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Panduan ini memberikan informasi tentang proses pemutakhiran dari Rocky ke Stein untuk OpenStack-Ansible.
Catatan
Anda hanya dapat memutakhirkan di antara rilis berurutan.
For upgrades between major versions, the OpenStack-Ansible repository provides
playbooks and scripts to upgrade an environment. The run-upgrade.sh
script runs each upgrade playbook in the correct order, or playbooks can be run
individually if necessary. Alternatively, a deployer can upgrade manually.
Untuk informasi lebih lanjut tentang proses pemutakhiran utama, lihat Memutakhirkan dengan menggunakan skrip dan Memutakhirkan secara manual.
Peringatan
Uji The upgrade is always under active development. ini pada lingkungan pengembangan terlebih dahulu.
The Stein seri rilis OpenStack-Ansible berisi kode untuk bermigrasi dari Rocky ke Stein.
Untuk memutakhirkan dari Rocky ke Stein dengan menggunakan skrip pemutakhiran, lakukan langkah-langkah berikut di direktori openstack-ansible
:
Ubah direktori ke direktori root clone repositori:
# cd /opt/openstack-ansible
Jalankan perintah berikut:
# git checkout 19.1.8 # ./scripts/run-upgrade.sh
For more information about the steps performed by the script, see Memutakhirkan secara manual.
Manual upgrades are useful for scoping the changes in the upgrade process (for example, in very large deployments with strict SLA requirements), or performing other upgrade automation beyond that provided by OpenStack-Ansible.
Langkah-langkah yang dijelaskan di sini cocok dengan yang dilakukan oleh skrip run-upgrade.sh
. Anda dapat dengan aman menjalankan langkah-langkah ini beberapa kali.
Before starting with the upgrade, perform preflight health checks to ensure your environment is stable. If any of those checks fail, ensure that the issue is resolved before continuing.
Pastikan kode OpenStack-Ansible Anda ada di Stein terbaru rilis yang ditandai.
# git checkout 19.1.8
Tentukan variabel-variabel ini untuk mengurangi pengetikan saat menjalankan tugas pemutakhiran yang tersisa. Karena variabel lingkungan ini adalah pintasan (shortcut), langkah ini opsional. Jika Anda suka, Anda dapat mereferensikan file secara langsung selama pemutakhiran.
# cd /opt/openstack-ansible
# export MAIN_PATH="$(pwd)"
# export SCRIPTS_PATH="${MAIN_PATH}/scripts"
Make a backup of the configuration of the environment:
# source_series_backup_file="/openstack/backup-openstack-ansible-rocky.tar.gz" # tar zcf ${source_series_backup_file} /etc/openstack_deploy /etc/ansible/ /usr/local/bin/openstack-ansible.rc
To ensure that there is no currently set ANSIBLE_INVENTORY to override the default inventory location, we unset the environment variable.
# unset ANSIBLE_INVENTORY
Bootstrap Ansible dilakukan lagi untuk memastikan bahwa semua dependensi peran OpenStack-Ansible sudah ada sebelum Anda menjalankan playbook dari pelepasan|current_release_formal_name|.
# ${SCRIPTS_PATH}/bootstrap-ansible.sh
Change to the playbooks directory to simplify the CLI commands from here on in the procedure, given that most playbooks executed are in this directory.
# cd playbooks
If there have been any OSA variable name changes or environment/inventory changes, there is a playbook to handle those changes to ensure service continuity in the environment when the new playbooks run. The playbook is tagged to ensure that any part of it can be executed on its own or skipped. Please review the contents of the playbook for more information.
# openstack-ansible "${SCRIPTS_PATH}/upgrade-utilities/deploy-config-changes.yml"
The presence of the pip.conf
file can cause build failures during the
upgrade to Stein. This playbook removes the
pip.conf
file on all servers and containers.
# openstack-ansible "${SCRIPTS_PATH}/upgrade-utilities/pip-conf-removal.yml"
Sebelum memasang infrastruktur dan OpenStack, perbarui mesin host.
# openstack-ansible setup-hosts.yml --limit '!galera_all:!rabbitmq_all'
This command is the same setting up hosts on a new installation. The
galera_all
and rabbitmq_all
host groups are excluded to prevent
reconfiguration and restarting of any of those containers as they need to
be updated, but not restarted.
Once that is complete, upgrade the final host groups with the flag to prevent container restarts.
# openstack-ansible setup-hosts.yml -e 'lxc_container_allow_restarts=false' --limit 'galera_all:rabbitmq_all'
Upgrades galera version from 10.1 to 10.3 and changes the WSREP SST
method from xtrabackup-v2 to mariabackup. In the following command
we set WSREP SST method to rsync
which is backward compatible between
10.1 and 10.3.
# openstack-ansible galera-install.yml -e galera_wsrep_sst_method=rsync -e galera_upgrade=true
We can now go ahead with the upgrade of all the infrastructure components. To ensure that rabbitmq and mariadb are upgraded, we pass the appropriate flags.
# openstack-ansible setup-infrastructure.yml -e 'galera_upgrade=true' -e 'rabbitmq_upgrade=true'
With this complete, we can no restart the mariadb containers one at a time, ensuring that each is started, responding, and synchronized with the other nodes in the cluster before moving on to the next steps. This step allows the LXC container configuration that you applied earlier to take effect, ensuring that the containers are restarted in a controlled fashion.
# openstack-ansible "${SCRIPTS_PATH}/upgrade-utilities/galera-cluster-rolling-restart.yml"
We can now go ahead with the upgrade of all the OpenStack components.
# openstack-ansible setup-openstack.yml
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