Revision Description

Document status	DRAFT
Document owner	Avinoam Bernstein
Owner Details	+972-54-2891166, ab600d@intl.att.com

Revision History

R5 Release

Revision Description	Time	Swagger Ready
Adding new methods - Insert, Update and Delete ENB. Add new errors. Added Additional Cell Information for both eNB and gNB (in the Insert eNB Request, Update eNB) Changing the response of Get NodeB - adding more information to the Cell Object	July 2020	Ready
Changing the end point of Update GNB. Adding more information to the Cell Object like Update eNB	July 2020	Ready
Supporting E2M Set Parameter (New method) with Enable RIC parameter	May 2020	Ready
Get All NodeB States Request changed its End-Point URL Adding Connection Status in RAN object in Get All NodeB States Response	TBD
RAN Definition in the RAN List table turn to be Array of bytes (We don't decode the ASN.1)	June 2020	Ready
AD SDL Notification Description	June 2020	NA

REST API

API Request Overview

In the URI of each method in this document we write “V#” instead of V1, since when moving from Version to Version sometimes we forgot to update it in the document. So to make our life easier, V# covers the Latest version.

Standard API Request Headers

Approved Standard Headers are documented at https://www.w3.org/Protocols/rfc2616/rfc2616-sec14.html

#	Header	Required?	Description
1	Accept	YES	Specifies the format of the response message body. Structured text message payloads are required to support application/json. No other format is permitted. As they are the only supported format, the accept header is not relevant for those requests.
2	Content-type	YES	Determines the format of the request content. Only application/json is supported.

RESTful Web Services Interface Specification

#	API	Resource After base URI	HTTP Verb
	~~X2 Setup Request Message Request~~ (deprecated)	/v#/nodeb/x2-setup	POST
	~~ENDC Setup Request Message Request~~ (deprecated)	/v#/nodeb/endc-setup	POST
	~~Reset nodeb Request~~ (deprecated)	/v#/nodeb/<ranName>/reset *	PUT
1	Health Check Request	/v#/health	GET
2	Get nodeb data Request	/v#/nodeb/<ranName>	GET
3	Update GNB Request	/v#/nodeb/gnb/<ranName>	PUT
4	Insert ENB Request	/v#/nodeb/enb	POST
5	Update ENB Request	/v#/nodeb/enb/<ranName>	PUT
6	Delete ENB Request	/v#/nodeb/enb/<ranName>	DELETE
7	Shut Down Request	/v#/nodeb/shutdown	PUT
8	Get All nodeb States Request	/v#/nodeb/states	GET
9	Get All E2T Request	/v#/e2t/list	GET
10	E2M set parameters	/v#/nodeb/parameters	PUT

Note: Due to router problem we change the Endpoint of Reset nodeb to /v1/nodeb-reset/<ranName>.

Error Handling

Note that, in some scenarios, Client may receive error responses that originate from the network layers. The content of these responses will not conform to the exception schema specified here.

#	Header	Required?	Description
1	errorCode	YES	Code which identifies the error
2	errorMessage	YES	Human readable text

Error Example:

{

         "errorCode": 402,

         "errorMessage": “Mandatory fields are missing”

}

Here is the list of HTTP status code:

HTTP Error	errorCode	errorMessage	Details
202 Accepted	510	No E2T Instance available.	The existing RAN can't associated with any available E2T Instance. When E2T will be identified, this RAN will be served.
202 Accepted	511	No Routing Manager Available	Currently there is connectivity to the Routing Manager. E2M will try later.
400 Bad Request	401	corrupted json	Can't parse the payload of the body
	402	validation error	E.G: Mandatory fields are missing or invalid (The value isn't according expected);
	403	Activity <activity name> rejected. RAN current state <state> does not allow its execution	E.G: Reset request is sent when state isn't Connected
	405	command already in progress	E.G: 2 parallel Red Button were sent
	406	Node Already Exist	Insert eNB to existing RAN
404 Not Found			If the resource name doesn't exist (e.g.: nodec instead of nodeb) - the system returns HTTP Error 404 with "404 page not found" text.
404 Not Found	404	resource not found	The classic 404 - Resource ID doesn't exist in the system
415 Unsupported Media Type	415	Header validation error	In case there is a body and header application/json is missing - error.
500 Internal Server Error	500	RNIB error
	501	Internal Server Error. Please try again later
	502	RMR error
503 Service Unavailable	510	No E2T Instance available.	The New RAN can't be added, please try later.
503 Service Unavailable	511	No Routing Manager Available	The New RAN can't be added, please try later.

Here is the list of HTTP status code and list of the error codes for our APIs:

	HTTP Error 400 Bad Request	HTTP Error 404 Not Found	HTTP Error 500 Internal Server Error	HTTP Error 503 Service Unavailable
Get nodeb data		404	500, 501
Update GNB, Insert ENB, Update ENB Delete ENB	401, 402, 406	404	500, 501
Shut Down	405		500, 501, 502	511
Get All nodeb			500, 501
Get All E2T			500, 501
E2M Set Parameters	401

In addition, there are 2 Basic HTTP error happens before the handlers are calling:

HTTP Error 404 Not Found (Body is empty) - The Resource name isn't found (e.g.: Call /v#/nodec instead of /v#/nodeb)
HTTP Error 405 Method Not Allowed (Body is empty) - Wrong HTTP VERB to known resource name *e.g.: Call HTTP GET v#/nodeb/x2-setup)

Table 1 – Common Type, Enum values

#	Attribute Type	Legal Values
1	Connection Status	UNKNOWN_CONNECTION_STATUS = 0; CONNECTED = 1; DISCONNECTED = 2; CONNECTED_SETUP_FAILED = 3; CONNECTING = 4; SHUTTING_DOWN = 5; SHUT_DOWN = 6;
2	Failure Type	UNKNOWN_TYPE = 0; X2_SETUP_FAILURE = 1; ENDC_X2_SETUP_FAILURE = 2;
3	Node Type	UNKNOWN = 0; ENB = 1; GNB = 2;
4	Radio Network Layer Cause	UNKNOWN = 0; HANDOVER_DESIRABLE_FOR_RADIO_REASONS = 1; TIME_CRITICAL_HANDOVER = 2; RESOURCE_OPTIMISATION_HANDOVER = 3; REDUCE_LOAD_IN_SERVING_CELL = 4; PARTIAL_HANDOVER = 5; UNKNOWN_NEW_ENB_UE_X2AP_ID = 6; UNKNOWN_OLD_ENBME_UE_X2AP_ID = 7; UNKNOWN_PAIR_OF_UE_X2AP_ID = 8; HO_TARGET_NOT_ALLOWED = 9; TX2_RELOC_OVERALL_EXPIRY = 10; T_RELOC_PREP_EXPIRY = 11; CELL_NOT_AVAILABLE = 12; NO_RADIO_RESOURCES_AVAILABLE_IN_TARGET_CELL = 13; INVALID_MME_GROUP_ID = 14; UNKNOWN_MME_CODE = 15; ENCRYPTION_INTEGRITY_PROTECTION_ALGORITHMS_NOT_SUPPORTED = 16; REPORT_CHARACTERISTICS_EMPTY = 17; NO_REPORT_PERIODICITY = 18; EXISTING_MEASUREMENT_ID = 19; UNKNOWN_ENB_MEASUREMENT_ID = 20; MEASUREMENT_TEMPORARILY_NOT_AVAILABLE = 21; UNSPECIFIED = 22; LOAD_BALANCING = 23; HANDOVER_OPTIMISATION = 24; VALUE_OUT_OF_ALLOWED_RANGE = 25; MULTIPLE_E_RAB_ID_INSTANCES = 26; SWITCH_OFF_ONGOING = 27; NOT_SUPPORTED_QCI_VALUE = 28; MEASUREMENT_NOT_SUPPORTED_FOR_THE_OBJECT = 29; TDC_OVERALL_EXPIRY = 30; TDC_PREP_EXPIRY = 31; ACTION_DESIRABLE_FOR_RADIO_REASONS = 32; REDUCE_LOAD = 33; RESOURCE_OPTIMISATION = 34; TIME_CRITICAL_ACTION = 35; TARGET_NOT_ALLOWED = 36; NO_RADIO_RESOURCES_AVAILABLE = 37; INVALID_QOS_COMBINATION = 38; ENCRYPTION_ALGORITHMS_NOT_SUPPORTED = 39; PROCEDURE_CANCELLED = 40; RRM_PURPOSE = 41; IMPROVE_USER_BIT_RATE = 42; USER_INACTIVITY = 43; RADIO_CONNECTION_WITH_UE_LOST = 44; FAILURE_IN_THE_RADIO_INTERFACE_PROCEDURE = 45; BEARER_OPTION_NOT_SUPPORTED = 46; MCG_MOBILITY = 47; SCG_MOBILITY = 48; COUNT_REACHES_MAX_VALUE = 49; UNKNOWN_OLD_EN_GNB_UE_X2AP_ID = 50; PDCP_OVERLOAD = 51;
5	Transport Layer Cause	UNKNOWN = 0; TRANSPORT_RESOURCE_UNAVAILABLE = 1; UNSPECIFIED = 2;
6	Protocol Cause	UNKNOWN = 0; TRANSFER_SYNTAX_ERROR = 1; ABSTRACT_SYNTAX_ERROR_REJECT = 2; ABSTRACT_SYNTAX_ERROR_IGNORE_AND_NOTIFY = 3; MESSAGE_NOT_COMPATIBLE_WITH_RECEIVER_STATE = 4; SEMANTIC_ERROR = 5; UNSPECIFIED = 6; ABSTRACT_SYNTAX_ERROR_FALSELY_CONSTRUCTED_MESSAGE = 7;
7	Miscellaneous Cause	UNKNOWN = 0; CONTROL_PROCESSING_OVERLOAD = 1; HARDWARE_FAILURE = 2; OM_INTERVENTION = 3; NOT_ENOUGH_USER_PLANE_PROCESSING_RESOURCES = 4; UNSPECIFIED = 5;
8	Time To Wait	UNKNOWN_TIMEOUT = 0; V1S = 1; V2S = 2; V5S = 3; V10S = 4; V20S = 5; V60S = 6;
9	Type Of Error	UNKNOWN_ERROR = 0; NOT_UNDERSTOOD = 1; MISSING = 2;
10	Triggering Message	UNKNOWN_MESSAGE = 0; INITIATING_MESSAGE = 1; SUCCESSFUL_OUTCOME = 2; UNSUCCESSFUL_OUTCOME = 3;
11	Criticality	UNKNOWN_CRITICALITY = 0; REJECT = 1; IGNORE = 2; NOTIFY = 3;
12	Bandwidth Reduced SI	UNKNOWN_BANDWIDTH_REDUCED_SI = 0; SCHEDULED = 1;
13	Eutra Mode / Nr Mode	UNKNOWN = 0; FDD = 1; TDD = 2;
14	Freq Band Indicator Priority	UNKNOWN_FREQ_BAND_INDICATOR_PRIORITY = 0; NOT_BROADCASTED = 1; BROADCASTED = 2;
15	Number Of Antenna Ports	UNKNOWN_NUMBER_OF_ANTENNA_PORTS = 0; AN1 = 1; AN2 = 2; AN4 = 3;
16	Transmission Bandwidth	UNKNOWN_TRANSMISSION_BANDWIDTH = 0; BW6 = 1; BW15 = 2; BW25 = 3; BW50 = 4; BW75 = 5; BW100 = 6; BW1 = 7;
17	Subframe Allocation Type	UNKNOWN_SUBFRAME_ALLOCATION_TYPE = 0; ONE_FRAME = 1; FOUR_FRAME = 2;
18	Radio frame Allocation Period	UNKNOWN_RADIOFRAME_ALLOCATION_PERIOD = 0; N1 = 1; N2 = 2; N4 = 3; N8 = 4; N16 = 5; N32 = 6;
19	Enb Type	UNKNOWN_ENB_TYPE = 0; MACRO_ENB = 1; HOME_ENB = 2; SHORT_MACRO_ENB = 3; LONG_MACRO_ENB = 4;
20	Additional Special Subframe	UNKNOWN = 0; SSP0 = 1; SSP1 = 2; SSP2 = 3; SSP3 = 4; SSP4 = 5; SSP5 = 6; SSP6 = 7; SSP7 = 8; SSP8 = 9; SSP9 = 10;
21	Special Subframe	UNKNOWN = 0; SSP0 = 1; SSP1 = 2; SSP2 = 3; SSP3 = 4; SSP4 = 5; SSP5 = 6; SSP6 = 7; SSP7 = 8; SSP8 = 9;
22	Subframe Assignment	UNKNOWN_SUBFRAME_ASSIGNMENT = 0; SA0 = 1; SA1 = 2; SA2 = 3; SA3 = 4; SA4 = 5; SA5 = 6; SA6 = 7;
23	Cyclic Prefix	UNKNOWN_CYCLIC_PREFIX = 0; NORMAL = 1; EXTENDED = 2;
24	Additional Special Subframe Patterns	UNKNOWN = 0; SSP10 = 1
25	nrscs	UNKNOWN_NRSCS = 0; SCS15 = 1; SCS30 = 2; SCS60 = 3; SCS120 = 4;
26	ncnrb	UNKNOWN_NCNRB = 0; NRB11 =1; NRB18 =2; NRB24 =3; NRB25 =4; NRB31 =5; NRB32 =6; NRB38 =7; NRB51 =8; NRB52 =9; NRB65 =10; NRB66 =11; NRB78 =12; NRB79 =13; NRB93 =14; NRB106 =15; NRB107 =16; NRB121 =17; NRB132 =18; NRB133 =19; NRB135 =20; NRB160 =21; NRB162 =22; NRB189 =23; NRB216 =24; NRB217 =25; NRB245 =26; NRB264 =27; NRB270 =28; NRB273 =29;
27	cause	misc:control-processing-overload, misc:hardware-failure, misc:om-intervention, misc:not-enough-user-plane-processing-resources, misc:unspecified protocol:transfer-syntax-error, protocol:abstract-syntax-error-reject, protocol:abstract-syntax-error-ignore-and-notify, protocol:message-not-compatible-with-receiver-state, protocol:semantic-error, protocol:unspecified, protocol:abstract-syntax-error-falsely-constructed-message transport:transport-resource-unavailable radioNetwork:handover-desirable-for-radio-reasons, radioNetwork:time-critical-handover, radioNetwork:resource-optimisation-handover, radioNetwork:reduce-load-in-serving-cell, radioNetwork:partial-handover, radioNetwork:unknown-new-eNB-UE-X2AP-ID, radioNetwork:unknown-old-eNB-UE-X2AP-ID, radioNetwork:unknown-pair-of-UE-X2AP-ID, radioNetwork:ho-target-not-allowed, radioNetwork:tx2relocoverall-expiry, radioNetwork:trelocprep-expiry, radioNetwork:cell-not-available, radioNetwork:no-radio-resources-available-in-target-cell, radioNetwork:invalid-MME-GroupID, radioNetwork:unknown-MME-Code, radioNetwork:encryption-and-or-integrity-protection-algorithms-not-supported, radioNetwork:reportCharacteristicsEmpty, radioNetwork:noReportPeriodicity, radioNetwork:existingMeasurementID, radioNetwork:unknown-eNB-Measurement-ID, radioNetwork:measurement-temporarily-not-available, radioNetwork:unspecified, radioNetwork:load-balancing, radioNetwork:handover-optimisation, radioNetwork:value-out-of-allowed-range, radioNetwork:multiple-E-RAB-ID-instances, radioNetwork:switch-off-ongoing, radioNetwork:not-supported-QCI-value, radioNetwork:measurement-not-supported-for-the-object, radioNetwork:tDCoverall-expiry, radioNetwork:tDCprep-expiry, radioNetwork:action-desirable-for-radio-reasons, radioNetwork:reduce-load, radioNetwork:resource-optimisation, radioNetwork:time-critical-action, radioNetwork:target-not-allowed, radioNetwork:no-radio-resources-available, radioNetwork:invalid-QoS-combination, radioNetwork:encryption-algorithms-not-aupported, radioNetwork:procedure-cancelled, radioNetwork:rRM-purpose, radioNetwork:improve-user-bit-rate, radioNetwork:user-inactivity, radioNetwork:radio-connection-with-UE-lost, radioNetwork:failure-in-the-radio-interface-procedure, radioNetwork:bearer-option-not-supported, radioNetwork:mCG-Mobility, radioNetwork:sCG-Mobility, radioNetwork:count-reaches-max-value, radioNetwork:unknown-old-en-gNB-UE-X2AP-ID, radioNetwork:pDCP-Overload

1. Health Check Request

Resource	Resource for this interface /v#/health
Description	For simple health check the client should send GET request to /health endpoint. If client receives 200OK it means the server is up and running
HTTP Method	GET
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

GET http://<serverBaseURL>/v#/health

Request Data Details

Listed below are the key elements included in the request.

#	Parameter	Location	Data Type	Required?	Description and Value Rules
1	accept	Header	String	YES	Refer to Standard API Request Headers

GET http://localhost:3800/v1/health 
accept: application/json

Response Data Details

The body is empty in case 200 OK. No other response expected. If no answer - there is a problem....

2. Get NodeB Request

Resource	Resource for this interface /v#/nodeb
Description	For fetching nodeb data from Redis, the client should send GET request
HTTP Method	GET
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

GET http://<serverBaseURL>/v#/nodeb/<ranName>

Request Data Details

Listed below are the key elements included in the request.

#	Parameter	Location	Data Type	Required?	Description and Value Rules
1	accept	Header	String	YES	Refer to Standard API Request Headers
2	content-type	Header	String	YES	Refer to Standard API Request Headers
3	ranIp	Body	String	YES	IP of the RAN
4	ranPort	Body	Int	YES	Port of the RAN
5	ranName	Body	String	YES	Name of the RAN

GET http://localhost:3800/v1/nodeb/NYC213123  
accept: application/json  
Content-Type: application/json

Response Data Details

In case 200 OK, this is the payload

#	Parameter	Location	Data Type	Required?	Value Rules
1	content-type	Header	String	YES
2	connectionStatus	Body	ENUM	YES
3	ip	Body	String	YES
4	port	Body	Integer	YES
5	nodeType	Body	ENUM	YES
6	ranName	Body	String
7	enb (or gnb)	Body	Object	NO	According the nodetype – ENB or GNB Mandatory when the status is CONNECTED
8	failureType	Body	ENUM	NO	Mandatory when the status is CONNECTED_SETUP_FAILED
9	setupFailure	Body	Object	NO	Mandatory when the status is CONNECTED_SETUP_FAILED
10	globalNbId	Body	Object	NO	Mandatory when the status is CONNECTED. Refer to object globalNbId

ENB

Contains information of the eNodeb

#	Parameter	Data Type	Required?	Value Rules
1	enbType	ENUM	YES	Refer to ENB Type ENUM
2	guGroupIds	Array of String	NO
3	servedCells	Array of Object	YES	Refer to served Cells object

Served Cells

Contains information of the cell

#	Parameter	Data Type	Required?	Value Rules
1	bandwidthReducedSi	ENUM	NO	Refer to bandwidthReducedSi ENUM
2	broadcastPlmns	Array of String	YES	Array of PLMNs
3	cellId	String	YES
4	choiceEutraMode	Object	YES	Refer to choice Eutra Mode Object. One of them must appear
5	csgId	String	NO
6	eutraMode	ENUM	YES	Refer to eutraMode ENUM
7	freqBandIndicatorPriority	ENUM	NO	Refer to freqBandIndicatorPriority ENUM
8	mbmsServiceAreaIdentities	Array of String	NO
9	mbsfnSubframeInfos	Array of Object	NO	Refer to mbsfn Subframe Object
10	multibandInfos	Array of Integer	NO
11	neighbourInfos	Array of Object	NO	Refer to neighbour Information Object
12	numberOfAntennaPorts	ENUM	NO	Refer to numberOfAntennaPorts ENUM
13	pci	Integer	YES
14	prachConfiguration	Object	NO	Refer to prach Configuration Object
15	Tac	String	YES	Refer to tac Object
16	additionalCellInformation	Object	NO	Refer to Additional Cell Information Object

Choice Eutra Mode

Contains information of the Cell – It is either FDD or TDD - Only one should exist

#	Parameter	Data Type	Required?	Value Rules
1	fdd	Object		Refer to FDD Info
2	tdd	Object		Refer to TDD Info

FDD Info

Contains information of the FDD Cell

#	Parameter	Data Type	Required?	Value Rules
1	dlTransmissionBandwidth	ENUM	YES	Refer to TransmissionBandwidth ENUM
2	dlearFcn	Integer	YES
3	ulTransmissionBandwidth	ENUM	YES	Refer to TransmissionBandwidth ENUM
4	ulearFcn	Integer	YES

TDD Info

Contains information of the TDD Cell

#	Parameter	Data Type	Required?	Value Rules
1	additionalSpecialSubframeExtensionInfo	Object	NO	Refer to Additional Special Subframe Extension Info
2	additionalSpecialSubframeInfo	Object	NO	Refer to Additional Special Subframe Info
3	earFcn	Integer	YES
4	specialSubframeInfo	Object	YES	Refer to Special Subframe Info
5	subframeAssignment	ENUM	YES
6	transmissionBandwidth	ENUM	YES

Additional Special Subframe Extension Info

Contains information of the Sub Frame

#	Parameter	Data Type	Required?	Value Rules
1	additionalSpecialSubframePatternsExtension	ENUM	YES	Refer to Additional Special Subframe Patterns ENUM
2	cyclicPrefixDl	ENUM	YES	Refer to CyclicPrefix ENUM
3	cyclicPrefixUl	ENUM	YES	Refer to CyclicPrefix ENUM

Additional Special Subframe Info

Contains information of the Sub Frame

#	Parameter	Data Type	Required?	Value Rules
1	additionalSpecialSubframePatterns	ENUM	YES	Refer to Additional Special Subframe ENUM
2	cyclicPrefixDl	ENUM	YES	Refer to CyclicPrefix ENUM
3	cyclicPrefixUl	ENUM	YES	Refer to CyclicPrefix ENUM

Special Subframe Info

Contains information of the Sub Frame

#	Parameter	Data Type	Required?	Value Rules
1	SpecialSubframePatterns	ENUM	YES	Refer to Special Subframe ENUM
2	cyclicPrefixDl	ENUM	YES	Refer to CyclicPrefix ENUM
3	cyclicPrefixUl	ENUM	YES	Refer to CyclicPrefix ENUM

mbsfn Subframe

Contains information of the Sub Frame

#	Parameter	Data Type	Required?
1	radioframeAllocationOffset	Integer	YES
2	radioframeAllocationPeriod	ENUM	YES
3	subframeAllocation	String	YES
4	subframeAllocationType	ENUM	YES

Neighbor Information

Contains information of the Neighbor

#	Parameter	Data Type	Required?
1	ecgi	String	YES
2	pci	Integer	YES
3	earFcn	Integer	YES
4	tac	String	NO

Prach Configuration

Contains information of the Prach

#	Parameter	Data Type	Required?
1	highSpeedFlag	Boolean	YES
2	prachConfigurationIndex	Integer	YES
3	prachFrequencyOffset	Integer	YES
4	rootSequenceIndex	Integer	NO
5	zeroCorrelationZoneConfiguration	Integer	YES

Additional Cell Information

This will be updated in R5 by REST API

#	Parameter	Data Type	Required?	Value Rules
1	cellLatitude	Float	NO
2	cellLongitude	Float	NO
3	antennaHeight	Float	NO	In meter
4	antennaAzimuthDirection	Float	NO-	degree, 0-360
5	antennaTiltAngle	Float	NO	degree, 0-90
6	antennaMaxTransmit	Float	NO	dBm
7	antennaMaxGain	Float	NO	dB
8	sectorId	Integer	NO	ID of the Sector

Gnb

Contains information of the gnodeb

#	Parameter	Data Type	Required?	Value Rules
1	servedNrCells	Array of Object	YES	Refer to served NR Cells object
2	ranFunctions	Array of Object	YES	Refer to served RAN function object

Served NR Cells

Contains information of the GNB cell

#	Parameter	Data Type	Required?	Value Rules
1	nrNeighbourInfos	Array of object	NO	Refer to NrNeighbourInformation object
2	servedNrCellInformation	Object	YES	Refer to ServedNRCellInformation object

Nr Neighbour Information

Contains information of the Neighbor of this GNB Note it is quite similar to Served NR Cell Information

#	Parameter	Data Type	Required?	Value Rules
1	nrCgi	String	YES
2	choiceNrMode	Object	YES	Refer to Choice NR Mode Object
3	configuredStac	String	NO
4	nrMode	ENUM	YES	Refer to NR Mode ENUM
5	nrPci	Integer	YES
6	stac5g	String	NO

Served NR Cell Information

Contains information of the cell

#	Parameter	Data Type	Required?	Value Rules
1	cellId	String	YES
2	choiceNrMode	Object	YES	Refer to Choice NR Mode Object
3	configuredStac	String	NO
4	nrMode	ENUM	YES	Refer to NR Mode ENUM
5	nrPci	Integer	YES
6	servedPlmns	Array of String	YES	Array of PLMNs
7	stac5g	String	NO
8	additionalCellInformation	Object	NO	Refer to Additional Cell Information

Choice NR Mode

Contains information of the TBD – Note – It is either FDD or TDD, one of them must exist

#	Parameter	Data Type	Required?	Value Rules
1	fdd	Object		Refer to NR FDD Info
2	tdd	Object		Refer to NR TDD Info

NR FDD Info

Contains information of the NR FDD Cell

#	Parameter	Data Type	Value Rules
1	dlFreqInfo	Object	Refer to dl Freq Info Object
2	dlTransmissionBandwidth	Object	Refer to dl Transmission Bandwidth Object
3	ulFreqInfo	Object	Refer to ul Freq Info Object
4	ulTransmissionBandwidth	Object	Refer to ul Transmission Bandwidth Object

dl Freq Info or ul Freq Info or nr Freq Info NR

Contains information of the Cell

#	Parameter	Data Type	Required?	Value Rules
1	frequencyBands	Object		Refer to frequency Bands Object
2	nrArFcn	integer	YES
3	sulInformation	Object		Refer to sul Information Object

Frequency Bands

Contains information of the Frequency Bands

#	Parameter	Data Type	Required?	Value Rules
1	nrFrequencyBand	integer	YES
2	supportedSulBands	Array of integer	NO

sul Information

Contains information of the TBD

#	Parameter	Data Type	Required?	Value Rules
1	sulArFcn	integer
2	sulTransmissionBandwidth	object		Refer to sul Transmission Bandwidth object

dl Transmission Bandwidth or ul Transmission Bandwidth or sul Transmission Bandwidth or Transmission Bandwidth

Contains information of the TBD

#	Parameter	Data Type	Required?	Value Rules
1	ncnrb	ENUM		Refer to ncnrb ENUM
2	nrscs	ENUM		Refer to nrscs ENUM

NR TDD Info

Contains information of the NE Cell TDD

#	Parameter	Data Type	Required?	Value Rules
1	nrFreqInfo	Object		Refer to nr Freq Info Object
2	transmissionBandwidth	Object		Refer to transmission Bandwidth Object

RAN Function

Contains information of the Function this RAN supports - Please refer to O-RAN Working Group 3, E2 Application Protocol (E2AP)

#	Parameter	Data Type	Required?
1	ranFunctionId	Integer	YES
2	ranFunctionDefinition	Array of bytes	YES
3	ranFunctionRevision	Integer	YES

Setup Failure

Contains information of the error

#

Parameter

Data Type

Required?

Value Rules

1

cause_group

ENUM

NO

One of the following ENUM

RadioNetworkLayerCause
TransportLayerCause
ProtocolCause
MiscellaneousCause

2

TimeToWait

ENUM

Look on TimeToWait ENUM

3

CriticalityDiagnostics

Object

Criticality Diagnostics

Contains information of the error

#	Parameter	Data Type	Value Rules
1	informationElementCriticalityDiagnostics	Object	·
2	procedureCode	Integer
3	procedureCriticality	ENUM	Refer to Criticality ENUM
4	triggeringMessage	ENUM	Refer to TriggeringMessage ENUM

Information Element Criticality Diagnostics

Contains information of the error

#	Parameter	Data Type	Value Rules
1	ieCriticality	ENUM	Refer to Criticality ENUM
2	ieId	Integer
3	typeOfError	ENUM	Refer to TypeOfError ENUM

3. Update GNB Request

Resource	Resource for this interface /v#/nodeb/gnb
Description	For storing nodeb data to Redis, the client should send PUT request
HTTP Method	PUT
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

PUT http://<serverBaseURL>/v#/nodeb/gnb/<ranName>

Request Data Details

Parameter	Location	Data Type	Required?	Value Rules
accept	Header	String	YES	Refer to Standard API Request Headers
content-type	Header	String	YES	Refer to Standard API Request Headers
servedNrCells	Body	Array of Object	YES	Please refer to Served NR Cells array inside the gNB Object (In the Get NodeB Response)

Example:

PUT http://localhost:3800/v1/nodeb/gnb/test1
accept: application/json
{
    "servedNrCells": [
        {
            "servedNrCellInformation": {
                "cellId": "demo1",
                "choiceNrMode": {
                    "fdd": {
                        "ulFreqInfo": {
                            "nrArFcn": 1,
                            "sulInformation": {
                                "sulArFcn": 2,
                                "sulTransmissionBandwidth": {
                                    "nrscs": 1,
                                    "ncnrb": 1
                                }
                            },
                            "frequencyBands": [
                                {
                                    "nrFrequencyBand": 3,
                                    "supportedSulBands": [
                                        1,
                                        2,
                                        3
                                    ]
                                }
                            ]
                        },
                        "dlFreqInfo": {
                            "nrArFcn": 1,
                            "sulInformation": {
                                "sulArFcn": 2,
                                "sulTransmissionBandwidth": {
                                    "nrscs": 1,
                                    "ncnrb": 1
                                }
                            },
                            "frequencyBands": [
                                {
                                    "nrFrequencyBand": 3,
                                    "supportedSulBands": [
                                        1,
                                        2,
                                        3
                                    ]
                                }
                            ]
                        },
                        "ulTransmissionBandwidth": {
                            "nrscs": 1,
                            "ncnrb": 1
                        },
                        "dlTransmissionBandwidth": {
                            "nrscs": 1,
                            "ncnrb": 1
                        }
                    }
                },
                "nrMode": 1,
                "nrPci": 1,
                "servedPlmns": [
                    "demo"
                ]
            }
        },
        {
            "servedNrCellInformation": {
                "cellId": "demo2",
                "choiceNrMode": {
                    "fdd": {
                        "ulFreqInfo": {
                            "nrArFcn": 1,
                            "sulInformation": {
                                "sulArFcn": 2,
                                "sulTransmissionBandwidth": {
                                    "nrscs": 1,
                                    "ncnrb": 1
                                }
                            },
                            "frequencyBands": [
                                {
                                    "nrFrequencyBand": 3,
                                    "supportedSulBands": [
                                        1,
                                        2,
                                        3
                                    ]
                                }
                            ]
                        },
                        "dlFreqInfo": {
                            "nrArFcn": 1,
                            "sulInformation": {
                                "sulArFcn": 2,
                                "sulTransmissionBandwidth": {
                                    "nrscs": 1,
                                    "ncnrb": 1
                                }
                            },
                            "frequencyBands": [
                                {
                                    "nrFrequencyBand": 3,
                                    "supportedSulBands": [
                                        1,
                                        2,
                                        3
                                    ]
                                }
                            ]
                        },
                        "ulTransmissionBandwidth": {
                            "nrscs": 1,
                            "ncnrb": 1
                        },
                        "dlTransmissionBandwidth": {
                            "nrscs": 1,
                            "ncnrb": 1
                        }
                    }
                },
                "nrMode": 1,
                "nrPci": 2,
                "servedPlmns": [
                    "whatever2"
                ]
            },
            "nrNeighbourInfos": [
                {
                    "nrCgi": "demo1",
                    "choiceNrMode": {
                        "fdd": {
                            "ularFcnFreqInfo": {
                                "nrArFcn": 1,
                                "sulInformation": {
                                    "sulArFcn": 2,
                                    "sulTransmissionBandwidth": {
                                        "nrscs": 1,
                                        "ncnrb": 1
                                    }
                                },
                                "frequencyBands": [
                                    {
                                        "nrFrequencyBand": 3,
                                        "supportedSulBands": [
                                            1,
                                            2,
                                            3
                                        ]
                                    }
                                ]
                            },
                            "dlarFcnFreqInfo": {
                                "nrArFcn": 1,
                                "sulInformation": {
                                    "sulArFcn": 2,
                                    "sulTransmissionBandwidth": {
                                        "nrscs": 1,
                                        "ncnrb": 1
                                    }
                                },
                                "frequencyBands": [
                                    {
                                        "nrFrequencyBand": 3,
                                        "supportedSulBands": [
                                            1,
                                            2,
                                            3
                                        ]
                                    }
                                ]
                            }
                        }
                    },
                    "nrMode": 1,
                    "nrPci": 1
                }
            ]
        }
    ]
}

Response Data Details

In case 200 OK, the payload is identical to Get NodeB <RAN Name>.

4. Insert ENB Request

Resource	Resource for this interface - /v#/nodeb/`enb`
Description	For storing new nodeb from eNB type to Redis, the client should send POST request
HTTP Method	POST
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	201 CREATED

POST http://<serverBaseURL>/v#/nodeb/enb

accept: application/json

{

"ranName": "test4",

"globalNbId": {

"nbId": "abc",

"plmnId": "def"

},

"ip": "10.2.3.1",

"port": 1234,

"enb": {

"enbType": 1,

"guGroupIds": [

"ghi"

],

"servedCells": [

{

"broadcastPlmns": [

"jkl"

],

"cellId": "mnop",

"choiceEutraMode": {

"fdd": {

"dlearFcn": 1,

"ulearFcn": 1

},

"tdd": {

"additionalSpecialSubframeExtensionInfo": {

"additionalSpecialSubframePatternsExtension": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"additionalSpecialSubframeInfo": {

"additionalSpecialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"earFcn": 4,

"specialSubframeInfo": {

"specialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

}

}

},

"eutraMode": 1,

"csgId": "string",

"mbmsServiceAreaIdentities": [

"sds"

],

"mbsfnSubframeInfos": [

{

"radioframeAllocationOffset": 3,

"subframeAllocation": "jhg"

}

],

"multibandInfos": [

4

],

"neighbourInfos": [

{

"earFcn": 4,

"ecgi": "klj",

"pci": 5,

"tac": "wew"

}

],

"pci": 2,

"prachConfiguration": {

"highSpeedFlag": true,

"prachConfigurationIndex": 5,

"prachFrequencyOffset": 6,

"rootSequenceIndex": 7,

"zeroCorrelationZoneConfiguration": 6

},

"tac": "asd",

"additionalCellInformation": {

"cellLatitude": 1,

"cellLongitude": 1,

"antennaHeight": 1,

"antennaAzimuthDirection": 2,

"antennaTiltAngle": 3,

"antennaMaxTransmit": 4,

"antennaMaxGain": 5,

"sectorId": 6

}

},

{

"broadcastPlmns": [

"jkl"

],

"cellId": "qrst",

"choiceEutraMode": {

"fdd": {

"dlearFcn": 4,

"ulearFcn": 2

},

"tdd": {

"additionalSpecialSubframeExtensionInfo": {

"additionalSpecialSubframePatternsExtension": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"additionalSpecialSubframeInfo": {

"additionalSpecialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"earFcn": 4,

"specialSubframeInfo": {

"specialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

}

}

},

"eutraMode": 1,

"csgId": "string",

"mbmsServiceAreaIdentities": [

"sds"

],

"mbsfnSubframeInfos": [

{

"radioframeAllocationOffset": 5,

"subframeAllocation": "jhg"

}

],

"multibandInfos": [

4

],

"neighbourInfos": [

{

"earFcn": 2,

"ecgi": "klj",

"pci": 4,

"tac": "wew"

}

],

"pci": 3,

"prachConfiguration": {

"highSpeedFlag": true,

"prachConfigurationIndex": 4,

"prachFrequencyOffset": 3,

"rootSequenceIndex": 3,

"zeroCorrelationZoneConfiguration": 2

},

"tac": "asd",

"additionalCellInformation": {

"cellLatitude": 3,

"cellLongitude": 3,

"antennaHeight": 3,

"antennaAzimuthDirection": 3,

"antennaTiltAngle": 4,

"antennaMaxTransmit": 4,

"antennaMaxGain": 5,

"sectorId": 5

}

}

]

}

Request Data Details

#	Parameter	Location	Data Type	Required?	Value Rules
1	accept	Header	String	YES	Refer to Standard API Request Headers
2	content-type	Header	String	YES	Refer to Standard API Request Headers
3	ranName	Body	String	YES	The Key to the RAN. Can't be Updated.
4	globalNbId	Body	Object	YES	The Key to the RAN. Can't be Updated. Refer to object globalNbId
5	ip	Body	String	NO
6	port	Body	Integer	NO
7	enb	Body	Object	YES	Please refer to ENB Object

Example (TBD)

Response Data Details

In case 201 CREATED, the payload is identical to Get NodeB <RAN Name>.

5. Update ENB Request

Resource	Resource for this interface - /v#/nodeb`/enb`
Description	For Updating nodeb from eNB type to Redis, the client should send PUT request
HTTP Method	PUT
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

PUT http://<serverBaseURL>/v#/nodeb/enb/<ranName>

accept: application/json

{

"enb": {

"enbType": 1,

"guGroupIds": [

"ghi"

],

"servedCells": [

{

"broadcastPlmns": [

"jkl"

],

"cellId": "mnop",

"choiceEutraMode": {

"fdd": {

"dlearFcn": 1,

"ulearFcn": 1

},

"tdd": {

"additionalSpecialSubframeExtensionInfo": {

"additionalSpecialSubframePatternsExtension": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"additionalSpecialSubframeInfo": {

"additionalSpecialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"earFcn": 4,

"specialSubframeInfo": {

"specialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

}

}

},

"eutraMode": 1,

"csgId": "string",

"mbmsServiceAreaIdentities": [

"sds"

],

"mbsfnSubframeInfos": [

{

"radioframeAllocationOffset": 3,

"subframeAllocation": "jhg"

}

],

"multibandInfos": [

4

],

"neighbourInfos": [

{

"earFcn": 4,

"ecgi": "klj",

"pci": 5,

"tac": "wew"

}

],

"pci": 2,

"prachConfiguration": {

"highSpeedFlag": true,

"prachConfigurationIndex": 5,

"prachFrequencyOffset": 6,

"rootSequenceIndex": 7,

"zeroCorrelationZoneConfiguration": 6

},

"tac": "asd",

"additionalCellInformation": {

"cellLatitude": 1,

"cellLongitude": 1,

"antennaHeight": 1,

"antennaAzimuthDirection": 2,

"antennaTiltAngle": 3,

"antennaMaxTransmit": 4,

"antennaMaxGain": 5,

"sectorId": 6

}

},

{

"broadcastPlmns": [

"jkl"

],

"cellId": "qrst",

"choiceEutraMode": {

"fdd": {

"dlearFcn": 4,

"ulearFcn": 2

},

"tdd": {

"additionalSpecialSubframeExtensionInfo": {

"additionalSpecialSubframePatternsExtension": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"additionalSpecialSubframeInfo": {

"additionalSpecialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

},

"earFcn": 4,

"specialSubframeInfo": {

"specialSubframePatterns": 1,

"cyclicPrefixDl": 1,

"cyclicPrefixUl": 1

}

}

},

"eutraMode": 1,

"csgId": "string",

"mbmsServiceAreaIdentities": [

"sds"

],

"mbsfnSubframeInfos": [

{

"radioframeAllocationOffset": 5,

"subframeAllocation": "jhg"

}

],

"multibandInfos": [

4

],

"neighbourInfos": [

{

"earFcn": 2,

"ecgi": "klj",

"pci": 4,

"tac": "wew"

}

],

"pci": 3,

"prachConfiguration": {

"highSpeedFlag": true,

"prachConfigurationIndex": 4,

"prachFrequencyOffset": 3,

"rootSequenceIndex": 3,

"zeroCorrelationZoneConfiguration": 2

},

"tac": "asd",

"additionalCellInformation": {

"cellLatitude": 3,

"cellLongitude": 3,

"antennaHeight": 3,

"antennaAzimuthDirection": 3,

"antennaTiltAngle": 4,

"antennaMaxTransmit": 4,

"antennaMaxGain": 5,

"sectorId": 5

}

}

]

}

}

Request Data Details

#	Parameter	Location	Data Type	Required?	Value Rules
1	accept	Header	String	YES	Refer to Standard API Request Headers
2	content-type	Header	String	YES	Refer to Standard API Request Headers
3	enb	Body	Object	YES	Please refer to ENB Object

Response Data Details

In case 200 OK, the payload is identical to Get NodeB <RAN Name>.

6. Delete ENB Request

Resource	Resource for this interface - /v#/nodeb`/enb`
Description	For Deleting nodeb from eNB type to Redis, the client should send DELETE request
HTTP Method	DELETE
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

DELETE http://<serverBaseURL>/v#/nodeb/enb/<ranName>

Request Data Details

no need in Request Body

Response Data Details

In case success - 204 No Content

7. Shut Down Request

Resource	Resource for this interface - /v#/nodeb
Description	E2 Manager is requested to Shut Down all the RANs
HTTP Method	PUT
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	204 No Content

PUT http://<serverBaseURL>/v#/nodeb/shutdown

Request Data Details

Listed below are the key elements included in the request.

#	Parameter	Location	Data Type	Required?	Description and Value Rules
1	accept	Header	String	YES	Refer to - Standard API Request Headers

PUT http://localhost:3800/v1/nodeb/shutdown
accept: application/json

Response Data Details

There is no Body in case 204 No Content, and with 202 Accepted with error details in case failure such as Routing Manager (511)

8. Get All NodeB States Request

Resource	Resource for this interface /v#/nodeb/states
Description	E2 Manager is requested to get list of all RANs in its RNIB DB Note: In previous Release it was called Get All nodeb and its End point was different.
HTTP Method	GET
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

GET http://<serverBaseURL>/v#/nodeb/states

accept: application/json

Request Data Details

Listed below are the key elements included in the request.

#	Parameter	Location	Data Type	Required?	Description and Value Rules
1	accept	Header	String	YES	Refer to - Standard API Request Headers

Response Data Details

In case 200 OK, this is the payload

#	Parameter	Location	Data Type	Required?	Value Rules
1	content-type	Header	String	YES
2	rans	Body	List of Object	YES	Can be empty in case no RANs. See nodebIdentity

nodebIdentity

Contains information of the eNodeb

#	Parameter	Data Type	Required?	Value Rules
1	inventoryName	String	YES	Name of the RAN
2	globalNbId	Object	YES	ID of the RAN - Refer globalNbId object
3	connectionStatus	ENUM	YES	Status of RAN

globalNbId

Contains information of the eNodeb

#	Parameter	Data Type	Required?	Value Rules
1	nbId	String	yes	ID of the RAN. Different ID for eNB or gNB. In case eNB it is according the eNB Type.
2	plmnId	String	yes	ID of the PLMN (Public Land Mobile Network)

Example ...

9. Get All E2T Request

Resource	Resource for this interface /v#/e2t/list
Description	E2 Manager is requested to get list of all E2T Instances address and list of RANs associate with each E2T Instance
HTTP Method	GET
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

GET http://<serverBaseURL>/v#/e2t/list

Request Data Details

Listed below are the key elements included in the request.

#	Parameter	Location	Data Type	Required?	Description and Value Rules
1	accept	Header	String	YES	Refer to - Standard API Request Headers

GET http://localhost:3800/v1/e2t/list
accept: application/json

Response Data Details

In case 200 OK, this is the payload

#	Parameter	Location	Data Type	Required?	Value Rules
1	content-type	Header	String	YES
2		Body	List of Object	YES	Can be empty in case no E2T. See e2tIdentity

e2tIdentity

Contains information of the E2T instance

#	Parameter	Data Type	Required?	Value Rules
1	e2tAddress	String	yes	Address of the E2T Instance
2	ranNames	List of string	no	List of the RAN Names associated with this Instance. Can be empty

GET http://localhost:3800/v1/e2t/list
accept: application/json

[
    {
        "e2tAddress": "e2t.att.com:38000",
        "ranNames": ["test1","test2"]
    },
    {
        "e2tAddress": "e2t.att.com:38001",
        "ranNames": ["test1","test2","test3"]
    }
]

10. E2M Set Parameter

Resource	Resource for this interface /v#/nodeb/parameters
Description	E2 Manager is requested to set some Parameter
HTTP Method	PUT
Supported Representation Formats	Request: Request Format ie application/json, none, etc Response: Response Format ie application/json, none, etc
Successful HTTP Response Code	200 OK

PUT http://<serverBaseURL>/v#/nodeb/parameters

Request Data Details

Listed below are the key elements included in the request.

#	Parameter	Location	Data Type	Required?	Description and Value Rules
1	accept	Header	String	YES	Refer to - Standard API Request Headers
2	content-type	Header	String		See above - Standard API Request Headers
3	Parameters	Object	Object	YES	At least one field in the Parameter Object

parameter

Contains information of the eNodeb. At least one parameter must exist in this Object

Parameter

Data Type

Description

enableRic

Boolean

True meaning - Future Setup from RAN will be supported

False meaning - Future Setup from RAN will be rejected

PUT http://localhost:3800/v1/nodeb/parameters
accept: application/json

{

"enableRic": true,

}

Response Data Details

200 OK with the list of All parameters or error

X2 Setup Request (Deprecated)

ENDC Setup Request (Deprecated)

Reset nodeb Request (Deprecated)

SDL Notification

When a RAN (eNB or gNB) is added, updated or deleted in RNIB, or when a state of RAN is changed, the following SDL Notification generated.

E2M supports 2 types of SDL Notification, the client can subscribe to each of them:

RAN Manipulation - The Notification specifies the RAN Name + the action (Added, Updated, Deleted)
RAN Connection Status Changed - The Notification specifies the RAN Name + its Status

In the following scenarios E2M generates SDL Notification:

Issue	RAN Connection Status Changed	RAN Manipulation	Comments
Setup Request from RAN	+ (Connected)		Only in case the NodeB was previously Disconnected or it is a new RAN Note that the Function might be changed. In case new RAN - In most of the cases the status changed to Connected, n the rare case where the Routing Manager is down - E2M generate SDL RAN Connection Status Changed to Disconnected.
Setup Request from RAN		+ (Updated)	In case the NodeB was already Connected and there was some changes
Insert eNB API		+ (Added)
Update eNB API, Update gNB API		+ (Updated)
RIC Service Update		+ (Updated)	Only in case there was some changed (Function Added / Modified / Deleted)
Lost Connection, Red Button (Shut Down)	+ (Disconnected)		Only in case the NodeB was previously Connected
E2T Restart, Keep Alive decides this E2T Instance is dead	+ (Disconnected)		Only in case this NodeB was under the control of this E2T Instance and it was previously Connected
Delete eNB API		+ (Deleted)

Here are the values:

Channel	Events
RAN_CONNECTION_STATUS_CHANGE	<RAN_NAME>_CONNECTED <RAN_NAME>_DISCONNECTED
RAN_MANIPULATION	<RAN_NAME>_ADDED <RAN_NAME>_UPDATED <RAN_NAME>_DELETED