This service can make it clear the level of resilience of your objects in OpenStack.
Godzilla finds all the virtual machines in your OpenStack project and sorts them into two types “in server group or not” and use reboot type ‘HARD’ and wait for status ‘ACTIVE’ you can control the count of virtual machines and chaos time.
Should create new repository on github.com
Remove all text and paste this workflow:
name: Godzilla
on: [push]
jobs:
container-job:
name: Implement Chaos
runs-on: ubuntu-latest
steps:
- name: OpenStack Chaos Action
uses: ventus-ag/godzilla@master
env:
DELAY: ${{5}} #minutes
PERCENT: ${{50}}
OS_USERNAME: ${{secrets.OS_USERNAME}}
OS_AUTH_URL: ${{secrets.OS_AUTH_URL}}
OS_PASSWORD: ${{secrets.OS_PASSWORD}}
OS_TENANT_NAME: ${{secrets.OS_TENANT_NAME}}
OS_PROJECT_NAME: ${{secrets.OS_PROJECT_NAME}}
OS_NOVA_VERSION: ${{secrets.OS_NOVA_VERSION}}
OS_USER_DOMAIN_NAME: ${{secrets.OS_USER_DOMAIN_NAME}}
Push Start commit button!
You should create github secrets credentials
Looks like this:
If you input all OpenStack project credentials, you can start this Actions!
| Variable | Description |
|---|---|
| OS_USERNAME | login from project |
| OS_AUTH_URL | openstack authentication url |
| OS_PASSWORD | your password |
| OS_TENANT_NAME | project id |
| OS_PROJECT_NAME | project name |
| OS_NOVA_VERSION | nova api version, now 2.0 |
| OS_USER_DOMAIN_NAME | OpenStack domain |
As a result you can see in logs
Reboot machines in server groups
Server no_group-2 is in state ACTIVE
Server no_group-3 is in state ACTIVE
Server no_group-5 is in state ACTIVE
Server no_group-1 is in state ACTIVE
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Reboot machines
Server test-1 is in state ACTIVE
Server 2nd-3 is in state ACTIVE
Server test-5 is in state ACTIVE
Server test-1 is in state ACTIVE
Server test-2 is in state ACTIVE
Server 2nd-5 is in state ACTIVE
Server 2nd-1 is in state ACTIVE
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