SMpolicy

type AccNetChId struct {
	AccNetChaIdValue externalRef0.ChargingId `json:"accNetChaIdValue"`

	// RefPccRuleIds Contains the identifier of the PCC rule(s) associated to the provided Access Network Charging Identifier.
	RefPccRuleIds []string `json:"refPccRuleIds,omitempty"`

	// SessionChScope When it is included and set to true, indicates the Access Network Charging Identifier applies to the whole PDU Session
	SessionChScope       *bool                  `json:"sessionChScope,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type AccNetChargingAddress struct {
	AnChargIpv4Addr      externalRef0.Ipv4Addr  `json:"anChargIpv4Addr,omitempty"`
	AnChargIpv6Addr      *externalRef0.Ipv6Addr `json:"anChargIpv6Addr,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type AccuUsageReport struct {
	NextTimeUsage *externalRef0.DurationSec `json:"nextTimeUsage,omitempty"`

	// NextVolUsage Unsigned integer identifying a volume in units of bytes.
	NextVolUsage *externalRef1.Volume `json:"nextVolUsage,omitempty"`

	// NextVolUsageDownlink Unsigned integer identifying a volume in units of bytes.
	NextVolUsageDownlink *externalRef1.Volume `json:"nextVolUsageDownlink,omitempty"`

	// NextVolUsageUplink Unsigned integer identifying a volume in units of bytes.
	NextVolUsageUplink *externalRef1.Volume `json:"nextVolUsageUplink,omitempty"`

	// RefUmIds An id referencing UsageMonitoringData objects associated with this usage report.
	RefUmIds  string                    `json:"refUmIds"`
	TimeUsage *externalRef0.DurationSec `json:"timeUsage,omitempty"`

	// VolUsage Unsigned integer identifying a volume in units of bytes.
	VolUsage *externalRef1.Volume `json:"volUsage,omitempty"`

	// VolUsageDownlink Unsigned integer identifying a volume in units of bytes.
	VolUsageDownlink *externalRef1.Volume `json:"volUsageDownlink,omitempty"`

	// VolUsageUplink Unsigned integer identifying a volume in units of bytes.
	VolUsageUplink       *externalRef1.Volume   `json:"volUsageUplink,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type AdditionalAccessInfo struct {
	AccessType           externalRef0.AccessType `json:"accessType"`
	RatType              *externalRef0.RatType   `json:"ratType,omitempty"`
	AdditionalProperties map[string]interface{}  `json:"-"`
}

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

type AfSigProtocol0 string

type AfSigProtocol2 = string

type AppDetectionInfo struct {
	// AppId A reference to the application detection filter configured at the UPF
	AppId string `json:"appId"`

	// InstanceId Identifier sent by the SMF in order to allow correlation of application Start and Stop events to the specific service data flow description, if service data flow descriptions are deducible.
	InstanceId *string `json:"instanceId,omitempty"`

	// SdfDescriptions Contains the detected service data flow descriptions if they are deducible.
	SdfDescriptions      []FlowInformation      `json:"sdfDescriptions,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type ApplicationDescriptor = externalRef0.Bytes

type AtsssCapability string

type AuthorizedDefaultQos struct {
	N5qi                 *externalRef0.N5Qi                 `json:"5qi,omitempty"`
	Arp                  *externalRef0.Arp                  `json:"arp,omitempty"`
	AverWindow           *externalRef0.AverWindowRm         `json:"averWindow"`
	ExtMaxDataBurstVol   *externalRef0.ExtMaxDataBurstVolRm `json:"extMaxDataBurstVol"`
	GbrDl                *externalRef0.BitRateRm            `json:"gbrDl"`
	GbrUl                *externalRef0.BitRateRm            `json:"gbrUl"`
	MaxDataBurstVol      *externalRef0.MaxDataBurstVolRm    `json:"maxDataBurstVol"`
	MaxbrDl              *externalRef0.BitRateRm            `json:"maxbrDl"`
	MaxbrUl              *externalRef0.BitRateRm            `json:"maxbrUl"`
	PriorityLevel        *externalRef0.N5QiPriorityLevelRm  `json:"priorityLevel"`
	AdditionalProperties map[string]interface{}             `json:"-"`
}

type BridgeManagementContainer struct {
	BridgeManCont        externalRef0.Bytes     `json:"bridgeManCont"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type ChargingData struct {
	AfChargId            *externalRef0.ApplicationChargingId `json:"afChargId,omitempty"`
	AfChargingIdentifier *externalRef0.ChargingId            `json:"afChargingIdentifier,omitempty"`

	// AppSvcProvId Indicates the application service provider identity.
	AppSvcProvId *string `json:"appSvcProvId,omitempty"`

	// ChgId Univocally identifies the charging control policy data within a PDU session.
	ChgId string `json:"chgId"`

	// MeteringMethod Possible values are - DURATION: Indicates that the duration of the service data flow traffic shall be metered. - VOLUME: Indicates that volume of the service data flow traffic shall be metered. - DURATION_VOLUME: Indicates that the duration and the volume of the service data flow traffic shall be metered. - EVENT: Indicates that events of the service data flow traffic shall be metered.
	MeteringMethod *MeteringMethod `json:"meteringMethod,omitempty"`

	// Offline Indicates the offline charging is applicable to the PCC rule when it is included and set to true.
	Offline *bool `json:"offline,omitempty"`

	// Online Indicates the online charging is applicable to the PCC rule when it is included and set to true.
	Online      *bool                     `json:"online,omitempty"`
	RatingGroup *externalRef0.RatingGroup `json:"ratingGroup,omitempty"`

	// ReportingLevel Possible values are - SER_ID_LEVEL: Indicates that the usage shall be reported on service id and rating group combination level. - RAT_GR_LEVEL: Indicates that the usage shall be reported on rating group level. - SPON_CON_LEVEL: Indicates that the usage shall be reported on sponsor identity and rating group combination level.
	ReportingLevel *ReportingLevel `json:"reportingLevel,omitempty"`

	// SdfHandl Indicates whether the service data flow is allowed to start while the SMF is waiting for the response to the credit request.
	SdfHandl  *bool                   `json:"sdfHandl,omitempty"`
	ServiceId *externalRef0.ServiceId `json:"serviceId,omitempty"`

	// SponsorId Indicates the sponsor identity.
	SponsorId            *string                `json:"sponsorId,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type ChargingInformation struct {
	PrimaryChfAddress      externalRef0.Uri           `json:"primaryChfAddress"`
	PrimaryChfInstanceId   *externalRef0.NfInstanceId `json:"primaryChfInstanceId,omitempty"`
	PrimaryChfSetId        *externalRef0.NfSetId      `json:"primaryChfSetId,omitempty"`
	SecondaryChfAddress    externalRef0.Uri           `json:"secondaryChfAddress"`
	SecondaryChfInstanceId *externalRef0.NfInstanceId `json:"secondaryChfInstanceId,omitempty"`
	SecondaryChfSetId      *externalRef0.NfSetId      `json:"secondaryChfSetId,omitempty"`
	AdditionalProperties   map[string]interface{}     `json:"-"`
}

type Client struct {
	// The endpoint of the server conforming to this interface, with scheme,
	// https://api.deepmap.com for example. This can contain a path relative
	// to the server, such as https://api.deepmap.com/dev-test, and all the
	// paths in the swagger spec will be appended to the server.
	Server string

	// Doer for performing requests, typically a *http.Client with any
	// customized settings, such as certificate chains.
	Client HttpRequestDoer

	// A list of callbacks for modifying requests which are generated before sending over
	// the network.
	RequestEditors []RequestEditorFn
}

type ClientInterface interface {
	// CreateSMPolicyWithBody request with any body
	CreateSMPolicyWithBody(ctx context.Context, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	CreateSMPolicy(ctx context.Context, body CreateSMPolicyJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// GetSMPolicy request
	GetSMPolicy(ctx context.Context, smPolicyId string, reqEditors ...RequestEditorFn) (*http.Response, error)

	// DeleteSMPolicyWithBody request with any body
	DeleteSMPolicyWithBody(ctx context.Context, smPolicyId string, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	DeleteSMPolicy(ctx context.Context, smPolicyId string, body DeleteSMPolicyJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)

	// UpdateSMPolicyWithBody request with any body
	UpdateSMPolicyWithBody(ctx context.Context, smPolicyId string, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*http.Response, error)

	UpdateSMPolicy(ctx context.Context, smPolicyId string, body UpdateSMPolicyJSONRequestBody, reqEditors ...RequestEditorFn) (*http.Response, error)
}

type ClientOption func(*Client) error

type ClientWithResponses struct {
	ClientInterface
}

type ClientWithResponsesInterface interface {
	// CreateSMPolicyWithBodyWithResponse request with any body
	CreateSMPolicyWithBodyWithResponse(ctx context.Context, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*CreateSMPolicyResponse, error)

	CreateSMPolicyWithResponse(ctx context.Context, body CreateSMPolicyJSONRequestBody, reqEditors ...RequestEditorFn) (*CreateSMPolicyResponse, error)

	// GetSMPolicyWithResponse request
	GetSMPolicyWithResponse(ctx context.Context, smPolicyId string, reqEditors ...RequestEditorFn) (*GetSMPolicyResponse, error)

	// DeleteSMPolicyWithBodyWithResponse request with any body
	DeleteSMPolicyWithBodyWithResponse(ctx context.Context, smPolicyId string, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*DeleteSMPolicyResponse, error)

	DeleteSMPolicyWithResponse(ctx context.Context, smPolicyId string, body DeleteSMPolicyJSONRequestBody, reqEditors ...RequestEditorFn) (*DeleteSMPolicyResponse, error)

	// UpdateSMPolicyWithBodyWithResponse request with any body
	UpdateSMPolicyWithBodyWithResponse(ctx context.Context, smPolicyId string, contentType string, body io.Reader, reqEditors ...RequestEditorFn) (*UpdateSMPolicyResponse, error)

	UpdateSMPolicyWithResponse(ctx context.Context, smPolicyId string, body UpdateSMPolicyJSONRequestBody, reqEditors ...RequestEditorFn) (*UpdateSMPolicyResponse, error)
}

type ConditionData struct {
	AccessType     externalRef0.AccessType  `json:"accessType,omitempty"`
	ActivationTime *externalRef0.DateTimeRm `json:"activationTime"`

	// CondId Uniquely identifies the condition data within a PDU session.
	CondId               string                   `json:"condId"`
	DeactivationTime     *externalRef0.DateTimeRm `json:"deactivationTime"`
	RatType              *externalRef0.RatType    `json:"ratType,omitempty"`
	AdditionalProperties map[string]interface{}   `json:"-"`
}

type CreateSMPolicy201JSONResponse struct {
	Body    SmPolicyDecision
	Headers CreateSMPolicy201ResponseHeaders
}

type CreateSMPolicy201ResponseHeaders struct {
	Location string
}

type CreateSMPolicy308Response struct {
	Headers CreateSMPolicy308ResponseHeaders
}

type CreateSMPolicy308ResponseHeaders struct {
	Location string
}

type CreateSMPolicy400ApplicationProblemPlusJSONResponse struct {
	externalRef0.N400ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy401ApplicationProblemPlusJSONResponse struct {
	externalRef0.N401ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy403ApplicationProblemPlusJSONResponse struct {
	externalRef0.N403ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy404Response struct {
}

type CreateSMPolicy411ApplicationProblemPlusJSONResponse struct {
	externalRef0.N411ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy413ApplicationProblemPlusJSONResponse struct {
	externalRef0.N413ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy415ApplicationProblemPlusJSONResponse struct {
	externalRef0.N415ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy429ApplicationProblemPlusJSONResponse struct {
	externalRef0.N429ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy500ApplicationProblemPlusJSONResponse struct {
	externalRef0.N500ApplicationProblemPlusJSONResponse
}

type CreateSMPolicy503ApplicationProblemPlusJSONResponse struct {
	externalRef0.N503ApplicationProblemPlusJSONResponse
}

type CreateSMPolicyJSONRequestBody = SmPolicyContextData

type CreateSMPolicyRequestObject struct {
	Body *CreateSMPolicyJSONRequestBody
}

type CreateSMPolicyResponse struct {
	Body                          []byte
	HTTPResponse                  *http.Response
	JSON201                       *SmPolicyDecision
	ApplicationproblemJSON400     *externalRef0.N400
	ApplicationproblemJSON401     *externalRef0.N401
	ApplicationproblemJSON403     *externalRef0.N403
	ApplicationproblemJSON411     *externalRef0.N411
	ApplicationproblemJSON413     *externalRef0.N413
	ApplicationproblemJSON415     *externalRef0.N415
	ApplicationproblemJSON429     *externalRef0.N429
	ApplicationproblemJSON500     *externalRef0.N500
	ApplicationproblemJSON503     *externalRef0.N503
	ApplicationproblemJSONDefault *externalRef0.Default
}

type CreateSMPolicyResponseObject interface {
	VisitCreateSMPolicyResponse(w http.ResponseWriter) error
}

type CreateSMPolicydefaultApplicationProblemPlusJSONResponse struct {
	Body       externalRef0.ProblemDetails
	StatusCode int
}

type CreditManagementStatus string

type DeleteSMPolicy204Response struct {
}

type DeleteSMPolicy307JSONResponse struct{ externalRef0.N307JSONResponse }

type DeleteSMPolicy308JSONResponse struct{ externalRef0.N308JSONResponse }

type DeleteSMPolicy400ApplicationProblemPlusJSONResponse struct {
	externalRef0.N400ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy401ApplicationProblemPlusJSONResponse struct {
	externalRef0.N401ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy403ApplicationProblemPlusJSONResponse struct {
	externalRef0.N403ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy404ApplicationProblemPlusJSONResponse struct {
	externalRef0.N404ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy411ApplicationProblemPlusJSONResponse struct {
	externalRef0.N411ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy413ApplicationProblemPlusJSONResponse struct {
	externalRef0.N413ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy415ApplicationProblemPlusJSONResponse struct {
	externalRef0.N415ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy429ApplicationProblemPlusJSONResponse struct {
	externalRef0.N429ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy500ApplicationProblemPlusJSONResponse struct {
	externalRef0.N500ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicy503ApplicationProblemPlusJSONResponse struct {
	externalRef0.N503ApplicationProblemPlusJSONResponse
}

type DeleteSMPolicyJSONRequestBody = SmPolicyDeleteData

type DeleteSMPolicyRequestObject struct {
	SmPolicyId string `json:"smPolicyId"`
	Body       *DeleteSMPolicyJSONRequestBody
}

type DeleteSMPolicyResponse struct {
	Body                          []byte
	HTTPResponse                  *http.Response
	JSON307                       *externalRef0.N307
	JSON308                       *externalRef0.N308
	ApplicationproblemJSON400     *externalRef0.N400
	ApplicationproblemJSON401     *externalRef0.N401
	ApplicationproblemJSON403     *externalRef0.N403
	ApplicationproblemJSON404     *externalRef0.N404
	ApplicationproblemJSON411     *externalRef0.N411
	ApplicationproblemJSON413     *externalRef0.N413
	ApplicationproblemJSON415     *externalRef0.N415
	ApplicationproblemJSON429     *externalRef0.N429
	ApplicationproblemJSON500     *externalRef0.N500
	ApplicationproblemJSON503     *externalRef0.N503
	ApplicationproblemJSONDefault *externalRef0.Default
}

type DeleteSMPolicyResponseObject interface {
	VisitDeleteSMPolicyResponse(w http.ResponseWriter) error
}

type DeleteSMPolicydefaultApplicationProblemPlusJSONResponse struct {
	Body       externalRef0.ProblemDetails
	StatusCode int
}

type DownlinkDataNotificationControl struct {
	NotifCtrlInds        []NotificationControlIndication     `json:"notifCtrlInds,omitempty"`
	TypesOfNotif         []externalRef0.DlDataDeliveryStatus `json:"typesOfNotif,omitempty"`
	AdditionalProperties map[string]interface{}              `json:"-"`
}

type DownlinkDataNotificationControlRm struct {
	NotifCtrlInds        *[]NotificationControlIndication     `json:"notifCtrlInds"`
	TypesOfNotif         *[]externalRef0.DlDataDeliveryStatus `json:"typesOfNotif"`
	AdditionalProperties map[string]interface{}               `json:"-"`
}

type EpsRanNasRelCause = string

type ErrorReport struct {
	AltQosParamId *string                      `json:"altQosParamId,omitempty"`
	Error         *externalRef0.ProblemDetails `json:"error,omitempty"`

	// PolDecFailureReports Used to report failure of the policy decision and/or condition data.
	PolDecFailureReports []PolicyDecisionFailureCode `json:"polDecFailureReports,omitempty"`

	// RuleReports Used to report the PCC rule failure.
	RuleReports []RuleReport `json:"ruleReports,omitempty"`

	// SessRuleReports Used to report the session rule failure.
	SessRuleReports      []SessionRuleReport    `json:"sessRuleReports,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type FailureCause string

type FailureCode string

type FlowDescription = string

type FlowDirection string

type FlowDirectionRm string

type FlowInformation struct {
	// EthFlowDescription Identifies an Ethernet flow
	EthFlowDescription *externalRef2.EthFlowDescription `json:"ethFlowDescription,omitempty"`

	// FlowDescription Defines a packet filter for an IP flow.
	FlowDescription *FlowDescription `json:"flowDescription,omitempty"`

	// FlowDirection Possible values are - DOWNLINK: The corresponding filter applies for traffic to the UE. - UPLINK: The corresponding filter applies for traffic from the UE. - BIDIRECTIONAL: The corresponding filter applies for traffic both to and from the UE. - UNSPECIFIED: The corresponding filter applies for traffic to the UE (downlink), but has no specific direction declared. The service data flow detection shall apply the filter for uplink traffic as if the filter was bidirectional. The PCF shall not use the value UNSPECIFIED in filters created by the network in NW-initiated procedures. The PCF shall only include the value UNSPECIFIED in filters in UE-initiated procedures if the same value is received from the SMF.
	FlowDirection *FlowDirectionRm `json:"flowDirection,omitempty"`

	// FlowLabel the Ipv6 flow label header field.
	FlowLabel *string `json:"flowLabel"`

	// PackFiltId An identifier of packet filter.
	PackFiltId *string `json:"packFiltId,omitempty"`

	// PacketFilterUsage The packet shall be sent to the UE.
	PacketFilterUsage *bool `json:"packetFilterUsage,omitempty"`

	// Spi the security parameter index of the IPSec packet.
	Spi *string `json:"spi"`

	// TosTrafficClass Contains the Ipv4 Type-of-Service and mask field or the Ipv6 Traffic-Class field and mask field.
	TosTrafficClass      *string                `json:"tosTrafficClass"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type GetSMPolicy200JSONResponse SmPolicyControl

type GetSMPolicy307JSONResponse struct{ externalRef0.N307JSONResponse }

type GetSMPolicy308JSONResponse struct{ externalRef0.N308JSONResponse }

type GetSMPolicy400ApplicationProblemPlusJSONResponse struct {
	externalRef0.N400ApplicationProblemPlusJSONResponse
}

type GetSMPolicy401ApplicationProblemPlusJSONResponse struct {
	externalRef0.N401ApplicationProblemPlusJSONResponse
}

type GetSMPolicy403ApplicationProblemPlusJSONResponse struct {
	externalRef0.N403ApplicationProblemPlusJSONResponse
}

type GetSMPolicy404ApplicationProblemPlusJSONResponse struct {
	externalRef0.N404ApplicationProblemPlusJSONResponse
}

type GetSMPolicy406Response externalRef0.N406Response

type GetSMPolicy429ApplicationProblemPlusJSONResponse struct {
	externalRef0.N429ApplicationProblemPlusJSONResponse
}

type GetSMPolicy500ApplicationProblemPlusJSONResponse struct {
	externalRef0.N500ApplicationProblemPlusJSONResponse
}

type GetSMPolicy503ApplicationProblemPlusJSONResponse struct {
	externalRef0.N503ApplicationProblemPlusJSONResponse
}

type GetSMPolicyRequestObject struct {
	SmPolicyId string `json:"smPolicyId"`
}

type GetSMPolicyResponse struct {
	Body                          []byte
	HTTPResponse                  *http.Response
	JSON200                       *SmPolicyControl
	JSON307                       *externalRef0.N307
	JSON308                       *externalRef0.N308
	ApplicationproblemJSON400     *externalRef0.N400
	ApplicationproblemJSON401     *externalRef0.N401
	ApplicationproblemJSON403     *externalRef0.N403
	ApplicationproblemJSON404     *externalRef0.N404
	ApplicationproblemJSON429     *externalRef0.N429
	ApplicationproblemJSON500     *externalRef0.N500
	ApplicationproblemJSON503     *externalRef0.N503
	ApplicationproblemJSONDefault *externalRef0.Default
}

type GetSMPolicyResponseObject interface {
	VisitGetSMPolicyResponse(w http.ResponseWriter) error
}

type GetSMPolicydefaultApplicationProblemPlusJSONResponse struct {
	Body       externalRef0.ProblemDetails
	StatusCode int
}

type GinServerOptions struct {
	BaseURL      string
	Middlewares  []MiddlewareFunc
	ErrorHandler func(*gin.Context, error, int)
}

type HttpRequestDoer interface {
	Do(req *http.Request) (*http.Response, error)
}

type IpMulticastAddressInfo struct {
	Ipv4MulAddr          externalRef0.Ipv4Addr  `json:"ipv4MulAddr,omitempty"`
	Ipv6MulAddr          *externalRef0.Ipv6Addr `json:"ipv6MulAddr,omitempty"`
	SrcIpv4Addr          externalRef0.Ipv4Addr  `json:"srcIpv4Addr,omitempty"`
	SrcIpv6Addr          *externalRef0.Ipv6Addr `json:"srcIpv6Addr,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type MaPduIndication string

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

type MeteringMethod0 string

type MeteringMethod2 = string

type MiddlewareFunc func(c *gin.Context)

type MulticastAccessControl string

type N5GSmCause = externalRef0.Uinteger

type NetLocAccessSupport string

type NotificationControlIndication string

type PacketFilterContent = string

type PacketFilterInfo struct {
	// FlowDirection Possible values are - DOWNLINK: The corresponding filter applies for traffic to the UE. - UPLINK: The corresponding filter applies for traffic from the UE. - BIDIRECTIONAL: The corresponding filter applies for traffic both to and from the UE. - UNSPECIFIED: The corresponding filter applies for traffic to the UE (downlink), but has no specific direction declared. The service data flow detection shall apply the filter for uplink traffic as if the filter was bidirectional. The PCF shall not use the value UNSPECIFIED in filters created by the network in NW-initiated procedures. The PCF shall only include the value UNSPECIFIED in filters in UE-initiated procedures if the same value is received from the SMF.
	FlowDirection *FlowDirection `json:"flowDirection,omitempty"`

	// FlowLabel The Ipv6 flow label header field.
	FlowLabel *string `json:"flowLabel,omitempty"`

	// PackFiltCont Defines a packet filter for an IP flow.
	PackFiltCont *PacketFilterContent `json:"packFiltCont,omitempty"`

	// PackFiltId An identifier of packet filter.
	PackFiltId *string `json:"packFiltId,omitempty"`

	// Spi The security parameter index of the IPSec packet.
	Spi *string `json:"spi,omitempty"`

	// TosTrafficClass Contains the Ipv4 Type-of-Service and mask field or the Ipv6 Traffic-Class field and mask field.
	TosTrafficClass      *string                `json:"tosTrafficClass,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type PartialSuccessReport struct {
	FailureCause FailureCause `json:"failureCause"`

	// PolicyDecFailureReports Contains the type(s) of failed policy decision and/or condition data.
	PolicyDecFailureReports []PolicyDecisionFailureCode `json:"policyDecFailureReports,omitempty"`

	// RuleReports Information about the PCC rules provisioned by the PCF not successfully installed/activated.
	RuleReports []RuleReport `json:"ruleReports,omitempty"`

	// SessRuleReports Information about the session rules provisioned by the PCF not successfully installed.
	SessRuleReports      []SessionRuleReport    `json:"sessRuleReports,omitempty"`
	UeCampingRep         *UeCampingRep          `json:"ueCampingRep,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type PccRule struct {
	AddrPreserInd *bool `json:"addrPreserInd"`

	// AfSigProtocol Possible values are - NO_INFORMATION: Indicate that no information about the AF signalling protocol is being provided.  - SIP: Indicate that the signalling protocol is Session Initiation Protocol.
	AfSigProtocol *AfSigProtocol         `json:"afSigProtocol,omitempty"`
	AppDescriptor *ApplicationDescriptor `json:"appDescriptor,omitempty"`

	// AppId A reference to the application detection filter configured at the UPF.
	AppId *string `json:"appId,omitempty"`

	// AppReloc Indication of application relocation possibility.
	AppReloc *bool `json:"appReloc,omitempty"`

	// ContVer Represents the content version of some content.
	ContVer *externalRef2.ContentVersion `json:"contVer,omitempty"`

	// DdNotifCtrl Contains the downlink data notification control information.
	DdNotifCtrl *DownlinkDataNotificationControl `json:"ddNotifCtrl,omitempty"`

	// DdNotifCtrl2 this data type is defined in the same way as the DownlinkDataNotificationControl data type, but with the OpenAPI nullable property set to true.
	DdNotifCtrl2 *DownlinkDataNotificationControlRm `json:"ddNotifCtrl2"`
	DisUeNotif   *bool                              `json:"disUeNotif"`

	// FlowInfos An array of IP flow packet filter information.
	FlowInfos []FlowInformation `json:"flowInfos,omitempty"`

	// PccRuleId Univocally identifies the PCC rule within a PDU session.
	PccRuleId  string                 `json:"pccRuleId"`
	Precedence *externalRef0.Uinteger `json:"precedence,omitempty"`

	// RefAltQosParams A Reference to the QosData policy decision type for the Alternative QoS parameter sets of the service data flow.
	RefAltQosParams []string `json:"refAltQosParams,omitempty"`

	// RefChgData A reference to the ChargingData policy decision type. It is the chgId described in subclause 5.6.2.11.
	RefChgData *[]string `json:"refChgData"`

	// RefChgN3gData A reference to the ChargingData policy decision type only applicable to Non-3GPP access if "ATSSS" feature is supported. It is the chgId described in subclause 5.6.2.11.
	RefChgN3gData *[]string `json:"refChgN3gData"`

	// RefCondData A reference to the condition data. It is the condId described in subclause 5.6.2.9.
	RefCondData *string `json:"refCondData"`

	// RefQosData A reference to the QosData policy decision type. It is the qosId described in subclause 5.6.2.8.
	RefQosData []string `json:"refQosData,omitempty"`

	// RefQosMon A reference to the QosMonitoringData policy decision type. It is the qmId described in subclause 5.6.2.40.
	RefQosMon *[]string `json:"refQosMon"`

	// RefTcData A reference to the TrafficControlData policy decision type. It is the tcId described in subclause 5.6.2.10.
	RefTcData []string `json:"refTcData,omitempty"`

	// RefUmData A reference to UsageMonitoringData policy decision type. It is the umId described in subclause 5.6.2.12.
	RefUmData *[]string `json:"refUmData"`

	// RefUmN3gData A reference to UsageMonitoringData policy decision type only applicable to Non-3GPP access if "ATSSS" feature is supported. It is the umId described in subclause 5.6.2.12.
	RefUmN3gData *[]string `json:"refUmN3gData"`

	// TscaiInputDl Indicates TSC Traffic pattern.
	TscaiInputDl *externalRef2.TscaiInputContainer `json:"tscaiInputDl"`

	// TscaiInputUl Indicates TSC Traffic pattern.
	TscaiInputUl         *externalRef2.TscaiInputContainer `json:"tscaiInputUl"`
	AdditionalProperties map[string]interface{}            `json:"-"`
}

type PduSessionRelCause string

type PolicyControlRequestTrigger string

type PolicyDecisionFailureCode string

type PortManagementContainer struct {
	PortManCont          externalRef0.Bytes     `json:"portManCont"`
	PortNum              TsnPortNumber          `json:"portNum"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type QosCharacteristics struct {
	N5qi                 externalRef0.N5Qi               `json:"5qi"`
	AveragingWindow      externalRef0.AverWindow         `json:"averagingWindow,omitempty"`
	ExtMaxDataBurstVol   externalRef0.ExtMaxDataBurstVol `json:"extMaxDataBurstVol,omitempty"`
	MaxDataBurstVol      externalRef0.MaxDataBurstVol    `json:"maxDataBurstVol,omitempty"`
	PacketDelayBudget    externalRef0.PacketDelBudget    `json:"packetDelayBudget"`
	PacketErrorRate      externalRef0.PacketErrRate      `json:"packetErrorRate"`
	PriorityLevel        externalRef0.N5QiPriorityLevel  `json:"priorityLevel"`
	ResourceType         externalRef0.QosResourceType    `json:"resourceType"`
	AdditionalProperties map[string]interface{}          `json:"-"`
}

type QosData struct {
	N5qi       *externalRef0.N5Qi         `json:"5qi,omitempty"`
	Arp        *externalRef0.Arp          `json:"arp,omitempty"`
	AverWindow *externalRef0.AverWindowRm `json:"averWindow"`

	// DefQosFlowIndication Indicates that the dynamic PCC rule shall always have its binding with the QoS Flow associated with the default QoS rule
	DefQosFlowIndication *bool                              `json:"defQosFlowIndication,omitempty"`
	ExtMaxDataBurstVol   *externalRef0.ExtMaxDataBurstVolRm `json:"extMaxDataBurstVol"`
	GbrDl                *externalRef0.BitRateRm            `json:"gbrDl"`
	GbrUl                *externalRef0.BitRateRm            `json:"gbrUl"`
	MaxDataBurstVol      *externalRef0.MaxDataBurstVolRm    `json:"maxDataBurstVol"`
	MaxPacketLossRateDl  *externalRef0.PacketLossRateRm     `json:"maxPacketLossRateDl"`
	MaxPacketLossRateUl  *externalRef0.PacketLossRateRm     `json:"maxPacketLossRateUl"`
	MaxbrDl              *externalRef0.BitRateRm            `json:"maxbrDl"`
	MaxbrUl              *externalRef0.BitRateRm            `json:"maxbrUl"`
	PacketDelayBudget    externalRef0.PacketDelBudget       `json:"packetDelayBudget,omitempty"`
	PacketErrorRate      externalRef0.PacketErrRate         `json:"packetErrorRate,omitempty"`
	PriorityLevel        *externalRef0.N5QiPriorityLevelRm  `json:"priorityLevel"`

	// Qnc Indicates whether notifications are requested from 3GPP NG-RAN when the GFBR can no longer (or again) be guaranteed for a QoS Flow during the lifetime of the QoS Flow.
	Qnc *bool `json:"qnc,omitempty"`

	// QosId Univocally identifies the QoS control policy data within a PDU session.
	QosId string `json:"qosId"`

	// ReflectiveQos Indicates whether the QoS information is reflective for the corresponding service data flow.
	ReflectiveQos *bool `json:"reflectiveQos,omitempty"`

	// SharingKeyDl Indicates, by containing the same value, what PCC rules may share resource in downlink direction.
	SharingKeyDl *string `json:"sharingKeyDl,omitempty"`

	// SharingKeyUl Indicates, by containing the same value, what PCC rules may share resource in uplink direction.
	SharingKeyUl         *string                `json:"sharingKeyUl,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type QosFlowUsage string

type QosMonitoringData struct {
	NotifyCorreId *string           `json:"notifyCorreId,omitempty"`
	NotifyUri     *externalRef0.Uri `json:"notifyUri,omitempty"`

	// QmId Univocally identifies the QoS monitoring policy data within a PDU session.
	QmId      string                      `json:"qmId"`
	RepFreqs  []ReportingFrequency        `json:"repFreqs"`
	RepPeriod *externalRef0.DurationSecRm `json:"repPeriod"`

	// RepThreshDl Indicates the period of time in units of miliiseconds for DL packet delay.
	RepThreshDl *int `json:"repThreshDl"`

	// RepThreshRp Indicates the period of time in units of miliiseconds for round trip packet delay.
	RepThreshRp *int `json:"repThreshRp"`

	// RepThreshUl Indicates the period of time in units of miliiseconds for UL packet delay.
	RepThreshUl *int `json:"repThreshUl"`

	// ReqQosMonParams indicates the UL packet delay, DL packet delay and/or round trip packet delay between the UE and the UPF is to be monitored when the QoS Monitoring for URLLC is enabled for the service data flow.
	ReqQosMonParams      []RequestedQosMonitoringParameter `json:"reqQosMonParams"`
	WaitTime             *externalRef0.DurationSecRm       `json:"waitTime"`
	AdditionalProperties map[string]interface{}            `json:"-"`
}

type QosMonitoringReport struct {
	DlDelays []int `json:"dlDelays,omitempty"`

	// RefPccRuleIds An array of PCC rule id references to the PCC rules associated with the QoS monitoring report.
	RefPccRuleIds        []string               `json:"refPccRuleIds"`
	RtDelays             []int                  `json:"rtDelays,omitempty"`
	UlDelays             []int                  `json:"ulDelays,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type QosNotificationControlInfo struct {
	AltQosParamId *string `json:"altQosParamId,omitempty"`

	// ContVer Represents the content version of some content.
	ContVer   *externalRef2.ContentVersion `json:"contVer,omitempty"`
	NotifType externalRef2.QosNotifType    `json:"notifType"`

	// RefPccRuleIds An array of PCC rule id references to the PCC rules associated with the QoS notification control info.
	RefPccRuleIds        []string               `json:"refPccRuleIds"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type RanNasRelCause struct {
	N5gMmCause *externalRef0.N5GMmCause `json:"5gMmCause,omitempty"`
	N5gSmCause *N5GSmCause              `json:"5gSmCause,omitempty"`

	// EpsCause Defines the EPS RAN/NAS release cause.
	EpsCause             *EpsRanNasRelCause      `json:"epsCause,omitempty"`
	NgApCause            *externalRef0.NgApCause `json:"ngApCause,omitempty"`
	AdditionalProperties map[string]interface{}  `json:"-"`
}

type RedirectAddressType string

type RedirectInformation struct {
	// RedirectAddressType Possible values are - IPV4_ADDR: Indicates that the address type is in the form of "dotted-decimal" IPv4 address. - IPV6_ADDR: Indicates that the address type is in the form of IPv6 address. - URL: Indicates that the address type is in the form of Uniform Resource Locator. - SIP_URI: Indicates that the address type is in the form of SIP Uniform Resource Identifier.
	RedirectAddressType *RedirectAddressType `json:"redirectAddressType,omitempty"`

	// RedirectEnabled Indicates the redirect is enable.
	RedirectEnabled *bool `json:"redirectEnabled,omitempty"`

	// RedirectServerAddress Indicates the address of the redirect server. If "redirectAddressType" attribute indicates the IPV4_ADDR, the encoding is the same as the Ipv4Addr data type defined in 3GPP TS 29.571.If "redirectAddressType" attribute indicates the IPV6_ADDR, the encoding is the same as the Ipv6Addr data type defined in 3GPP TS 29.571.If "redirectAddressType" attribute indicates the URL or SIP_URI, the encoding is the same as the Uri data type defined in 3GPP TS 29.571.
	RedirectServerAddress *string                `json:"redirectServerAddress,omitempty"`
	AdditionalProperties  map[string]interface{} `json:"-"`
}

type ReportingFrequency string

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

type ReportingLevel0 string

type ReportingLevel2 = string

type RequestEditorFn func(ctx context.Context, req *http.Request) error

type RequestedQos struct {
	N5qi                 externalRef0.N5Qi      `json:"5qi"`
	GbrDl                externalRef0.BitRate   `json:"gbrDl,omitempty"`
	GbrUl                externalRef0.BitRate   `json:"gbrUl,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type RequestedQosMonitoringParameter string

type RequestedRuleData struct {
	// RefPccRuleIds An array of PCC rule id references to the PCC rules associated with the control data.
	RefPccRuleIds []string `json:"refPccRuleIds"`

	// ReqData Array of requested rule data type elements indicating what type of rule data is requested for the corresponding referenced PCC rules.
	ReqData              []RequestedRuleDataType `json:"reqData"`
	AdditionalProperties map[string]interface{}  `json:"-"`
}

type RequestedRuleDataType string

type RequestedUsageData struct {
	// AllUmIds This boolean indicates whether requested usage data applies to all usage monitoring data instances. When it's not included, it means requested usage data shall only apply to the usage monitoring data instances referenced by the refUmIds attribute.
	AllUmIds *bool `json:"allUmIds,omitempty"`

	// RefUmIds An array of usage monitoring data id references to the usage monitoring data instances for which the PCF is requesting a usage report. This attribute shall only be provided when allUmIds is not set to true.
	RefUmIds             []string               `json:"refUmIds,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type RuleOperation string

type RuleReport struct {
	// ContVers Indicates the version of a PCC rule.
	ContVers []externalRef2.ContentVersion `json:"contVers,omitempty"`

	// FailureCode Possible values are
	//   - UNK_RULE_ID: Indicates that the pre-provisioned PCC rule could not be successfully activated because the PCC rule identifier is unknown to the SMF.
	//   - RA_GR_ERR: Indicate that the PCC rule could not be successfully installed or enforced because the Rating Group specified within the Charging Data policy decision which the PCC rule refers to is unknown or, invalid.
	//   - SER_ID_ERR: Indicate that the PCC rule could not be successfully installed or enforced because the Service Identifier specified within the Charging Data policy decision which the PCC rule refers to is invalid, unknown, or not applicable to the service being charged.
	//   - NF_MAL: Indicate that the PCC rule could not be successfully installed (for those provisioned from the PCF) or activated (for those pre-defined in SMF) or enforced (for those already successfully installed) due to SMF/UPF malfunction.
	//   - RES_LIM: Indicate that the PCC rule could not be successfully installed (for those provisioned from PCF) or activated (for those pre-defined in SMF) or enforced (for those already successfully installed) due to a limitation of resources at the SMF/UPF.
	//   - MAX_NR_QoS_FLOW: Indicate that the PCC rule could not be successfully installed (for those provisioned from PCF) or activated (for those pre-defined in SMF) or enforced (for those already successfully installed) due to the fact that the maximum number of QoS flows has been reached for the PDU session.
	//   - MISS_FLOW_INFO: Indicate that the PCC rule could not be successfully installed or enforced because neither the "flowInfos" attribute nor the "appId" attribute is specified within the PccRule data structure by the PCF during the first install request of the PCC rule.
	//   - RES_ALLO_FAIL: Indicate that the PCC rule could not be successfully installed or maintained since the QoS flow establishment/modification failed, or the QoS flow was released.
	//   - UNSUCC_QOS_VAL: indicate that the QoS validation has failed or when Guaranteed Bandwidth > Max-Requested-Bandwidth.
	//   - INCOR_FLOW_INFO: Indicate that the PCC rule could not be successfully installed or modified at the SMF because the provided flow information is not supported by the network (e.g. the provided IP address(es) or Ipv6 prefix(es) do not correspond to an IP version applicable for the PDU session).
	//   - PS_TO_CS_HAN: Indicate that the PCC rule could not be maintained because of PS to CS handover.
	//   - APP_ID_ERR: Indicate that the rule could not be successfully installed or enforced because the Application Identifier is invalid, unknown, or not applicable to the application required for detection.
	//   - NO_QOS_FLOW_BOUND: Indicate that there is no QoS flow which the SMF can bind the PCC rule(s) to.
	//   - FILTER_RES: Indicate that the Flow Information within the "flowInfos" attribute cannot be handled by the SMF because any of the restrictions defined in subclause 5.4.2 of 3GPP TS 29.212 was not met.
	//   - MISS_REDI_SER_ADDR: Indicate that the PCC rule could not be successfully installed or enforced at the SMF because there is no valid Redirect Server Address within the Traffic Control Data policy decision which the PCC rule refers to provided by the PCF and no preconfigured redirection address for this PCC rule at the SMF.
	//   - CM_END_USER_SER_DENIED: Indicate that the charging system denied the service request due to service restrictions (e.g. terminate rating group) or limitations related to the end-user, for example the end-user's account could not cover the requested service.
	//   - CM_CREDIT_CON_NOT_APP: Indicate that the charging system determined that the service can be granted to the end user but no further credit control is needed for the service (e.g. service is free of charge or is treated for offline charging).
	//   - CM_AUTH_REJ: Indicate that the charging system denied the service request in order to terminate the service for which credit is requested.
	//   - CM_USER_UNK: Indicate that the specified end user could not be found in the charging system.
	//   - CM_RAT_FAILED: Indicate that the charging system cannot rate the service request due to insufficient rating input, incorrect AVP combination or due to an attribute or an attribute value that is not recognized or supported in the rating.
	//   - UE_STA_SUSP: Indicates that the UE is in suspend state.
	FailureCode *FailureCode `json:"failureCode,omitempty"`

	// FinUnitAct Original reference TS32291_Nchf_ConvergedCharging.yaml#/components/schemas/FinalUnitAction
	FinUnitAct *string `json:"finUnitAct,omitempty"`

	// PccRuleIds Contains the identifier of the affected PCC rule(s).
	PccRuleIds []string `json:"pccRuleIds"`

	// RanNasRelCauses indicates the RAN or NAS release cause code information.
	RanNasRelCauses []RanNasRelCause `json:"ranNasRelCauses,omitempty"`

	// RuleStatus Possible values are - ACTIVE: Indicates that the PCC rule(s) are successfully installed (for those provisioned from PCF) or activated (for those pre-defined in SMF), or the session rule(s) are successfully installed  - INACTIVE: Indicates that the PCC rule(s) are removed (for those provisioned from PCF) or inactive (for those pre-defined in SMF) or the session rule(s) are removed.
	RuleStatus           RuleStatus             `json:"ruleStatus"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type RuleStatus string

type ServerInterface interface {
	// Create a new Individual SM Policy
	// (POST /sm-policies)
	CreateSMPolicy(c *gin.Context)
	// Read an Individual SM Policy
	// (GET /sm-policies/{smPolicyId})
	GetSMPolicy(c *gin.Context, smPolicyId string)
	// Delete an existing Individual SM Policy
	// (POST /sm-policies/{smPolicyId}/delete)
	DeleteSMPolicy(c *gin.Context, smPolicyId string)
	// Update an existing Individual SM Policy
	// (POST /sm-policies/{smPolicyId}/update)
	UpdateSMPolicy(c *gin.Context, smPolicyId string)
}

type ServerInterfaceWrapper struct {
	Handler            ServerInterface
	HandlerMiddlewares []MiddlewareFunc
	ErrorHandler       func(*gin.Context, error, int)
}

type ServingNfIdentity struct {
	// AnGwAddr describes the address of the access network gateway control node
	AnGwAddr             *externalRef2.AnGwAddress  `json:"anGwAddr,omitempty"`
	Guami                *externalRef0.Guami        `json:"guami,omitempty"`
	ServNfInstId         *externalRef0.NfInstanceId `json:"servNfInstId,omitempty"`
	AdditionalProperties map[string]interface{}     `json:"-"`
}

type SessionRule struct {
	AuthDefQos   *AuthorizedDefaultQos `json:"authDefQos,omitempty"`
	AuthSessAmbr *externalRef0.Ambr    `json:"authSessAmbr,omitempty"`

	// RefCondData A reference to the condition data. It is the condId described in subclause 5.6.2.9.
	RefCondData *string `json:"refCondData"`

	// RefUmData A reference to UsageMonitoringData policy decision type. It is the umId described in subclause 5.6.2.12.
	RefUmData *string `json:"refUmData"`

	// RefUmN3gData A reference to UsageMonitoringData policy decision type to apply for Non-3GPP access. It is the umId described in subclause 5.6.2.12.
	RefUmN3gData *string `json:"refUmN3gData"`

	// SessRuleId Univocally identifies the session rule within a PDU session.
	SessRuleId           string                 `json:"sessRuleId"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type SessionRuleFailureCode string

type SessionRuleReport struct {
	// PolicyDecFailureReports Contains the type(s) of failed policy decision and/or condition data.
	PolicyDecFailureReports []PolicyDecisionFailureCode `json:"policyDecFailureReports,omitempty"`

	// RuleIds Contains the identifier of the affected session rule(s).
	RuleIds []string `json:"ruleIds"`

	// RuleStatus Possible values are - ACTIVE: Indicates that the PCC rule(s) are successfully installed (for those provisioned from PCF) or activated (for those pre-defined in SMF), or the session rule(s) are successfully installed  - INACTIVE: Indicates that the PCC rule(s) are removed (for those provisioned from PCF) or inactive (for those pre-defined in SMF) or the session rule(s) are removed.
	RuleStatus RuleStatus `json:"ruleStatus"`

	// SessRuleFailureCode Possible values are
	//   - NF_MAL: Indicate that the PCC rule could not be successfully installed (for those provisioned from the PCF) or activated (for those pre-defined in SMF) or enforced (for those already successfully installed) due to SMF/UPF malfunction.
	//   - RES_LIM: Indicate that the PCC rule could not be successfully installed (for those provisioned from PCF) or activated (for those pre-defined in SMF) or enforced (for those already successfully installed) due to a limitation of resources at the SMF/UPF.
	//   - UNSUCC_QOS_VAL: indicate that the QoS validation has failed.
	//   - UE_STA_SUSP: Indicates that the UE is in suspend state.
	SessRuleFailureCode  *SessionRuleFailureCode `json:"sessRuleFailureCode,omitempty"`
	AdditionalProperties map[string]interface{}  `json:"-"`
}

type SmPolicyAssociationReleaseCause string

type SmPolicyContextData struct {
	// N3gppPsDataOffStatus If it is included and set to true, the 3GPP PS Data Off is activated by the UE.
	N3gppPsDataOffStatus *bool                   `json:"3gppPsDataOffStatus,omitempty"`
	AccNetChId           *AccNetChId             `json:"accNetChId,omitempty"`
	AccessType           externalRef0.AccessType `json:"accessType,omitempty"`
	AddAccessInfo        *AdditionalAccessInfo   `json:"addAccessInfo,omitempty"`
	AtsssCapab           *AtsssCapability        `json:"atsssCapab,omitempty"`

	// AuthProfIndex Indicates the DN-AAA authorization profile index
	AuthProfIndex *string `json:"authProfIndex,omitempty"`

	// ChargEntityAddr Describes the network entity within the access network performing charging
	ChargEntityAddr         *AccNetChargingAddress `json:"chargEntityAddr,omitempty"`
	Chargingcharacteristics *string                `json:"chargingcharacteristics,omitempty"`
	Dnn                     externalRef0.Dnn       `json:"dnn"`

	// DnnSelMode Possible values are - VERIFIED - UE_DNN_NOT_VERIFIED - NW_DNN_NOT_VERIFIED
	DnnSelMode  *externalRef3.DnnSelectionMode `json:"dnnSelMode,omitempty"`
	Gpsi        externalRef0.Gpsi              `json:"gpsi,omitempty"`
	InterGrpIds []externalRef0.GroupId         `json:"interGrpIds,omitempty"`

	// InvalidSupi When this attribute is included and set to true, it indicates that the supi attribute contains an invalid value.This attribute shall be present if the SUPI is not available in the SMF or the SUPI is unauthenticated. When present it shall be set to true for an invalid SUPI and false (default) for a valid SUPI.
	InvalidSupi *bool `json:"invalidSupi,omitempty"`

	// IpDomain Indicates the IPv4 address domain
	IpDomain           *string                     `json:"ipDomain,omitempty"`
	Ipv4Address        externalRef0.Ipv4Addr       `json:"ipv4Address,omitempty"`
	Ipv4FrameRouteList []externalRef0.Ipv4AddrMask `json:"ipv4FrameRouteList,omitempty"`
	Ipv6AddressPrefix  *externalRef0.Ipv6Prefix    `json:"ipv6AddressPrefix,omitempty"`
	Ipv6FrameRouteList []externalRef0.Ipv6Prefix   `json:"ipv6FrameRouteList,omitempty"`
	MaPduInd           *MaPduIndication            `json:"maPduInd,omitempty"`
	NotificationUri    externalRef0.Uri            `json:"notificationUri"`

	// NumOfPackFilter Contains the number of supported packet filter for signalled QoS rules.
	NumOfPackFilter *int `json:"numOfPackFilter,omitempty"`

	// Offline If it is included and set to true, the offline charging is applied to the PDU session.
	Offline *bool `json:"offline,omitempty"`

	// Online If it is included and set to true, the online charging is applied to the PDU session.
	Online         *bool                       `json:"online,omitempty"`
	PduSessionId   externalRef0.PduSessionId   `json:"pduSessionId"`
	PduSessionType externalRef0.PduSessionType `json:"pduSessionType"`
	Pei            externalRef0.Pei            `json:"pei,omitempty"`

	// QosFlowUsage Possible values are - GENERAL: Indicate no specific QoS flow usage information is available.  - IMS_SIG: Indicate that the QoS flow is used for IMS signalling only.
	QosFlowUsage *QosFlowUsage          `json:"qosFlowUsage,omitempty"`
	RatType      *externalRef0.RatType  `json:"ratType,omitempty"`
	RecoveryTime *externalRef0.DateTime `json:"recoveryTime,omitempty"`

	// RefQosIndication If it is included and set to true, the reflective QoS is supported by the UE.
	RefQosIndication     *bool                              `json:"refQosIndication,omitempty"`
	ServNfId             *ServingNfIdentity                 `json:"servNfId,omitempty"`
	ServingNetwork       *externalRef0.PlmnIdNid            `json:"servingNetwork,omitempty"`
	SliceInfo            externalRef0.Snssai                `json:"sliceInfo"`
	SmfId                *externalRef0.NfInstanceId         `json:"smfId,omitempty"`
	SubsDefQos           *externalRef0.SubscribedDefaultQos `json:"subsDefQos,omitempty"`
	SubsSessAmbr         *externalRef0.Ambr                 `json:"subsSessAmbr,omitempty"`
	Supi                 externalRef0.Supi                  `json:"supi"`
	SuppFeat             *externalRef0.SupportedFeatures    `json:"suppFeat,omitempty"`
	TraceReq             *externalRef0.TraceData            `json:"traceReq"`
	UeTimeZone           *externalRef0.TimeZone             `json:"ueTimeZone,omitempty"`
	UserLocationInfo     *externalRef0.UserLocation         `json:"userLocationInfo,omitempty"`
	VplmnQos             *externalRef3.VplmnQos             `json:"vplmnQos,omitempty"`
	AdditionalProperties map[string]interface{}             `json:"-"`
}

type SmPolicyControl struct {
	Context              SmPolicyContextData    `json:"context"`
	Policy               SmPolicyDecision       `json:"policy"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type SmPolicyDecision struct {
	ChargingInfo *ChargingInformation `json:"chargingInfo,omitempty"`

	// ChgDecs Map of Charging data policy decisions.
	ChgDecs *map[string]*ChargingData `json:"chgDecs"`

	// Conds A map of condition data with the content being as described in subclause 5.6.2.9.
	Conds     *map[string]*ConditionData `json:"conds"`
	Ipv4Index *externalRef4.IpIndex      `json:"ipv4Index,omitempty"`
	Ipv6Index *externalRef4.IpIndex      `json:"ipv6Index,omitempty"`

	// LastReqRuleData Defines the last list of rule control data requested by the PCF.
	LastReqRuleData  []RequestedRuleData `json:"lastReqRuleData,omitempty"`
	LastReqUsageData *RequestedUsageData `json:"lastReqUsageData,omitempty"`

	// Offline Indicates the offline charging is applicable to the PDU session when it is included and set to true.
	Offline *bool `json:"offline,omitempty"`

	// Online Indicates the online charging is applicable to the PDU session when it is included and set to true.
	Online *bool `json:"online,omitempty"`

	// PccRules A map of PCC rules with the content being the PCCRule as described in subclause 5.6.2.6.
	PccRules *map[string]*PccRule `json:"pccRules"`

	// PcscfRestIndication If it is included and set to true, it indicates the P-CSCF Restoration is requested.
	PcscfRestIndication *bool `json:"pcscfRestIndication,omitempty"`

	// PolicyCtrlReqTriggers Defines the policy control request triggers subscribed by the PCF.
	PolicyCtrlReqTriggers *[]PolicyControlRequestTrigger `json:"policyCtrlReqTriggers"`

	// PraInfos Map of PRA information.
	PraInfos *map[string]*externalRef0.PresenceInfoRm `json:"praInfos"`

	// QosChars Map of QoS characteristics for non standard 5QIs. This map uses the 5QI values as keys.
	QosChars *map[string]QosCharacteristics `json:"qosChars,omitempty"`

	// QosDecs Map of QoS data policy decisions.
	QosDecs *map[string]*QosData `json:"qosDecs,omitempty"`

	// QosFlowUsage Possible values are - GENERAL: Indicate no specific QoS flow usage information is available.  - IMS_SIG: Indicate that the QoS flow is used for IMS signalling only.
	QosFlowUsage *QosFlowUsage `json:"qosFlowUsage,omitempty"`

	// QosMonDecs Map of QoS Monitoring data policy decisions.
	QosMonDecs *map[string]*QosMonitoringData `json:"qosMonDecs"`

	// RedSessIndication Indicates whether the PDU session is a redundant PDU session. If absent it means the PDU session is not a redundant PDU session.
	RedSessIndication  *bool                            `json:"redSessIndication,omitempty"`
	ReflectiveQoSTimer *externalRef0.DurationSec        `json:"reflectiveQoSTimer,omitempty"`
	RelCause           *SmPolicyAssociationReleaseCause `json:"relCause,omitempty"`
	RevalidationTime   *externalRef0.DateTime           `json:"revalidationTime,omitempty"`

	// SessRules A map of Sessionrules with the content being the SessionRule as described in subclause 5.6.2.7.
	SessRules *map[string]*SessionRule        `json:"sessRules,omitempty"`
	SuppFeat  *externalRef0.SupportedFeatures `json:"suppFeat,omitempty"`

	// TraffContDecs Map of Traffic Control data policy decisions.
	TraffContDecs       *map[string]*TrafficControlData `json:"traffContDecs,omitempty"`
	TsnBridgeManCont    *BridgeManagementContainer      `json:"tsnBridgeManCont,omitempty"`
	TsnPortManContDstt  *PortManagementContainer        `json:"tsnPortManContDstt,omitempty"`
	TsnPortManContNwtts []PortManagementContainer       `json:"tsnPortManContNwtts,omitempty"`

	// UmDecs Map of Usage Monitoring data policy decisions.
	UmDecs               *map[string]*UsageMonitoringData `json:"umDecs"`
	AdditionalProperties map[string]interface{}           `json:"-"`
}

type SmPolicyDeleteData struct {
	// AccuUsageReports Contains the usage report
	AccuUsageReports []AccuUsageReport   `json:"accuUsageReports,omitempty"`
	PduSessRelCause  *PduSessionRelCause `json:"pduSessRelCause,omitempty"`

	// RanNasRelCauses Contains the RAN and/or NAS release cause.
	RanNasRelCauses      []RanNasRelCause           `json:"ranNasRelCauses,omitempty"`
	ServingNetwork       *externalRef0.PlmnIdNid    `json:"servingNetwork,omitempty"`
	UeTimeZone           *externalRef0.TimeZone     `json:"ueTimeZone,omitempty"`
	UserLocationInfo     *externalRef0.UserLocation `json:"userLocationInfo,omitempty"`
	UserLocationInfoTime *externalRef0.DateTime     `json:"userLocationInfoTime,omitempty"`
	AdditionalProperties map[string]interface{}     `json:"-"`
}

type SmPolicyNotification struct {
	ResourceUri          *externalRef0.Uri      `json:"resourceUri,omitempty"`
	SmPolicyDecision     *SmPolicyDecision      `json:"smPolicyDecision,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type SmPolicyUpdateContextData struct {
	// N3gppPsDataOffStatus If it is included and set to true, the 3GPP PS Data Off is activated by the UE.
	N3gppPsDataOffStatus *bool `json:"3gppPsDataOffStatus,omitempty"`

	// AccNetChIds Indicates the access network charging identifier for the PCC rule(s) or whole PDU session.
	AccNetChIds []AccNetChId            `json:"accNetChIds,omitempty"`
	AccessType  externalRef0.AccessType `json:"accessType,omitempty"`

	// AccuUsageReports Contains the usage report
	AccuUsageReports       []AccuUsageReport        `json:"accuUsageReports,omitempty"`
	AddAccessInfo          *AdditionalAccessInfo    `json:"addAccessInfo,omitempty"`
	AddIpv6AddrPrefixes    *externalRef0.Ipv6Prefix `json:"addIpv6AddrPrefixes,omitempty"`
	AddRelIpv6AddrPrefixes *externalRef0.Ipv6Prefix `json:"addRelIpv6AddrPrefixes,omitempty"`

	// AppDetectionInfos Report the start/stop of the application traffic and detected SDF descriptions if applicable.
	AppDetectionInfos []AppDetectionInfo `json:"appDetectionInfos,omitempty"`
	AtsssCapab        *AtsssCapability   `json:"atsssCapab,omitempty"`

	// AuthProfIndex Indicates the DN-AAA authorization profile index
	AuthProfIndex      *string                 `json:"authProfIndex,omitempty"`
	CreditManageStatus *CreditManagementStatus `json:"creditManageStatus,omitempty"`
	InterGrpIds        []externalRef0.GroupId  `json:"interGrpIds,omitempty"`

	// IpDomain Indicates the IPv4 address domain
	IpDomain          *string                  `json:"ipDomain,omitempty"`
	Ipv4Address       externalRef0.Ipv4Addr    `json:"ipv4Address,omitempty"`
	Ipv6AddressPrefix *externalRef0.Ipv6Prefix `json:"ipv6AddressPrefix,omitempty"`
	MaPduInd          *MaPduIndication         `json:"maPduInd,omitempty"`
	MulAddrInfos      []IpMulticastAddressInfo `json:"mulAddrInfos,omitempty"`

	// NumOfPackFilter Contains the number of supported packet filter for signalled QoS rules.
	NumOfPackFilter *int `json:"numOfPackFilter,omitempty"`

	// PccRuleId Contains the identifier of the PCC rule which is used for traffic detection of event.
	PccRuleId *string `json:"pccRuleId,omitempty"`

	// PolicyDecFailureReports Contains the type(s) of failed policy decision and/or condition data.
	PolicyDecFailureReports []PolicyDecisionFailureCode `json:"policyDecFailureReports,omitempty"`

	// QncReports QoS Notification Control information.
	QncReports []QosNotificationControlInfo `json:"qncReports,omitempty"`

	// QosFlowUsage Possible values are - GENERAL: Indicate no specific QoS flow usage information is available.  - IMS_SIG: Indicate that the QoS flow is used for IMS signalling only.
	QosFlowUsage  *QosFlowUsage         `json:"qosFlowUsage,omitempty"`
	QosMonReports []QosMonitoringReport `json:"qosMonReports,omitempty"`
	RatType       *externalRef0.RatType `json:"ratType,omitempty"`

	// RefQosIndication If it is included and set to true, the reflective QoS is supported by the UE. If it is included and set to false, the reflective QoS is revoked by the UE.
	RefQosIndication     *bool                    `json:"refQosIndication,omitempty"`
	RelAccessInfo        *AdditionalAccessInfo    `json:"relAccessInfo,omitempty"`
	RelIpv4Address       externalRef0.Ipv4Addr    `json:"relIpv4Address,omitempty"`
	RelIpv6AddressPrefix *externalRef0.Ipv6Prefix `json:"relIpv6AddressPrefix,omitempty"`
	RelUeMac             externalRef0.MacAddr48   `json:"relUeMac,omitempty"`

	// RepPolicyCtrlReqTriggers The policy control reqeust trigges which are met.
	RepPolicyCtrlReqTriggers []PolicyControlRequestTrigger `json:"repPolicyCtrlReqTriggers,omitempty"`

	// RepPraInfos Reports the changes of presence reporting area.
	RepPraInfos *map[string]externalRef0.PresenceInfo `json:"repPraInfos,omitempty"`

	// RuleReports Used to report the PCC rule failure.
	RuleReports    []RuleReport            `json:"ruleReports,omitempty"`
	ServNfId       *ServingNfIdentity      `json:"servNfId,omitempty"`
	ServingNetwork *externalRef0.PlmnIdNid `json:"servingNetwork,omitempty"`

	// SessRuleReports Used to report the session rule failure.
	SessRuleReports      []SessionRuleReport                 `json:"sessRuleReports,omitempty"`
	SubsDefQos           *externalRef0.SubscribedDefaultQos  `json:"subsDefQos,omitempty"`
	SubsSessAmbr         *externalRef0.Ambr                  `json:"subsSessAmbr,omitempty"`
	TraceReq             *externalRef0.TraceData             `json:"traceReq"`
	TrafficDescriptors   []externalRef0.DddTrafficDescriptor `json:"trafficDescriptors,omitempty"`
	TsnBridgeInfo        *TsnBridgeInfo                      `json:"tsnBridgeInfo,omitempty"`
	TsnBridgeManCont     *BridgeManagementContainer          `json:"tsnBridgeManCont,omitempty"`
	TsnPortManContDstt   *PortManagementContainer            `json:"tsnPortManContDstt,omitempty"`
	TsnPortManContNwtts  []PortManagementContainer           `json:"tsnPortManContNwtts,omitempty"`
	TypesOfNotif         []externalRef0.DlDataDeliveryStatus `json:"typesOfNotif,omitempty"`
	UeInitResReq         *UeInitiatedResourceRequest         `json:"ueInitResReq,omitempty"`
	UeMac                externalRef0.MacAddr48              `json:"ueMac,omitempty"`
	UeTimeZone           *externalRef0.TimeZone              `json:"ueTimeZone,omitempty"`
	UserLocationInfo     *externalRef0.UserLocation          `json:"userLocationInfo,omitempty"`
	UserLocationInfoTime *externalRef0.DateTime              `json:"userLocationInfoTime,omitempty"`
	VplmnQos             *externalRef3.VplmnQos              `json:"vplmnQos,omitempty"`

	// VplmnQosNotApp If it is included and set to true, indicates that the QoS constraints in the VPLMN are not applicable.
	VplmnQosNotApp       *bool                  `json:"vplmnQosNotApp,omitempty"`
	AdditionalProperties map[string]interface{} `json:"-"`
}

type SteerModeValue string

type SteeringFunctionality string

type SteeringMode struct {
	N3gLoad              *externalRef0.Uinteger    `json:"3gLoad,omitempty"`
	Active               externalRef0.AccessType   `json:"active,omitempty"`
	PrioAcc              externalRef0.AccessType   `json:"prioAcc,omitempty"`
	Standby              externalRef0.AccessTypeRm `json:"standby,omitempty"`
	SteerModeValue       SteerModeValue            `json:"steerModeValue"`
	AdditionalProperties map[string]interface{}    `json:"-"`
}

type StrictHandlerFunc = strictgin.StrictGinHandlerFunc

type StrictMiddlewareFunc = strictgin.StrictGinMiddlewareFunc

type StrictServerInterface interface {
	// Create a new Individual SM Policy
	// (POST /sm-policies)
	CreateSMPolicy(ctx context.Context, request CreateSMPolicyRequestObject) (CreateSMPolicyResponseObject, error)
	// Read an Individual SM Policy
	// (GET /sm-policies/{smPolicyId})
	GetSMPolicy(ctx context.Context, request GetSMPolicyRequestObject) (GetSMPolicyResponseObject, error)
	// Delete an existing Individual SM Policy
	// (POST /sm-policies/{smPolicyId}/delete)
	DeleteSMPolicy(ctx context.Context, request DeleteSMPolicyRequestObject) (DeleteSMPolicyResponseObject, error)
	// Update an existing Individual SM Policy
	// (POST /sm-policies/{smPolicyId}/update)
	UpdateSMPolicy(ctx context.Context, request UpdateSMPolicyRequestObject) (UpdateSMPolicyResponseObject, error)
}

type TerminationNotification struct {
	Cause                SmPolicyAssociationReleaseCause `json:"cause"`
	ResourceUri          externalRef0.Uri                `json:"resourceUri"`
	AdditionalProperties map[string]interface{}          `json:"-"`
}