![]() To test if everything is working as expected, we can now clone xOpera's The simplest way to test opera is to install it into Python virtual environment: $ mkdir ~/opera & cd ~/opera Includes pre-releases so that you will be able to test the latest features before they are officially released. ![]() The orchestration tool is available on PyPI as a package named opera.Īpart from the latest PyPI production version, you can also find the latest opera PyPI development version, which $ sudo apt install -y python3-venv python3-wheel python-wheel-common In Ubuntu, however, we might need to run the following commands: $ sudo apt update In a typical modern Linux environment, we should already be set. Opera requires Python 3 and a virtual environment. We are currently testing experimental support for TOSCA Version 2.0, which will become the main version after Orchestration actuators within the TOSCA interface operations. Opera implements the TOSCA standard with Ansible automation tool where Ansible playbooks can be used as The current compliance is with the OASIS TOSCA Simple Profile in YAML Version 1.3. Opera aims to be a lightweight orchestrator compliant with OASIS TOSCA. XOpera orchestration tool compliant with TOSCA YAML v1.3 in the making.
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