LOCK TABLES `NETWORK_MODEL` WRITE;
/*!40000 ALTER TABLE `NETWORK_MODEL` DISABLE KEYS */;
-INSERT INTO `NETWORK_MODEL` VALUES ('367a8ba9-057a-4506-b106-fbae818597c6','6794ec22-95ff-4b00-8846-b1148e90df54','!!com.att.sdnctl.uebclient.SdncNetworkServiceModel\ndescription: null\nimports:\n- Service_Admin: {file: resource-ServiceAdmin-template.yml}\n- IP_MUX_Demux: {file: resource-IpMuxDemux-template.yml}\n- Tunnel_Xconn: {file: resource-TunnelXconn-template.yml}\n- vHNF for DHV Test: {file: resource-VhnfForDhvTest-template.yml}\nmetadata: {invariantUUID: 7b0fafc1-83df-4590-9460-b5a8d9f9f277, UUID: 6794ec22-95ff-4b00-8846-b1148e90df54,\n name: SD-WAN, description: \'Standard Wan connector, redoing this for sdnc again\n as they got already deployed.\', type: Service, category: Network L1-3, serviceEcompNaming: false,\n serviceHoming: false}\ntopology_template:\n node_templates:\n Pri_IP_MUX_Demux 1:\n type: com.att.d2.resource.vf.IpMuxDemux\n metadata: {invariantUUID: f110ef53-a0a6-4d72-ab91-fd88a835e8c4, UUID: 79b0a3cc-c5f9-4831-aa72-b2884ed0bd55,\n customizationUUID: 211bcbd5-de25-41bb-a758-edd32220461d, version: \'1.0\', name: IP_MUX_Demux,\n description: 1/17, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Pri_Service_Admin 5:\n type: com.att.d2.resource.vf.ServiceAdmin\n metadata: {invariantUUID: 462edf71-1a3c-487b-bf55-497460ab7de3, UUID: b51acc89-1c55-4586-b82b-6480b16339e9,\n customizationUUID: 22b1ed87-2ca5-42f5-9e2e-20ad5bfb097e, version: \'1.0\', name: Service_Admin,\n description: Service Version, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Sec_IP_MUX_Demux 3:\n type: com.att.d2.resource.vf.IpMuxDemux\n metadata: {invariantUUID: f110ef53-a0a6-4d72-ab91-fd88a835e8c4, UUID: 79b0a3cc-c5f9-4831-aa72-b2884ed0bd55,\n customizationUUID: 96e090a4-93dd-43a2-9d87-a746ee7e53cd, version: \'1.0\', name: IP_MUX_Demux,\n description: 1/17, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Pri_Tunnel_Xconn 9:\n type: com.att.d2.resource.vf.TunnelXconn\n metadata: {invariantUUID: b7a1b78e-6b6b-4b36-9698-8c9530da14af, UUID: a2a57fb1-213d-45a4-acd8-6a0f7b4e54b1,\n customizationUUID: 5b9bee43-f537-4fb3-9e8b-4de9f714d28a, version: \'1.0\', name: Tunnel_Xconn,\n description: Tunnel, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Sec_Service_Admin 7:\n type: com.att.d2.resource.vf.ServiceAdmin\n metadata: {invariantUUID: 462edf71-1a3c-487b-bf55-497460ab7de3, UUID: b51acc89-1c55-4586-b82b-6480b16339e9,\n customizationUUID: 5431e571-3df5-423a-99bc-0b020ecac97b, version: \'1.0\', name: Service_Admin,\n description: Service Version, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Sec_Tunnel_Xconn 11:\n type: com.att.d2.resource.vf.TunnelXconn\n metadata: {invariantUUID: b7a1b78e-6b6b-4b36-9698-8c9530da14af, UUID: a2a57fb1-213d-45a4-acd8-6a0f7b4e54b1,\n customizationUUID: 367a8ba9-057a-4506-b106-fbae818597c6, version: \'1.0\', name: Tunnel_Xconn,\n description: Tunnel, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n vHNF for DHV Test 17:\n type: com.att.d2.resource.vf.VhnfForDhvTest\n metadata: {invariantUUID: 6ea0b528-e303-4686-aa77-aa2fcbdccb96, UUID: 619c7cd3-76a9-46a8-b01b-c1f236b14d68,\n customizationUUID: 2eb202d1-b36b-4c63-821f-4a163abaed42, version: \'1.0\', name: vHNF for DHV Test,\n description: \'vHNF for DHV testing 1_19_17. \', type: VF, category: Network L2-3,\n subcategory: Infrastructure}\n groups:\n vhnffordhvtest17..VhnfForDhvTest..base_TEST..module-0:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: VhnfForDhvTest..base_TEST..module-0, vfModuleModelInvariantUUID: f5696ec0-ec71-4916-bf3b-93a654efcba4,\n vfModuleModelUUID: ebc3d18c-3e62-4c24-bcd6-961e98701a0a, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 63f9560a-4603-4e3b-8fb7-55f8ea06ee21}\n properties: {min_vf_module_instances: 1, vf_module_label: base_TEST, max_vf_module_instances: 1,\n vf_module_type: Base, vf_module_description: null, initial_count: 1, volume_group: false}\n substitution_mappings:\n node_type: com.att.d2.service.SdWan\n capabilities:\n vHNF for DHV Test 17.disk.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Sec_IP_MUX_Demux 3.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.memory.resident:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance on the physical machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.resident, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outgoing.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Pri_Service_Admin 5.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.attachment:\n type: tosca.capabilities.Attachment\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.host:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n vHNF for DHV Test 17.disk.device.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.ephemeral.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of ephemeral disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.ephemeral.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.cpu_util:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average CPU utilization, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: \'%\', description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu_util, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.cpu:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.scalable:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n vHNF for DHV Test 17.cpu.delta:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used since previous datapoint,\n description: Description of the metric, required: false}\n type: {type: string, default: Delta, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu.delta, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.instance:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Existence of instance, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: instance, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: instance, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.memory:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host per device,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Sec_Service_Admin 7.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.device.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.os:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n type: {type: string, required: false}\n distribution: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n Sec_Tunnel_Xconn 11.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.binding:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n vHNF for DHV Test 17.disk.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n Pri_Tunnel_Xconn 9.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.vcpus:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of virtual CPUs allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: vcpu, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: vcpus, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outpoing.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outpoing.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.memory.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance from the amount of its allocated memory,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outgoing.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.endpoint:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n secure: {type: boolean, default: true, required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outgoing.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Pri_IP_MUX_Demux 1.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.root.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of root disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.root.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.read.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n requirements:\n Sec_IP_MUX_Demux 3.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Pri_Tunnel_Xconn 9.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Pri_IP_MUX_Demux 1.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Pri_Service_Admin 5.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Pri_IP_MUX_Demux 1.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Pri_Service_Admin 5.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Sec_IP_MUX_Demux 3.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n vHNF for DHV Test 17.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n vHNF for DHV Test 17.local_storage:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n vHNF for DHV Test 17.link:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n relationship: tosca.relationships.network.LinksTo\n Pri_Tunnel_Xconn 9.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Sec_Tunnel_Xconn 11.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Sec_Service_Admin 7.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Sec_Tunnel_Xconn 11.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Sec_Service_Admin 7.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\ntosca_definitions_version: tosca_simple_yaml_1_0\n','b7a1b78e-6b6b-4b36-9698-8c9530da14af','a2a57fb1-213d-45a4-acd8-6a0f7b4e54b1',NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL),
+INSERT INTO `NETWORK_MODEL` VALUES ('367a8ba9-057a-4506-b106-fbae818597c6','6794ec22-95ff-4b00-8846-b1148e90df54','!!com.att.sdnctl.uebclient.SdncNetworkServiceModel\ndescription: null\nimports:\n- Service_Admin: {file: resource-ServiceAdmin-template.yml}\n- IP_MUX_Demux: {file: resource-IpMuxDemux-template.yml}\n- Tunnel_Xconn: {file: resource-TunnelXconn-template.yml}\n- vHNF for DHV Test: {file: resource-VhnfForDhvTest-template.yml}\nmetadata: {invariantUUID: 7b0fafc1-83df-4590-9460-b5a8d9f9f277, UUID: 6794ec22-95ff-4b00-8846-b1148e90df54,\n name: SD-WAN, description: \'Standard Wan connector, redoing this for sdnc again\n as they got already deployed.\', type: Service, category: Network L1-3, serviceEcompNaming: false,\n serviceHoming: false}\ntopology_template:\n node_templates:\n Pri_IP_MUX_Demux 1:\n type: com.att.d2.resource.vf.IpMuxDemux\n metadata: {invariantUUID: f110ef53-a0a6-4d72-ab91-fd88a835e8c4, UUID: 79b0a3cc-c5f9-4831-aa72-b2884ed0bd55,\n customizationUUID: 211bcbd5-de25-41bb-a758-edd32220461d, version: \'1.0\', name: IP_MUX_Demux,\n description: 1/17, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Pri_Service_Admin 5:\n type: com.att.d2.resource.vf.ServiceAdmin\n metadata: {invariantUUID: 462edf71-1a3c-487b-bf55-497460ab7de3, UUID: b51acc89-1c55-4586-b82b-6480b16339e9,\n customizationUUID: 22b1ed87-2ca5-42f5-9e2e-20ad5bfb097e, version: \'1.0\', name: Service_Admin,\n description: Service Version, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Sec_IP_MUX_Demux 3:\n type: com.att.d2.resource.vf.IpMuxDemux\n metadata: {invariantUUID: f110ef53-a0a6-4d72-ab91-fd88a835e8c4, UUID: 79b0a3cc-c5f9-4831-aa72-b2884ed0bd55,\n customizationUUID: 96e090a4-93dd-43a2-9d87-a746ee7e53cd, version: \'1.0\', name: IP_MUX_Demux,\n description: 1/17, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Pri_Tunnel_Xconn 9:\n type: com.att.d2.resource.vf.TunnelXconn\n metadata: {invariantUUID: b7a1b78e-6b6b-4b36-9698-8c9530da14af, UUID: a2a57fb1-213d-45a4-acd8-6a0f7b4e54b1,\n customizationUUID: 5b9bee43-f537-4fb3-9e8b-4de9f714d28a, version: \'1.0\', name: Tunnel_Xconn,\n description: Tunnel, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Sec_Service_Admin 7:\n type: com.att.d2.resource.vf.ServiceAdmin\n metadata: {invariantUUID: 462edf71-1a3c-487b-bf55-497460ab7de3, UUID: b51acc89-1c55-4586-b82b-6480b16339e9,\n customizationUUID: 5431e571-3df5-423a-99bc-0b020ecac97b, version: \'1.0\', name: Service_Admin,\n description: Service Version, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n Sec_Tunnel_Xconn 11:\n type: com.att.d2.resource.vf.TunnelXconn\n metadata: {invariantUUID: b7a1b78e-6b6b-4b36-9698-8c9530da14af, UUID: a2a57fb1-213d-45a4-acd8-6a0f7b4e54b1,\n customizationUUID: 367a8ba9-057a-4506-b106-fbae818597c6, version: \'1.0\', name: Tunnel_Xconn,\n description: Tunnel, type: VF, category: Allotted Resource, subcategory: Allotted Resource}\n vHNF for DHV Test 17:\n type: com.att.d2.resource.vf.VhnfForDhvTest\n metadata: {invariantUUID: 6ea0b528-e303-4686-aa77-aa2fcbdccb96, UUID: 619c7cd3-76a9-46a8-b01b-c1f236b14d68,\n customizationUUID: 2eb202d1-b36b-4c63-821f-4a163abaed42, version: \'1.0\', name: vHNF for DHV Test,\n description: \'vHNF for DHV testing 1_19_17. \', type: VF, category: Network L2-3,\n subcategory: Infrastructure}\n groups:\n vhnffordhvtest17..VhnfForDhvTest..base_TEST..module-0:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: VhnfForDhvTest..base_TEST..module-0, vfModuleModelInvariantUUID: f5696ec0-ec71-4916-bf3b-93a654efcba4,\n vfModuleModelUUID: ebc3d18c-3e62-4c24-bcd6-961e98701a0a, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 63f9560a-4603-4e3b-8fb7-55f8ea06ee21}\n properties: {min_vf_module_instances: 1, vf_module_label: base_TEST, max_vf_module_instances: 1,\n vf_module_type: Base, vf_module_description: null, initial_count: 1, volume_group: false}\n substitution_mappings:\n node_type: com.att.d2.service.SdWan\n capabilities:\n vHNF for DHV Test 17.disk.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Sec_IP_MUX_Demux 3.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.memory.resident:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance on the physical machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.resident, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outgoing.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Pri_Service_Admin 5.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.attachment:\n type: tosca.capabilities.Attachment\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.host:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n vHNF for DHV Test 17.disk.device.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.ephemeral.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of ephemeral disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.ephemeral.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.cpu_util:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average CPU utilization, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: \'%\', description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu_util, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.cpu:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.scalable:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n vHNF for DHV Test 17.cpu.delta:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used since previous datapoint,\n description: Description of the metric, required: false}\n type: {type: string, default: Delta, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu.delta, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.instance:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Existence of instance, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: instance, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: instance, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.memory:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host per device,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Sec_Service_Admin 7.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.device.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.os:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n type: {type: string, required: false}\n distribution: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n Sec_Tunnel_Xconn 11.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.binding:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n vHNF for DHV Test 17.disk.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n Pri_Tunnel_Xconn 9.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.vcpus:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of virtual CPUs allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: vcpu, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: vcpus, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.incoming.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outpoing.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outpoing.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.memory.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance from the amount of its allocated memory,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outgoing.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.endpoint:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n secure: {type: boolean, default: true, required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.network.outgoing.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n Pri_IP_MUX_Demux 1.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n vHNF for DHV Test 17.disk.root.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of root disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.root.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n vHNF for DHV Test 17.disk.device.read.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n requirements:\n Sec_IP_MUX_Demux 3.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Pri_Tunnel_Xconn 9.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Pri_IP_MUX_Demux 1.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Pri_Service_Admin 5.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Pri_IP_MUX_Demux 1.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Pri_Service_Admin 5.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Sec_IP_MUX_Demux 3.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n vHNF for DHV Test 17.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n vHNF for DHV Test 17.local_storage:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n vHNF for DHV Test 17.link:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n relationship: tosca.relationships.network.LinksTo\n Pri_Tunnel_Xconn 9.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Sec_Tunnel_Xconn 11.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\n Sec_Service_Admin 7.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Sec_Tunnel_Xconn 11.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Sec_Service_Admin 7.service_dependency:\n occurrences: [1, 1]\n capability: com.att.d2.capabilities.AllottedResource\n node: tosca.services.Root\n relationship: tosca.relationships.DependsOn\ntosca_definitions_version: tosca_simple_yaml_1_0\n','b7a1b78e-6b6b-4b36-9698-8c9530da14af','a2a57fb1-213d-45a4-acd8-6a0f7b4e54b1',NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL);
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-('00e50cbd-ef0f-4b28-821e-f2b583752dd3','!!com.att.sdnctl.uebclient.SdncNetworkServiceModel\ndescription: null\nimports:\n- Second try_vbng: {file: resource-SecondTryVbng-template.yml}\nmetadata: {invariantUUID: dbf9288d-18ef-4d28-82cb-29373028f367, UUID: 00e50cbd-ef0f-4b28-821e-f2b583752dd3,\n name: vBNG_0202, description: Virtual, type: Service, category: Network L1-3, serviceEcompNaming: false,\n serviceHoming: false}\ntopology_template:\n node_templates:\n Second try_vbng 1:\n type: com.att.d2.resource.vf.SecondTryVbng\n metadata: {invariantUUID: 57516bfc-35f5-4169-a4ee-66a495a9c645, UUID: f196fdad-9b74-4fcc-9d38-72f4a71aea77,\n customizationUUID: 72a9f413-4d16-4f7b-b0bc-d98f87997f01, version: \'1.0\', name: Second try_vbng,\n description: ntwork, type: VF, category: Generic, subcategory: Network Elements}\n groups:\n secondtry_vbng1..SecondTryVbng..VSR_base_hot..module-0:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: SecondTryVbng..VSR_base_hot..module-0, vfModuleModelInvariantUUID: b73fcd7d-f374-4e7e-a905-f5e58eb8a34a,\n vfModuleModelUUID: 3b3ff306-b493-4b3d-bb3d-baa13c2d82c7, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: d106e920-0188-48b7-9f90-ae7c1ab43b73}\n properties: {min_vf_module_instances: 1, vf_module_label: VSR_base_hot, max_vf_module_instances: 1,\n vf_module_type: Base, vf_module_description: null, volume_group: false, initial_count: 1}\n substitution_mappings:\n node_type: com.att.d2.service.Vbng0202\n capabilities:\n Second try_vbng 1.attachment_iom_ctrl_fabric_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.os_CPM:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n distribution: {type: string, required: false}\n type: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n Second try_vbng 1.scalable_CPM:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n Second try_vbng 1.binding_iom_data_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.attachment_iom_mgt_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_cpm_ctrl_fabric_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.scalable_IOM:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n Second try_vbng 1.attachment_iom_data_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.host_CPM:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n Second try_vbng 1.attachment_cpm_mgt_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_data_1_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.attachment_iom_data_3_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_mgt_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.attachment_iom_data_2_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_data_2_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.endpoint_CPM:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n secure: {type: boolean, default: true, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n url_path: {type: string, required: false}\n Second try_vbng 1.binding_cpm_mgt_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n Second try_vbng 1.binding_IOM:\n type: tosca.capabilities.network.Bindable\n occurrences: [1, UNBOUNDED]\n Second try_vbng 1.attachment_cpm_ctrl_fabric_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_ctrl_fabric_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.binding_iom_data_3_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.binding_CPM:\n type: tosca.capabilities.network.Bindable\n occurrences: [1, UNBOUNDED]\n Second try_vbng 1.attachment_iom_data_1_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.host_IOM:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n Second try_vbng 1.os_IOM:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n distribution: {type: string, required: false}\n type: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n Second try_vbng 1.endpoint_IOM:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n secure: {type: boolean, default: true, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n url_path: {type: string, required: false}\n requirements:\n Second try_vbng 1.local_storage_IOM:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n Second try_vbng 1.link_iom_ctrl_fabric_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_cpm_ctrl_fabric_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_cpm_mgt_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_iom_data_3_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.local_storage_CPM:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n Second try_vbng 1.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Second try_vbng 1.link_iom_data_2_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_iom_data_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_iom_mgt_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.port:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: com.att.d2.resource.cp.nodes.heat.network.neutron.Port\n relationship: com.att.d2.relationships.AttachesTo\n Second try_vbng 1.link_iom_data_1_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\ntosca_definitions_version: tosca_simple_yaml_1_0\n','dbf9288d-18ef-4d28-82cb-29373028f367',NULL,'vBNG_0202','Virtual','Service','Network L1-3','N','Vbng0202','service-Vbng0202-template.yml',NULL)
-('0a92fd9c-baab-4c03-b4e2-827e2cb9bcc7','!!com.att.sdnctl.uebclient.SdncNetworkServiceModel\ndescription: null\nimports:\n- BK-012317-UUID-VSP: {file: resource-Bk012317UuidVsp-template.yml}\nmetadata: {invariantUUID: 083b57cd-4b76-4924-a64c-610445528063, UUID: 0a92fd9c-baab-4c03-b4e2-827e2cb9bcc7,\n name: BK-012317-UUID-Service, description: BK-012317-UUID-Service, type: Service,\n category: Network L1-3, serviceEcompNaming: false, serviceHoming: false}\ntopology_template:\n inputs:\n bk012317uuidvsp1_oam_protected_net_id: {type: string, description: OAM network id}\n bk012317uuidvsp1_ppd_name_0: {type: string, description: name of the PCRF PD instance}\n node_templates:\n BK-012317-UUID-VSP 1:\n type: com.att.d2.resource.vf.Bk012317UuidVsp\n metadata: {invariantUUID: daeccf0e-d5f0-4b95-98db-0ae23b890d1a, UUID: bd533689-28e0-4601-81d2-545a424a665e,\n customizationUUID: 14a2c39f-e261-4453-8d09-28f1e006dc91, version: \'1.0\', name: BK-012317-UUID-VSP,\n description: BK-012317-UUID-VSP, type: VF, category: Network L2-3, subcategory: Gateway}\n properties:\n ppd_name_0: {get_input: bk012317uuidvsp1_ppd_name_0}\n oam_protected_net_id: {get_input: bk012317uuidvsp1_oam_protected_net_id}\n groups:\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_oam..module-5:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_oam..module-5, vfModuleModelInvariantUUID: 96cf1eea-8bea-40f1-8daf-29b4d9e24139,\n vfModuleModelUUID: 9dd06cea-7cef-4b3d-ba2d-4e84336a5654, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: fd3104b5-c3bf-4080-81dd-78944dc8a263}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_oam, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, volume_group: true,\n initial_count: 0}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_base_template_v3_0..module-0:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_base_template_v3_0..module-0,\n vfModuleModelInvariantUUID: 85f5f4e4-b5e0-4ece-a3aa-bc5c68287700, vfModuleModelUUID: fa4033e7-9c3f-4140-a374-e80a742f6b2f,\n vfModuleModelVersion: \'1\', vfModuleModelCustomizationUUID: 430443ea-78a2-43f5-8aae-967857ea4466}\n properties: {min_vf_module_instances: 1, vf_module_label: pcrf_base_template_v3_0,\n max_vf_module_instances: 1, vf_module_type: Base, vf_module_description: null,\n volume_group: false, initial_count: 1}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_pcm..module-4:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_pcm..module-4, vfModuleModelInvariantUUID: d47db54d-8146-4e24-bc88-5ca62ceda22f,\n vfModuleModelUUID: 3fcb381a-860b-43e0-84e7-00774f43a5d8, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 2a1d55c3-df91-4a3c-afea-683a69fd4d8a}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_pcm, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, initial_count: 0,\n volume_group: true}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_ppd..module-3:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_ppd..module-3, vfModuleModelInvariantUUID: 72e9eff2-d1c7-4dcb-8ffc-43afedb65e53,\n vfModuleModelUUID: b509d8dc-7cb0-4139-ab85-5d764cd17bb5, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 9f14ae6b-b156-4b33-ad23-77aa3d9d38ac}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_ppd, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, initial_count: 0,\n volume_group: false}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_psm..module-1:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_psm..module-1, vfModuleModelInvariantUUID: 07abb9e0-0714-4b9c-b269-b52a405ab4b3,\n vfModuleModelUUID: 2b66c94f-3de3-45be-ad65-109d3c016bb0, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 357384b3-9085-42a1-b3ba-ec9baf9a9de1}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_psm, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, volume_group: false,\n initial_count: 0}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_pps..module-2:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_pps..module-2, vfModuleModelInvariantUUID: 1d7dbc30-ac35-4120-b5ea-a4fe5b570de3,\n vfModuleModelUUID: 18e1160f-f917-446e-954c-3ed3e8d5b13d, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: f37780a8-e662-4b17-a0e9-ba798667be00}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_pps, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, volume_group: false,\n initial_count: 0}\n substitution_mappings:\n node_type: com.att.d2.service.Bk012317UuidService\n capabilities:\n BK-012317-UUID-VSP 1.disk.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.vcpus:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of virtual CPUs allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: vcpu, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: vcpus, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.scalable:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n BK-012317-UUID-VSP 1.instance:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Existence of instance, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: instance, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: instance, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.memory:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n BK-012317-UUID-VSP 1.disk.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.ephemeral.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of ephemeral disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.ephemeral.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host per device,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.host:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n BK-012317-UUID-VSP 1.disk.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.outgoing.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.attachment:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n BK-012317-UUID-VSP 1.network.outgoing.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.memory.resident:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance on the physical machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.resident, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.outgoing.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.cpu:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.outpoing.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outpoing.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.binding:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n BK-012317-UUID-VSP 1.cpu_util:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average CPU utilization, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: \'%\', description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu_util, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.endpoint:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n secure: {type: boolean, default: true, required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.root.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of root disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.root.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.cpu.delta:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used since previous datapoint,\n description: Description of the metric, required: false}\n type: {type: string, default: Delta, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu.delta, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.os:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n type: {type: string, required: false}\n distribution: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.memory.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance from the amount of its allocated memory,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.link:\n type: tosca.capabilities.network.Linkable\n occurrences: [0, UNBOUNDED]\n BK-012317-UUID-VSP 1.disk.device.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n requirements:\n BK-012317-UUID-VSP 1.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n BK-012317-UUID-VSP 1.local_storage:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n BK-012317-UUID-VSP 1.link:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n relationship: tosca.relationships.network.LinksTo\n BK-012317-UUID-VSP 1.port:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: com.att.d2.resource.cp.nodes.heat.network.neutron.Port\n relationship: com.att.d2.relationships.AttachesTo\ntosca_definitions_version: tosca_simple_yaml_1_0\n','083b57cd-4b76-4924-a64c-610445528063',NULL,'BK-012317-UUID-Service','BK-012317-UUID-Service','Service','Network L1-3','N','Bk012317UuidService','service-Bk012317UuidService-template.yml',NULL);
+INSERT INTO `SERVICE_MODEL` VALUES ('0',NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL), ('00e50cbd-ef0f-4b28-821e-f2b583752dd3','!!com.att.sdnctl.uebclient.SdncNetworkServiceModel\ndescription: null\nimports:\n- Second try_vbng: {file: resource-SecondTryVbng-template.yml}\nmetadata: {invariantUUID: dbf9288d-18ef-4d28-82cb-29373028f367, UUID: 00e50cbd-ef0f-4b28-821e-f2b583752dd3,\n name: vBNG_0202, description: Virtual, type: Service, category: Network L1-3, serviceEcompNaming: false,\n serviceHoming: false}\ntopology_template:\n node_templates:\n Second try_vbng 1:\n type: com.att.d2.resource.vf.SecondTryVbng\n metadata: {invariantUUID: 57516bfc-35f5-4169-a4ee-66a495a9c645, UUID: f196fdad-9b74-4fcc-9d38-72f4a71aea77,\n customizationUUID: 72a9f413-4d16-4f7b-b0bc-d98f87997f01, version: \'1.0\', name: Second try_vbng,\n description: ntwork, type: VF, category: Generic, subcategory: Network Elements}\n groups:\n secondtry_vbng1..SecondTryVbng..VSR_base_hot..module-0:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: SecondTryVbng..VSR_base_hot..module-0, vfModuleModelInvariantUUID: b73fcd7d-f374-4e7e-a905-f5e58eb8a34a,\n vfModuleModelUUID: 3b3ff306-b493-4b3d-bb3d-baa13c2d82c7, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: d106e920-0188-48b7-9f90-ae7c1ab43b73}\n properties: {min_vf_module_instances: 1, vf_module_label: VSR_base_hot, max_vf_module_instances: 1,\n vf_module_type: Base, vf_module_description: null, volume_group: false, initial_count: 1}\n substitution_mappings:\n node_type: com.att.d2.service.Vbng0202\n capabilities:\n Second try_vbng 1.attachment_iom_ctrl_fabric_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.os_CPM:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n distribution: {type: string, required: false}\n type: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n Second try_vbng 1.scalable_CPM:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n Second try_vbng 1.binding_iom_data_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.attachment_iom_mgt_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_cpm_ctrl_fabric_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.scalable_IOM:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n Second try_vbng 1.attachment_iom_data_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.host_CPM:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n Second try_vbng 1.attachment_cpm_mgt_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_data_1_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.attachment_iom_data_3_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_mgt_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.attachment_iom_data_2_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_data_2_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.endpoint_CPM:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n secure: {type: boolean, default: true, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n url_path: {type: string, required: false}\n Second try_vbng 1.binding_cpm_mgt_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n Second try_vbng 1.binding_IOM:\n type: tosca.capabilities.network.Bindable\n occurrences: [1, UNBOUNDED]\n Second try_vbng 1.attachment_cpm_ctrl_fabric_0_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.binding_iom_ctrl_fabric_0_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.binding_iom_data_3_port:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n Second try_vbng 1.binding_CPM:\n type: tosca.capabilities.network.Bindable\n occurrences: [1, UNBOUNDED]\n Second try_vbng 1.attachment_iom_data_1_port:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n Second try_vbng 1.host_IOM:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n Second try_vbng 1.os_IOM:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n distribution: {type: string, required: false}\n type: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n Second try_vbng 1.endpoint_IOM:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n secure: {type: boolean, default: true, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n url_path: {type: string, required: false}\n requirements:\n Second try_vbng 1.local_storage_IOM:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n Second try_vbng 1.link_iom_ctrl_fabric_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_cpm_ctrl_fabric_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_cpm_mgt_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_iom_data_3_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.local_storage_CPM:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n Second try_vbng 1.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n Second try_vbng 1.link_iom_data_2_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_iom_data_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.link_iom_mgt_0_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\n Second try_vbng 1.port:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: com.att.d2.resource.cp.nodes.heat.network.neutron.Port\n relationship: com.att.d2.relationships.AttachesTo\n Second try_vbng 1.link_iom_data_1_port:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n node: tosca.nodes.Root\n relationship: tosca.relationships.network.LinksTo\ntosca_definitions_version: tosca_simple_yaml_1_0\n','dbf9288d-18ef-4d28-82cb-29373028f367',NULL,'vBNG_0202','Virtual','Service','Network L1-3','N','Vbng0202','service-Vbng0202-template.yml',NULL), ('0a92fd9c-baab-4c03-b4e2-827e2cb9bcc7','!!com.att.sdnctl.uebclient.SdncNetworkServiceModel\ndescription: null\nimports:\n- BK-012317-UUID-VSP: {file: resource-Bk012317UuidVsp-template.yml}\nmetadata: {invariantUUID: 083b57cd-4b76-4924-a64c-610445528063, UUID: 0a92fd9c-baab-4c03-b4e2-827e2cb9bcc7,\n name: BK-012317-UUID-Service, description: BK-012317-UUID-Service, type: Service,\n category: Network L1-3, serviceEcompNaming: false, serviceHoming: false}\ntopology_template:\n inputs:\n bk012317uuidvsp1_oam_protected_net_id: {type: string, description: OAM network id}\n bk012317uuidvsp1_ppd_name_0: {type: string, description: name of the PCRF PD instance}\n node_templates:\n BK-012317-UUID-VSP 1:\n type: com.att.d2.resource.vf.Bk012317UuidVsp\n metadata: {invariantUUID: daeccf0e-d5f0-4b95-98db-0ae23b890d1a, UUID: bd533689-28e0-4601-81d2-545a424a665e,\n customizationUUID: 14a2c39f-e261-4453-8d09-28f1e006dc91, version: \'1.0\', name: BK-012317-UUID-VSP,\n description: BK-012317-UUID-VSP, type: VF, category: Network L2-3, subcategory: Gateway}\n properties:\n ppd_name_0: {get_input: bk012317uuidvsp1_ppd_name_0}\n oam_protected_net_id: {get_input: bk012317uuidvsp1_oam_protected_net_id}\n groups:\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_oam..module-5:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_oam..module-5, vfModuleModelInvariantUUID: 96cf1eea-8bea-40f1-8daf-29b4d9e24139,\n vfModuleModelUUID: 9dd06cea-7cef-4b3d-ba2d-4e84336a5654, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: fd3104b5-c3bf-4080-81dd-78944dc8a263}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_oam, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, volume_group: true,\n initial_count: 0}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_base_template_v3_0..module-0:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_base_template_v3_0..module-0,\n vfModuleModelInvariantUUID: 85f5f4e4-b5e0-4ece-a3aa-bc5c68287700, vfModuleModelUUID: fa4033e7-9c3f-4140-a374-e80a742f6b2f,\n vfModuleModelVersion: \'1\', vfModuleModelCustomizationUUID: 430443ea-78a2-43f5-8aae-967857ea4466}\n properties: {min_vf_module_instances: 1, vf_module_label: pcrf_base_template_v3_0,\n max_vf_module_instances: 1, vf_module_type: Base, vf_module_description: null,\n volume_group: false, initial_count: 1}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_pcm..module-4:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_pcm..module-4, vfModuleModelInvariantUUID: d47db54d-8146-4e24-bc88-5ca62ceda22f,\n vfModuleModelUUID: 3fcb381a-860b-43e0-84e7-00774f43a5d8, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 2a1d55c3-df91-4a3c-afea-683a69fd4d8a}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_pcm, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, initial_count: 0,\n volume_group: true}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_ppd..module-3:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_ppd..module-3, vfModuleModelInvariantUUID: 72e9eff2-d1c7-4dcb-8ffc-43afedb65e53,\n vfModuleModelUUID: b509d8dc-7cb0-4139-ab85-5d764cd17bb5, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 9f14ae6b-b156-4b33-ad23-77aa3d9d38ac}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_ppd, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, initial_count: 0,\n volume_group: false}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_psm..module-1:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_psm..module-1, vfModuleModelInvariantUUID: 07abb9e0-0714-4b9c-b269-b52a405ab4b3,\n vfModuleModelUUID: 2b66c94f-3de3-45be-ad65-109d3c016bb0, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: 357384b3-9085-42a1-b3ba-ec9baf9a9de1}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_psm, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, volume_group: false,\n initial_count: 0}\n bk012317uuidvsp1..Bk012317UuidVsp..pcrf_nimbus_pps..module-2:\n type: com.att.d2.groups.VfModule\n metadata: {vfModuleModelName: Bk012317UuidVsp..pcrf_nimbus_pps..module-2, vfModuleModelInvariantUUID: 1d7dbc30-ac35-4120-b5ea-a4fe5b570de3,\n vfModuleModelUUID: 18e1160f-f917-446e-954c-3ed3e8d5b13d, vfModuleModelVersion: \'1\',\n vfModuleModelCustomizationUUID: f37780a8-e662-4b17-a0e9-ba798667be00}\n properties: {min_vf_module_instances: 0, vf_module_label: pcrf_nimbus_pps, max_vf_module_instances: null,\n vf_module_type: Expansion, vf_module_description: null, volume_group: false,\n initial_count: 0}\n substitution_mappings:\n node_type: com.att.d2.service.Bk012317UuidService\n capabilities:\n BK-012317-UUID-VSP 1.disk.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.vcpus:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of virtual CPUs allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: vcpu, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: vcpus, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.scalable:\n type: tosca.capabilities.Scalable\n occurrences: [1, UNBOUNDED]\n properties:\n max_instances: {type: integer, default: 1, required: false}\n min_instances: {type: integer, default: 1, required: false}\n default_instances: {type: integer, required: false}\n BK-012317-UUID-VSP 1.instance:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Existence of instance, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: instance, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: instance, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.memory:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM allocated to the instance,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.feature:\n type: tosca.capabilities.Node\n occurrences: [1, UNBOUNDED]\n BK-012317-UUID-VSP 1.disk.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.latency:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk latency per device, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ms, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.latency, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.ephemeral.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of ephemeral disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.ephemeral.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host per device,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.host:\n type: tosca.capabilities.Container\n occurrences: [1, UNBOUNDED]\n valid_source_types: [tosca.nodes.SoftwareComponent]\n properties:\n num_cpus: {type: integer, required: false}\n disk_size: {type: scalar-unit.size, required: false}\n cpu_frequency: {type: scalar-unit.frequency, required: false}\n mem_size: {type: scalar-unit.size, required: false}\n BK-012317-UUID-VSP 1.disk.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.outgoing.packets.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.packets.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.attachment:\n type: tosca.capabilities.Attachment\n occurrences: [0, UNBOUNDED]\n BK-012317-UUID-VSP 1.network.outgoing.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.write.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.memory.resident:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance on the physical machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.resident, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.outgoing.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of outgoing bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outgoing.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.cpu:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.iops:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average disk iops, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: count/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.iops, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.outpoing.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of outgoing packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.outpoing.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.write.bytes.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.binding:\n type: tosca.capabilities.network.Bindable\n occurrences: [0, UNBOUNDED]\n valid_source_types: [com.att.d2.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface]\n BK-012317-UUID-VSP 1.cpu_util:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average CPU utilization, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: \'%\', description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu_util, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.capacity:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk that the instance can see,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.capacity, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.endpoint:\n type: tosca.capabilities.Endpoint.Admin\n occurrences: [1, UNBOUNDED]\n properties:\n port_name: {type: string, required: false}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n secure: {type: boolean, default: true, required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.allocation:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The amount of disk per device occupied by the instance on the host machine,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.allocation, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.root.size:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Size of root disk, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: GB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.root.size, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: The physical size in bytes of the image container on the host,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.cpu.delta:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: CPU time used since previous datapoint,\n description: Description of the metric, required: false}\n type: {type: string, default: Delta, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: ns, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: cpu.delta, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.read.requests.rate:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Average rate of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request/s, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.read.requests.rate, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.os:\n type: tosca.capabilities.OperatingSystem\n occurrences: [1, UNBOUNDED]\n properties:\n type: {type: string, required: false}\n distribution: {type: string, required: false}\n version: {type: version, required: false}\n architecture: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.packets:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming packets, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: packet, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.packets, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.memory.usage:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of RAM used by the instance from the amount of its allocated memory,\n description: Description of the metric, required: false}\n type: {type: string, default: Gauge, description: \'Type of the metric value,\n for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: MB, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: memory.usage, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.read.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of read requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.device.write.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of writes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.link:\n type: tosca.capabilities.network.Linkable\n occurrences: [0, UNBOUNDED]\n BK-012317-UUID-VSP 1.disk.device.write.requests:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of write requests, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: request, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.device.write.requests, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: disk, description: \'Category of the metric,\n for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.network.incoming.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Number of incoming bytes, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: network.incoming.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: network, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n BK-012317-UUID-VSP 1.disk.read.bytes:\n type: com.att.d2.capabilities.metric.Ceilometer\n description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.\n occurrences: [1, UNBOUNDED]\n properties:\n initiator: {type: string, default: source, required: false}\n network_name: {type: string, default: PRIVATE, required: false}\n description: {type: string, default: Volume of reads, description: Description of the metric,\n required: false}\n type: {type: string, default: Cumulative, description: \'Type of the metric\n value, for an example, Cumulative, Delta, Gauge and etc.\', required: true}\n secure: {type: boolean, default: false, required: false}\n ports:\n type: map\n required: false\n entry_schema: {type: PortSpec}\n port_name: {type: string, required: false}\n unit: {type: string, default: B, description: Unit of the metric value,\n required: true}\n protocol: {type: string, default: tcp, required: false}\n port: {type: PortDef, required: false}\n name: {type: string, default: disk.read.bytes, description: Ceilometer metric type name to monitor. (The name ceilometer is using),\n required: true}\n category: {type: string, default: compute, description: \'Category of the\n metric, for an example, compute, disk, network, storage and etc.\', required: false}\n url_path: {type: string, required: false}\n requirements:\n BK-012317-UUID-VSP 1.dependency:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Node\n node: tosca.nodes.Root\n relationship: tosca.relationships.DependsOn\n BK-012317-UUID-VSP 1.local_storage:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: tosca.nodes.BlockStorage\n relationship: tosca.relationships.AttachesTo\n BK-012317-UUID-VSP 1.link:\n occurrences: [1, 1]\n capability: tosca.capabilities.network.Linkable\n relationship: tosca.relationships.network.LinksTo\n BK-012317-UUID-VSP 1.port:\n occurrences: [0, UNBOUNDED]\n capability: tosca.capabilities.Attachment\n node: com.att.d2.resource.cp.nodes.heat.network.neutron.Port\n relationship: com.att.d2.relationships.AttachesTo\ntosca_definitions_version: tosca_simple_yaml_1_0\n','083b57cd-4b76-4924-a64c-610445528063',NULL,'BK-012317-UUID-Service','BK-012317-UUID-Service','Service','Network L1-3','N','Bk012317UuidService','service-Bk012317UuidService-template.yml',NULL);
/*!40000 ALTER TABLE `SERVICE_MODEL` ENABLE KEYS */;
UNLOCK TABLES;
/*!40103 SET TIME_ZONE=@OLD_TIME_ZONE */;
#
# Certificate keystore and truststore
#
-org.onap.ccsdk.sli.adaptors.aai.ssl.trust=/opt/openecomp/sdnc/data/stores/truststore.openecomp.client.jks
+org.onap.ccsdk.sli.adaptors.aai.ssl.trust=/opt/onap/sdnc/data/stores/truststore.openecomp.client.jks
org.onap.ccsdk.sli.adaptors.aai.ssl.trust.psswd=adminadmin
org.onap.ccsdk.sli.adaptors.aai.host.certificate.ignore=true
-[{"id":"89ae3f75.efc06","type":"dgstart","name":"DGSTART","outputs":1,"x":141,"y":83,"z":"307d8ab2.24f886","wires":[["a0627d9f.9732f8"]]},{"id":"a0627d9f.9732f8","type":"service-logic","name":"GENERIC-RESOURCE-API ${project.version}","module":"GENERIC-RESOURCE-API","version":"${project.version}","comments":"","xml":"<service-logic xmlns='http://www.onap.org/sdnc/svclogic' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xsi:schemaLocation='http://www.onap.org/sdnc/svclogic ./svclogic.xsd' module='GENERIC-RESOURCE-API' version='${project.version}'>","outputs":1,"x":237.23807907104492,"y":143.95239067077637,"z":"307d8ab2.24f886","wires":[["d2b128d2.d9f3b"]]},{"id":"d2b128d2.d9f3b","type":"method","name":"tunnelxconn-topology-operation-activate","xml":"<method rpc='tunnelxconn-topology-operation-activate' mode='sync'>\n","comments":"","outputs":1,"x":283.15485763549805,"y":179.19044589996338,"z":"307d8ab2.24f886","wires":[["e0a0d26a.cd7c18"]]},{"id":"e0a0d26a.cd7c18","type":"block","name":"block : atomic","xml":"<block atomic=\"true\">","atomic":"true","comments":"","outputs":1,"x":191.47619247436523,"y":322.5237879753113,"z":"307d8ab2.24f886","wires":[["3595ac23.ea8734","f82799c8.167508","e00d09b3.2a3938","2679eac0.b2cc36","1a8f12fd.5ade8d","d30bace3.5a7f2","6c7cdfc8.6b2608","e60cbd81.14ee9","e233eb48.73f8b","69d61c38.40caa4","d2103b31.1f83e8","3936aa7e.049e66"]]},{"id":"f82799c8.167508","type":"returnSuccess","name":"return success","xml":"<return status='success'>\n<parameter name=\"ack-final-indicator\" value=\"Y\" />\n<parameter name=\"error-code\" value=\"200\" />\n<parameter name=\"error-message\" value=\"`$error-message`\" />\n","comments":"","x":458.0001106262207,"y":992.2145080566406,"z":"307d8ab2.24f886","wires":[]},{"id":"3595ac23.ea8734","type":"set","name":"set output to api handler","xml":"<set>\n<parameter name='allotted-resource-id' value='`$tmp.ar.allotted-resource-id`' />\n<parameter name='tunnelxconn-object-path' value=\"`$tmp.ar.self-link`\"/>\n<parameter name='service-object-path' value=\"`'restconf/config/GENERIC-RESOURCE-API:services/service/'\n + $tunnelxconn-topology-operation-input.service-information.service-instance-id\n + '/service-data/service-topology/'`\"/>\n \n","comments":"","x":486.75402450561523,"y":956.3370542526245,"z":"307d8ab2.24f886","wires":[]},{"id":"69d61c38.40caa4","type":"set","name":"set allotted-resource-oper-status","xml":"<set>\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.order-status' value='Active' />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-action' value='`$tunnelxconn-topology-operation-input.request-information.request-action`' />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-rpc-action' value='`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-action`' />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-svc-request-id' value='`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-request-id`' />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.create-timestamp' value='`$tmp.current-time`' />\n","comments":"","x":497.7542190551758,"y":703.0514001846313,"z":"307d8ab2.24f886","wires":[]},{"id":"2679eac0.b2cc36","type":"set","name":"set tmp.ar.self-link","xml":"<set>\n<parameter name='tmp.ar.self-link' value=\"`'restconf/config/GENERIC-RESOURCE-API:tunnelxconn-allotted-resources/tunnelxconn-allotted-resource/'\n + $tmp.ar.allotted-resource-id\n + '/allotted-resource-data/tunnelxconn-topology/'` \" />\n\n","comments":"","x":453.73806381225586,"y":296.33332538604736,"z":"307d8ab2.24f886","wires":[]},{"id":"e00d09b3.2a3938","type":"set","name":"set tmp.ar.allotted-resource-id,etc","xml":"<set>\n<parameter name='tmp.ar.allotted-resource-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-id`' />\n<parameter name='tmp.ar.parent-service-instance-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-information.parent-service-instance-id`' />\n<parameter name='tmp.ar.brg-vnf-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-data.tunnelxconn-topology.tunnelxconn-assignments.tunnelxconn-vnf-id`' />\n\n\n","comments":"","x":500.9973258972168,"y":262.59259128570557,"z":"307d8ab2.24f886","wires":[]},{"id":"1a8f12fd.5ade8d","type":"execute","name":"execute Properties","xml":"<execute plugin='org.onap.ccsdk.sli.plugins.prop.PropertiesNode' method='readProperties' >\n <parameter name='fileName' value='%SDNC_CONFIG_DIR%/generic-resource-api-dg.properties' />\n <parameter name='contextPrefix' value='prop' />\n","comments":"","outputs":1,"x":459.9934196472168,"y":332.23152446746826,"z":"307d8ab2.24f886","wires":[[]]},{"id":"6c7cdfc8.6b2608","type":"execute","name":"execute RestApiCallNode - Get AR by id","xml":"<execute plugin='org.onap.ccsdk.sli.plugins.restapicall.RestapiCallNode' method='sendRequest' >\n <parameter name='restapiUrl' value='`$prop.controller.url + $tmp.ar-url`' />\n <parameter name='restapiUser' value='`$prop.controller.user`' />\n <parameter name='restapiPassword' value='`$prop.controller.pwd`' />\n <parameter name='format' value='json' />\n <parameter name='httpMethod' value='GET' />\n <parameter name=\"responsePrefix\" value=\"mdsal-ar\" />\n\n","comments":"","outputs":1,"x":522.5187530517578,"y":493.4594917297363,"z":"307d8ab2.24f886","wires":[["4b2d666b.abe658","c5e31c5.77e05e"]]},{"id":"d30bace3.5a7f2","type":"execute","name":"generate allotted-resource url","xml":"<execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\n <parameter name=\"source\" value=\"`$prop.restapi.tx-allottedresource`\"/>\n <parameter name=\"outputPath\" value=\"tmp.ar-url\"/>\n <parameter name=\"target\" value=\"{allotted-resource-id}\"/>\n <parameter name=\"replacement\" value=\"`$tmp.ar.allotted-resource-id`\"/>\n","comments":"","outputs":1,"x":488.0648536682129,"y":392.0172290802002,"z":"307d8ab2.24f886","wires":[[]]},{"id":"4b2d666b.abe658","type":"success","name":"success","xml":"<outcome value='success'>\n","comments":"","outputs":1,"x":779.8148918151855,"y":492.26725220680237,"z":"307d8ab2.24f886","wires":[["56d62b25.1f49bc"]]},{"id":"e60cbd81.14ee9","type":"execute","name":"execute RestApiCallNode - PUT AR by id","xml":"<execute plugin='org.onap.ccsdk.sli.plugins.restapicall.RestapiCallNode' method='sendRequest' >\n <parameter name='templateFileName' value=\"`$prop.restapi.templateDir + '/' + $prop.restapi.tx.templatefile`\" />\n <parameter name='restapiUrl' value='`$prop.controller.url + $tmp.ar-url`' />\n <parameter name='restapiUser' value='`$prop.controller.user`' />\n <parameter name='restapiPassword' value='`$prop.controller.pwd`' />\n <parameter name='format' value='json' />\n <parameter name='httpMethod' value='PUT' />\n <parameter name=\"responsePrefix\" value=\"mdsal-ar\" />\n\n","comments":"","outputs":1,"x":530.5293121337891,"y":846.4341316223145,"z":"307d8ab2.24f886","wires":[["46ade8d5.b547e","20a825ec.94755a","ce5466bc.b050b"]]},{"id":"46ade8d5.b547e","type":"not-found","name":"not-found","xml":"<outcome value='not-found'>\n","comments":"","outputs":1,"x":800.837329864502,"y":899.432332418859,"z":"307d8ab2.24f886","wires":[["83dde006.65958"]]},{"id":"20a825ec.94755a","type":"failure","name":"failure","xml":"<outcome value='failure'>\n","comments":"","outputs":1,"x":791.8373794555664,"y":867.9323581680655,"z":"307d8ab2.24f886","wires":[["83dde006.65958"]]},{"id":"ce5466bc.b050b","type":"success","name":"success","xml":"<outcome value='success'>\n","comments":"","outputs":1,"x":795.5874176025391,"y":838.2894630432129,"z":"307d8ab2.24f886","wires":[["f7831c73.19aa18"]]},{"id":"83dde006.65958","type":"returnFailure","name":"return failure","xml":"<return status='failure'>\n\t<parameter name='ack-final' value='Y'/>\n\t<parameter name=\"error-code\" value=\"500\" />\n <parameter name=\"error-message\" value=\"Error updating md-sal for tunnelxconn-allotted-resource\" />\n","comments":"","x":961.5874176025391,"y":868.6823820099235,"z":"307d8ab2.24f886","wires":[]},{"id":"56d62b25.1f49bc","type":"block","name":"block: atomic","xml":"<block atomic=\"true\">\n","atomic":"false","comments":"","outputs":1,"x":960.8148460388184,"y":492.7672016620636,"z":"307d8ab2.24f886","wires":[["e624279a.12ec8","a31618b2.409b8"]]},{"id":"e624279a.12ec8","type":"switchNode","name":"switch tx length","xml":"<switch test='`$mdsal-ar.tunnelxconn-allotted-resource_length`'>\n","comments":"","outputs":1,"x":1206.6720924377441,"y":527.052964925766,"z":"307d8ab2.24f886","wires":[["3cddd823.41afe"]]},{"id":"3cddd823.41afe","type":"other","name":"outcome 1","xml":"<outcome value='1'>\n","comments":"","outputs":1,"x":1397.6720962524414,"y":527.0529625415802,"z":"307d8ab2.24f886","wires":[["6be9fe1e.f9c138"]]},{"id":"d7146c6d.b9cef8","type":"set","name":"set tx-ar from get","xml":"<set>\n<parameter name='tx-ar.' value='$mdsal-ar.tunnelxconn-allotted-resource[0].' />\n","comments":"","x":1797.5292320251465,"y":527.6243867874146,"z":"307d8ab2.24f886","wires":[]},{"id":"6be9fe1e.f9c138","type":"block","name":"block: atomic","xml":"<block atomic='true'>\n","atomic":"false","comments":"","outputs":1,"x":1568.5290794372559,"y":527.6244316101074,"z":"307d8ab2.24f886","wires":[["d7146c6d.b9cef8","357a7eb2.2788c2","aecdfd17.ff094"]]},{"id":"357a7eb2.2788c2","type":"set","name":"set oper-status","xml":"<set>\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-action' value='`$tx-ar.allotted-resource-data.allotted-resource-operation-information.request-information.request-action`' />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-rpc-action' value='`$tx-ar.allotted-resource-status.rpc-action`' />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-svc-request-id' value='`$tx-ar.allotted-resource-data.allotted-resource-operation-information.sdnc-request-header.svc-request-id`' />\n\n","comments":"","x":1795.5294761657715,"y":595.0529508590698,"z":"307d8ab2.24f886","wires":[]},{"id":"787114c9.2806c4","type":"comment","name":"GET tunnelxconn-allotted-resource from mdsal","info":"","comments":"","x":547.8148155212402,"y":456.7671926021576,"z":"307d8ab2.24f886","wires":[]},{"id":"aecdfd17.ff094","type":"switchNode","name":"switch order-status","xml":"<switch 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value='$mdsal-ar.' />\n","comments":"","x":1286.3864250183105,"y":492.76729369163513,"z":"307d8ab2.24f886","wires":[]},{"id":"f725e409.258e68","type":"comment","name":"Create urls for restapi","info":"","comments":"","x":458.9576606750488,"y":361.6243562698364,"z":"307d8ab2.24f886","wires":[]},{"id":"f7831c73.19aa18","type":"block","name":"block","xml":"<block>\n","atomic":"false","comments":"","outputs":1,"x":937.2433853149414,"y":834.481632232666,"z":"307d8ab2.24f886","wires":[[]]},{"id":"6917ca0.586c538","type":"comment","name":"TO DO: vnf/put parent","info":"","comments":"","x":461.2433776855469,"y":735.1481952667236,"z":"307d8ab2.24f886","wires":[]},{"id":"e233eb48.73f8b","type":"execute","name":"execute getTime","xml":"<execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliPluginUtils' method='setTime' >\n <parameter name=\"outputPath\" value=\"tmp.current-time\" />\n\n","comments":"","outputs":1,"x":445.24338150024414,"y":664.4815549850464,"z":"307d8ab2.24f886","wires":[[]]},{"id":"c5e31c5.77e05e","type":"other","name":"other","xml":"<outcome value='Other'>\n","comments":"","outputs":1,"x":779.5766868591309,"y":528.4814250469208,"z":"307d8ab2.24f886","wires":[["dd1ff459.39f8a8"]]},{"id":"dd1ff459.39f8a8","type":"block","name":"block: atomic","xml":"<block atomic=\"true\">\n","atomic":"false","comments":"","outputs":1,"x":959.5766372680664,"y":529.1479756832123,"z":"307d8ab2.24f886","wires":[[]]},{"id":"d2103b31.1f83e8","type":"set","name":"set id","xml":"<set>\n<parameter name='tx-ar.allotted-resource-id' value=\"`$tmp.ar.allotted-resource-id` \" />\n<parameter name='tx-ar.allotted-resource-status.action' value=\"`$tunnelxconn-topology-operation-input.request-information.request-action` \" />\n<parameter name='tx-ar.allotted-resource-status.rpc-name' value=\"tunnelxconn-topology-operation\" />\n<parameter name='tx-ar.allotted-resource-status.rpc-action' value=\"`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-action` \" />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.request-information.' value=\"`$tunnelxconn-topology-operation-input.request-information.` \" />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.sdnc-request-header.' value=\"`$tunnelxconn-topology-operation-input.sdnc-request-header.` \" />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.service-information.' value=\"`$tunnelxconn-topology-operation-input.service-information.` \" />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.allotted-resource-information.' value=\"`$tunnelxconn-topology-operation-input.allotted-resource-information.` \" />\n<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.tunnelxconn-request-input.' value=\"`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.` \" />","comments":"","x":428.24342346191406,"y":584.1481666564941,"z":"307d8ab2.24f886","wires":[]},{"id":"2e5253bb.935b44","type":"block","name":"block","xml":"<block>\n","atomic":"false","comments":"","outputs":1,"x":2231.5997276306152,"y":523.0000190734863,"z":"307d8ab2.24f886","wires":[[]]},{"id":"3936aa7e.049e66","type":"update","name":"update AAI allotted-resource","xml":"<update plugin=\"org.onap.ccsdk.sli.adaptors.aai.AAIService\" \n\t\tresource=\"allotted-resource\" \n\t\tkey=\"customer.global-customer-id = $service-data.service-information.global-customer-id AND\n\t\t\tservice-subscription.service-type = $service-data.service-information.subscription-service-type AND\n\t\t\tservice-instance.service-instance-id = $service-data.service-information.service-instance-id AND\n\t\t\tallotted-resource.id = $tmp.ar.allotted-resource-id\"\n pfx='pfx' local-only='false' force='false'>\n\t<parameter name=\"operational-status\" value=\"in-service-path\" />\n","comments":"","outputs":1,"x":488.85716247558594,"y":768.2380628585815,"z":"307d8ab2.24f886","wires":[["578afeed.16a8f8","fb8f774e.d3d13"]]},{"id":"578afeed.16a8f8","type":"failure","name":"failure","xml":"<outcome value='failure'>\n","comments":"","outputs":1,"x":744.6190567016602,"y":751.1905598640442,"z":"307d8ab2.24f886","wires":[["9bc7661.b85f498"]]},{"id":"9bc7661.b85f498","type":"returnFailure","name":"return failure","xml":"<return status='failure'>\n\t<parameter name='ack-final' value='Y'/>\n\t<parameter name=\"error-code\" value=\"500\" />\n <parameter name=\"error-message\" value=\"AAI failed\" />\n","comments":"","x":911.142936706543,"y":762.8096308708191,"z":"307d8ab2.24f886","wires":[]},{"id":"fb8f774e.d3d13","type":"failure","name":"not-found","xml":"<outcome value='not-found'>\n","comments":"","outputs":1,"x":751.7143440246582,"y":783.9525275230408,"z":"307d8ab2.24f886","wires":[["9bc7661.b85f498"]]}]
+[
+ {
+ "id":"b999eafe.842858",
+ "type":"dgstart",
+ "name":"DGSTART",
+ "outputs":1,
+ "x":140,
+ "y":82,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "9b116564.833cb8"
+ ]
+ ]
+ },
+ {
+ "id":"9b116564.833cb8",
+ "type":"service-logic",
+ "name":"GENERIC-RESOURCE-API ${project.version}",
+ "module":"GENERIC-RESOURCE-API",
+ "version":"${project.version}",
+ "comments":"",
+ "xml":"<service-logic xmlns='http://www.onap.org/sdnc/svclogic' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xsi:schemaLocation='http://www.onap.org/sdnc/svclogic ./svclogic.xsd' module='GENERIC-RESOURCE-API' version='${project.version}'>",
+ "outputs":1,
+ "x":236.23807907104492,
+ "y":142.95239067077637,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "edc3be65.01613"
+ ]
+ ]
+ },
+ {
+ "id":"edc3be65.01613",
+ "type":"method",
+ "name":"tunnelxconn-topology-operation-assign",
+ "xml":"<method rpc='tunnelxconn-topology-operation-assign' mode='sync'>\n",
+ "comments":"",
+ "outputs":1,
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+ "name":"other",
+ "xml":"<outcome value='Other'>\n",
+ "comments":"",
+ "outputs":1,
+ "x":718,
+ "y":610,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "b1afedee.bd87b"
+ ]
+ ]
+ },
+ {
+ "id":"b1afedee.bd87b",
+ "type":"returnFailure",
+ "name":"return failure - tunnelxconn already exists",
+ "xml":"<return status='failure'>\n\t<parameter name='ack-final' value='Y'/>\n\t<parameter name=\"error-code\" value=\"500\" />\n <parameter name=\"error-message\" \n value=\"`'No entry found for parent service instance id ' + $tmp.ar.parent-service-instance-id + '.'`\" />\n",
+ "comments":"",
+ "x":645,
+ "y":671,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+
+ ]
+ },
+ {
+ "id":"f9fa039a.8b5e4",
+ "type":"for",
+ "name":"for vf module parameters",
+ "xml":"<for index='curparm' start='0' end='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param_length`' >\n",
+ "comments":"",
+ "outputs":1,
+ "x":1179,
+ "y":961,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "92171d5f.d4722"
+ ]
+ ]
+ },
+ {
+ "id":"92171d5f.d4722",
+ "type":"switchNode",
+ "name":"switch parameter name",
+ "xml":"<switch test='$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].name'>\n",
+ "comments":"",
+ "outputs":1,
+ "x":1449,
+ "y":960,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "56162789.d15ac8",
+ "15568e39.5cb232"
+ ]
+ ]
+ },
+ {
+ "id":"56162789.d15ac8",
+ "type":"other",
+ "name":"vGMUX_Bearer_IP",
+ "xml":"<outcome value='vGMUX_Bearer_IP'>\n",
+ "comments":"",
+ "outputs":1,
+ "x":1675,
+ "y":964,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "d653d93c.35b268"
+ ]
+ ]
+ },
+ {
+ "id":"d653d93c.35b268",
+ "type":"set",
+ "name":"set tmp.vgmux-bearer-ip",
+ "xml":"<set>\n<parameter name='tmp.vgmux-bearer-ip' value='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].value`'/>\n",
+ "comments":"",
+ "x":1917.999984741211,
+ "y":965.0000286102295,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+
+ ]
+ },
+ {
+ "id":"15568e39.5cb232",
+ "type":"other",
+ "name":"vGMUX_LAN_IP",
+ "xml":"<outcome value='vGMUX_LAN_IP'>\n",
+ "comments":"",
+ "outputs":1,
+ "x":1677,
+ "y":1024,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+ "2e8b39e3.6a9606"
+ ]
+ ]
+ },
+ {
+ "id":"2e8b39e3.6a9606",
+ "type":"set",
+ "name":"set tmp.vgmux-lan-ip",
+ "xml":"<set>\n<parameter name='tmp.vgmux-lan-ip' value='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].value`'/>\n",
+ "comments":"",
+ "x":1920,
+ "y":1025,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+
+ ]
+ },
+ {
+ "id":"34f814bd.9517ec",
+ "type":"set",
+ "name":"set default assignments",
+ "xml":"<set>\n<parameter name='tmp.vni' value='123' />\n<parameter name='tmp.vgmux-bearer-ip' value='127.0.0.1' />\n<parameter name='tmp.vgmux-lan-ip' value='127.0.0.1' />",
+ "comments":"",
+ "x":1163,
+ "y":910,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+
+ ]
+ },
+ {
+ "id":"ad83edc9.9f4e2",
+ "type":"execute",
+ "name":"generate allotted-resource url",
+ "xml":"<execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\n <parameter name=\"source\" value=\"`$prop.restapi.tx-allottedresource`\"/>\n <parameter name=\"outputPath\" value=\"tmp.ar-url\"/>\n <parameter name=\"target\" value=\"{allotted-resource-id}\"/>\n <parameter name=\"replacement\" value=\"`$tmp.ar.allotted-resource-id`\"/>\n",
+ "comments":"",
+ "outputs":1,
+ "x":612,
+ "y":295,
+ "z":"6d778d5b.c45f64",
+ "wires":[
+ [
+
+ ]
+ ]
+ }
+]
\ No newline at end of file
-<service-logic xmlns='http://www.onap.org/sdnc/svclogic' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xsi:schemaLocation='http://www.onap.org/sdnc/svclogic ./svclogic.xsd' module='GENERIC-RESOURCE-API' version='${project.version}'><method rpc='tunnelxconn-topology-operation-assign' mode='sync'>\r
-<block atomic="true"><set>\r
-<parameter name='tmp.ar.allotted-resource-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-id`' />\r
-<parameter name='tmp.ar.parent-service-instance-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-information.parent-service-instance-id`' />\r
-\r
-\r
-</set><set>\r
-<parameter name='tmp.ar.self-link' value="`'restconf/config/GENERIC-RESOURCE-API:tunnelxconn-allotted-resources/tunnelxconn-allotted-resource/'\r
+<service-logic\r
+ xmlns='http://www.onap.org/sdnc/svclogic'\r
+ xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xsi:schemaLocation='http://www.onap.org/sdnc/svclogic ./svclogic.xsd' module='GENERIC-RESOURCE-API' version='${project.version}'>\r
+ <method rpc='tunnelxconn-topology-operation-assign' mode='sync'>\r
+ <block atomic="true">\r
+ <set>\r
+ <parameter name='tmp.ar.allotted-resource-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-id`' />\r
+ <parameter name='tmp.ar.parent-service-instance-id' value='`$tunnelxconn-topology-operation-input.allotted-resource-information.parent-service-instance-id`' />\r
+ </set>\r
+ <set>\r
+ <parameter name='tmp.ar.self-link' value="`'restconf/config/GENERIC-RESOURCE-API:tunnelxconn-allotted-resources/tunnelxconn-allotted-resource/'\r
+ $tmp.ar.allotted-resource-id\r
+ '/allotted-resource-data/tunnelxconn-topology/'` " />\r
-\r
-</set><execute plugin='org.onap.ccsdk.sli.plugins.prop.PropertiesNode' method='readProperties' >\r
- <parameter name='fileName' value='%SDNC_CONFIG_DIR%/generic-resource-api-dg.properties' />\r
- <parameter name='contextPrefix' value='prop' />\r
-</execute><execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
- <parameter name="source" value="`$prop.restapi.tx-allottedresource`"/>\r
- <parameter name="outputPath" value="tmp.ar-url"/>\r
- <parameter name="target" value="{allotted-resource-id}"/>\r
- <parameter name="replacement" value="`$tmp.ar.allotted-resource-id`"/>\r
-</execute><get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.mdsal.ConfigResource' resource='GENERIC-RESOURCE-API' key='tunnelxconn-allotted-resources/tunnelxconn-allotted-resource/$tunnelxconn-topology-operation-input.alloted-resource-information.allotted-resource-id' pfx='mdsal-ar' >\r
-<outcome value='success'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" \r
- value="`'Existing tunnelxconn-allotted-resource with order status of ' + $mdsal-ar.allotted-resource-data.allotted-resource-oper-status.order-status + '.'`" />\r
-</return></outcome><outcome value='Other'>\r
-<get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.mdsal.ConfigResource' resource='GENERIC-RESOURCE-API' key='services/service/$tmp.ar.parent-service-instance-id' pfx='mdsal-parent-service-instance' >\r
-<outcome value='success'>\r
-<block atomic="true">\r
-<set>\r
-<parameter name='tx-ar.allotted-resource-id' value="`$tmp.ar.allotted-resource-id` " />\r
-<parameter name='tx-ar.allotted-resource-status.action' value="`$tunnelxconn-topology-operation-input.request-information.request-action` " />\r
-<parameter name='tx-ar.allotted-resource-status.rpc-name' value="tunnelxconn-topology-operation" />\r
-<parameter name='tx-ar.allotted-resource-status.rpc-action' value="`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-action` " />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.request-information.' value="`$tunnelxconn-topology-operation-input.request-information.` " />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.sdnc-request-header.' value="`$tunnelxconn-topology-operation-input.sdnc-request-header.` " />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.service-information.' value="`$tunnelxconn-topology-operation-input.service-information.` " />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.allotted-resource-information.' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.` " />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.tunnelxconn-request-input.' value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.` " /></set><set>\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-action' value='`$tx-ar.allotted-resource-data.allotted-resource-operation-information.request-information.request-action`' />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-rpc-action' value='`$tx-ar.allotted-resource-status.rpc-action`' />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-svc-request-id' value='`$tx-ar.allotted-resource-data.allotted-resource-operation-information.sdnc-request-header.svc-request-id`' />\r
-\r
-</set><set>\r
-<parameter name='tx-ar-identifiers.consuming-service-instance-id' value="`$tunnelxconn-topology-operation-input.service-information.service-instance-id` " />\r
-<parameter name='tx-ar-identifiers.parent-service-instance-id' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.parent-service-instance-id` " />\r
-<parameter name='tx-ar-identifiers.allotted-resource-type' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-type` " />\r
-<parameter name='tx-ar-identifiers.allotted-resource-id' value="`$tmp.ar.allotted-resource-id` " />\r
-\r
-</set><set>\r
-<parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.' \r
-value="`$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.`" />\r
-\r
-\r
-</set><switch test='$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.model-invariant-uuid'>\r
-<outcome value=''>\r
-<set>\r
-<parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.model-invariant-uuid' \r
-value="`$ar-model.invariant-uuid`" />\r
-\r
-\r
-</set></outcome></switch><switch test='$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.model-uuid'>\r
-<outcome value=''>\r
-<set>\r
-<parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.model-uuid' \r
-value="`$ar-model.uuid`" />\r
-\r
-\r
-</set></outcome></switch><switch test='$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.model-version'>\r
-<outcome value=''>\r
-<set>\r
-<parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.model-version' \r
-value="`$ar-model.version`" />\r
-\r
-\r
-</set></outcome></switch><switch test='`$ar-model.ecomp-generated-naming`'>\r
-<outcome value='Y'>\r
-<block atomic="true">\r
-<switch test='`$ar-model.naming-policy`'>\r
-<outcome value='oam_network_policy'>\r
-<block atomic='true'>\r
-<set>\r
-<parameter name='tmp.ar-name' value='$TenantOAMNetworkRole_$LandingNetworkRole_SZ' />\r
-</set><execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
- <parameter name="source" value="`$tmp.ar-name`"/>\r
- <parameter name="outputPath" value="tmp.ar-name"/>\r
- <parameter name="target" value="$TenantOAMNetworkRole"/>\r
- <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.untrusted-network-role`"/>\r
-\r
-</execute><execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
- <parameter name="source" value="`$tmp.ar-name`"/>\r
- <parameter name="outputPath" value="tmp.ar-name"/>\r
- <parameter name="target" value="$LandingNetworkRole"/>\r
- <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.trusted-network-role`"/>\r
-\r
-</execute><set>\r
-<parameter name='tx-ar-identifiers.allotted-resource-name' value='`$tmp.ar-name`' />\r
-</set></block></outcome><outcome value='Other'>\r
-<block atomic='true'>\r
-<set>\r
-<parameter name='tmp.ar-name' value='$TenantOAMNetworkRole_$LandingNetworkRole_SZ' />\r
-</set><execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
- <parameter name="source" value="`$tmp.ar-name`"/>\r
- <parameter name="outputPath" value="tmp.ar-name"/>\r
- <parameter name="target" value="$TenantOAMNetworkRole"/>\r
- <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.untrusted-network-role`"/>\r
-\r
-</execute><execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
- <parameter name="source" value="`$tmp.ar-name`"/>\r
- <parameter name="outputPath" value="tmp.ar-name"/>\r
- <parameter name="target" value="$LandingNetworkRole"/>\r
- <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.trusted-network-role`"/>\r
-\r
-</execute><set>\r
-<parameter name='tx-ar-identifiers.allotted-resource-name' value='`$tmp.ar-name`' />\r
-</set></block></outcome></switch></block></outcome><outcome value='Other'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" value="Error in allotted-resource-model data. Ecomp-generated-naming should be true" />\r
-\r
-</return></outcome></switch><set>\r
-<parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.allotted-resource-identifiers.' \r
-value="`$tx-ar-identifiers.`" />\r
-\r
-\r
-</set><set>\r
-<parameter name='tmp.vni' value='123' />\r
-<parameter name='tmp.vgmux-bearer-ip' value='127.0.0.1' />\r
-<parameter name='tmp.vgmux-lan-ip' value='127.0.0.1' /></set><for index='curparm' start='0' end='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param_length`' >\r
-<switch test='$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].name'>\r
-<outcome value='vGMUX_Bearer_IP'>\r
-<set>\r
-<parameter name='tmp.vgmux-bearer-ip' value='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].value`'>\r
-`' />\r
-</set></outcome><outcome value='vGMUX_LAN_IP'>\r
-<set>\r
-<parameter name='tmp.vgmux-lan-ip' value='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].value`'>\r
-`' />\r
-</set></outcome></switch></for><set>\r
-<parameter name='tx-ar-assignments.vni' value='`$tmp.vni`'/>\r
-<parameter name='tx-ar-assignments.vgmux-bearer-ip' value='`$tmp.vgmux-bearer-ip'/>\r
-<parameter name='tx-ar-assignments.vgmux-lan-ip' value='`$tmp.vgmux-lan-ip`'/>\r
-\r
-</set><set>\r
-<parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.tunnelxconn-assignments.' \r
-value="`$tx-ar-assignments.`" />\r
-\r
-\r
-</set><switch test='`$service-data.consumed-allotted-resources.consumed-allotted-resource_length`'>\r
-<outcome value=''>\r
-<set>\r
-<parameter name='tmp.cidx' value="`0`" />\r
-<parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource_length' value="1" />\r
-\r
-\r
-</set></outcome><outcome value='Other'>\r
-<block atomic="true"><for index='cidx' start='0' end='`$service-data.consumed-allotted-resources.consumed-allotted-resource_length`' >\r
-<switch test="`$service-data.consumed-allotted-resources.consumed-allotted-resource[$cidx].allotted-resource-id == $tmp.ar.allotted-resource-id`">\r
-\r
-<outcome value='true'>\r
-<block atomic="true"><set>\r
-<parameter name='tmp.cidx' value='`$cidx`' />\r
-<parameter name='ctx.consumed-ar.' value='`$service-data.consumed-allotted-resources.consumed-allotted-resource[$cidx].`' />\r
-<parameter name='tmp.found-cidx' value='true' /></set><break>\r
-</break></block></outcome></switch></for><switch test='`$tmp.found-cidx`'>\r
-<outcome value='false'>\r
-<block atomic="true"><set>\r
-<parameter name='tmp.cidx' value='`$service-data.consumed-allotted-resources.consumed-allotted-resource_length`' />\r
-</set></block></outcome></switch></block></outcome></switch><set>\r
-<parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource[$tmp.cidx].allotted-resource-id' value="`$tmp.ar.allotted-resource-id` " />\r
-<parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource[$tmp.cidx].allotted-resource-type' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-type` " />\r
-<parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource[$tmp.cidx].allotted-resource-pointer' value="`$tmp.ar.self-link` " />\r
-<parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource_length' value='`$tmp.cidx + 1`' />\r
-\r
-</set><execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliPluginUtils' method='setTime' >\r
- <parameter name="outputPath" value="tmp.current-time" />\r
-\r
-</execute><set>\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.order-status' value='PendingCreate' />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-action' value='`$tunnelxconn-topology-operation-input.request-information.request-action`' />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-rpc-action' value='`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-action`' />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-svc-request-id' value='`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-request-id`' />\r
-<parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.create-timestamp' value='`$tmp.current-time`' />\r
-</set><update plugin="org.onap.ccsdk.sli.adaptors.aai.AAIService" \r
- resource="allotted-resource" \r
- key="customer.global-customer-id = $service-data.service-information.global-customer-id AND\r
- service-subscription.service-type = $service-data.service-information.subscription-service-type AND\r
- service-instance.service-instance-id = $service-data.service-information.service-instance-id AND\r
- allotted-resource.id = $tmp.ar.allotted-resource-id"\r
- pfx='pfx' local-only='false' force='false'>\r
- <parameter name="description" value="`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-type`" />\r
- <parameter name="selflink" value="`$tmp.ar.self-link`" />\r
- <parameter name="model-invariant-id" value="`$ar-model.invariant-uuid`" />\r
- <parameter name="model-version-id" value="`$ar-model.uuid`" />\r
- <parameter name="operational-status" value="null" />\r
-<outcome value='failure'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" value="AAI failed" />\r
-</return></outcome><outcome value='not-found'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" value="AAI failed" />\r
-</return></outcome></update><execute plugin='org.onap.ccsdk.sli.plugins.restapicall.RestapiCallNode' method='sendRequest' >\r
- <parameter name='templateFileName' value="`$prop.restapi.templateDir + '/' + $prop.restapi.tx.templatefile`" />\r
- <parameter name='restapiUrl' value='`$prop.controller.url + $tmp.ar-url`' />\r
- <parameter name='restapiUser' value='`$prop.controller.user`' />\r
- <parameter name='restapiPassword' value='`$prop.controller.pwd`' />\r
- <parameter name='format' value='json' />\r
- <parameter name='httpMethod' value='PUT' />\r
- <parameter name="responsePrefix" value="mdsal-ar" />\r
-\r
-<outcome value='success'>\r
-<block>\r
-<execute plugin='org.onap.ccsdk.sli.plugins.restapicall.RestapiCallNode' method='sendRequest' >\r
- <parameter name='templateFileName' value="`$prop.restapi.templateDir + '/' + $prop.restapi.parentsvc.templatefile`" />\r
- <parameter name='restapiUrl' value='`$prop.controller.url + $tmp.parent-ar-url`' />\r
- <parameter name='restapiUser' value='`$prop.controller.user`' />\r
- <parameter name='restapiPassword' value='`$prop.controller.pwd`' />\r
- <parameter name='format' value='json' />\r
- <parameter name='httpMethod' value='DELETE' />\r
- <parameter name="responsePrefix" value="parent" />\r
-\r
-<outcome value='success'>\r
-<block>\r
-</block></outcome><outcome value='failure'>\r
-<block>\r
-</block></outcome><outcome value='not-found'>\r
-<block>\r
-</block></outcome></execute></block></outcome><outcome value='failure'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" value="Error updating md-sal for tunnelxconn-allotted-resource" />\r
-</return></outcome><outcome value='not-found'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" value="Error updating md-sal for tunnelxconn-allotted-resource" />\r
-</return></outcome></execute><set>\r
-<parameter name='allotted-resource-id' value='`$tmp.ar.allotted-resource-id`' />\r
-<parameter name='tunnelxconn-object-path' value="`$tmp.ar.self-link`"/>\r
-<parameter name='service-object-path' value="`'restconf/config/GENERIC-RESOURCE-API:services/service/'\r
+ </set>\r
+ <execute plugin='org.onap.ccsdk.sli.plugins.prop.PropertiesNode' method='readProperties' >\r
+ <parameter name='fileName' value='%SDNC_CONFIG_DIR%/generic-resource-api-dg.properties' />\r
+ <parameter name='contextPrefix' value='prop' />\r
+ </execute>\r
+ <execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
+ <parameter name="source" value="`$prop.restapi.tx-allottedresource`"/>\r
+ <parameter name="outputPath" value="tmp.ar-url"/>\r
+ <parameter name="target" value="{allotted-resource-id}"/>\r
+ <parameter name="replacement" value="`$tmp.ar.allotted-resource-id`"/>\r
+ </execute>\r
+ <get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.mdsal.ConfigResource' resource='GENERIC-RESOURCE-API' key='tunnelxconn-allotted-resources/tunnelxconn-allotted-resource/$tunnelxconn-topology-operation-input.alloted-resource-information.allotted-resource-id' pfx='mdsal-ar' >\r
+ <outcome value='success'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message"\r
+ value="`'Existing tunnelxconn-allotted-resource with order status of ' + $mdsal-ar.allotted-resource-data.allotted-resource-oper-status.order-status + '.'`" />\r
+ </return>\r
+ </outcome>\r
+ <outcome value='Other'>\r
+ <get-resource plugin='org.onap.ccsdk.sli.adaptors.resource.mdsal.ConfigResource' resource='GENERIC-RESOURCE-API' key='services/service/$tmp.ar.parent-service-instance-id' pfx='mdsal-parent-service-instance' >\r
+ <outcome value='success'>\r
+ <block atomic="true">\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-id' value="`$tmp.ar.allotted-resource-id` " />\r
+ <parameter name='tx-ar.allotted-resource-status.action' value="`$tunnelxconn-topology-operation-input.request-information.request-action` " />\r
+ <parameter name='tx-ar.allotted-resource-status.rpc-name' value="tunnelxconn-topology-operation" />\r
+ <parameter name='tx-ar.allotted-resource-status.rpc-action' value="`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-action` " />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.request-information.' value="`$tunnelxconn-topology-operation-input.request-information.` " />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.sdnc-request-header.' value="`$tunnelxconn-topology-operation-input.sdnc-request-header.` " />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.service-information.' value="`$tunnelxconn-topology-operation-input.service-information.` " />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.allotted-resource-information.' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.` " />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-operation-information.tunnelxconn-request-input.' value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.` " />\r
+ </set>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-action' value='`$tx-ar.allotted-resource-data.allotted-resource-operation-information.request-information.request-action`' />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-rpc-action' value='`$tx-ar.allotted-resource-status.rpc-action`' />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-svc-request-id' value='`$tx-ar.allotted-resource-data.allotted-resource-operation-information.sdnc-request-header.svc-request-id`' />\r
+ </set>\r
+ <set>\r
+ <parameter name='tx-ar-identifiers.consuming-service-instance-id' value="`$tunnelxconn-topology-operation-input.service-information.service-instance-id` " />\r
+ <parameter name='tx-ar-identifiers.parent-service-instance-id' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.parent-service-instance-id` " />\r
+ <parameter name='tx-ar-identifiers.allotted-resource-type' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-type` " />\r
+ <parameter name='tx-ar-identifiers.allotted-resource-id' value="`$tmp.ar.allotted-resource-id` " />\r
+ </set>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.'\r
+ value="`$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.`" />\r
+ </set>\r
+ <switch test='$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.model-invariant-uuid'>\r
+ <outcome value=''>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.model-invariant-uuid'\r
+ value="`$ar-model.invariant-uuid`" />\r
+ </set>\r
+ </outcome>\r
+ </switch>\r
+ <switch test='$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.model-uuid'>\r
+ <outcome value=''>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.model-uuid'\r
+ value="`$ar-model.uuid`" />\r
+ </set>\r
+ </outcome>\r
+ </switch>\r
+ <switch test='$tunnelxconn-topology-operation-input.allotted-resource-information.onap-model-information.model-version'>\r
+ <outcome value=''>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.onap-model-information.model-version'\r
+ value="`$ar-model.version`" />\r
+ </set>\r
+ </outcome>\r
+ </switch>\r
+ <switch test='`$ar-model.ecomp-generated-naming`'>\r
+ <outcome value='Y'>\r
+ <block atomic="true">\r
+ <switch test='`$ar-model.naming-policy`'>\r
+ <outcome value='oam_network_policy'>\r
+ <block atomic='true'>\r
+ <set>\r
+ <parameter name='tmp.ar-name' value='$TenantOAMNetworkRole_$LandingNetworkRole_SZ' />\r
+ </set>\r
+ <execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
+ <parameter name="source" value="`$tmp.ar-name`"/>\r
+ <parameter name="outputPath" value="tmp.ar-name"/>\r
+ <parameter name="target" value="$TenantOAMNetworkRole"/>\r
+ <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.untrusted-network-role`"/>\r
+ </execute>\r
+ <execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
+ <parameter name="source" value="`$tmp.ar-name`"/>\r
+ <parameter name="outputPath" value="tmp.ar-name"/>\r
+ <parameter name="target" value="$LandingNetworkRole"/>\r
+ <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.trusted-network-role`"/>\r
+ </execute>\r
+ <set>\r
+ <parameter name='tx-ar-identifiers.allotted-resource-name' value='`$tmp.ar-name`' />\r
+ </set>\r
+ </block>\r
+ </outcome>\r
+ <outcome value='Other'>\r
+ <block atomic='true'>\r
+ <set>\r
+ <parameter name='tmp.ar-name' value='$TenantOAMNetworkRole_$LandingNetworkRole_SZ' />\r
+ </set>\r
+ <execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
+ <parameter name="source" value="`$tmp.ar-name`"/>\r
+ <parameter name="outputPath" value="tmp.ar-name"/>\r
+ <parameter name="target" value="$TenantOAMNetworkRole"/>\r
+ <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.untrusted-network-role`"/>\r
+ </execute>\r
+ <execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliStringUtils' method='replace' >\r
+ <parameter name="source" value="`$tmp.ar-name`"/>\r
+ <parameter name="outputPath" value="tmp.ar-name"/>\r
+ <parameter name="target" value="$LandingNetworkRole"/>\r
+ <parameter name="replacement" value="`$tunnelxconn-topology-operation-input.tunnelxconn-request-input.trusted-network-role`"/>\r
+ </execute>\r
+ <set>\r
+ <parameter name='tx-ar-identifiers.allotted-resource-name' value='`$tmp.ar-name`' />\r
+ </set>\r
+ </block>\r
+ </outcome>\r
+ </switch>\r
+ </block>\r
+ </outcome>\r
+ <outcome value='Other'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message" value="Error in allotted-resource-model data. Ecomp-generated-naming should be true" />\r
+ </return>\r
+ </outcome>\r
+ </switch>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.allotted-resource-identifiers.'\r
+ value="`$tx-ar-identifiers.`" />\r
+ </set>\r
+ <set>\r
+ <parameter name='tmp.vni' value='123' />\r
+ <parameter name='tmp.vgmux-bearer-ip' value='127.0.0.1' />\r
+ <parameter name='tmp.vgmux-lan-ip' value='127.0.0.1' />\r
+ </set>\r
+ <for index='curparm' start='0' end='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param_length`' >\r
+ <switch test='$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].name'>\r
+ <outcome value='vGMUX_Bearer_IP'>\r
+ <set>\r
+ <parameter name='tmp.vgmux-bearer-ip' value='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].value`'/>\r
+ </set>\r
+ </outcome>\r
+ <outcome value='vGMUX_LAN_IP'>\r
+ <set>\r
+ <parameter name='tmp.vgmux-lan-ip' value='`$parent-service-instance.service-data.vnfs.vnf[0].vnf-data.vf-modules.vf-module[0].vf-module-data.vf-module-topology.vf-module-parameter.param[$curparm].value`'/>\r
+ </set>\r
+ </outcome>\r
+ </switch>\r
+ </for>\r
+ <set>\r
+ <parameter name='tx-ar-assignments.vni' value='`$tmp.vni`'/>\r
+ <parameter name='tx-ar-assignments.vgmux-bearer-ip' value='`$tmp.vgmux-bearer-ip'/>\r
+ <parameter name='tx-ar-assignments.vgmux-lan-ip' value='`$tmp.vgmux-lan-ip`'/>\r
+ </set>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.tunnelxconn-topology.tunnelxconn-assignments.'\r
+ value="`$tx-ar-assignments.`" />\r
+ </set>\r
+ <switch test='`$service-data.consumed-allotted-resources.consumed-allotted-resource_length`'>\r
+ <outcome value=''>\r
+ <set>\r
+ <parameter name='tmp.cidx' value="`0`" />\r
+ <parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource_length' value="1" />\r
+ </set>\r
+ </outcome>\r
+ <outcome value='Other'>\r
+ <block atomic="true">\r
+ <for index='cidx' start='0' end='`$service-data.consumed-allotted-resources.consumed-allotted-resource_length`' >\r
+ <switch test="`$service-data.consumed-allotted-resources.consumed-allotted-resource[$cidx].allotted-resource-id == $tmp.ar.allotted-resource-id`">\r
+ <outcome value='true'>\r
+ <block atomic="true">\r
+ <set>\r
+ <parameter name='tmp.cidx' value='`$cidx`' />\r
+ <parameter name='ctx.consumed-ar.' value='`$service-data.consumed-allotted-resources.consumed-allotted-resource[$cidx].`' />\r
+ <parameter name='tmp.found-cidx' value='true' />\r
+ </set>\r
+ <break></break>\r
+ </block>\r
+ </outcome>\r
+ </switch>\r
+ </for>\r
+ <switch test='`$tmp.found-cidx`'>\r
+ <outcome value='false'>\r
+ <block atomic="true">\r
+ <set>\r
+ <parameter name='tmp.cidx' value='`$service-data.consumed-allotted-resources.consumed-allotted-resource_length`' />\r
+ </set>\r
+ </block>\r
+ </outcome>\r
+ </switch>\r
+ </block>\r
+ </outcome>\r
+ </switch>\r
+ <set>\r
+ <parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource[$tmp.cidx].allotted-resource-id' value="`$tmp.ar.allotted-resource-id` " />\r
+ <parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource[$tmp.cidx].allotted-resource-type' value="`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-type` " />\r
+ <parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource[$tmp.cidx].allotted-resource-pointer' value="`$tmp.ar.self-link` " />\r
+ <parameter name='service-data.consumed-allotted-resources.consumed-allotted-resource_length' value='`$tmp.cidx + 1`' />\r
+ </set>\r
+ <execute plugin='org.onap.ccsdk.sli.core.slipluginutils.SliPluginUtils' method='setTime' >\r
+ <parameter name="outputPath" value="tmp.current-time" />\r
+ </execute>\r
+ <set>\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.order-status' value='PendingCreate' />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-action' value='`$tunnelxconn-topology-operation-input.request-information.request-action`' />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-rpc-action' value='`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-action`' />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.last-svc-request-id' value='`$tunnelxconn-topology-operation-input.sdnc-request-header.svc-request-id`' />\r
+ <parameter name='tx-ar.allotted-resource-data.allotted-resource-oper-status.create-timestamp' value='`$tmp.current-time`' />\r
+ </set>\r
+ <update plugin="org.onap.ccsdk.sli.adaptors.aai.AAIService"\r
+ resource="allotted-resource"\r
+ key="customer.global-customer-id = $service-data.service-information.global-customer-id AND\r
+ service-subscription.service-type = $service-data.service-information.subscription-service-type AND\r
+ service-instance.service-instance-id = $service-data.service-information.service-instance-id AND\r
+ allotted-resource.id = $tmp.ar.allotted-resource-id"\r
+ pfx='pfx' local-only='false' force='false'>\r
+ <parameter name="description" value="`$tunnelxconn-topology-operation-input.allotted-resource-information.allotted-resource-type`" />\r
+ <parameter name="selflink" value="`$tmp.ar.self-link`" />\r
+ <parameter name="model-invariant-id" value="`$ar-model.invariant-uuid`" />\r
+ <parameter name="model-version-id" value="`$ar-model.uuid`" />\r
+ <parameter name="operational-status" value="null" />\r
+ <outcome value='failure'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message" value="AAI failed" />\r
+ </return>\r
+ </outcome>\r
+ <outcome value='not-found'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message" value="AAI failed" />\r
+ </return>\r
+ </outcome>\r
+ </update>\r
+ <execute plugin='org.onap.ccsdk.sli.plugins.restapicall.RestapiCallNode' method='sendRequest' >\r
+ <parameter name='templateFileName' value="`$prop.restapi.templateDir + '/' + $prop.restapi.tx.templatefile`" />\r
+ <parameter name='restapiUrl' value='`$prop.controller.url + $tmp.ar-url`' />\r
+ <parameter name='restapiUser' value='`$prop.controller.user`' />\r
+ <parameter name='restapiPassword' value='`$prop.controller.pwd`' />\r
+ <parameter name='format' value='json' />\r
+ <parameter name='httpMethod' value='PUT' />\r
+ <parameter name="responsePrefix" value="mdsal-ar" />\r
+ <outcome value='success'>\r
+ <block>\r
+ <execute plugin='org.onap.ccsdk.sli.plugins.restapicall.RestapiCallNode' method='sendRequest' >\r
+ <parameter name='templateFileName' value="`$prop.restapi.templateDir + '/' + $prop.restapi.parentsvc.templatefile`" />\r
+ <parameter name='restapiUrl' value='`$prop.controller.url + $tmp.parent-ar-url`' />\r
+ <parameter name='restapiUser' value='`$prop.controller.user`' />\r
+ <parameter name='restapiPassword' value='`$prop.controller.pwd`' />\r
+ <parameter name='format' value='json' />\r
+ <parameter name='httpMethod' value='DELETE' />\r
+ <parameter name="responsePrefix" value="parent" />\r
+ <outcome value='success'>\r
+ <block></block>\r
+ </outcome>\r
+ <outcome value='failure'>\r
+ <block></block>\r
+ </outcome>\r
+ <outcome value='not-found'>\r
+ <block></block>\r
+ </outcome>\r
+ </execute>\r
+ </block>\r
+ </outcome>\r
+ <outcome value='failure'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message" value="Error updating md-sal for tunnelxconn-allotted-resource" />\r
+ </return>\r
+ </outcome>\r
+ <outcome value='not-found'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message" value="Error updating md-sal for tunnelxconn-allotted-resource" />\r
+ </return>\r
+ </outcome>\r
+ </execute>\r
+ <set>\r
+ <parameter name='allotted-resource-id' value='`$tmp.ar.allotted-resource-id`' />\r
+ <parameter name='tunnelxconn-object-path' value="`$tmp.ar.self-link`"/>\r
+ <parameter name='service-object-path' value="`'restconf/config/GENERIC-RESOURCE-API:services/service/'\r
+ $tunnelxconn-topology-operation-input.service-information.service-instance-id\r
+ '/service-data/service-topology/'`"/>\r
- \r
-</set><return status='success'>\r
-<parameter name="ack-final-indicator" value="Y" />\r
-<parameter name="error-code" value="200" />\r
-<parameter name="error-message" value="`$error-message`" />\r
-</return></block></outcome><outcome value='Other'>\r
-<return status='failure'>\r
- <parameter name='ack-final' value='Y'/>\r
- <parameter name="error-code" value="500" />\r
- <parameter name="error-message" \r
- value="`'No entry found for parent service instance id ' + $tmp.ar.parent-service-instance-id + '.'`" />\r
-</return></outcome></get-resource></outcome></get-resource></block></method></service-logic>
\ No newline at end of file
+ </set>\r
+ <return status='success'>\r
+ <parameter name="ack-final-indicator" value="Y" />\r
+ <parameter name="error-code" value="200" />\r
+ <parameter name="error-message" value="`$error-message`" />\r
+ </return>\r
+ </block>\r
+ </outcome>\r
+ <outcome value='Other'>\r
+ <return status='failure'>\r
+ <parameter name='ack-final' value='Y'/>\r
+ <parameter name="error-code" value="500" />\r
+ <parameter name="error-message"\r
+ value="`'No entry found for parent service instance id ' + $tmp.ar.parent-service-instance-id + '.'`" />\r
+ </return>\r
+ </outcome>\r
+ </get-resource>\r
+ </outcome>\r
+ </get-resource>\r
+ </block>\r
+ </method>\r
+</service-logic>
\ No newline at end of file
Code Review / sdnc / oam.git / commitdiff