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v0.0.0-...-8f6edbe Latest Latest Go to latest Published: May 30, 2023 License: Apache-2.0 Imports: 23 Imported by: 0

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Repository

github.com/InterDigitalInc/AdvantEDGE

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README ¶

Go API Server for server

Radio Network Information Service is AdvantEDGE's implementation of ETSI MEC ISG MEC012 RNI API

Copyright (c) ETSI 2017

Micro-service
meep-rnis

Type & Usage
Edge Service used by edge applications that want to get information about radio conditions in the network

Note
AdvantEDGE supports a selected subset of RNI API endpoints (see below) and a subset of subscription types.

Supported subscriptions:

- CellChangeSubscription

- RabEstSubscription

- RabRelSubscription

- MeasRepUeSubscription

- NrMeasRepUeSubscription

Overview

This server was generated by the [swagger-codegen] (https://github.com/swagger-api/swagger-codegen) project.
By using the OpenAPI-Spec from a remote server, you can easily generate a server stub.

To see how to make this your own, look here:

README

API version: 2.2.1
Build date: 2022-12-19T08:31:57.238049-05:00[America/Toronto]

Running the server

To run the server, follow these simple steps:

go run main.go

Documentation ¶

Overview ¶

* Copyright (c) 2022 The AdvantEDGE Authors * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * * AdvantEDGE Radio Network Information API * * Radio Network Information Service is AdvantEDGE's implementation of [ETSI MEC ISG MEC012 RNI API](https://www.etsi.org/deliver/etsi_gs/MEC/001_099/012/02.02.01_60/gs_MEC012v020201p.pdf) [Copyright (c) ETSI 2017](https://forge.etsi.org/etsi-forge-copyright-notice.txt) **Micro-service** [meep-rnis](https://github.com/InterDigitalInc/AdvantEDGE/tree/master/go-apps/meep-rnis) **Type & Usage** Edge Service used by edge applications that want to get information about radio conditions in the network **Note** AdvantEDGE supports a selected subset of RNI API endpoints (see below) and a subset of subscription types. Supported subscriptions: - CellChangeSubscription - RabEstSubscription - RabRelSubscription - MeasRepUeSubscription - NrMeasRepUeSubscription * * API version: 2.2.1 * Contact: AdvantEDGE@InterDigital.com * Generated by: Swagger Codegen (https://github.com/swagger-api/swagger-codegen.git)

* Copyright (c) 2022 The AdvantEDGE Authors * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * * AdvantEDGE Radio Network Information Service REST API * * Radio Network Information Service is AdvantEDGE's implementation of [ETSI MEC ISG MEC012 RNI API](https://www.etsi.org/deliver/etsi_gs/MEC/001_099/012/02.02.01_60/gs_MEC012v020201p.pdf) [Copyright (c) ETSI 2017](https://forge.etsi.org/etsi-forge-copyright-notice.txt) **Micro-service** [meep-rnis](https://github.com/InterDigitalInc/AdvantEDGE/tree/master/go-apps/meep-rnis) **Type & Usage** Edge Service used by edge applications that want to get information about radio conditions in the network **Details** API details available at _your-AdvantEDGE-ip-address/api_ * * API version: 2.2.1 * Contact: AdvantEDGE@InterDigital.com * Generated by: Swagger Codegen (https://github.com/swagger-api/swagger-codegen.git)

Index ¶

Constants
Variables
func Index(w http.ResponseWriter, r *http.Request)
func Init() (err error)
func Layer2MeasInfoGET(w http.ResponseWriter, r *http.Request)
func Logger(inner http.Handler, name string) http.Handler
func Mec011AppTerminationPOST(w http.ResponseWriter, r *http.Request)
func NewRouter() *mux.Router
func PlmnInfoGET(w http.ResponseWriter, r *http.Request)
func RabInfoGET(w http.ResponseWriter, r *http.Request)
func Run() (err error)
func S1BearerInfoGET(w http.ResponseWriter, r *http.Request)
func Stop() (err error)
func SubscriptionLinkListSubscriptionsGET(w http.ResponseWriter, r *http.Request)
func SubscriptionsDELETE(w http.ResponseWriter, r *http.Request)
func SubscriptionsGET(w http.ResponseWriter, r *http.Request)
func SubscriptionsPOST(w http.ResponseWriter, r *http.Request)
func SubscriptionsPUT(w http.ResponseWriter, r *http.Request)
type AppInfo
type AppStats
type AppTerminationNotification
type AppTerminationNotificationLinks
type AssociateId
type CaReconfNotification
type CaReconfNotificationCarrierAggregationMeasInfo
type CaReconfNotificationLinks
type CaReconfNotificationSecondaryCellAdd
type CaReconfSubscription
type CaReconfSubscriptionFilterCriteriaAssoc
type CaReconfSubscriptionLinks
type CellChangeNotification
type CellChangeNotificationTempUeId
type CellChangeSubscription
type CellChangeSubscriptionFilterCriteriaAssocHo
type DomainData
type Ecgi
type ExpiryNotification
type ExpiryNotificationLinks
type InRangePoa
type InlineNotification
type InlineSubscription
type L2Meas
type L2MeasCellInfo
type L2MeasCellUeInfo
type L2MeasData
type LinkType
type MeasQuantityResultsNr
type MeasRepUeNotification
type MeasRepUeNotificationCarrierAggregationMeasInfo
type MeasRepUeNotificationEutranNeighbourCellMeasInfo
type MeasRepUeNotificationNewRadioMeasInfo
type MeasRepUeNotificationNewRadioMeasNeiInfo
type MeasRepUeNotificationNrBnCs
type MeasRepUeNotificationNrBnCsNrBnCellInfo
type MeasRepUeNotificationNrNCellInfo
type MeasRepUeNotificationNrSCs
type MeasRepUeNotificationNrSCsNrSCellInfo
type MeasRepUeSubscription
type MeasRepUeSubscriptionFilterCriteriaAssocTri
type MeasTaNotification
type MeasTaSubscription
type NrMeasRepUeNotification
type NrMeasRepUeNotificationEutraNeighCellMeasInfo
type NrMeasRepUeNotificationNCell
type NrMeasRepUeNotificationNrNeighCellMeasInfo
type NrMeasRepUeNotificationSCell
type NrMeasRepUeNotificationServCellMeasInfo
type NrMeasRepUeSubscription
type NrMeasRepUeSubscriptionFilterCriteriaNrMrs
type Nrcgi
type OneOfInlineNotification
type OneOfInlineSubscription
type OperationActionType
type Plmn
type PlmnInfo
type PlmnInfoResp
type PoaInfo
type ProblemDetails
type RabEstNotification
type RabEstNotificationErabQosParameters
type RabEstNotificationErabQosParametersQosInformation
type RabEstNotificationTempUeId
type RabEstSubscription
type RabEstSubscriptionFilterCriteriaQci
type RabInfo
type RabInfoCellUserInfo
type RabInfoData
type RabInfoErabInfo
type RabInfoUeInfo
type RabModNotification
type RabModNotificationErabQosParameters
type RabModNotificationErabQosParametersQosInformation
type RabModSubscription
type RabModSubscriptionFilterCriteriaQci
type RabRelNotification
type RabRelNotificationErabReleaseInfo
type RabRelSubscription
type ResultsPerCsiRsIndex
type ResultsPerCsiRsIndexList
type ResultsPerCsiRsIndexListResultsPerCsiRsIndex
type ResultsPerSsbIndex
type ResultsPerSsbIndexList
type ResultsPerSsbIndexListResultsPerSsbIndex
type Route
type Routes
type RsIndexResults
type S1BearerInfo
type S1BearerInfoEnbInfo
type S1BearerInfoS1BearerInfoDetailed
type S1BearerInfoS1UeInfo
type S1BearerInfoSGwInfo
type S1BearerNotification
type S1BearerNotificationS1UeInfo
type S1BearerSubscription
type S1BearerSubscriptionS1BearerSubscriptionCriteria
type SubscriptionCommon
type SubscriptionLinkList
type SubscriptionLinkListLinks
type SubscriptionLinkListLinksSubscription
type TimeStamp
type Trigger
type TriggerNr
type UeData
type WebsockNotifConfig

Constants ¶

View Source

const CELL_CHANGE_NOTIFICATION = "CellChangeNotification"

View Source

const CELL_CHANGE_SUBSCRIPTION = "CellChangeSubscription"

View Source

const MEAS_REP_UE_NOTIFICATION = "MeasRepUeNotification"

View Source

const MEAS_REP_UE_SUBSCRIPTION = "MeasRepUeSubscription"

View Source

const NR_MEAS_REP_UE_NOTIFICATION = "NrMeasRepUeNotification"

View Source

const NR_MEAS_REP_UE_SUBSCRIPTION = "NrMeasRepUeSubscription"

View Source

const RAB_EST_NOTIFICATION = "RabEstNotification"

View Source

const RAB_EST_SUBSCRIPTION = "RabEstSubscription"

View Source

const RAB_REL_NOTIFICATION = "RabRelNotification"

View Source

const RAB_REL_SUBSCRIPTION = "RabRelSubscription"

Variables ¶

View Source

var RNIS_DB = 0

Functions ¶

func Index ¶

func Index(w http.ResponseWriter, r *http.Request)

func Init ¶

func Init() (err error)

Init - RNI Service initialization

func Layer2MeasInfoGET ¶

func Layer2MeasInfoGET(w http.ResponseWriter, r *http.Request)

func Logger ¶

func Logger(inner http.Handler, name string) http.Handler

func Mec011AppTerminationPOST ¶

func Mec011AppTerminationPOST(w http.ResponseWriter, r *http.Request)

func NewRouter ¶

func NewRouter() *mux.Router

func PlmnInfoGET ¶

func PlmnInfoGET(w http.ResponseWriter, r *http.Request)

func RabInfoGET ¶

func RabInfoGET(w http.ResponseWriter, r *http.Request)

func Run ¶

func Run() (err error)

Run - Start RNIS

func S1BearerInfoGET ¶

func S1BearerInfoGET(w http.ResponseWriter, r *http.Request)

func Stop ¶

func Stop() (err error)

Stop - Stop RNIS

func SubscriptionLinkListSubscriptionsGET ¶

func SubscriptionLinkListSubscriptionsGET(w http.ResponseWriter, r *http.Request)

func SubscriptionsDELETE ¶

func SubscriptionsDELETE(w http.ResponseWriter, r *http.Request)

func SubscriptionsGET ¶

func SubscriptionsGET(w http.ResponseWriter, r *http.Request)

func SubscriptionsPOST ¶

func SubscriptionsPOST(w http.ResponseWriter, r *http.Request)

func SubscriptionsPUT ¶

func SubscriptionsPUT(w http.ResponseWriter, r *http.Request)

Types ¶

type AppInfo ¶

type AppInfo struct {
	ParentType   string  `json:"parentType"`
	ParentName   string  `json:"parentName"`
	Latency      int32   `json:"latency"`
	ThroughputUL int32   `json:"throughputUL"`
	ThroughputDL int32   `json:"throughputDL"`
	PacketLoss   float64 `json:"packetLoss"`
}

type AppStats ¶

type AppStats struct {
	AppName       string `json:"name"`
	UlTraffic     int32  `json:"ul"`
	DlTraffic     int32  `json:"dl"`
	UlTrafficLoss int32  `json:"ulos"`
	DlTrafficLoss int32  `json:"dlos"`
}

type AppTerminationNotification ¶

type AppTerminationNotification struct {
	// Shall be set to AppTerminationNotification.
	NotificationType string `json:"notificationType"`

	OperationAction *OperationActionType `json:"operationAction"`
	// Maximum timeout value in seconds for graceful termination or graceful stop of an application instance.
	MaxGracefulTimeout int32 `json:"maxGracefulTimeout"`

	Links *AppTerminationNotificationLinks `json:"_links"`
}

This type represents the information that the MEC platform notifies the subscribed application instance about the corresponding application instance termination/stop.

type AppTerminationNotificationLinks ¶

type AppTerminationNotificationLinks struct {
	Subscription *LinkType `json:"subscription"`

	ConfirmTermination *LinkType `json:"confirmTermination,omitempty"`
}

Object containing hyperlinks related to the resource.

type AssociateId ¶

type AssociateId struct {
	// Numeric value (0-255) corresponding to specified type of identifier as following: <p>0 = reserved. <p>1 = UE_IPv4_ADDRESS. <p>2 = UE_IPV6_ADDRESS. <p>3 = NATED_IP_ADDRESS. <p>4 = GTP_TEID.
	Type_ int32 `json:"type,omitempty"`
	// Value for the identifier.
	Value string `json:"value,omitempty"`
}

type CaReconfNotification ¶

type CaReconfNotification struct {
	// 0 to N identifiers to associate the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// This parameter can be repeated to contain information of all the carriers assign for Carrier Aggregation up to M.
	CarrierAggregationMeasInfo []CaReconfNotificationCarrierAggregationMeasInfo `json:"carrierAggregationMeasInfo,omitempty"`

	Ecgi *Ecgi `json:"ecgi"`
	// Shall be set to \"CaReConfNotification\".
	NotificationType string `json:"notificationType"`

	SecondaryCellAdd []CaReconfNotificationSecondaryCellAdd `json:"secondaryCellAdd,omitempty"`

	SecondaryCellRemove []CaReconfNotificationSecondaryCellAdd `json:"secondaryCellRemove,omitempty"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type CaReconfNotificationCarrierAggregationMeasInfo ¶

type CaReconfNotificationCarrierAggregationMeasInfo struct {
	CellIdNei string `json:"cellIdNei,omitempty"`

	CellIdSrv string `json:"cellIdSrv,omitempty"`
	// Reference Signal Received Power as defined in ETSI TS 136 214 [i.5].
	RsrpNei int32 `json:"rsrpNei,omitempty"`
	// Reference Signal Received Power as defined in ETSI TS 136 214 [i.5].
	RsrpSrv int32 `json:"rsrpSrv,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 136 214 [i.5].
	RsrqNei int32 `json:"rsrqNei,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 136 214 [i.5].
	RsrqSrv int32 `json:"rsrqSrv,omitempty"`
}

type CaReconfNotificationLinks ¶

type CaReconfNotificationLinks struct {
	Subscription *LinkType `json:"subscription"`
}

Links to resources related to this notification.

type CaReconfNotificationSecondaryCellAdd ¶

type CaReconfNotificationSecondaryCellAdd struct {
	Ecgi *Ecgi `json:"ecgi,omitempty"`
}

type CaReconfSubscription ¶

type CaReconfSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	FilterCriteriaAssoc *CaReconfSubscriptionFilterCriteriaAssoc `json:"filterCriteriaAssoc"`
	// Shall be set to \"CaReconfSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to UE carrier aggregation reconfiguration notifications from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type CaReconfSubscriptionFilterCriteriaAssoc ¶

type CaReconfSubscriptionFilterCriteriaAssoc struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId,omitempty"`
	// 0 to N identifiers to associate the information for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
}

List of filtering criteria for the subscription. Any filtering criteria from below, which is included in the request, shall also be included in the response.

type CaReconfSubscriptionLinks ¶

type CaReconfSubscriptionLinks struct {
	Self *LinkType `json:"self"`
}

Hyperlink related to the resource. This shall be only included in the HTTP responses and in HTTP PUT requests.

type CellChangeNotification ¶

type CellChangeNotification struct {
	// 0 to N identifiers to associate the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// Indicate the status of the UE handover procedure. Values are defined as following: <p>1 = IN_PREPARATION. <p>2 = IN_EXECUTION. <p>3 = COMPLETED. <p>4 = REJECTED. <p>5 = CANCELLED.
	HoStatus int32 `json:"hoStatus"`
	// Shall be set to \"CellChangeNotification\".
	NotificationType string `json:"notificationType"`

	SrcEcgi *Ecgi `json:"srcEcgi"`

	TempUeId *CellChangeNotificationTempUeId `json:"tempUeId,omitempty"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
	// E-UTRAN Cell Global Identifier of the target cell. See note. NOTE: Cardinality N is valid only in case of statuses IN_PREPARATION, REJECTED and CANCELLED.
	TrgEcgi []Ecgi `json:"trgEcgi"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type CellChangeNotificationTempUeId ¶

type CellChangeNotificationTempUeId struct {
	// MMEC as defined in ETSI TS 136 413 [i.3].
	Mmec string `json:"mmec"`
	// M-TMSI as defined in ETSI TS 136 413 [i.3].
	Mtmsi string `json:"mtmsi"`
}

The temporary identifier allocated for the specific UE as defined below.

type CellChangeSubscription ¶

type CellChangeSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	FilterCriteriaAssocHo *CellChangeSubscriptionFilterCriteriaAssocHo `json:"filterCriteriaAssocHo"`
	// Shall be set to \"CellChangeSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to cell change notifications from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type CellChangeSubscriptionFilterCriteriaAssocHo ¶

type CellChangeSubscriptionFilterCriteriaAssocHo struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId,omitempty"`
	// 0 to N identifiers to associate the information for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
	// In case hoStatus is not included in the subscription request, the default value 3 = COMPLETED shall be used and included in the response: <p>1 = IN_PREPARATION. <p>2 = IN_EXECUTION. <p>3 = COMPLETED. <p>4 = REJECTED. <p>5 = CANCELLED.
	HoStatus []int32 `json:"hoStatus,omitempty"`
}

List of filtering criteria for the subscription. Any filtering criteria from below, which is included in the request, shall also be included in the response.

type DomainData ¶

type DomainData struct {
	Mcc    string `json:"mcc"`
	Mnc    string `json:"mnc"`
	CellId string `json:"cellId"`
}

type Ecgi ¶

type Ecgi struct {
	CellId string `json:"cellId"`

	Plmn *Plmn `json:"plmn"`
}

type ExpiryNotification ¶

type ExpiryNotification struct {
	Links *ExpiryNotificationLinks `json:"_links"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
	// Shall be set to \"ExpiryNotification\"
	NotificationType string `json:"notificationType"`
}

type ExpiryNotificationLinks ¶

type ExpiryNotificationLinks struct {
	Subscription *LinkType `json:"subscription"`
}

List of hyperlinks related to the resource.

type InRangePoa ¶

type InRangePoa struct {
	Name string `json:"name"`
	Rsrp int32  `json:"rsrp"`
	Rsrq int32  `json:"rsrq"`
}

type InlineNotification ¶

type InlineNotification struct {
}

type InlineSubscription ¶

type InlineSubscription struct {
}

type L2Meas ¶

type L2Meas struct {
	// The per cell measurement information as defined below.
	CellInfo []L2MeasCellInfo `json:"cellInfo,omitempty"`
	// The per cell per UE layer 2 measurements information as defined below.
	CellUEInfo []L2MeasCellUeInfo `json:"cellUEInfo,omitempty"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
}

type L2MeasCellInfo ¶

type L2MeasCellInfo struct {
	// It indicates the packet discard rate in percentage of the downlink GBR traffic in a cell, as defined in ETSI TS 136 314 [i.11].
	DlGbrPdrCell int32 `json:"dl_gbr_pdr_cell,omitempty"`
	// It indicates the PRB usage for downlink GBR traffic, as defined in ETSI TS 136 314 [i.11] and ETSI TS 136 423 [i.12].
	DlGbrPrbUsageCell int32 `json:"dl_gbr_prb_usage_cell,omitempty"`
	// It indicates the packet discard rate in percentage of the downlink non-GBR traffic in a cell, as defined in ETSI TS 136 314 [i.11].
	DlNongbrPdrCell int32 `json:"dl_nongbr_pdr_cell,omitempty"`
	// It indicates (in percentage) the PRB usage for downlink non-GBR traffic, as defined in ETSI TS 136 314 [i.11] and ETSI TS 136 423 [i.12].
	DlNongbrPrbUsageCell int32 `json:"dl_nongbr_prb_usage_cell,omitempty"`
	// It indicates (in percentage) the PRB usage for total downlink traffic, as defined in ETSI TS 136 314 [i.11] and ETSI TS 136 423 [i.12].
	DlTotalPrbUsageCell int32 `json:"dl_total_prb_usage_cell,omitempty"`

	Ecgi *Ecgi `json:"ecgi,omitempty"`
	// It indicates the number of active UEs with downlink GBR traffic, as defined in ETSI TS 136 314 [i.11].
	NumberOfActiveUeDlGbrCell int32 `json:"number_of_active_ue_dl_gbr_cell,omitempty"`
	// It indicates the number of active UEs with downlink non-GBR traffic, as defined in ETSI TS 136 314 [i.11].
	NumberOfActiveUeDlNongbrCell int32 `json:"number_of_active_ue_dl_nongbr_cell,omitempty"`
	// It indicates the number of active UEs with uplink GBR traffic, as defined in ETSI TS 136 314 [i.11].
	NumberOfActiveUeUlGbrCell int32 `json:"number_of_active_ue_ul_gbr_cell,omitempty"`
	// It indicates the number of active UEs with uplink non-GBR traffic, as defined in ETSI TS 136 314 [i.11].
	NumberOfActiveUeUlNongbrCell int32 `json:"number_of_active_ue_ul_nongbr_cell,omitempty"`
	// It indicates (in percentage) the received dedicated preamples, as defined in ETSI TS 136 314 [i.11].
	ReceivedDedicatedPreamblesCell int32 `json:"received_dedicated_preambles_cell,omitempty"`
	// It indicates (in percentage) the received randomly selected preambles in the high range, as defined in ETSI TS 136 314 [i.11].
	ReceivedRandomlySelectedPreamblesHighRangeCell int32 `json:"received_randomly_selected_preambles_high_range_cell,omitempty"`
	// It indicates (in percentage) the received randomly selected preambles in the low range, as defined in ETSI TS 136 314 [i.11].
	ReceivedRandomlySelectedPreamblesLowRangeCell int32 `json:"received_randomly_selected_preambles_low_range_cell,omitempty"`
	// It indicates the packet discard rate in percentage of the uplink GBR traffic in a cell, as defined in ETSI TS 136 314 [i.11].
	UlGbrPdrCell int32 `json:"ul_gbr_pdr_cell,omitempty"`
	// It indicates (in percentage) the PRB usage for uplink GBR traffic, as defined in ETSI TS 136 314 [i.11] and ETSI TS 136 423 [i.12].
	UlGbrPrbUsageCell int32 `json:"ul_gbr_prb_usage_cell,omitempty"`
	// It indicates the packet discard rate in percentage of the uplink non-GBR traffic in a cell, as defined in ETSI TS 136 314 [i.11].
	UlNongbrPdrCell int32 `json:"ul_nongbr_pdr_cell,omitempty"`
	// It indicates (in percentage) the PRB usage for uplink non-GBR traffic, as defined in ETSI TS 136 314 [i.11] and ETSI TS 136 423 [i.12].
	UlNongbrPrbUsageCell int32 `json:"ul_nongbr_prb_usage_cell,omitempty"`
	// It indicates (in percentage) the PRB usage for total uplink traffic, as defined in ETSI TS 136 314 [i.11] and ETSI TS 136 423 [i.12].
	UlTotalPrbUsageCell int32 `json:"ul_total_prb_usage_cell,omitempty"`
}

type L2MeasCellUeInfo ¶

type L2MeasCellUeInfo struct {
	AssociateId *AssociateId `json:"associateId,omitempty"`
	// It indicates the data volume of the downlink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlGbrDataVolumeUe int32 `json:"dl_gbr_data_volume_ue,omitempty"`
	// It indicates the packet delay of the downlink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlGbrDelayUe int32 `json:"dl_gbr_delay_ue,omitempty"`
	// It indicates the packet discard rate in percentage of the downlink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlGbrPdrUe int32 `json:"dl_gbr_pdr_ue,omitempty"`
	// It indicates the scheduled throughput of the downlink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlGbrThroughputUe int32 `json:"dl_gbr_throughput_ue,omitempty"`
	// It indicates the data volume of the downlink non-GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlNongbrDataVolumeUe int32 `json:"dl_nongbr_data_volume_ue,omitempty"`
	// It indicates the packet delay of the downlink non-GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlNongbrDelayUe int32 `json:"dl_nongbr_delay_ue,omitempty"`
	// It indicates the packet discard rate in percentage of the downlink nonGBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlNongbrPdrUe int32 `json:"dl_nongbr_pdr_ue,omitempty"`
	// It indicates the scheduled throughput of the downlink nonGBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	DlNongbrThroughputUe int32 `json:"dl_nongbr_throughput_ue,omitempty"`

	Ecgi *Ecgi `json:"ecgi,omitempty"`
	// It indicates the data volume of the uplink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlGbrDataVolumeUe int32 `json:"ul_gbr_data_volume_ue,omitempty"`
	// It indicates the packet delay of the uplink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlGbrDelayUe int32 `json:"ul_gbr_delay_ue,omitempty"`
	// It indicates the packet discard rate in percentage of the uplink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlGbrPdrUe int32 `json:"ul_gbr_pdr_ue,omitempty"`
	// It indicates the scheduled throughput of the uplink GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlGbrThroughputUe int32 `json:"ul_gbr_throughput_ue,omitempty"`
	// It indicates the data volume of the uplink non-GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlNongbrDataVolumeUe int32 `json:"ul_nongbr_data_volume_ue,omitempty"`
	// It indicates the packet delay of the uplink non-GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlNongbrDelayUe int32 `json:"ul_nongbr_delay_ue,omitempty"`
	// It indicates the packet discard rate in percentage of the uplink nonGBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlNongbrPdrUe int32 `json:"ul_nongbr_pdr_ue,omitempty"`
	// It indicates the scheduled throughput of the uplink non-GBR traffic of a UE, as defined in ETSI TS 136 314 [i.11].
	UlNongbrThroughputUe int32 `json:"ul_nongbr_throughput_ue,omitempty"`
}

type L2MeasData ¶

type L2MeasData struct {
	// contains filtered or unexported fields
}

type LinkType ¶

type LinkType struct {
	// URI referring to a resource
	Href string `json:"href"`
}

type MeasQuantityResultsNr ¶

type MeasQuantityResultsNr struct {
	// Reference Signal Received Power as defined in ETSI TS 138 331 [i.13].
	Rsrp int32 `json:"rsrp,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 138 331 [i.13].
	Rsrq int32 `json:"rsrq,omitempty"`
	// Reference Signal to Interference & Noise Ratio as defined in ETSI TS 138 331 [i.13].
	Sinr int32 `json:"sinr,omitempty"`
}

type MeasRepUeNotification ¶

type MeasRepUeNotification struct {
	// 0 to N identifiers to associate the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// This parameter can be repeated to contain information of all the carriers assign for Carrier Aggregation up to M.
	CarrierAggregationMeasInfo []MeasRepUeNotificationCarrierAggregationMeasInfo `json:"carrierAggregationMeasInfo,omitempty"`

	Ecgi *Ecgi `json:"ecgi"`
	// This parameter can be repeated to contain information of all the neighbouring cells up to N.
	EutranNeighbourCellMeasInfo []MeasRepUeNotificationEutranNeighbourCellMeasInfo `json:"eutranNeighbourCellMeasInfo,omitempty"`
	// Indicates height of the UE in meters relative to the sea level as defined in ETSI TS 136.331 [i.7].
	HeightUe int32 `json:"heightUe,omitempty"`
	// 5G New Radio secondary serving cells measurement information.
	NewRadioMeasInfo []MeasRepUeNotificationNewRadioMeasInfo `json:"newRadioMeasInfo,omitempty"`
	// Measurement quantities concerning the 5G NR neighbours.
	NewRadioMeasNeiInfo []MeasRepUeNotificationNewRadioMeasNeiInfo `json:"newRadioMeasNeiInfo,omitempty"`
	// Shall be set to \"MeasRepUeNotification\".
	NotificationType string `json:"notificationType"`
	// Reference Signal Received Power as defined in ETSI TS 136 214 [i.5].
	Rsrp int32 `json:"rsrp"`
	// Extended Reference Signal Received Power, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrpEx int32 `json:"rsrpEx,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 136 214 [i.5].
	Rsrq int32 `json:"rsrq"`
	// Extended Reference Signal Received Quality, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrqEx int32 `json:"rsrqEx,omitempty"`
	// Reference Signal \"Signal to Interference plus Noise Ratio\", with value mapping defined in ETSI TS 136 133 [i.16].
	Sinr int32 `json:"sinr,omitempty"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`

	Trigger *Trigger `json:"trigger"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type MeasRepUeNotificationCarrierAggregationMeasInfo ¶

type MeasRepUeNotificationCarrierAggregationMeasInfo struct {
	CellIdNei string `json:"cellIdNei,omitempty"`

	CellIdSrv string `json:"cellIdSrv,omitempty"`
	// Reference Signal Received Power as defined in ETSI TS 136 214 [i.5].
	RsrpNei int32 `json:"rsrpNei,omitempty"`
	// Extended Reference Signal Received Power, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrpNeiEx int32 `json:"rsrpNeiEx,omitempty"`
	// Reference Signal Received Power as defined in ETSI TS 136 214 [i.5].
	RsrpSrv int32 `json:"rsrpSrv,omitempty"`
	// Extended Reference Signal Received Power, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrpSrvEx int32 `json:"rsrpSrvEx,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 136 214 [i.5].
	RsrqNei int32 `json:"rsrqNei,omitempty"`
	// Extended Reference Signal Received Quality, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrqNeiEx int32 `json:"rsrqNeiEx,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 136 214 [i.5].
	RsrqSrv int32 `json:"rsrqSrv,omitempty"`
	// Extended Reference Signal Received Quality, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrqSrvEx int32 `json:"rsrqSrvEx,omitempty"`
	// Reference Signal \"Signal to Interference plus Noise Ratio\", with value mapping defined in ETSI TS 136 133 [i.16].
	SinrNei int32 `json:"sinrNei,omitempty"`
	// Reference Signal \"Signal to Interference plus Noise Ratio\", with value mapping defined in ETSI TS 136 133 [i.16].
	SinrSrv int32 `json:"sinrSrv,omitempty"`
}

type MeasRepUeNotificationEutranNeighbourCellMeasInfo ¶

type MeasRepUeNotificationEutranNeighbourCellMeasInfo struct {
	Ecgi *Ecgi `json:"ecgi,omitempty"`
	// Reference Signal Received Power as defined in ETSI TS 136 214 [i.5].
	Rsrp int32 `json:"rsrp,omitempty"`
	// Extended Reference Signal Received Power, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrpEx int32 `json:"rsrpEx,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 136 214 [i.5].
	Rsrq int32 `json:"rsrq,omitempty"`
	// Extended Reference Signal Received Quality, with value mapping defined in ETSI TS 136 133 [i.16].
	RsrqEx int32 `json:"rsrqEx,omitempty"`
	// Reference Signal \"Signal to Interference plus Noise Ratio\", with value mapping defined in ETSI TS 136 133 [i.16].
	Sinr int32 `json:"sinr,omitempty"`
}

type MeasRepUeNotificationNewRadioMeasInfo ¶

type MeasRepUeNotificationNewRadioMeasInfo struct {
	NrBNCs *MeasRepUeNotificationNrBnCs `json:"nrBNCs,omitempty"`
	// ARFCN applicable for a downlink, uplink or bi-directional (TDD) NR carrier frequency, as defined in ETSI TS 138.101 [i.15].
	NrCarrierFreq int32 `json:"nrCarrierFreq,omitempty"`

	NrSCs *MeasRepUeNotificationNrSCs `json:"nrSCs,omitempty"`
}

type MeasRepUeNotificationNewRadioMeasNeiInfo ¶

type MeasRepUeNotificationNewRadioMeasNeiInfo struct {
	// 5G NR neighbour cell info.
	NrNCellInfo []MeasRepUeNotificationNrNCellInfo `json:"nrNCellInfo,omitempty"`
	// Reference Signal Received Power measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrNCellRsrp int32 `json:"nrNCellRsrp,omitempty"`
	// Reference Signal Received Quality measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrNCellRsrq int32 `json:"nrNCellRsrq,omitempty"`
	// Reference signal SINR measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrNCellRssi int32 `json:"nrNCellRssi,omitempty"`

	RsIndexResults *RsIndexResults `json:"rsIndexResults,omitempty"`
}

type MeasRepUeNotificationNrBnCs ¶

type MeasRepUeNotificationNrBnCs struct {
	// Best neighbours of the secondary serving cell(s) info
	NrBNCellInfo []MeasRepUeNotificationNrBnCsNrBnCellInfo `json:"nrBNCellInfo"`
	// Reference Signal Received Power measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrBNCellRsrp int32 `json:"nrBNCellRsrp,omitempty"`
	// Reference Signal Received Quality measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrBNCellRsrq int32 `json:"nrBNCellRsrq,omitempty"`
	// Reference signal SINR measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrBNCellRssi int32 `json:"nrBNCellRssi,omitempty"`
}

Measurement quantities concerning the best neighbours of the secondary serving cells

type MeasRepUeNotificationNrBnCsNrBnCellInfo ¶

type MeasRepUeNotificationNrBnCsNrBnCellInfo struct {
	NrBNCellGId string `json:"nrBNCellGId,omitempty"`
	// Public land mobile network identities
	NrBNCellPlmn []Plmn `json:"nrBNCellPlmn,omitempty"`
}

type MeasRepUeNotificationNrNCellInfo ¶

type MeasRepUeNotificationNrNCellInfo struct {
	NrNCellGId string `json:"nrNCellGId,omitempty"`
	// Public land mobile network identities.
	NrNCellPlmn []Plmn `json:"nrNCellPlmn,omitempty"`
}

type MeasRepUeNotificationNrSCs ¶

type MeasRepUeNotificationNrSCs struct {
	// Secondary serving cell(s) info.
	NrSCellInfo []MeasRepUeNotificationNrSCsNrSCellInfo `json:"nrSCellInfo"`
	// Reference Signal Received Power measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrSCellRsrp int32 `json:"nrSCellRsrp,omitempty"`
	// Reference Signal Received Quality measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrSCellRsrq int32 `json:"nrSCellRsrq,omitempty"`
	// Reference signal SINR measurement according to mapping table in ETSI TS 138.133 [i.14].
	NrSCellRssi int32 `json:"nrSCellRssi,omitempty"`
}

Measurement quantities concerning the secondary serving cells.

type MeasRepUeNotificationNrSCsNrSCellInfo ¶

type MeasRepUeNotificationNrSCsNrSCellInfo struct {
	NrSCellGId string `json:"nrSCellGId,omitempty"`
	// Public land mobile network identities.
	NrSCellPlmn []Plmn `json:"nrSCellPlmn,omitempty"`
}

type MeasRepUeSubscription ¶

type MeasRepUeSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI selected by the service consumer to receive notifications on the subscribed RNIS information. This shall be included both in the request and in response. If not present, the service consumer is requesting the use of a Websocket for notifications. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Set to TRUE by the service consumer to request a test notification on the callbackReference URI to determine if it is reachable by RNIS for notifications.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	FilterCriteriaAssocTri *MeasRepUeSubscriptionFilterCriteriaAssocTri `json:"filterCriteriaAssocTri"`
	// Shall be set to \"MeasRepUeSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to UE measurement report notifications from Radio Network Information Service for UEs served by E-UTRA Cells. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to select the method to be used for notifications and to return only that method in the response.

type MeasRepUeSubscriptionFilterCriteriaAssocTri ¶

type MeasRepUeSubscriptionFilterCriteriaAssocTri struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId,omitempty"`
	// 0 to N identifiers to associate the information for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
	// Corresponds to a specific E-UTRAN UE Measurement Report trigger.
	Trigger []Trigger `json:"trigger,omitempty"`
}

List of filtering criteria for the subscription. Any filtering criteria from below, which is included in the request, shall also be included in the response.

type MeasTaNotification ¶

type MeasTaNotification struct {
	// 0 to N identifiers to associate the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`

	Ecgi *Ecgi `json:"ecgi"`
	// Shall be set to \"MeasTaNotification\".
	NotificationType string `json:"notificationType"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
	// The timing advance as defined in ETSI TS 136 214 [i.5].
	TimingAdvance int32 `json:"timingAdvance"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type MeasTaSubscription ¶

type MeasTaSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	FilterCriteriaAssoc *CaReconfSubscriptionFilterCriteriaAssoc `json:"filterCriteriaAssoc"`
	// Shall be set to \"MeasTaSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to UE timing advance notifications from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type NrMeasRepUeNotification ¶

type NrMeasRepUeNotification struct {
	// 0 to N identifiers to associate the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// This parameter can be repeated to contain measurement information of all the neighbouring cells up to N. It shall not be included if nrNeighCellMeasInfo is included.
	EutraNeighCellMeasInfo []NrMeasRepUeNotificationEutraNeighCellMeasInfo `json:"eutraNeighCellMeasInfo,omitempty"`
	// Shall be set to \"NrMeasRepUeNotification\".
	NotificationType string `json:"notificationType"`
	// This parameter can be repeated to contain measurement information of all the neighbouring cells up to N. It shall not be included if eutraNeighCellMeasInfo is included.
	NrNeighCellMeasInfo []NrMeasRepUeNotificationNrNeighCellMeasInfo `json:"nrNeighCellMeasInfo,omitempty"`
	// This parameter can be repeated to contain information of all the serving cells up to N.
	ServCellMeasInfo []NrMeasRepUeNotificationServCellMeasInfo `json:"servCellMeasInfo,omitempty"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`

	TriggerNr *TriggerNr `json:"triggerNr"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type NrMeasRepUeNotificationEutraNeighCellMeasInfo ¶

type NrMeasRepUeNotificationEutraNeighCellMeasInfo struct {
	Ecgi *Ecgi `json:"ecgi,omitempty"`
	// Reference Signal Received Power as defined in ETSI TS 138 331 [i.13].
	Rsrp int32 `json:"rsrp,omitempty"`
	// Reference Signal Received Quality as defined in ETSI TS 138 331 [i.13].
	Rsrq int32 `json:"rsrq,omitempty"`
	// Reference Signal plus Interference Noise Ratio as defined in ETSI TS 138 331 [i.13].
	Sinr int32 `json:"sinr,omitempty"`
}

type NrMeasRepUeNotificationNCell ¶

type NrMeasRepUeNotificationNCell struct {
	MeasQuantityResultsCsiRsCell *MeasQuantityResultsNr `json:"measQuantityResultsCsiRsCell,omitempty"`

	MeasQuantityResultsSsbCell *MeasQuantityResultsNr `json:"measQuantityResultsSsbCell,omitempty"`

	RsIndexResults *RsIndexResults `json:"rsIndexResults,omitempty"`
}

Measurement information relating to the best neighbour of this serving cell.

type NrMeasRepUeNotificationNrNeighCellMeasInfo ¶

type NrMeasRepUeNotificationNrNeighCellMeasInfo struct {
	MeasQuantityResultsCsiRsCell *MeasQuantityResultsNr `json:"measQuantityResultsCsiRsCell,omitempty"`

	MeasQuantityResultsSsbCell *MeasQuantityResultsNr `json:"measQuantityResultsSsbCell,omitempty"`

	Nrcgi *Nrcgi `json:"nrcgi,omitempty"`

	RsIndexResults *RsIndexResults `json:"rsIndexResults,omitempty"`
}

type NrMeasRepUeNotificationSCell ¶

type NrMeasRepUeNotificationSCell struct {
	MeasQuantityResultsCsiRsCell *MeasQuantityResultsNr `json:"measQuantityResultsCsiRsCell,omitempty"`

	MeasQuantityResultsSsbCell *MeasQuantityResultsNr `json:"measQuantityResultsSsbCell,omitempty"`

	RsIndexResults *RsIndexResults `json:"rsIndexResults,omitempty"`
}

Measurement information relating to this serving cell.

type NrMeasRepUeNotificationServCellMeasInfo ¶

type NrMeasRepUeNotificationServCellMeasInfo struct {
	NCell *NrMeasRepUeNotificationNCell `json:"nCell,omitempty"`

	Nrcgi *Nrcgi `json:"nrcgi,omitempty"`

	SCell *NrMeasRepUeNotificationSCell `json:"sCell,omitempty"`
}

type NrMeasRepUeSubscription ¶

type NrMeasRepUeSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	FilterCriteriaNrMrs *NrMeasRepUeSubscriptionFilterCriteriaNrMrs `json:"filterCriteriaNrMrs"`
	// Shall be set to \"NrMeasRepUeSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to 5G UE measurement report notifications from Radio Network Information Service for UEs served by NR Cells. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type NrMeasRepUeSubscriptionFilterCriteriaNrMrs ¶

type NrMeasRepUeSubscriptionFilterCriteriaNrMrs struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId,omitempty"`
	// 0 to N identifiers to associate the information for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// NR Cell Global Identier.
	Nrcgi []Nrcgi `json:"nrcgi,omitempty"`
	// Corresponds to a specific 5G UE Measurement Report trigger.
	TriggerNr []TriggerNr `json:"triggerNr,omitempty"`
}

List of filtering criteria for the subscription. Any filtering criteria from below, which is included in the request, shall also be included in the response.

type Nrcgi ¶

type Nrcgi struct {
	NrcellId string `json:"nrcellId"`

	Plmn *Plmn `json:"plmn"`
}

type OneOfInlineNotification ¶

type OneOfInlineNotification struct {
}

type OneOfInlineSubscription ¶

type OneOfInlineSubscription struct {
}

type OperationActionType ¶

type OperationActionType string

OperationActionType : Operation that is being performed on the MEC application instance.

const (
	STOPPING_OperationActionType    OperationActionType = "STOPPING"
	TERMINATING_OperationActionType OperationActionType = "TERMINATING"
)

List of OperationActionType

type Plmn ¶

type Plmn struct {
	// The Mobile Country Code part of PLMN Identity as defined in ETSI TS 136 413 [i.3].
	Mcc string `json:"mcc"`
	// The Mobile Network Code part of PLMN Identity as defined in ETSI TS 136 413 [i.3].
	Mnc string `json:"mnc"`
}

type PlmnInfo ¶

type PlmnInfo struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId"`
	// Public Land Mobile Network Identity.
	Plmn []Plmn `json:"plmn"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
}

type PlmnInfoResp ¶

type PlmnInfoResp struct {
	AppInsId     string
	PlmnInfoList []PlmnInfo
}

type PoaInfo ¶

type PoaInfo struct {
	Type         string  `json:"type"`
	Ecgi         Ecgi    `json:"ecgi"`
	Nrcgi        Nrcgi   `json:"nrcgi"`
	Latency      int32   `json:"latency"`
	ThroughputUL int32   `json:"throughputUL"`
	ThroughputDL int32   `json:"throughputDL"`
	PacketLoss   float64 `json:"packetLoss"`
}

type ProblemDetails ¶

type ProblemDetails struct {
	// A human-readable explanation specific to this occurrence of the problem
	Detail string `json:"detail"`
	// A URI reference that identifies the specific occurrence of the problem
	Instance string `json:"instance,omitempty"`
	// The HTTP status code for this occurrence of the problem
	Status int32 `json:"status"`
	// A short, human-readable summary of the problem type
	Title string `json:"title,omitempty"`
	// A URI reference according to IETF RFC 3986 that identifies the problem type
	Type_ string `json:"type,omitempty"`
}

type RabEstNotification ¶

type RabEstNotification struct {
	// 0 to N identifiers to bind the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`

	Ecgi *Ecgi `json:"ecgi"`
	// The attribute that uniquely identifies a Radio Access bearer for specific UE as defined in ETSI TS 136 413 [i.3].
	ErabId int32 `json:"erabId"`

	ErabQosParameters *RabEstNotificationErabQosParameters `json:"erabQosParameters,omitempty"`
	// Shall be set to \"RabEstNotification\".
	NotificationType string `json:"notificationType"`

	TempUeId *RabEstNotificationTempUeId `json:"tempUeId,omitempty"`

	Links *CaReconfNotificationLinks `json:"_links"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
}

type RabEstNotificationErabQosParameters ¶

type RabEstNotificationErabQosParameters struct {
	// QoS Class Identifier as defined in ETSI TS 123 401 [i.4].
	Qci int32 `json:"qci"`

	QosInformation *RabEstNotificationErabQosParametersQosInformation `json:"qosInformation,omitempty"`
}

QoS parameters for the E-RAB as defined below.

type RabEstNotificationErabQosParametersQosInformation ¶

type RabEstNotificationErabQosParametersQosInformation struct {
	// This attribute indicates the guaranteed downlink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabGbrDl int32 `json:"erabGbrDl"`
	// This attribute indicates the guaranteed uplink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabGbrUl int32 `json:"erabGbrUl"`
	// This attribute indicates the maximum downlink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabMbrDl int32 `json:"erabMbrDl"`
	// This attribute indicates the maximum uplink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabMbrUl int32 `json:"erabMbrUl"`
}

The QoS information for the E-RAB.

type RabEstNotificationTempUeId ¶

type RabEstNotificationTempUeId struct {
	// MMEC as defined in ETSI TS 136 413 [i.3].
	Mmec string `json:"mmec"`
	// M-TMSI as defined in ETSI TS 136 413 [i.3].
	Mtmsi string `json:"mtmsi"`
}

The temporary identifier allocated for the specific UE as defined below.

type RabEstSubscription ¶

type RabEstSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	FilterCriteriaQci *RabEstSubscriptionFilterCriteriaQci `json:"filterCriteriaQci"`
	// Shall be set to \"RabEstSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to RAB establishment notifications from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type RabEstSubscriptionFilterCriteriaQci ¶

type RabEstSubscriptionFilterCriteriaQci struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
	// QoS Class Identifier as defined in ETSI TS 123 401 [i.4].
	Qci int32 `json:"qci"`
}

List of filtering criteria for the subscription. Any filtering criteria from below, which is included in the request, shall also be included in the response.

type RabInfo ¶

type RabInfo struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId"`
	// The information on users per cell as defined below.
	CellUserInfo []RabInfoCellUserInfo `json:"cellUserInfo,omitempty"`
	// Unique identifier allocated by the service consumer for the RAB Information request.
	RequestId string `json:"requestId"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
}

type RabInfoCellUserInfo ¶

type RabInfoCellUserInfo struct {
	Ecgi *Ecgi `json:"ecgi,omitempty"`
	// Information on UEs in the specific cell as defined below.
	UeInfo []RabInfoUeInfo `json:"ueInfo,omitempty"`
}

type RabInfoData ¶

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

type RabInfoErabInfo ¶

type RabInfoErabInfo struct {
	// The attribute that uniquely identifies a Radio Access bearer for specific UE as defined in ETSI TS 136 413 [i.3].
	ErabId int32 `json:"erabId,omitempty"`

	ErabQosParameters *RabEstNotificationErabQosParameters `json:"erabQosParameters,omitempty"`
}

type RabInfoUeInfo ¶

type RabInfoUeInfo struct {
	// 0 to N identifiers to associate the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// Information on E-RAB as defined below.
	ErabInfo []RabInfoErabInfo `json:"erabInfo,omitempty"`
}

type RabModNotification ¶

type RabModNotification struct {
	// 0 to N identifiers to bind the event for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`

	Ecgi *Ecgi `json:"ecgi"`
	// The attribute that uniquely identifies a Radio Access bearer for specific UE as defined in ETSI TS 136 413 [i.3].
	ErabId int32 `json:"erabId"`

	ErabQosParameters *RabModNotificationErabQosParameters `json:"erabQosParameters,omitempty"`
	// Shall be set to \"RabModNotification\".
	NotificationType string `json:"notificationType"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type RabModNotificationErabQosParameters ¶

type RabModNotificationErabQosParameters struct {
	// QoS Class Identifier as defined in ETSI TS 123 401 [i.4].
	Qci int32 `json:"qci"`

	QosInformation *RabModNotificationErabQosParametersQosInformation `json:"qosInformation,omitempty"`
}

The QoS parameters for the E-RAB as defined below.

type RabModNotificationErabQosParametersQosInformation ¶

type RabModNotificationErabQosParametersQosInformation struct {
	// This attribute indicates the guaranteed downlink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabGbrDl int32 `json:"erabGbrDl"`
	// This attribute indicates the guaranteed uplink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabGbrUl int32 `json:"erabGbrUl"`
	// This attribute indicates the maximum downlink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabMbrDl int32 `json:"erabMbrDl"`
	// This attribute indicates the maximum uplink E-RAB Bit Rate as defined in ETSI TS 123 401 [i.4] for this bearer.
	ErabMbrUl int32 `json:"erabMbrUl"`
}

The QoS Information for the E-RAB as defined below.

type RabModSubscription ¶

type RabModSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	FilterCriteriaQci *RabModSubscriptionFilterCriteriaQci `json:"filterCriteriaQci"`
	// Shall be set to \"RabModSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to RAB modification notifications from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type RabModSubscriptionFilterCriteriaQci ¶

type RabModSubscriptionFilterCriteriaQci struct {
	// Unique identifier for the MEC application instance.
	AppInstanceId string `json:"appInstanceId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
	// The attribute that uniquely identifies a Radio Access bearer for specific UE as defined in ETSI TS 136 413 [i.3].
	ErabId int32 `json:"erabId"`
	// QoS Class Identifier as defined in ETSI TS 123 401 [i.4].
	Qci int32 `json:"qci"`
}

List of filtering criteria for the subscription. Any filtering criteria from below, which is included in the request, shall also be included in the response.

type RabRelNotification ¶

type RabRelNotification struct {
	// 0 to N identifiers to bind the event for a specific UE or flow as defined below.
	AssociateId []AssociateId `json:"associateId,omitempty"`

	Ecgi *Ecgi `json:"ecgi"`

	ErabReleaseInfo *RabRelNotificationErabReleaseInfo `json:"erabReleaseInfo"`
	// Shall be set to \"RabRelNotification\".
	NotificationType string `json:"notificationType"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type RabRelNotificationErabReleaseInfo ¶

type RabRelNotificationErabReleaseInfo struct {
	// The attribute that uniquely identifies a Radio Access bearer for specific UE as defined in ETSI TS 136 413 [i.3].
	ErabId int32 `json:"erabId"`
}

The release information for the E-RAB as defined below.

type RabRelSubscription ¶

type RabRelSubscription struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI selected by the service consumer to receive notifications on the subscribed RNIS information. This shall be included both in the request and in response. If not present, the service consumer is requesting the use of a Websocket for notifications. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`

	FilterCriteriaQci *RabModSubscriptionFilterCriteriaQci `json:"filterCriteriaQci"`
	// Shall be set to \"RabRelSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to RAB release notifications from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to select the method to be used for notifications and to return only that method in the response.

type ResultsPerCsiRsIndex ¶

type ResultsPerCsiRsIndex struct {
	CsiRsIndex int32 `json:"csiRsIndex"`

	CsiRsResults *MeasQuantityResultsNr `json:"csiRsResults,omitempty"`
}

type ResultsPerCsiRsIndexList ¶

type ResultsPerCsiRsIndexList struct {
	ResultsPerCsiRsIndex []ResultsPerCsiRsIndexListResultsPerCsiRsIndex `json:"resultsPerCsiRsIndex,omitempty"`
}

type ResultsPerCsiRsIndexListResultsPerCsiRsIndex ¶

type ResultsPerCsiRsIndexListResultsPerCsiRsIndex struct {
	CsiRsIndex int32 `json:"csiRsIndex,omitempty"`

	CsiRsResults *MeasQuantityResultsNr `json:"csiRsResults,omitempty"`
}

type ResultsPerSsbIndex ¶

type ResultsPerSsbIndex struct {
	SsbIndex int32 `json:"ssbIndex"`

	SsbResults *MeasQuantityResultsNr `json:"ssbResults,omitempty"`
}

type ResultsPerSsbIndexList ¶

type ResultsPerSsbIndexList struct {
	ResultsPerSsbIndex []ResultsPerSsbIndexListResultsPerSsbIndex `json:"resultsPerSsbIndex,omitempty"`
}

type ResultsPerSsbIndexListResultsPerSsbIndex ¶

type ResultsPerSsbIndexListResultsPerSsbIndex struct {
	SsbIndex int32 `json:"ssbIndex,omitempty"`

	SsbResults *MeasQuantityResultsNr `json:"ssbResults,omitempty"`
}

type Route ¶

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

type Routes ¶

type Routes []Route

type RsIndexResults ¶

type RsIndexResults struct {
	ResultsCsiRsIndexes *ResultsPerCsiRsIndexList `json:"resultsCsiRsIndexes"`

	ResultsSsbIndexes *ResultsPerSsbIndexList `json:"resultsSsbIndexes"`
}

type S1BearerInfo ¶

type S1BearerInfo struct {
	// Information on a specific UE as defined below.
	S1UeInfo []S1BearerInfoS1UeInfo `json:"s1UeInfo"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`
}

type S1BearerInfoEnbInfo ¶

type S1BearerInfoEnbInfo struct {
	// eNB transport layer address of this S1 bearer.
	IpAddress string `json:"ipAddress"`
	// eNB GTP-U TEID of this S1 bearer.
	TunnelId string `json:"tunnelId"`
}

S1 bearer information on eNB side as defined below.

type S1BearerInfoS1BearerInfoDetailed ¶

type S1BearerInfoS1BearerInfoDetailed struct {
	EnbInfo *S1BearerInfoEnbInfo `json:"enbInfo,omitempty"`
	// The attribute that uniquely identifies a S1 bearer for a specific UE, as defined in ETSI TS 136 413 [i.3].
	ErabId int32 `json:"erabId,omitempty"`

	SGwInfo *S1BearerInfoSGwInfo `json:"sGwInfo,omitempty"`
}

type S1BearerInfoS1UeInfo ¶

type S1BearerInfoS1UeInfo struct {
	// 1 to N identifiers to associate the information for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
	// S1 bearer information as defined below.
	S1BearerInfoDetailed []S1BearerInfoS1BearerInfoDetailed `json:"s1BearerInfoDetailed,omitempty"`

	TempUeId *CellChangeNotificationTempUeId `json:"tempUeId,omitempty"`
}

type S1BearerInfoSGwInfo ¶

type S1BearerInfoSGwInfo struct {
	// SGW transport layer address of this S1 bearer.
	IpAddress string `json:"ipAddress"`
	// SGW GTP-U TEID of this S1 bearer.
	TunnelId string `json:"tunnelId"`
}

S1 bearer information on GW side as defined below.

type S1BearerNotification ¶

type S1BearerNotification struct {
	// Shall be set to \"S1BearerNotification\".
	NotificationType string `json:"notificationType"`
	// The subscribed event that triggered this notification in S1BearerSubscription.
	S1Event int32 `json:"s1Event"`

	S1UeInfo *S1BearerNotificationS1UeInfo `json:"s1UeInfo"`

	TimeStamp *TimeStamp `json:"timeStamp,omitempty"`

	Links *CaReconfNotificationLinks `json:"_links"`
}

type S1BearerNotificationS1UeInfo ¶

type S1BearerNotificationS1UeInfo struct {
	// 0 to N identifiers to associate the information for a specific UE or flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi"`
	// S1 bearer information as defined below.
	S1BearerInfo []S1BearerInfoS1BearerInfoDetailed `json:"s1BearerInfo"`

	TempUeId *CellChangeNotificationTempUeId `json:"tempUeId,omitempty"`
}

Information on specific UE that matches the criteria in S1BearerSubscription as defined below.

type S1BearerSubscription ¶

type S1BearerSubscription struct {
	S1BearerSubscriptionCriteria *S1BearerSubscriptionS1BearerSubscriptionCriteria `json:"S1BearerSubscriptionCriteria"`

	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI exposed by the client on which to receive notifications via HTTP. See note.
	CallbackReference string `json:"callbackReference"`

	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	// Shall be set to TRUE by the service consumer to request a test notification via HTTP on the callbackReference URI, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.
	RequestTestNotification bool `json:"requestTestNotification,omitempty"`
	// Description of the subscribed event. The event is included both in the request and in the response. \\nFor the eventType, the following values are currently defined: <p>0 = RESERVED. <p>1 = S1_BEARER_ESTABLISH. <p>2 = S1_BEARER_MODIFY. <p>3 = S1_BEARER_RELEASE.
	EventType []int32 `json:"eventType"`

	ExpiryDeadline *TimeStamp `json:"expiryDeadline,omitempty"`
	// Shall be set to \"S1BearerSubscription\".
	SubscriptionType string `json:"subscriptionType"`
}

This type represents a subscription to S1-U bearer information notification from Radio Network Information Service. NOTE: At least one of callbackReference and websockNotifConfig shall be provided by the service consumer. If both are provided, it is up to RNIS to choose an alternative and return only that alternative in the response, specified in ETSI GS MEC 009 [6], as described in clause 6.12a.

type S1BearerSubscriptionS1BearerSubscriptionCriteria ¶

type S1BearerSubscriptionS1BearerSubscriptionCriteria struct {
	// 0 to N identifiers to associate the events for a specific UE or a flow.
	AssociateId []AssociateId `json:"associateId,omitempty"`
	// E-UTRAN Cell Global Identifier.
	Ecgi []Ecgi `json:"ecgi,omitempty"`
	// The attribute that uniquely identifies a S1 bearer for a specific UE, as defined in ETSI TS 136 413 [i.3].
	ErabId []int32 `json:"erabId,omitempty"`
}

As defined below.

type SubscriptionCommon ¶

type SubscriptionCommon struct {
	Links *CaReconfSubscriptionLinks `json:"_links,omitempty"`
	// URI selected by the service consumer, to receive notifications on the subscribed RNIS information. This shall be included in the request and response.
	CallbackReference  string              `json:"callbackReference,omitempty"`
	WebsockNotifConfig *WebsockNotifConfig `json:"websockNotifConfig,omitempty"`
	ExpiryDeadline     *TimeStamp          `json:"expiryDeadline,omitempty"`
	SubscriptionType   string              `json:"subscriptionType"`
}

type SubscriptionLinkList ¶

type SubscriptionLinkList struct {
	Links *SubscriptionLinkListLinks `json:"_links"`
}

type SubscriptionLinkListLinks ¶

type SubscriptionLinkListLinks struct {
	Self *LinkType `json:"self"`
	// A link to a subscription.
	Subscription []SubscriptionLinkListLinksSubscription `json:"subscription,omitempty"`
}

List of hyperlinks related to the resource.

type SubscriptionLinkListLinksSubscription ¶

type SubscriptionLinkListLinksSubscription struct {
	// The URI referring to the subscription.
	Href string `json:"href,omitempty"`
	// Type of the subscription. The string shall be set according to the \"subscriptionType\" attribute of the associated subscription data type event defined in clause 6.3.
	SubscriptionType string `json:"subscriptionType,omitempty"`
}

type TimeStamp ¶

type TimeStamp struct {
	// The nanoseconds part of the time. Time is defined as Unix-time since January 1, 1970, 00:00:00 UTC.
	NanoSeconds int32 `json:"nanoSeconds"`
	// The seconds part of the time. Time is defined as Unixtime since January 1, 1970, 00:00:00 UTC.
	Seconds int32 `json:"seconds"`
}

type Trigger ¶

type Trigger int32

Trigger : As defined in Ref ETSI TS 136 331 [i.7] 0 = NOT_AVAILABLE 1 = PERIODICAL_REPORT_STRONGEST_CELLS 2 = PERIODICAL_REPORT_STRONGEST_CELLS_FOR_SON 3 = PERIODICAL_REPORT_CGI 4 = INTRA_PERIODICAL_REPORT_STRONGEST_CELLS 5 = INTRA_PERIODICAL_REPORT_CGI 10 = EVENT_A1 11 = EVENT_A2 12 = EVENT_A3 13 = EVENT_A4 14 = EVENT_A5 15 = EVENT_A6 20 = EVENT_B1 21 = EVENT_B2 20 = EVENT_B1-NR 21 = EVENT_B2-NR 30 = EVENT_C1 31 = EVENT_C2 40 = EVENT_W1 41 = EVENT_W2 42 = EVENT_W3 50 = EVENT_V1 51 = EVENT_V2 60 = EVENT_H1 61 = EVENT_H2

const (
	TRIGGER_NOT_AVAILABLE                             Trigger = 0
	TRIGGER_PERIODICAL_REPORT_STRONGEST_CELLS         Trigger = 1
	TRIGGER_PERIODICAL_REPORT_STRONGEST_CELLS_FOR_SON Trigger = 2
	TRIGGER_PERIODICAL_REPORT_CGI                     Trigger = 3
	TRIGGER_INTRA_PERIODICAL_REPORT_STRONGEST_CELLS   Trigger = 4
	TRIGGER_INTRA_PERIODICAL_REPORT_CGI               Trigger = 5
	TRIGGER_EVENT_A1                                  Trigger = 10
	TRIGGER_EVENT_A2                                  Trigger = 11
	TRIGGER_EVENT_A3                                  Trigger = 12
	TRIGGER_EVENT_A4                                  Trigger = 13
	TRIGGER_EVENT_A5                                  Trigger = 14
	TRIGGER_EVENT_A6                                  Trigger = 15
	TRIGGER_EVENT_B1                                  Trigger = 20
	TRIGGER_EVENT_B2                                  Trigger = 21
	TRIGGER_EVENT_B1_NR                               Trigger = 20
	TRIGGER_EVENT_B2_NR                               Trigger = 21
	TRIGGER_EVENT_C1                                  Trigger = 30
	TRIGGER_EVENT_C2                                  Trigger = 31
	TRIGGER_EVENT_W1                                  Trigger = 40
	TRIGGER_EVENT_W2                                  Trigger = 41
	TRIGGER_EVENT_W3                                  Trigger = 42
	TRIGGER_EVENT_V1                                  Trigger = 50
	TRIGGER_EVENT_V2                                  Trigger = 51
	TRIGGER_EVENT_H1                                  Trigger = 60
	TRIGGER_EVENT_H2                                  Trigger = 61
)

List of Trigger

type TriggerNr ¶

type TriggerNr int32

TriggerNr : The enumeration Trigger represents specified triggers for a 5G UE Measurement Report. Full details can be found in ETSI TS 138 331 [i.13]). 0 = NOT_AVAILABLE 1 = NR_PERIODICAL 2 = NR_CGI 10 = EVENT_A1 11 = EVENT_A2 12 = EVENT_A3 13 = EVENT_A4 14 = EVENT_A5 15 = EVENT_A6 20 = INTER_RAT_PERIODICAL 21 = INTER_RAT_CGI 30 = EVENT_B1 31 = EVENT_B2

const (
	TRIGGER_NR_NOT_AVAILABLE        TriggerNr = 0
	TRIGGER_NR_NR_PERIODICAL        TriggerNr = 1
	TRIGGER_NR_NR_CGI               TriggerNr = 2
	TRIGGER_NR_EVENT_A1             TriggerNr = 10
	TRIGGER_NR_EVENT_A2             TriggerNr = 11
	TRIGGER_NR_EVENT_A3             TriggerNr = 12
	TRIGGER_NR_EVENT_A4             TriggerNr = 13
	TRIGGER_NR_EVENT_A5             TriggerNr = 14
	TRIGGER_NR_EVENT_A6             TriggerNr = 15
	TRIGGER_NR_INTER_RAT_PERIODICAL TriggerNr = 20
	TRIGGER_NR_INTER_RAT_CGI        TriggerNr = 21
	TRIGGER_NR_EVENT_B1             TriggerNr = 30
	TRIGGER_NR_EVENT_B2             TriggerNr = 31
)

List of TriggerNr

type UeData ¶

type UeData struct {
	Name          string       `json:"name"`
	ErabId        int32        `json:"erabId"`
	Ecgi          *Ecgi        `json:"ecgi"`
	Nrcgi         *Nrcgi       `json:"nrcgi"`
	Qci           int32        `json:"qci"`
	ParentPoaName string       `json:"parentPoaName"`
	InRangePoas   []InRangePoa `json:"inRangePoas"`
	AppNames      []string     `json:"appNames"`
	Latency       int32        `json:"latency"`
	ThroughputUL  int32        `json:"throughputUL"`
	ThroughputDL  int32        `json:"throughputDL"`
	PacketLoss    float64      `json:"packetLoss"`
}

type WebsockNotifConfig ¶

type WebsockNotifConfig struct {
	// Set by RNIS to indicate to the service consumer the Websocket URI to be used for delivering notifications.
	WebsocketUri string `json:"websocketUri,omitempty"`
	// Set to true by the service consumer to indicate that Websocket delivery is requested.
	RequestWebsocketUri bool `json:"requestWebsocketUri,omitempty"`
}

This type represents configuration for the delivery of subscription notifications over Websockets per the pattern defined in defined in clause 6.12a of ETSI GS MEC 009 [6].

Source Files ¶

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README ¶

Go API Server for server

Overview

This server was generated by the [swagger-codegen] (https://github.com/swagger-api/swagger-codegen) project. By using the OpenAPI-Spec from a remote server, you can easily generate a server stub.

Running the server

Documentation ¶

Overview ¶

Index ¶

Constants ¶

Variables ¶

Functions ¶

func Index ¶

func Init ¶

func Layer2MeasInfoGET ¶

func Logger ¶

func Mec011AppTerminationPOST ¶

func NewRouter ¶

func PlmnInfoGET ¶

func RabInfoGET ¶

func Run ¶

func S1BearerInfoGET ¶

func Stop ¶

func SubscriptionLinkListSubscriptionsGET ¶

func SubscriptionsDELETE ¶

func SubscriptionsGET ¶

func SubscriptionsPOST ¶

func SubscriptionsPUT ¶

Types ¶

type AppInfo ¶

type AppStats ¶

type AppTerminationNotification ¶

type AppTerminationNotificationLinks ¶

type AssociateId ¶

type CaReconfNotification ¶

type CaReconfNotificationCarrierAggregationMeasInfo ¶

type CaReconfNotificationLinks ¶

type CaReconfNotificationSecondaryCellAdd ¶

type CaReconfSubscription ¶

type CaReconfSubscriptionFilterCriteriaAssoc ¶

type CaReconfSubscriptionLinks ¶

type CellChangeNotification ¶

type CellChangeNotificationTempUeId ¶

type CellChangeSubscription ¶

type CellChangeSubscriptionFilterCriteriaAssocHo ¶

type DomainData ¶

type Ecgi ¶

type ExpiryNotification ¶

type ExpiryNotificationLinks ¶

type InRangePoa ¶

type InlineNotification ¶

type InlineSubscription ¶

type L2Meas ¶

type L2MeasCellInfo ¶

type L2MeasCellUeInfo ¶

type L2MeasData ¶

type LinkType ¶

type MeasQuantityResultsNr ¶

type MeasRepUeNotification ¶

type MeasRepUeNotificationCarrierAggregationMeasInfo ¶

type MeasRepUeNotificationEutranNeighbourCellMeasInfo ¶

type MeasRepUeNotificationNewRadioMeasInfo ¶

type MeasRepUeNotificationNewRadioMeasNeiInfo ¶

type MeasRepUeNotificationNrBnCs ¶

type MeasRepUeNotificationNrBnCsNrBnCellInfo ¶

type MeasRepUeNotificationNrNCellInfo ¶

type MeasRepUeNotificationNrSCs ¶

type MeasRepUeNotificationNrSCsNrSCellInfo ¶

type MeasRepUeSubscription ¶

type MeasRepUeSubscriptionFilterCriteriaAssocTri ¶

type MeasTaNotification ¶

type MeasTaSubscription ¶

type NrMeasRepUeNotification ¶

type NrMeasRepUeNotificationEutraNeighCellMeasInfo ¶

type NrMeasRepUeNotificationNCell ¶

type NrMeasRepUeNotificationNrNeighCellMeasInfo ¶

type NrMeasRepUeNotificationSCell ¶

type NrMeasRepUeNotificationServCellMeasInfo ¶

type NrMeasRepUeSubscription ¶

type NrMeasRepUeSubscriptionFilterCriteriaNrMrs ¶

type Nrcgi ¶

This server was generated by the [swagger-codegen] (https://github.com/swagger-api/swagger-codegen) project.
By using the OpenAPI-Spec from a remote server, you can easily generate a server stub.