Add Yang models (8fe8b172) · Commits · mWT - millimetre Wave Transmission / Northbound API

Reference.txt

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		+==========+=========================+===============================+
		\| Prefix \| YANG Module \| Reference \|
		+==========+=========================+===============================+
		\| mwt \| ietf-microwave-topology \| draft-ietf-ccamp-mw-topo-yang \|
		+----------+-------------------------+-------------------------------+
		\| nw \| ietf-network \| [RFC8345] \|
		+----------+-------------------------+-------------------------------+
		\| nt \| ietf-network-topology \| [RFC8345] \|
		+----------+-------------------------+-------------------------------+
		\| mw-types \| ietf-microwave-types \| [RFC8561] \|
		+----------+-------------------------+-------------------------------+
		\| tet \| ietf-te-topology \| [RFC8795] \|
		+----------+-------------------------+-------------------------------+
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test-purposes/AtsMDSC.tplan2

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		Package AtsMDSC {

		Group "mdsc" {

		import all from mWT_Common;

		Group "Blackbox" {

		Group "MWTopology" {

		import all from mWT_Common;

		Test Purpose {
		TP Id TP_mWT_MDSC_MW_TOPO_GET_BV_01

		Test objective
		"Verify that the IUT replies with an error code when requesting microwave topology inventory in case of black box abstraction level."

		Reference
		"ETSI GS mWT 024 Clause 4.3.2.1 Definition - point 1",
		"RFC 8345"

		PICS Selection IUT_MDSC and ABSTRACT_BB and MW_TOPO

		Initial conditions with {
		the IUT entity is idle
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-microwave-topology";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r400
		to the TEST_SYSTEM entity
		}
		}
		}

		} // End of Group "MWTopology"

		Group "EthernetTopology" {

		import all from mWT_Common;

		Test Purpose {
		TP Id TP_mWT_MDSC_ETH_TOPO_GET_BV_01

		Test objective
		"Verify that the IUT provides the list of available network when requested."

		Reference
		"ETSI GS mWT 024 Clause 4.3.2 AL1: Abstraction Level 1 - Black-box",
		"RFC 8345"

		Config Id Config_mWT_1

		PICS Selection IUT_MDSC and ABSTRACT_BB and ETH_TOPO

		Initial conditions with {
		the IUT entity is idle
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-te-topology";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r200 containing
		body containing
		networks containing
		network_id1 containing
		network_types containing
		supporting_network containing
		network_ref indicating value NETWORK_REFS;,
		node containing
		node_id indicating value NODE_ID,
		supporting_node containing
		network_ref indicating value NETWORK_NODE_REFS,
		node_ref indicating value NODE_REFS
		;;;;;;;
		to the TEST_SYSTEM entity
		}
		}
		} // End of TP Id TP_mWT_MDSC_TOPO_GET_BV_01

		} // End of Group "EthernetTopology"

		} // End of Group "Blackbox"

		Group "PartiallyTransparent" {

		} // End of Group "PartiallyTransparent"

		} // End of Group "mdsc"

		Group "pnc" {

		Group "RESTCONF" {

		import all from mWT_Common;

		Test Purpose {
		TP Id TP_mWT_PNC_RESTCONF_GET_BV_01

		Test objective
		"Verify that the IUT supports RESTCONF API request."

		Reference
		"ETSI GS mWT 024 Clause 5.2.1 RESTCONF Protocol",
		"RFC 8040 RESTCONF Protocol",
		"RFC 8525 YANG Library"

		Config Id Config_mWT_2

		PICS Selection IUT_PNC and RESTCONF and SEC_TLS

		Initial conditions with {
		the IUT entity is idle
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-yang-library:modules-state";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r200 containing
		headers containing
		content_type indicating value "application/yang-data+xml";,
		body containing
		modules_state containing
		name_ indicating value "ietf-yang-library:modules-state",
		modules containing
		non empty list;;;;
		to the TEST_SYSTEM entity
		}
		}
		}

		Test Purpose {
		TP Id TP_mWT_PNC_RESTCONF_GET_BV_02

		Test objective
		"Verify that the IUT supports the basic YANG data models."

		Reference
		"ETSI GS mWT 024 Clause 5.2.2.1 YANG Version"

		Config Id Config_mWT_2

		PICS Selection IUT_PNC and RESTCONF and SEC_TLS

		Initial conditions with {
		the IUT entity is idle
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-yang-library:modules-state";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r200 containing
		headers containing
		content_type indicating value "application/yang-data+xml";,
		body containing
		modules_state containing
		name_ indicating value "ietf-yang-library:modules-state",
		modules containing
		entry containing
		name_ indicating value "ietf-datastores",
		revision indicating value "2018-02-14",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-datastores/2018-02-14",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-datastores",
		conformance_type indicating value "import";,
		entry containing
		name_ indicating value "ietf-inet-types",
		revision indicating value "2013-07-15",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-inet-types/2013-07-15",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-inet-types",
		conformance_type indicating value "import";,
		entry containing
		name_ indicating value "ietf-interfaces",
		revision indicating value "2018-02-20",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-interfaces/2018-02-20",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-interfaces",
		conformance_type indicating value "import",
		entry containing
		name_ indicating value "ietf-ip",
		revision indicating value "2018-02-22",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-ip/2018-02-22",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-ip",
		conformance_type indicating value "import";,
		entry containing
		name_ indicating value "ietf-network-instance",
		revision indicating value "2019-01-21",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-network-instance/2019-01-21",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-network-instance",
		conformance_type indicating value "import";,
		entry containing
		name_ indicating value "ietf-restconf",
		revision indicating value "2017-01-26",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-restconf/2017-01-26",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-restconf",
		conformance_type indicating value "implement";,
		entry containing
		name_ indicating value "ietf-yang-types",
		revision indicating value "2013-07-15",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-restconf/2017-01-26",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-restconf",
		conformance_type indicating value "import";,
		entry containing
		name_ indicating value "ietf-yang-library",
		revision indicating value "2019-01-04",
		schema indicating value "https://localhost:443/restconf/data/modules/ietf-yang-types/2013-07-15",
		namespace indicating value "urn:ietf:params:xml:ns:yang:ietf-yang-types",
		conformance_type indicating value "implement";;;;;;
		to the TEST_SYSTEM entity
		}
		}
		}

		Test Purpose {
		TP Id TP_mWT_PNC_RESTCONF_GET_BV_03

		Test objective
		"Verify that the IUT provides the list of supported mWT GS 024 YANG data models."

		Reference
		"ETSI GS mWT 024 Clause 5.2.2.2 Common YANG data models",
		"ETSI GS mWT 024 Clause 5.2.2.3 YANG Data Models at the Microwave MPI",
		"ETSI GS mWT 024 Clause 5.2.2.4 Hierarchical relationship among YANG data models"

		Config Id Config_mWT_2

		PICS Selection IUT_PNC and RESTCONF and SEC_TLS

		Initial conditions with {
		the IUT entity is idle
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-yang-library:modules-state";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r200 containing
		body containing
		modules_state containing
		modules containing
		entry containing
		name_ indicating value "ietf-microwave-topology",
		revision indicating value "2021-10-12",
		schema indicating value "draft-ietf-ccamp-mw-topo-yang-02",
		namespace indicating value "",
		conformance_type indicating value "implement";,
		entry containing
		name_ indicating value "ietf-eth-te-topology",
		revision indicating value "2019-11-18",
		schema indicating value "draft-ietf-ccamp-eth-client-te-topo-yang-01",
		namespace indicating value "",
		conformance_type indicating value "implement";,
		entry containing
		name_ indicating value "idraft-ietf-ccamp-client-signal-yang-06",
		revision indicating value "",
		schema indicating value "draft-ietf-ccamp-client-signal-yang-06",
		namespace indicating value "",
		conformance_type indicating value "";;;;;
		to the TEST_SYSTEM entity
		}
		}
		}

		} // End of Group Group "RESTCONF"

		Group "Blackbox" {

		Group "MWTopology" {

		import all from mWT_Common;

		Test Purpose {
		TP Id TP_mWT_PNC_MW_TOPO_GET_BV_01

		Test objective
		"Verify that the IUT provides the MW network topology for all networks with mandatory mWT GC 024 data elements subset - black box abstraction level."

		Reference
		"ETSI GS mWT 024 Annex A.2.2",
		"RFC 8345 A YANG Data Model for Network Topologies",
		"RFC 8795 YANG Data Model for Traffic Engineering (TE) Topologies",
		"draft-ietf-ccamp-mw-topo-yang-02 A YANG Data Model for Microwave Topology"

		Config Id Config_mWT_2

		PICS Selection IUT_PNC and RESTCONF and SEC_TLS and ABSTRACT_BB and MW_TOPO

		Initial conditions with {
		the IUT entity is idle and
		the IUT entity having discovered several MW ethernet networks topologies
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-microwave-topology/networks";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r200 containing
		headers containing
		content_type indicating value "application/yang-data+xml";,
		body containing
		networks containing
		networksList containing
		name_ indicating value any_value,
		networks containing

		network_id indicating value any_value,
		network_types containing
		te_topology indicating value any_value
		mw_topology containing
		;,
		node_id indicating value any_value,
		termination_points indicating value any_value,
		links indicating value any_value
		;;;;;
		to the TEST_SYSTEM entity
		}
		}
		}

		Test Purpose {
		TP Id TP_mWT_PNC_MW_TOPO_GET_BV_02

		Test objective
		"Verify that the IUT provides the ethernet network topology for a specific network with mandatory mWT GC 024 data elements subset - black box abstraction level."

		Reference
		"ETSI GS mWT 024 Annex A.1.2",
		"RFC 8345 A YANG Data Model for Network Topologies",
		"RFC 8795 YANG Data Model for Traffic Engineering (TE) Topologies"

		Config Id Config_mWT_2

		PICS Selection IUT_MDSC and ABSTRACT_BB and MW_TOPO

		Initial conditions with {
		the IUT entity is idle and
		the IUT entity having discovered a network topology NET_TOPO
		}

		Expected behaviour
		ensure that {
		when {
		the IUT entity receives a vRequestGet containing
		uri indicating value "/restconf/data/ietf-network:networks/network={NETWORK_ID)";
		from the TEST_SYSTEM entity
		} then {
		the IUT entity sends a r200 containing
		headers containing
		content_type indicating value "application/yang-data+xml";,
		body containing
		networks containing
		network_id indicating value NETWORK_ID,
		network_types containing
		te_topology indicating value any_value;,
		node_id indicating value any_value,
		termination_points indicating value any_value,
		links indicating value any_value
		;;;
		to the TEST_SYSTEM entity
		}
		}
		}

		} // End of Group "MWTopology"

		} // End of Group "Blackbox"

		Group "PartiallyTransparent" {

		} // End of Group "PartiallyTransparent"

		} // End of Group "pnc"

		} // End of Package AtsMDSC
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test-purposes/ietf_inet_types.tplan2

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		// RFC xxx
		Package ietf_inet_types {

		Data {

		// RFC xxx
		type ip_version; // InetVersion (INET_ADDRESS_MIB)
		type dscp; // Dscp (DIFFSERV_DSCP_TC)
		type ipv6_flow_label; // IPv6FlowLabel (IPV6_FLOW_LABEL_MIB)
		type port_number; // InetPortNumber (INET_ADDRESS_MIB)
		type ip_address;
		type ipv4_address;
		type ipv6_address;
		type ip_address_no_zone;
		type ipv4_address_no_zone;
		type ipv6_address_no_zone;
		type ip_prefix;
		type ipv4_prefix;
		type ipv6_prefix;
		type domain_name;
		type host;
		type uri;
		}

		}
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test-purposes/ietf_microwave_topology.tplan2

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		// RFC 8561
		Package ietf_microwave_topology { // mwt

		Data {
		type Mw_Topology;
		}

		}
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test-purposes/ietf_networks_topology.tplan2

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		// RFC 8345
		Package ietf_networks_topology { // nt

		import all from ietf_yang_types;
		import all from ietf_inet_types;
		import all from ietf_te_types;
		import all from ietf_yang_library;

		import all from ietf_microwave_topology;
		import all from ietf_te_topology;

		Data {

		// RFC 8345 Clause 4.1. Base Network Model
		type Networks with // ietf-network
		networksList of type NetworksList
		;

		type NetworksList; // FIXME Collection of Network

		type Network with
		network_id of type uri,
		network_types of type NetworkTypes,
		supporting_network of type SupportingNetworkList
		;

		type NetworkTypes with
		optional te_topology of type Te_Topology,
		optional mw_topology of type Mw_Topology
		;

		type NodesList; // FIXME Collection of Node

		type Node with
		node_id of type string,
		termination_point of type TerminationPointList
		;





		type SupportingNetworkList; // FIXME Collection of SupportingNetwork

		type SupportingNetwork with
		network_ref of type uri // /nw:networks/nw:network/nw:network-id
		;

		type SupportingNodeList with
		network_ref of type string // /networks/network/network-id
		;

		// String declaration
		string "/restconf/data/ietf-network/networks";
		}
		}
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