Using allurectl

Command line tool - allurectl

Allurectl is the command line wrapper of Allure TestOps’ API allowing you to upload the test results in real time from a build job, and managing entities on Allure TestOps side (test cases, launches, projects).

Downloading allurectl

allurectl is available for all supported platforms and can be downloaded either manually and then used during the build or during the preparation stage of your build task.

In example below we download linux application:

wget -O ./allurectl
chmod +x ./allurectl

Test connection

Before you will be able to test the connection, you need to generate Allure TestOps secret token , so allurectl will be properly authenticated.

To check the connection to Allure TestOps instance you can use the following command:

$ allurectl auth login --endpoint <allure-ee-instance-endpoint> --token <access-token>

For more information use the allurectl --help auth command.

allurectl working modes

There are two modes:

  1. Non-CI mode
  2. CI mode

Non-CI mode

After allurectl started it checks whether CI specific variables are defined and if they are absent, the data upload is considered as manual upload from local PC.

There are 2 ways how you can send the parameters to allurectl:

  1. Using command line parameters.
    • This option is good when you need one-time upload for some of your tests.
  2. Using environment variables.
    • This option is better when you upload your data on regular basis, it is allowing you to store and reuse important parameters, so you don’t need to use them in the command line every time.

Upload using command line parameters

$ allurectl upload --endpoint \
    --token 55555555-5555-5555-5555-555555555555 \
    --project-id 100 \
    --launch-name "Local PC manual launch 2200-12-31" \

Upload using environment variables

# Define environment variables
$ export ALLURE_TOKEN=55555555-5555-5555-5555-555555555555
$ export ALLURE_PROJECT_ID=100
$ export ALLURE_LAUNCH_TAGS="release, critical"

# Run upload process somewhere
$ allurectl upload --launch-name "Local PC manual launch 2200-12-31" path/to/allure-results

What will happen

Now, what will happen if you used one of the options above:

  1. A new launch with the name Local PC manual launch 2200-12-31 will be created on Allure TestOps side
  2. A new session for test results upload will be created
  3. Test results from path/to/allure-results folder will be sent to Allure TestOps’ launch Local PC manual launch 2200-12-31 in scope of the created session.
  4. Session will be closed.
  5. Launch will remain open until manually closed or closed base on the automatic closure rule defined for the project 100.

CI mode

Each CI system has its own set of environment variables identifying it. If allurectl detects such variables, then the launch is considered as a launch from an CI system.

For a CI upload the following additional CI specific information will be included into upload and available in Allure TestOps related to the communications between allurectl and Allure TestOps.

allurectl also uses some internal variables to send the information to a proper launch on Allure TestOps side.

allurectl upload workflow

The applicability

Use allurectl with the upload command after all your tests run. We do not recommend using allurectl upload as background process.

We recommend the usage of allurectl watch to send the data from CI. Use upload only in case watch is not acceptable for you.

The settings

The following environment variables could be set for easier usage of allurectl, this is an alternative to setting same parameters in the command line. Using the variables makes the execution of allurectl more clear and leaves less chance for the human error.

Env variable Comment
ALLURE_ENDPOINT URL of Allure TestOps server
ALLURE_PROJECT_ID the ID of a project in Allure TestOps, this is the 1st column of Allure TestOps main screen
ALLURE_TOKEN the user’s personal access token generated in the user’s profile in section API Tokens!
ALLURE_LAUNCH_NAME Name of the launch which will be displayed in Allure TestOps UI
ALLURE_LAUNCH_TAGS Comma separated list of tags which will be displayed in Allure TestOps UI

Please refer to your CI settings details to set up allurectl environments variables.

allurectl watch workflow

Generally, allurectl watch does the same things which allurectl upload does with one important difference - watch command allows sending the test result in real time, i.e. you don’t need to wait till all the tests are completed and that will decrease the workload and hasten the test results processing on Allure TestOps side.

allurectl watch is a wrapper for your test execution, i.e. you need to provide the command which you are using to execute your tests to allurectl watch.

The usage

As usual you need to provide parameters needed for the connection to Allure TestOps server (in the example below these are the environment variables, and we strongly recommend you using the environment variables to pass these parameters to allurectl), then you show allurectl where you’re expecting the test results to appear and then provide the command to start tests execution.

$ export ALLURE_TOKEN=55555555-5555-5555-5555-555555555555
$ export ALLURE_PROJECT_ID=100
$ export ALLURE_LAUNCH_NAME="Hello, world" # you can use here the environment variables of your job/pipeline
$ export ALLURE_LAUNCH_TAGS="release, critical"

$ allurectl watch --results path/to/allure-results -- ./gradlew clean test

alternatively, you can provide all the start parameters in the environment variables, so the watch will look prettier and concise:

$ export ALLURE_TOKEN=542dcd56-b0e2-4fdd-8ecf-bacf0f33d505
$ export ALLURE_LAUNCH_NAME="Hello, world"
$ export ALLURE_RESULTS=path/to/allure-results
$ export ALLURE_LAUNCH_TAGS="release, critical"

$ allurectl watch -- ./gradlew clean test

Tests rerun and selective run with allurectl

The most important thing with test rerun and selective run is the test plan. In this particular case when we’re talking about the selective run and rerun (rerun is actually is a special case for selective run) the test plan is a file (specifically, it’s testplan.json) with the list of test cases, that your test framework needs to run.

Now, let’s discuss how this integration works.

Selective tests run integration

  1. On Allure TestOps side we create a list of test cases we need to (re)run on CI side. Each test case is identified by AllureID and a selector. Selector is the way test framework identifies certain test, generally it is the combination of package name, class name and method name but can be test framework dependent.
  2. The list of test cases is then saved to CI into testplan.json
  3. On CI side we create an environment variable ALLURE_TESTPLAN_PATH and set the value to the path to testplan.json file
  4. When your project with tests is being executed, then Allure TestOps integration with test framework checks if ALLURE_TESTPLAN_PATH is available
    1. If the variable ALLURE_TESTPLAN_PATH is available, the integration tries to find the file testplan.json using ALLURE_TESTPLAN_PATH value
    2. If the file testplan.json is successfully read, then the integration instructs the test framework to run only the tests specified in the testplan.json.
If CI starts all tests from your project, then either something is not configured on your side or your test framework has no integration with Allure TestOps. If you are facing this, please file a support (not a bug) request to our technical support.

testplan.json structure

The testplan.json file looks like follows.

Knowing this structure, you can create testplan.json on your local PC, initialize the environment variable ALLURE_TESTPLAN_PATH with path to testplan.json and run your tests locally without any additional filters in the same session, if only tests from testplan.json will run, then you have the working integration for selective run, otherwise you need to configure the integration or develop it for your test framework.

  "tests": [
      "id": "10",
      "selector": "io.qameta.allure.examples.junit4.AllureSimpleTest.allureSimpleTest"
      "id": "11",
      "selector": "io.qameta.allure.examples.junit4.AllureParameterizedTest.allureParameterizedTest[First Name]"


  • id is the test ID (Allure ID) from Allure TestOps
  • selector is the alternative ID which is equal to test’s full path by default.
    • we’re planning to extend the information provided in the selector if you see this write to

Saving the test plan to CI, run tests and upload the tests results

In all CIs we have the same sequence:

  1. Allure TestOps starts a Job and adds ALLURE_JOB_RUN_ID = to the job.
    • if allurectl detects ALLURE_JOB_RUN_ID then it ignores all other variables an session is created in the Job run set by Allure TestOps.
  2. Allure TestOps provides the environment variable ALLURE_TESTPLAN_PATH: ./testplan.json to the job run.
  3. allurectl creates testplan.json and fills it with the information about the list of the tests.
    • this is done using the command allurectl job-run plan --output-file ${ALLURE_TESTPLAN_PATH}
  4. allurectl executes your tests and makes the index list of the test results files and send the tests results files to Allure TestOps using watch command
    • allurectl watch -- ./gradlew clean test

Running nested jobs

It happens you need to run several jobs on a CI and send all the test results from several jobs into one aggregated launch on Allure TestOps side.

ALLURE_JOB_RUN_ID environment variable to the rescue!

If allurectl detects that ALLURE_JOB_RUN_ID is available, then it does not create new entities but uses the one from ALLURE_JOB_RUN_ID. Same way works the execution of tests from Allure TestOps side.

The workflow

  1. Create aggregating job on CI side
  2. Create new job run in the aggregating job and store the content of created ALLURE_JOB_RUN_ID
  3. Create nested/child job, pass the environment variable ALLURE_JOB_RUN_ID and its content to the nested/child job.
    • all the test results from the jobs with the same ALLURE_JOB_RUN_ID will be transferred to the same Launch in Allure TestOps.
  4. allurectl stops the job run (no additional command is needed).