:"ipv6Addr,omitempty"`
	// string identifying mac address of UE
	MacAddr MacAddr48 `json:"macAddr,omitempty"`
	// Identifies the type of notification regarding UP path management event.
	// Possible values are:
	// EARLY - early notification of UP path reconfiguration.
	// EARLY_LATE - early and late notification of UP path reconfiguration.
	// This value shall only be present in the subscription to the
	// DNAI change event.
	// LATE - late notification of UP path reconfiguration.
	DnaiChgType DnaiChangeType `json:"dnaiChgType,omitempty"`
	// URL where notifications shall be sent
	NotificationDestination Link `json:"notificationDestination,omitempty"`
	// Configuration used for sending notifications though web sockets
	WebsockNotifConfig WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// URL of created subscription resource
	Self Link `json:"self,omitempty"`
	// Identifies IP packet filters.
	TrafficFilters []FlowInfo `json:"trafficFilters,omitempty"`
	// Identifies Ethernet packet filters.
	EthTrafficFilters []EthFlowDescription `json:"ethTrafficFilters,omitempty"`
	// Identifies the N6 traffic routing requirement.
	TrafficRoutes []RouteToLocation `json:"trafficRoutes,omitempty"`
	// Settings for temporary validity of the subscription
	TempValidities []TemporalValidity `json:"tempValidities,omitempty"`
	// Identifies a geographic zone that the AF request applies only to the
	// traffic of UE(s) located in this specific zone.
	ValidGeoZoneIDs []string `json:"validGeoZoneIds,omitempty"`
	// String identifying supported features per Traffic Influence service
	SuppFeat SupportedFeatures `json:"suppFeat,omitempty"`
	// Identifies whether an pplication can be relocated once a location of the
	// application has been selected.Set to "true" if it can be relocated;
	// otherwise set to
	// "false". Default value is "false" if omitted.
	AppReloInd bool `json:"appReloInd,omitempty"`
	//Identifies whether the AF request applies to any UE. This attribute shall
	// set to "true" if
	// applicable for any UE, otherwise, set to "false"
	AnyUeInd bool `json:"anyUeInd,omitempty"`
	// Set to true by the AF to request the NEF to send a test notification.
	//Set to false or omitted otherwise.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`
}

type TrafficInfluSubPatch struct {
	// Identifies whether an application can be relocated once a location of
	// the application has been selected.
	AppReloInd bool `json:"appReloInd,omitempty"`
	// Identifies IP packet filters.
	TrafficFilters []FlowInfo `json:"trafficFilters,omitempty"`
	// Identifies Ethernet packet filters.
	EthTrafficFilters []EthFlowDescription `json:"ethTrafficFilters,omitempty"`
	// Identifies the N6 traffic routing requirement.
	TrafficRoutes []RouteToLocation `json:"trafficRoutes,omitempty"`
	// Settings for temporary validity of the subscription
	TempValidities []TemporalValidity `json:"tempValidities,omitempty"`
	// Identifies a geographic zone that the AF request applies only to the
	// traffic of UE(s) located in this specific zone.
	ValidGeoZoneIDs []string `json:"validGeoZoneIds,omitempty"`
}

type URI string

type UdrAppID string

type UdrClientStub struct {
	// contains filtered or unexported fields
}

type UdrInfluenceData interface {
	// UdrInfluenceDataCreate sends PUT request to the UDR using the
	// configuration mentioned in the context. Context would have all the
	// inforrmation related to the UDR like the URI, authentication, logging,
	// cancellation It returns the response received from the UDR, the app and
	// any error encountered when sending the request. The contents of the
	// actual response received are part of the UDRPolicyResponse
	UdrInfluenceDataCreate(ctx context.Context,
		body TrafficInfluData,
		iid InfluenceID) (UdrInfluenceResponse, error)

	// UdrInfluenceDataUpdate sends PATCH request to the UDR to the
	// appSessionId using the configuration mentioned in the context. Context
	// would have all the infomration related to the UDR like the URI,
	// authentication, logging, cancellation
	// It returns the response received from the UDR and any error encountered
	// when sending the request. The contents of the actual response received
	// are part of the UdrPolicyResponse
	UdrInfluenceDataUpdate(ctx context.Context,
		body TrafficInfluDataPatch,
		iid InfluenceID) (UdrInfluenceResponse, error)

	// UdrInfluenceDataDelete sends, DELETE request to the UDR to the
	// appSessionId using the configuration mentioned in the context. Context
	// would have all the infomration related to the UDR like the URI,
	// authentication, logging, cancellationIt returns the response received
	// from the UDR and any error encountered when sending the
	// request. The contents of the actual response received are part of the
	// UdrPolicyResponse
	UdrInfluenceDataDelete(ctx context.Context, iid InfluenceID) (
		UdrInfluenceResponse, error)

	// UdrInfluenceDataGet sends GET request to the UDR
	// using the configuration mentioned in the context. Context would have all
	// the infomration related to the UDR like the URI, authentication, logging,
	// cancellation. It returns the response received from the UDR and any error
	// encountered when sending therequest. The contents of the actual response
	// received are part of the UdrPolicyResponse
	UdrInfluenceDataGet(ctx context.Context) (
		UdrInfluenceResponse, error)
}

type UdrInfluenceResponse struct {
	// responseCode contains the http response code provided by the UDR
	ResponseCode uint16
	// tid if not nil contains the TrafficInfluData data provided by UDR
	Tid *TrafficInfluData
	// pd if not not contains the problem infomration from UDR.
	// Valid for 3xx, 4xx, 5xx or 6xx responses
	Pd *ProblemDetails
}

type UdrPfdClientStub struct {
	// contains filtered or unexported fields
}

type UdrPfdData interface {

	// UdrPfdDataCreate sends PUT request to the UDR using the
	// configuration mentioned in the context. Context would have all the
	// inforrmation related to the UDR like the URI, authentication, logging,
	// cancellation It returns the response received from the UDR, the app and
	// any error encountered when sending the request. The contents of the
	// actual response received are part of the UDRPfdResponse
	UdrPfdDataCreate(ctx context.Context, body PfdDataForApp) (
		UdrPfdResponse, error)

	// UdrPfdDataGet sends GET request to the UDR
	// using the configuration mentioned in the context. Context would have all
	// the infomration related to the UDR like the URI, authentication, logging,
	// cancellation. It returns the response received from the UDR and any error
	// encountered when sending therequest. The contents of the actual response
	// received are part of the UDRPfdResponse
	UdrPfdDataGet(ctx context.Context, appID UdrAppID) (
		UdrPfdResponse, error)

	// UdrPfdDataDelete sends, DELETE request to the UDR to the
	// appId using the configuration mentioned in the context. Context
	// would have all the infomration related to the UDR like the URI,
	// authentication, logging, cancellationIt returns the response received
	// from the UDR and any error encountered when sending the
	// request. The contents of the actual response received are part of the
	// UDRPfdResponse
	UdrPfdDataDelete(ctx context.Context, appID UdrAppID) (
		UdrPfdResponse, error)
}

type UdrPfdResponse struct {
	// responseCode contains the http response code provided by the UDR
	ResponseCode uint16
	// AppPfd if not nil contains the PfdDataForApp data provided by UDR
	AppPfd *PfdDataForApp
	// pd if not not contains the problem infomration from UDR.
	// Valid for 3xx, 4xx, 5xx or 6xx responses
	Pd *ProblemDetails
}

type UpPathChgEvent struct {
	// notification URI
	NotificationURI URI `json:"notificationUri"`
	// It is used to set the value of Notification Correlation ID in the n
	// otification sent by the SMF.
	NotifCorreID string `json:"notifCorreId"`
	// DNAI change type to be notified
	DnaiChgType DnaiChangeType `json:"dnaiChgType"`
}

type WebsockNotifConfig struct {
	// string formatted according to IETF RFC 3986 identifying a
	// referenced resource.
	WebsocketURI Link `json:"websocketUri,omitempty"`
	// Set by the AF to indicate that the Websocket delivery is requested.
	RequestWebsocketURI bool `json:"requestWebsocketUri,omitempty"`
}