Getting started
===============
    git clone https://git.linaro.org/qa/test-definitions.git
    cd ./test-definitions
    . ./automated/bin/setenv.sh
    test-runner -h

Running test
============
Both test script and corresponding test definition files provided in the same
folder that named with the test case name.

Test script can be run independently, you may need to specify parameters
manually as needed.

Test definition file in YAML format created for each test to
  - Define default test parameters
  - Run test with local test-runner, which supports to run a set of tests
    defined in agenda file, customized parameters are supported as well.
  - Run test in LAVA(Linaro Automation and Validation Architecture)

Running test script
------------------
linux:
    cd ./automated/linux/smoke/
    ./smoke.sh
    # skip package installation.
    ./smoke.sh -s true

android:
    cd ./automated/android/dd-wr-speed/
    ./dd-wr-speed.sh
    # Specify SN when more than one device connected.
    ./dd-wr-speed.sh -s "serial_no"
    # Specify other params.
    ./dd-wr-speed.sh -i "10" -p "/dev/block/mmcblk1p1"

Using test-runner
----------------
single test run:
    test-runner -d ./automated/linux/smoke/smoke.yaml
    # skip package install
    test-runner -d ./automated/linux/smoke/smoke.yaml -s

running test plan:
    # Run a set of tests defined in agenda file.
    test-runner -p ./plans/linux-example.yaml
    # Apply test plan overlay to skip, amend or add tests.
    test-runner -p ./plans/linux-example.yaml -O test-plan-overlay-example.yaml

Collecting result
=================
Please find test results in the following locations.
 - ${OUTPUT} and ${RESULT_FILE} for each test are defined in the test case.
 - test-runner parse stdout.log and save result to ${test_path}
 - test-runner combines results of executed tests and save them in
   ${OUTPUT}/results.csv,
 - ${OUTPUT} path of test-runner can be modified with '-o'

Contributing
============

Changes need to be able to pass the following check, which will check files in
the most recent commit:

    python3 validate.py -g -s SC1091

To develop locally, there are Dockerfiles in test/ that can be used to simulate
target environments. The easiest way to use is to run `test.sh
[debian|centos]`. test.sh will run validate.py, and then build the Docker
environment specified, run plans/linux-example.yaml, and then drop into a bash
shell inside the container so that things like /root/output can be inspected.
It is not (yet) a pass/fail test; merely a development helper and validation
environment.