9ca1025ea8
* Network module prefixes In ansible-test we should skip tests for these modules, they will be tested via another process. * Update target-prefixes.network |
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|---|---|---|
| .. | ||
| group_vars | ||
| host_vars | ||
| roles | ||
| targets | ||
| vars | ||
| amazon.yml | ||
| asa.yaml | ||
| azure.yml | ||
| cleanup_azure.py | ||
| cleanup_ec2.py | ||
| cleanup_gce.py | ||
| cleanup_rax.py | ||
| cloudflare.yml | ||
| cloudstack.yml | ||
| consul.yml | ||
| consul_inventory.yml | ||
| consul_running.py | ||
| credentials.template | ||
| dellos6.yaml | ||
| dellos9.yaml | ||
| dellos10.yaml | ||
| destructive.yml | ||
| eos.yaml | ||
| exoscale.yml | ||
| galaxy_playbook.yml | ||
| galaxy_playbook_git.yml | ||
| galaxy_roles.yml | ||
| galaxy_rolesfile | ||
| gce.yml | ||
| gce_credentials.py | ||
| integration_config.yml | ||
| inventory | ||
| inventory.network | ||
| inventory.remote.template | ||
| inventory.winrm.template | ||
| ios.yaml | ||
| iosxr.yaml | ||
| jenkins.yml | ||
| junos.yaml | ||
| Makefile | ||
| network-all.yaml | ||
| non_destructive.yml | ||
| nxos.yaml | ||
| rackspace.yml | ||
| README.md | ||
| setup_gce.py | ||
| target-prefixes.network | ||
| test_win_group1.yml | ||
| test_win_group2.yml | ||
| test_win_group3.yml | ||
| vyos.yaml | ||
Integration tests
The ansible integration system.
Tests for playbooks, by playbooks.
Some tests may require credentials. Credentials may be specified with credentials.yml.
Tests should be run as root.
Quick Start
To get started quickly using Docker containers for testing, see Tests in Docker containers.
Configuration
Making your own version of integration_config.yml can allow for setting some
tunable parameters to help run the tests better in your environment. Some
tests (e.g. cloud) will only run when access credentials are provided. For
more information about supported credentials, refer to credentials.template.
Prerequisites
The tests will assume things like hg, svn, and git are installed and in path.
(Complete list pending)
Non-destructive Tests
These tests will modify files in subdirectories, but will not do things that install or remove packages or things outside of those test subdirectories. They will also not reconfigure or bounce system services.
Run as follows:
make non_destructive
You can select specific tests with the --tags parameter.
TEST_FLAGS="--tags test_vars_blending" make
Destructive Tests
These tests are allowed to install and remove some trivial packages. You will likely want to devote these to a virtual environment. They won't reformat your filesystem, however :)
make destructive
Cloud Tests
Cloud tests exercise capabilities of cloud modules (e.g. ec2_key). These are not 'tests run in the cloud' so much as tests that leverage the cloud modules and are organized by cloud provider.
In order to run cloud tests, you must provide access credentials in a file
named credentials.yml. A sample credentials file named
credentials.template is available for syntax help.
Provide cloud credentials: cp credentials.template credentials.yml ${EDITOR:-vi} credentials.yml
Run the tests: make cloud
WARNING running cloud integration tests will create and destroy cloud resources. Running these tests may result in additional fees associated with your cloud account. Care is taken to ensure that created resources are removed. However, it is advisable to inspect your AWS console to ensure no unexpected resources are running.
Windows Tests
These tests exercise the winrm connection plugin and Windows modules. You'll need to define an inventory with a remote Windows 2008 or 2012 Server to use for testing, and enable PowerShell Remoting to continue.
Running these tests may result in changes to your Windows host, so don't run them against a production/critical Windows environment.
Enable PowerShell Remoting (run on the Windows host via Remote Desktop): Enable-PSRemoting -Force
Define Windows inventory: cp inventory.winrm.template inventory.winrm ${EDITOR:-vi} inventory.winrm
Run the tests: make test_winrm
Tests in Docker containers
If you have a Linux system with Docker installed, running integration tests using the same Docker containers used by the Ansible continuous integration (CI) system is recommended.
Using Docker Engine to run Docker on a non-Linux host is not recommended. Some tests, such as those that manage services or use local SSH connections are known to fail in such an environment. For best results, install Docker on a full Linux distribution such as Ubuntu, running on real hardware or in a virtual machine.
Running Integration Tests
To run all integration test targets with the default settings in a Centos 7 container, run make integration from the repository root.
You can also run specific tests or select a different Linux distribution.
For example, to run the test test_ping from the non_destructive target on a Ubuntu 14.04 container:
- go to the repository root
- and execute
make integration IMAGE=ansible/ansible:ubuntu1404 TARGET=non_destructive TEST_FLAGS='--tags test_ping'
Container Images
Use the prefix ansible/ansible: with the image names below.
Running
make integrationwill automatically download the container image you have specified, if it is not already available. However, you will be responsible for keeping the container images up-to-date usingdocker pull.
Python 2
Most container images are for testing with Python 2:
- centos6
- centos7
- fedora-rawhide
- fedora23
- opensuseleap
- ubuntu1204 (requires
PRIVILEGED=true) - ubuntu1404 (requires
PRIVILEGED=true) - ubuntu1604
Python 3
To test with Python 3 you must set PYTHON3=1 and use the following images:
- ubuntu1604py3
Additional Options
There are additional environment variables that can be used. A few of the more useful ones:
KEEP_CONTAINERS=onfailure- Containers will be preserved if tests fail.KEEP_CONTAINERS=1- Containers will always be preserved.SHARE_SOURCE=1- Changes to source from the host or container will be shared between host and container. CAUTION: Files created by the container will be owned by root on the host.