This page demonstrates a possible implementation of the VSBC VNF using the new ONAP DM.
TODO: Huawei cSBC CSAR herevSBC CSAR (based on an intermediary version of SOL001)
The ONAP DM provides two techniques to model abstractions - through dangling requirements and abstract nodes, and this page shows how to use each of them:
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node_types:
vendorXXX.nodes.vnf.vSBC:
derived_from: onap.nodes.Resource.NetworkFunction
requirements:
- ext_link_1:
node_filter:
capabilities:
onap.capabilities.Linkable:
properties:
- protocol: {equal: Ethernet}
- bitrate: {greater_or_equal: 10 Kbps}
- ext_link_2:
node_filter:
capabilities:
onap.capabilities.Linkable:
properties:
- protocol: {equal: Ethernet}
- bitrate: {greater_or_equal: 10 Kbps}
- hru.host:
node_filter:
capabilities:
onap.capabilities.Compute:
properties:
- num_cpus: {greater_or_equal: 2}
- mem_size: {greater_or_equal: 1GB}
- local_storage_size: {greater_or_equal: 16GB}
- hru.storage_attachment_1:
node_filter:
capabilities:
onap.capabilities.StorageAttachment:
properties:
- storage_size: {greater_or_equal: 100GB}
- ccu.host:
node_filter:
capabilities:
onap.capabilities.Compute:
properties:
- num_cpus: {greater_or_equal: 2}
- mem_size: {greater_or_equal: 1GB}
- local_storage_size: {greater_or_equal: 16GB}
- vpu.host:
node_filter:
capabilities:
onap.capabilities.Compute:
properties:
- num_cpus: {greater_or_equal: 2}
- mem_size: {greater_or_equal: 1GB}
- local_storage_size: {greater_or_equal: 16GB}
- vpu.storage_attachment_1:
node_filter:
capabilities:
onap.capabilities.StorageAttachment:
properties:
- storage_size: {greater_or_equal: 100GB}
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Model
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Using Abstract Nodes
Functionally, this model is very similar to the previous solution, with few differences:
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