Merge branch '28.541_Rel16_CR_JanLindblad_Fix_YANG_Mapping_problems' into... (c574634c) · Commits · Miguel Angel Reina Ortega / Management and Orchestration APIs

yang-models/_3gpp-5g-common-yang-types.yang

+47 −3

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		module _3gpp-5g-common-yang-types {
		yang-version 1.1;
		namespace "urn:3gpp:sa5:_3gpp-5g-common-yang-types";
		prefix "types5g3gpp";
		prefix "type5g3gpp";


		import _3gpp-common-yang-types { prefix types3gpp; }

		@@ -11,6 +12,7 @@ module _3gpp-5g-common-yang-types {
		network slicing.";
		reference "3GPP TS 28.541";

		revision 2021-08-04 { reference S5-214052/CR-0517; }
		revision 2020-11-05 { reference CR-0411 ; }
		revision 2019-10-20 { reference "Initial version."; }

		@@ -71,7 +73,8 @@ module _3gpp-5g-common-yang-types {

		enum INDIRECT_COMMUNICATION_WITH_DEDICATED_DISCOVERY {
		value 3;
		description "Communication to NF service discovered by NRF through SCP as a proxy.";
		description "Communication to NF service discovered by NRF through SCP
		as a proxy.";
		}

		}
		@@ -101,4 +104,45 @@ module _3gpp-5g-common-yang-types {
		}
		}

		typedef EnergySavingLoadThresholdT {
		type uint32 {
		range 0..10000;
		}
		units 1/10000;
		}

		typedef EnergySavingTimeDurationT {
		type uint32 {
		range 0..900;
		}
		units seconds;
		}

		typedef PhysCellID {
		type uint32 {
		range "0..1007";
		}
		reference "clause 7.4.2 of TS 38.211";
		}

		typedef UTC24TimeOfDayT {
		description "Time of day in HH:MM or H:MM 24-hour format per UTC
		time zone.";
		type string {
		pattern "(([01]?[0-9])\|(2[0-3])):([0-5][0-9])";
		}
		}

		typedef DayOfWeekT {
		type enumeration {
		enum Monday;
		enum Tuesday;
		enum Wednesday;
		enum Thursday;
		enum Friday;
		enum Saturday;
		enum Sunday;
		}
		}

		}
		No newline at end of file

yang-models/_3gpp-nr-nrm-cesmanagementfunction.yang

+213 −201

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		module _3gpp-nr-nrm-cesmanagementfunction {
		yang-version 1.1;
		namespace "urn:3gpp:sa5:_3gpp-nr-nrm-cesmanagementfunction";
		prefix "cesmanagementfunction3gpp";
		prefix "cesmf3gpp";

		import _3gpp-common-subnetwork { prefix subnet3gpp; }
		import _3gpp-common-top { prefix top3gpp; }
		import _3gpp-nr-nrm-nrcellcu { prefix nrcellcu3gpp; }
		import _3gpp-nr-nrm-gnbcucpfunction { prefix gnbcucp3gpp; }
		import _3gpp-common-managed-element { prefix me3gpp; }

		import _3gpp-5g-common-yang-types { prefix type5g3gpp; }

		organization "3GPP SA5";
		contact "https://www.3gpp.org/DynaReport/TSG-WG--S5--officials.htm?Itemid=464";
		description "Defines the YANG mapping of the CESManagementFunction Information Object Class
		(IOC) that is part of the NR Network Resource Model (NRM).";
		description "Defines the YANG mapping of the CESManagementFunction
		Information Object Class (IOC) that is part of the NR Network Resource Model
		(NRM).";
		reference "3GPP TS 28.541 5G Network Resource Model (NRM)";

		revision 2021-08-04 { reference S5-214052/CR-0517; }
		revision 2020-05-08 { reference S5-203316; }

		grouping loadTimeThresholdGrp {
		description "Represents the the traffic load threshold and the time
		duration.";

		leaf loadThreshold {
		description "This attribute is used by distributed ES algorithms to allow
		a cell to enter the energySaving state.";
		type type5g3gpp:EnergySavingLoadThresholdT;
		}
		leaf timeDuration {
		description "The time duration indicates how long the traffic load
		(either for UL or DL) in the cell needs to have been above the
		threshold to wake up one or more original cells which have been
		provided backup coverage by the candidate cell.";
		type type5g3gpp:EnergySavingLoadThresholdT;
		}
		}
		grouping CESManagementFunctionGrp {
		description "Represents the CESManagementFunction IOC.";
		reference "3GPP TS 28.541";
		uses top3gpp:Top_Grp;

		leaf cesSwitch {
		description "This attribute determines whether the Centralized SON energy saving function is enabled or disabled.";
		description "This attribute determines whether the Centralized SON energy
		saving function is enabled or disabled.";
		type boolean;
		default true;
		}
		list intraRatEsActivationOriginalCellLoadParameters {
		description "This attributes is relevant, if the cell acts as an original
		cell.This attribute indicates the traffic load threshold and the time
		duration, which are used by distributed ES algorithms to allow a cell
		to enter the energySaving state. The time duration indicates how long
		the load needs to have been below the threshold.";
		key loadThreshold;
		description "This attributes is relevant, if the cell acts as an original cell.This attribute indicates the traffic load threshold and the time duration, which are used by distributed ES algorithms to allow a cell to enter the energySaving state.";
		leaf loadThreshold {type int32;}
		container attributes {
		uses IntraRatEsActivationOriginalCellLoadParametersGrp;
		}
		min-elements 1;
		max-elements 1;
		uses loadTimeThresholdGrp;
		}


		list intraRatEsActivationCandidateCellsLoadParameters {
		description "This attributes is relevant, if the cell acts as a candidate
		cell. This attribute indicates the traffic load threshold and the time
		duration, which are used by distributed ES algorithms level to allow an
		'original' cell to enter the energySaving state. Threshold and duration
		are applied to the candidate cell(s) which will provides coverage
		backup of an original cell when it is in the energySaving state. The
		threshold applies in the same way for a candidate cell, no matter for
		which original cell it will provide backup coverage.
		The time duration indicates how long the traffic in the candidate cell
		needs to have been below the threshold before any original cells which
		will be provided backup coverage by the candidate cell enters energy
		saving state.";
		key loadThreshold;
		description "This attribute indicates the traffic load threshold and the time duration, which are used by distributed ES algorithms level to allow a n ‘original’ cell to enter the energySaving state.";
		leaf loadThreshold {type int32;}
		container attributes {
		uses IntraRatEsActivationCandidateCellsLoadParametersGrp;
		}
		min-elements 1;
		max-elements 1;
		uses loadTimeThresholdGrp;
		}

		list intraRatEsDeactivationCandidateCellsLoadParameters {
		description "This attributes is relevant, if the cell acts as a candidate
		cell. This attribute indicates the traffic load threshold and the time
		duration which is used by distributed ES algorithms to allow a cell to
		leave the energySaving state. Threshold and time duration are applied
		to the candidate cell when it which provides coverage backup for the
		cell in energySaving state. The threshold applies in the same way for a
		candidate cell, no matter for which original cell it provides backup
		coverage.
		The time duration indicates how long the traffic in the candidate cell
		needs to have been above the threshold to wake up one or more original
		cells which have been provided backup coverage by the candidate cell.";
		key loadThreshold;
		description "This attributes is relevant, if the cell acts as a candidate cell.This attribute indicates the traffic load threshold and the time duration which is used by distributed ES algorithms to allow a cell to leave the energySaving state.";
		leaf loadThreshold {type int32;}
		container attributes {
		uses IntraRatEsDeactivationCandidateCellsLoadParametersGrp;
		}
		min-elements 1;
		max-elements 1;
		uses loadTimeThresholdGrp;
		}

		list esNotAllowedTimePeriod {
		key startTimeandendTime;
		description "This attribute indicates a list of time periods during which inter-RAT energy saving is not allowed.";
		leaf startTimeandendTime {type string;}
		container attributes {
		uses EsNotAllowedTimePeriodGrp;
		description "This is a list of time periods during which
		inter-RAT energy saving is not allowed";
		key idx;

		leaf idx {
		type uint32;
		}
		uses EsNotAllowedTimePeriodGrp;
		}

		list interRatEsActivationOriginalCellParameters {
		description "This attribute is relevant, if the cell acts as an original
		cell. This attribute indicates the traffic load threshold and the time
		duration, which are used by distributed inter-RAT ES algorithms to
		allow an original cell to enter the energySaving state. The time
		duration indicates how long the traffic load (both for UL and DL) needs
		to have been below the threshold.

		In case the original cell is an EUTRAN cell, the load information
		refers to Composite Available Capacity Group IE (see 3GPP TS 36.413
		[12] Annex B.1.5) and the following applies:
		Load = (100 - 'Capacity Value' ) * 'Cell Capacity Class Value',
		where 'Capacity Value' and 'Cell Capacity Class Value' are defined in
		3GPP TS 36.423 [7].

		In case the original cell is a UTRAN cell, the load information refers
		to Cell Load Information Group IE (see 3GPP TS 36.413 [12] Annex B.1.5)
		and the following applies:
		Load= 'Load Value' * 'Cell Capacity Class Value', where 'Load Value'
		and 'Cell Capacity Class Value' are defined in 3GPP TS 25.413 [19].

		If the 'Cell Capacity Class Value' is not known, then 'Cell Capacity
		Class Value' should be set to 1 when calculating the load, and the load
		threshold should be set in range of 0..100.";
		key loadThreshold;
		description "This attribute indicates the traffic load threshold and the time duration, which are used by distributed inter-RAT ES algorithms to allow an original cell to enter the energySaving state.";
		leaf loadThreshold {type int32;}
		container attributes {
		uses InterRatEsActivationOriginalCellParametersGrp;
		}
		min-elements 1;
		max-elements 1;
		uses loadTimeThresholdGrp;
		}

		list interRatEsActivationCandidateCellParameters {
		description "This attribute is relevant, if the cell acts as a candidate
		cell. This attribute indicates the traffic load threshold and the time
		duration, which are used by distributed inter-RAT ES algorithms to
		allow an original cell to enter the energySaving state. Threshold and
		time duration are applied to the candidate cell(s) which will provides
		coverage backup of an original cell when it is in the energySaving
		state. The time duration indicates how long the traffic load (both for
		UL and DL) in the candidate cell needs to have been below the threshold
		before any original cells which will be provided backup coverage by the
		candidate cell enters energySaving state.

		In case the candidate cell is a UTRAN or GERAN cell, the load
		information refers to Cell Load Information Group IE (see 3GPP TS
		36.413 [12] Annex B.1.5) and the following applies:
		Load= 'Load Value' * 'Cell Capacity Class Value', where 'Load Value'
		and 'Cell Capacity Class Value' are defined in 3GPP TS 25.413 [19]
		(for UTRAN) / TS 48.008 [20] (for GERAN).

		If the 'Cell Capacity Class Value' is not known, then 'Cell Capacity
		Class Value' should be set to 1 when calculating the load, and the load
		threshold should be set in range of 0..100.";
		min-elements 1;
		max-elements 1;
		key loadThreshold;
		description "This attribute indicates the traffic load threshold and the time duration, which are used by distributed inter-RAT ES algorithms to allow an original cell to enter the energySaving state.";
		leaf loadThreshold {type int32;}
		container attributes {
		uses InterRatEsActivationCandidateCellParametersGrp;
		}
		uses loadTimeThresholdGrp;
		}

		list interRatEsDeactivationCandidateCellParameters {
		description "This attribute is relevant, if the cell acts as a candidate
		cell. This attribute indicates the traffic load threshold and the time
		duration which is used by distributed inter-RAT ES algorithms to allow
		an original cell to leave the energySaving state. Threshold and time
		duration are applied to the candidate cell which provides coverage
		backup for the cell in energySaving state.
		The time duration indicates how long the traffic load (either for UL or
		DL) in the candidate cell needs to have been above the threshold to
		wake up one or more original cells which have been provided backup
		coverage by the candidate cell.

		For the load see the definition of
		interRatEsActivationCandidateCellParameters.

		This attribute indicates the traffic load threshold and the time
		duration which is used by distributed inter-RAT ES algorithms to allow
		an original cell to leave the energySaving state.";
		key loadThreshold;
		description "This attribute indicates the traffic load threshold and the time duration which is used by distributed inter-RAT ES algorithms to allow an original cell to leave the energySaving state.";
		leaf loadThreshold {type int32;}
		container attributes {
		uses InterRatEsDeactivationCandidateCellParametersGrp;
		}
		min-elements 1;
		max-elements 1;
		uses loadTimeThresholdGrp;
		}


		leaf energySavingState {
		description "Specifies the status regarding the energy saving in the cell. If the value of energySavingControl is toBeEnergySaving, then it shall be tried to achieve the value isEnergySaving for the energySavingState. If the value of energySavingControl is toBeNotEnergySaving, then it shall be tried to achieve the value isNotEnergySaving for the energySavingState. ";
		description "Specifies the status regarding the energy saving in the
		cell. If the value of energySavingControl is toBeEnergySaving, then it
		shall be tried to achieve the value isEnergySaving for the
		energySavingState. If the value of energySavingControl is
		toBeNotEnergySaving, then it shall be tried to achieve the value
		isNotEnergySaving for the energySavingState. ";
		type enumeration{
		enum isNotEnergySaving;
		enum isEnergySaving;
		}
		}


		leaf energySavingControl {
		description "This attribute allows the Cross Domain-Centralized SON energy saving function to initiate energy saving activation or deactivation.";
		description "This attribute allows the Cross Domain-Centralized SON
		energy saving function to initiate energy saving activation or
		deactivation.";
		type enumeration{
		enum toBeEnergySaving;
		enum toBeNotEnergySaving;
		}
		}


		}
		grouping IntraRatEsActivationOriginalCellLoadParametersGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf loadThreshold {
		description "This attribute is used by distributed ES algorithms to allow a cell to enter the energySaving state.";
		type int32 { range "0..10000"; }
		units "1";
		}


		leaf timeDuration {
		description " The time duration indicates how long the load needs to have been below the threshold.";
		type int32 { range "0..900"; }
		units "1";
		}
		}

		grouping IntraRatEsActivationCandidateCellsLoadParametersGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf loadThreshold {
		description "This attribute is used by distributed ES algorithms to allow a cell to enter the energySaving state.";
		type int32 { range "0..10000"; }
		units "1";
		}


		leaf timeDuration {
		description " The time duration indicates how long the load needs to have been below the threshold.";
		type int32 { range "0..900"; }
		units "1";
		}
		}

		grouping IntraRatEsDeactivationCandidateCellsLoadParametersGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf loadThreshold {
		description "This attribute is used by distributed ES algorithms to allow a cell to enter the energySaving state.";
		type int32 { range "0..10000"; }
		units "1";
		}


		leaf timeDuration {
		description " The time duration indicates how long the load needs to have been below the threshold.";
		type int32 { range "0..900"; }
		units "1";
		}
		}

		grouping EsNotAllowedTimePeriodGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf startTimeandendTime {
		description "This field indicate valid UTC time.";
		type string;
		}


		leaf periodOfDay {
		description "This field indicate the period of day.";
		type string;
		}

		leaf daysOfWeekList {
		description "This field indicate the list of weekday.";
		type string;
		}

		leaf listoftimeperiods {
		description "This field indicate the list of time periods.";
		type string;
		}

		}

		grouping InterRatEsActivationOriginalCellParametersGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf loadThreshold {
		description "The time duration indicates how long the traffic load (both for UL and DL) needs to have been below the threshold.";
		type int32 { range "0..10000"; }
		units "1";
		}


		leaf timeDuration {
		description " The time duration indicates how long the load needs to have been below the threshold.";
		type int32 { range "0..900"; }
		units "1";
		}
		}

		grouping InterRatEsActivationCandidateCellParametersGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf loadThreshold {
		description "This attribute is used by distributed ES algorithms to allow a cell to enter the energySaving state.";
		type int32 { range "0..10000"; }
		units "1";
		}


		leaf timeDuration {
		description "The time duration indicates how long the traffic load (both for UL and DL) in the candidate cell needs to have been below the threshold before any original cells which will be provided backup coverage by the candidate cell enters energySaving state.";
		type int32 { range "0..900"; }
		units "1";
		}
		}

		grouping InterRatEsDeactivationCandidateCellParametersGrp {
		description "Represents the the traffic load threshold and the time duration.";

		leaf loadThreshold {
		description "This attribute is used by distributed ES algorithms to allow a cell to enter the energySaving state.";
		type int32 { range "0..10000"; }
		units "1";
		leaf startTime {
		description "Start of not allowed time period in UTC time zone.
		If set, the endTime must also be set. If not set, this is
		interpreted as around the clock.";
		must ../endTime;
		type type5g3gpp:UTC24TimeOfDayT;
		}
		leaf endTime {
		description "If endTime has a lower value than startTime, it will
		be interpreted as referring to the following day.";
		must ../startTime;
		type type5g3gpp:UTC24TimeOfDayT;
		}
		leaf-list daysOfWeek {
		description "Specifies that the not allowed periods are only
		applicable to the specified days in UTC timezone. Every day if
		not set.";
		type type5g3gpp:DayOfWeekT;
		}
		}

		grouping CESManagementFunctionSubtree {
		list CESManagementFunction {
		description "This IOC represents the management capabilities of
		Centralized SON Energy Saving (ES) functions. This is provided for
		Energy Saving purposes.

		In the case where multiple CESManagement MOIs exist at different
		levels of the containment tree, the CESManagement MOI at the lower
		level overrides the CESManagement MOIs at higher level(s) of the
		same containment tree.";
		reference "clause 6.2.2 in TS 28.310";
		key id;
		uses top3gpp:Top_Grp;
		container attributes {
		uses CESManagementFunctionGrp;
		}


		leaf timeDuration {
		description "The time duration indicates how long the traffic load (either for UL or DL) in the candidate cell needs to have been above the threshold to wake up one or more original cells which have been provided backup coverage by the candidate cell.";
		type int32 { range "0..900"; }
		units "1";
		}
		}



		augment "/me3gpp:ManagedElement/gnbcucp3gpp:GNBCUCPFunction/nrcellcu3gpp:NRCellCU" {
		augment "/me3gpp:ManagedElement/gnbcucp3gpp:GNBCUCPFunction/"+
		"nrcellcu3gpp:NRCellCU" {
		if-feature nrcellcu3gpp:CESManagementFunction;
		uses CESManagementFunctionGrp;
		uses CESManagementFunctionSubtree;
		}
		augment "/me3gpp:ManagedElement" {
		augment /me3gpp:ManagedElement {
		if-feature me3gpp:CESManagementFunction;
		uses CESManagementFunctionGrp;
		uses CESManagementFunctionSubtree;
		}
		augment "/subnet3gpp:SubNetwork" {
		augment /subnet3gpp:SubNetwork {
		if-feature subnet3gpp:CESManagementFunction;
		uses CESManagementFunctionGrp;
		uses CESManagementFunctionSubtree;
		}
		}
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yang-models/_3gpp-nr-nrm-cpciconfigurationfunction.yang

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yang-models/_3gpp-nr-nrm-desmanagementfunction.yang

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yang-models/_3gpp-nr-nrm-dmrofunction.yang

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