8723bd7772
This change duplicates the ideas started in with the placement-perfload job and builds on it to create a set of nested trees that can be exercised. In placement-perfload, placeload is used to create the providers. This proves to be cumbersome for nested topologies so this change starts a new model: Using parallel [1] plus instrumented gabbi to create nested topologies in a declarative fashion. gate/perfload-server.sh sets up placement db and starts a uwsgi server. gate/perfload-nested-loader.sh is called in the playbook to cause gabbi to create the nested topology described in gate/gabbits/nested-perfload.yaml. That topology is intentionally very naive right now but should be made more realisitc as we continue to develop nested features. There's some duplication between perfload.yaml and nested-perfload.yaml that will be cleared up in a followup. [1] https://www.gnu.org/software/parallel/ (although the version on ubuntu is a non-GPL clone) Story: 2005443 Task: 30487 Change-Id: I617161fde5b844d7f52dc766f85c1b9f1b139e4a
21 lines
626 B
Bash
Executable File
21 lines
626 B
Bash
Executable File
#!/bin/bash
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set -a
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HOST=$1
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GABBIT=$2
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# By default the placement server is set up with noauth2 authentication
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# handling. If that is changed to keystone, a $TOKEN can be generated in
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# the calling environment and used instead of the default 'admin'.
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TOKEN=${TOKEN:-admin}
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# These are the dynamic/unique values for individual resource providers
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# that need to be set for each run a gabbi file. Values that are the same
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# for all the resource providers (for example, traits and inventory) should
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# be set in $GABBIT.
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CN_UUID=$(uuidgen)
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N1_UUID=$(uuidgen)
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N2_UUID=$(uuidgen)
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# Run gabbi silently.
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gabbi-run -q $HOST -- $GABBIT
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