- specify test parameters in a python module
- reference them in pytest.mark.parametrize decorators
- mark tests as Jira+Xray issues
- send test reports directly to Xray using Xray's REST API
- embed a URL to the test execution report in Xray
- pytest 5+
- pytz, tzlocal
- requests 2.23+
You can install "pytest-typhoon-xray" via pip from PyPI:
$ pip install pytest-typhoon-xray
Put credentials needed to access Jira and Xray in environment variables or a file.
- XRAY_HOST: Xray URL, defaults to https://xray.cloud.getxray.app
- XRAY_CLIENT_ID: Client ID of your Xray API key
- XRAY_CLIENT_SECRET: Client secret of your Xray API key
- JIRA_HOST: Your Jira host, probably https://mycompany.atlassian.net
- JIRA_USER: Your Jira account username, probably your email address
- JIRA_TOKEN: Your Jira API token, not your password
You can define credentials as environment variables:
export XRAY_CLIENT_ID=... export XRAY_CLIENT_SECRET=...
Or you can store credentials in a file, for example, /private/secrets:
XRAY_CLIENT_ID=... XRAY_CLIENT_SECRET=... ...
Don't put the variable values in quotes.
If you use a file to store credentials, you should use the secrets command line parameter:
pytest --secrets=/private/secrets
Create a test parameter definition file as a Python module, such as this:
# myparams.py import numpy as np v_range = [277.0, 278.0] f_range = np.arange(58, 63, 0.2) vdc_range = [820.0] class StayConnected: voltage_dip_perc = [22, 45, 85, 95] dip_total_time_pu = 0.95
All module attributes will be available at runtime as tytest.runtime_settings.Config.attr_name, for example:
from tytest.runtime_settings import Config as C @python.mark.parametrize('v_range', C.v_range) def test_something(v_range): pass
Specify which parameter definition file you are using in command line:
pytest --runconfig=myparams.py
Mark your tests with Jira issue keys, such as this:
@pytest.mark.xray(test_key='PRJ-123') def test_something(): pass
Associate your test run with a test plan in Xray using the test plan key:
pytest --xray-plan-key=DEMO-1234
If you want to ignore potential networking errors while submitting test reports to Xray, turn this flag on:
pytest --xray-plan-key=DEMO-1234 --xray-fail-silently=True
If you generate an Allure report during a test run, you can embed the link to the report in Xray's test execution issue by using this command line parameter:
pytest web-url=https://jenkins.mycompany.com/my_job/123/allure
pytest invocation now has some additional command line parameters:
--runconfig=RUNCONFIG Specify test config script --secrets=SECRETS Full path to secrets file --xray-plan-key=XRAY_PLAN_KEY Key of the Xray issue that represents the test plan that is being run --xray-fail-silently=XRAY_FAIL_SILENTLY Ignore Xray communication errors --web-url=WEB_URL URL pointing to the Allure report
An example of invoking pytest:
pytest --runconfig=myparams.py --secrets=/private/secrets --xray-plan-key=PRJ-321 --xray-fail-silently=True --web-url=https://jenkins.mycompany.com/my_job/123/allure
Contributions are very welcome. Tests can be run with tox, please ensure the coverage at least stays the same before you submit a pull request.
Distributed under the terms of the MIT license, "pytest-tytest" is free and open source software
If you encounter any problems, please file an issue along with a detailed description.