...
- VLs can be divided into logically separated sub-VLs (VLANs)
- The "trunk" VL and a "sub" VL would be represented with two nodes:
- Both of the onap.nodes.VL type
- The relationship between the two nodes is specified using the "division" capability/requirement pair, capability type onap.capabilities.VL.Division
- No need to introduce to the model the concept of a sub-CP. Linking a CP to a "sub" VL node is what makes the CP a "sub" CP
...
| Code Block | ||
|---|---|---|
| ||
node_templates:
vl_1:
type: VL
capabilities: # chesla added
- divideable:
capability: division
sub_vl_1:
type: VL
requirements:
- division:
node: vl_1
capability: division
relationship: divides
sub_vl_2:
type: VL
requirements:
- division:
node: vl_1
capability: division
relationship: divides
cp_1:
type: CP
requirements:
- link:
node: sub_vl_1
capability: link
- bind:
# bound to some node
cp_2:
type: CP
requirements:
- link:
node: sub_vl_2 # Chesla changed this from sub_vl_1 to sub_vl_2
capability: link
- bind:
# bound to some node
cp_P: # Chesla = represents parent port?
type: CP
requirements:
- link:
node: vl_1
- bind:
# bound to some node and representing the physical port or vnic? |