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Reusable workflow

This repository stores reusable build-test-release workflow, which is used to build, test and release Splunk add-ons.

Workflow is used by add-ons created and managed by addonfactory repository template.

Workflow defines jobs which perform security code scanning, execute different types of tests, build add-on package and make a GitHub release.

Development flow

  • All the changes should first go to the develop branch (using "squash commit"), main branch should contain stable code
  • Official releases are made from main branch (when it's time to rollout new template changes):
    • create a PR from develop to main
    • test it
    • get all the approvals from the team
    • then merge it using "merge commit" option
  • If bugfix release is needed:
    • make a change
    • test it
      • pull-request scenario
      • push scenario
      • release scenario (test-addonfactory-repository)
    • create a PR to the main branch
    • get all the approvals from the team
    • merge it using "squash commit" option
    • backport the change back to the develop branch
    • new version of the workflow is going to be released (v4.17.0 (before) -> v4.17.1 (after)) and it will automatically applied to all the repositories

Workflow jobs

Inputs

  • marker - list of markers used to paralelize modinput tests
  • ucc-modinput-marker - list of markers used to paralelize ucc modinput tests
  • ui_marker - list of markers used to paralelize ui tests
  • custom-version - version used for release on manual workflow trigger
  • execute-tests-on-push-to-release - enable tests on release branch - default false
  • k8s-enfironment - k8s environment for testing
  • k8s-manifests-branch - k8s-manifests branch for testing
  • scripted-inputs-os-list - list of OSes used for scripted inputs tests

General troubleshooting

  • For each stage there are logs which provides list of failures or link the test report for the stage or more details like error code regarding what caused the stage to fail.
  • Check if there is any similar issue reported to GitHub repo for the action by other users.
  • If you are not sure what to do, please use go/addon/help.

setup-workflow

Job that is scanning PR and based on PR body or included labels defining tests to be executed.

  • All tests are executed by default when (controlled from here)
    • PR target branch is main (unless use_labels label is used then specific test labels (see below) should be added to execute specific test types)
    • triggering event is push to main branch
    • triggering event is push to develop branch
    • triggering event is push event to release/* branch
      • only when execute-tests-on-push-to-release is set to 'true'
      • when execute-tests-on-push-to-release is set to 'false' tests will not be triggered
    • triggering event is workflow_dispatch (used to create custom release version)
    • schedule event (controlled from here)
  • To trigger specific test type
    • add to PR one or multiple labels, available choices can be found here
    • there is no need to add labels when PR's target branch is main

meta stage

Description:

  • Determines which Splunk and SC4S versions to run tests with.

fossa-scan

Description:

  • This action scans a project for third party components and creates report the with the results. This file job uses .fossa.yml configuration file

  • Detected issues can be found in FOSSA app site https://app.fossa.com/. Link to direct report is generated per job and printed in logs

Pass/fail behaviour:

  • This stage fails if FOSSA cannot create report - for example some internal FOSSA error

Troubleshooting steps for failures if any:

Artifacts:

THIRDPARTY

fossa-test

Description:

  • This action checks report created in fossa-scan job. This action checks license compliance and vulnerabilities. This job uses .fossa.yml configuration file

Pass/fail behaviour:

  • This stage fails if FOSSA finds any license or security issues. Detected issues can be found in FOSSA app site https://app.fossa.com/. Link to direct report is generated in fossa-scan job. License issues should be checked by legal team, vulnerabilities should be solved by TA-dev or TA-qa team with assist of prodsec team if needed (some issues with critical status for example).

Troubleshooting steps for failures if any:

Artifacts:

  • No additional Artifacts.

compliance-copyrights

Description

  • This action runs the reuse lint command over your repository to check the following information:

    • Is copyright and licensing information available for every single file?

    • Do license texts exist for all found license identifiers?

    • Are there any other problems with detecting copyright and licensing information?

    • This action uses the REUSE helper tool. For more features, please install the tool locally.

Action used https://github.com/fsfe/reuse-action

Pass/fail behaviour

  • If there exists a file missing copyright and licensing information this stage will fail.

  • Adding copyright and licensing information to the files should fix the stage.

i.e license

Exception file:

Artifacts:

  • No additional Artifacts.

lint

Description:

  • Uses pre-commit to run linters (Python, Java, JS and others)

Action used https://github.com/pre-commit/action

Pass/fail behaviour:

  • If the stage detects a linting error in the code the stage would fail with error information.

Troubleshooting steps for failures if any

  • User can install pre-commit locally and run all the linters locally (pre-commit run --all-files) and resolve all the issues without the necessity to test changes in the CI.

  • User can look through the details for failures in logs and browse how to resolve a specific linters error i.e for flake8 failures one in install flake8 in local env and fix the failures and push to the repository.

  • If your add-on has some Java code, you need to have Java installed locally, so Java linter will work.

Artifacts:

  • No additional artifacts, failure details are available in the logs.

security-detect-secrets

Description:

  • This action is intended as a Continuous Integration secret scan in an already "clean" repository.

  • The stage checks for addition/deletion of any secret/sensitive data in referenced commits (commits pushed or commits within PR).

Action used https://github.com/trufflesecurity/trufflehog

Pass/fail behaviour

  • The stage is likely to fail if any sensitive secrets or confidential data were removed or added in the referenced commits.

Troubleshooting steps for failures if any

  • User would need to update the commit history where the sensitive information is detected.

Exception File

  • To ignore the file add the path of the file having the false positive in the .github/workflows/exclude-patterns.txt, ideally this should be avoided and only specific false positives should be added in exception files. This is file with newline separated regexes for files to exclude in scan.

  • False positives include: public keys, random / dummy session keys or tokens.

  • User can add a trufflehog:ignore comment on the line containing the secret to ignore that secrets.

Artifacts:

  • No additional artifacts, the commit info and secrets details are available in the logs.

security-sast-semgrep

Description:

  • Semgrep CI behaves like other static analysis and linting tools: it runs a set of user-configured rules and returns a non-zero exit code if there are findings, resulting in its job showing a ✅ or ❌.
  • Semgrep can do two scan types:
    • diff-aware scan, performed while workflow triggering event is pull request and scans only changes in files, which keeps the scan fast and reduces finding duplication.
    • full scan, performed while workflow triggering event is other event (e.g. push) and scans the whole codebase.

Pass/fail behaviour

Troubleshooting steps for failures:

  • For failures user should go through the logs once understand the failures, fix them if they are fixable and update the code accordingly.

  • It might happen that Semgrep stage passed on the PR run but fails after merging to main this is because both are diff actions, as pull request only runs on changes made but push would run for entire code base, so unless main is free of all semgrep issues this failure difference would show up.

  • For semgrep-action it always uses the latest release version of Semgep and there is no feasible way to downgrade the version used in our github pipeline

  • Hence if the stage starts failing without any changes in code it might be due to some changes in the latest version of semgrep user can check for the updates done in the latest release.

  • stage-logs

Exception file:

Artifacts:

  • Findings can be observed in the console logs of the stage and also at Semgrep link for which is provided in the end.

test-inventory

Description

  • This stage detects the no of test-types present in the addons tests folder

Output:

requirement_test::true
ui_local::true
knowledge::true
unit::true
modinput_functional::true
ucc_modinput_functional::true

build

Description

  • This stage create the UCC build for the addon, generates the SPL file using slim uploads it to the Github registry.

Action used

Pass/fail behaviour

Troubleshooting steps for failures if any

  • For UI based addons the build stage requires additional steps and uses UCC framework to build UI components if the stage fails or the generated build does not have expected behavio we can troubleshoot and fix the issues by generating build locally.

  • Official documentation: https://splunk.github.io/addonfactory-ucc-generator/

Artifacts:

  • package-deployment.zip includes
Splunk_TA_mysql-0.237.1242169071-_search_heads.spl
Splunk_TA_mysql-0.237.1242169071-_indexers.spl
Splunk_TA_mysql-0.237.1242169071-_forwarders.spl
installation-actions.json
installation-update.json
  • package-splunkbase includes Splunkbase equivalent package code

AppInspect

Description

cloud
appapproval
deprecated_feature
developer_guidance
future
self-service
splunk_appinspect
manual

Action used: https://github.com/splunk/appinspect-cli-action

Pass/fail behaviour:

  • Splunk AppInspect generates a report that details the successes, warnings, and failures flagged by the checks.

  • By using the results of the report, user can fix any issues in your app before you submit it for cloud vetting or for publication to Splunkbase.

Exception file:

Troubleshooting steps for failures if any:

Artifacts:

appinspect_appapproval_checks.json
appinspect_cloud_checks.json
appinspect_deprecated_feature_checks.json
appinspect_developer_guidance_checks.json
appinspect_future_checks.json
appinspect_manual_checks.json
appinspect_self-service_checks.json
appinspect_splunk_appinspect_checks.json

AppInspect API

Description

"cloud"
"self-service"
"" (no tags)

Action used: https://github.com/splunk/appinspect-api-action

Pass/fail behaviour:

  • Splunk AppInspect API generates HTML report that details the successes, warnings, and failures flagged by the checks.

  • By using the results of the report, user can fix any issues in your app before you submit it for cloud vetting or for publication to Splunkbase.

Exception file:

Troubleshooting steps for failures if any:

Artifacts:

appinspect-api-html-report
appinspect-api-html-report-cloud
appinspect-api-html-report-self-service

setup

Description:

  • This stage does sets the required env variables before the test execution stage

Action used: NA

test-unit-python3

Description:

  • This stage does the setup for executing unit tests and reports the results

Action used: NA

Pass/fail behaviour:

  • The stage is expected to fail only if there are unit test failures observed.

Troubleshooting steps for failures if any

  • User can validate the test results by execution in local env.

Artifacts:

  • Junit Test result xml file

run-requirements-unit-tests

Description

  • This action provides unit tests for Splunk TA's requirement logs. test_lib contains tests for XML format checking, schema validating and CIM model mapping.

Action used https://github.com/splunk/addonfactory-workflow-requirement-files-unit-tests

Pass/fail behaviour:

Troubleshooting steps for failures if any

  • Check for failure logs and update the log/XML files accordingly to match the schema defined in the repo.

Artifacts:

test_validation_output.txt
test_transport_params_output.txt
test_format_output.txt
test_cim_output.txt
test_check_unicode_output.txt

run-btool-check

Description:

  • This stage validates the configuration of the TA using btool

Action used:

  • No action used

Pass/fail behaviour:

  • The stage is expected to fail only if there are errors reported by btool check.

Troubleshooting steps for failures if any:

  • btool-output.txt can be used for identifying the errors reported by the btool check

  • User can validate the configuration by executing btool check in local env using $SPLUNK_HOME/bin/splunk btool check | grep "Splunk_TA_example".

Artifacts:

btool-output.txt

run-knowledge-tests

Description:

  • This stage does the setup for executing KO tests and reports the results

Action used:

  • No action used

Pass/fail behaviour:

  • The stage is expected to fail only if there are pytest_splunk_addon test failures observed.

Troubleshooting steps for failures if any:

  • User can validate the test results by execution in local env.

  • User can refer to the Assertion error logs in test-resutl.xml as for KO tests the error logs are very datailed.

  • Based on the Assertion error logs of the test case like No data availabe in sourcetype , field_count does not match the event_count User can identify the issues and make necessary changes.

  • Official troubleshooting doc https://pytest-splunk-addon.readthedocs.io/en/main/troubleshoot.html

Exception file:

  • .pytest.expect User can add failures here which can be ignored while test execution and will be marked as XFail

NOTE: There should be valid reasons and approvals from addon and automation PMs to add failures in this file.

Artifacts:

Junit XML file
pytest_splunk_addon.log
cim-compliance-report

run-ui-tests

Description

  • This stage does the setup for executing UI tests and reports the results
  • It is possible to parallelize UI tests execution by using pytest markers. To do so, one must specify ui_marker parameter in buid-test-release.yml as in example. Markers must be created prior and each test case must be marked (check run-modinput-tests, and this PR)

Action used:

  • No action used

Pass/fail behaviour

  • The stage is expected to fail only if there are any UI test failures defined under tests/ui

Troubleshooting steps for failures:

  • Make sure all the credentials under test_credentials.env in addons root folder are set in Github actions.

  • we can validate the test-execution in local env and Observe the UI test behaviour.

  • The Saucelabs link, test-result.xml can be used for identifying issues and more troubleshooting.

  • For failures similar to element not intercept-able, user needs to understand the test scenario and flow of testcase which elements are interacted and what actions are performed on the elements during the test case.

  • Make sure each test case is independent in nature and does the required setup and teardown methods so it does not affect other tests in the test suite.

Exception file:

  • .pytest.expect User can add failures here which can be ignored while test execution and will be marked as XFAIL

NOTE: There should be valid reasons and approvals from addon and automation PMs to add failures in this file.

Artifacts:

report.html
Screenshots for failed tests under assets folder
Junit XML file

run-modinput-tests

Description

  • This stage does the setup for executing Modinput tests and reports the results
  • It is possible to parallelize Modinput tests execution by using pytest markers. To do so, one must specify marker parameter in buid-test-release.yml as in example. Markers must be created prior and each test case must be marked (check the following references: ref1, ref2, ref3)

Action used:

  • No action

Pass/fail behaviour

  • The stage is expected to fail only if there are any Modular input test failures defined under tests/modinput_functional

Troubleshooting steps for failures if any:

  • Make sure all the credentials under test_credentials.env in addons root folder are set in Github actions.

  • we can validate the test-execution in local env and compare results.

  • The helmut.log file, test-result.xml can be used for identifying errors.

  • helmut.log file has detailed logs for each action for the test case we can observe the logs and troubleshoot what’s the root cause of failure

  • Make sure setup and teardown methods works as expected in the test-case.

Exception file:

  • .pytest.expect User can add failures here which can be ignored while test execution and will be marked as XFail

NOTE: There should be valid reasons and approvals from addon and automation PMs to add failures in this file.

Artifacts:

helmut.log
Junit XML file

run-ucc-modinput-tests

Description

  • This stage does the setup for executing Modinput tests using ucc modinput tests framework and reports the results
  • It is possible to parallelize Modinput tests execution by using pytest markers. To do so, one must specify ucc-modinput-marker parameter in buid-test-release.yml as in example. Markers must be created prior and each test case must be marked (check the following references: ref1, ref2)

Action used:

  • No action

Pass/fail behaviour

  • The stage is expected to fail only if there are any Modular input test failures defined under tests/ucc_modinput_functional

Troubleshooting steps for failures if any:

  • we can validate the test-execution in local env and compare results.

  • The splunk-add-on-ucc-modinput-test-functional.log file, test-result.xml can be used for identifying errors.

  • splunk-add-on-ucc-modinput-test-functional.log file has detailed logs for each action for the test case we can observe the logs and troubleshoot what’s the root cause of failure

  • Make sure setup and teardown methods works as expected in the test-case.

Exception file:

  • .pytest.expect User can add failures here which can be ignored while test execution and will be marked as XFail

NOTE: There should be valid reasons and approvals from addon and automation PMs to add failures in this file.

Artifacts:

splunk-add-on-ucc-modinput-test-functional.log
Junit XML file

pre-publish

Description:

  • Publish stage works only for develop/main branch hence to verify if when PR is merged it would execute the Publish stage or not this pre-publish stage was added.

  • Publish stage would trigger a new release in the repository based on conventional commits.

  • Ideally pre-publish stage should pass in each PR.

  • This stage checks the test-results of all the previous jobs executed in the build and fails if there is a failing job which publish stage depends on.

Action used:

  • No action used

Pass/fail behaviour:

  • If this stage is failing and PR is merged to main/develop Publsih stage will not get executed in the pipeline run.

Troubleshooting steps for failures if any

  • In the logs it outputs a json with the info of stages and their pass/fail status.

stage-logs

Artifacts:

  • No additional artifacts

publish

Description

  • This stage only executes for main and develop branch.

  • If the event is not a PR and pre-publish stage result is success Publish stage will get executed.

  • It downloads the artifacts which are shown under assets in Releases Page

Action used: https://github.com/splunk/semantic-release-action

Pass/fail behaviour:

  • It releases a new release tag in the repository and uploads the assets to the release.

Troubleshooting steps for failures if any

  • This stage depends majorly on Semantic release action so if Publish is failing check for logs or issues raised recently in Semantic release action.

  • Validate in the logs there are no errors observed in other steps as well

Artifacts:

Splunk_TA_snow-7.2.0-_forwarders.spl
Splunk_TA_snow-7.2.0-_search_heads.spl
Splunk_TA_snow-7.2.0.spl
cim_field_report.json
installation-actions.json
installation-update.json
source_code.zip
source_code.tar.gz

Vendor Addon Matrix tests

  • For addons like Tomcat, JMX, Nginx where multiple versions are supported for the Vendor platform currently only a single version of Vendor platform was configured while testing which is now parameterised to support test execution against different version of vendor platforms in Github Actions.

  • To execute the tests against different versions of Vendor platforms.

  • Create a .vendormatrix file ref: https://github.com/splunk/splunk-add-on-for-tomcat/pull/311/files#diff-fc231b3bce30bf25a7b22dcb0b120d9bdfa1f04a6e4397b1e0e5057142535d1eR1

  • Provide appropriate values for VERSION and DOCKER_IMAGE in the file.

  • DOCKER_IMAGE can be official docker images or some other trusted regitries like bitnami-docker

  • Another param is TRIGGER_UI if set to False UI tests for the given version of stanza would not be considered in matrix.

  • i.e UI tests will be executed only for version 10.0 for below configs

  • Modinput tests would be executed against all version, 2 splunk version and 3 vendor version leads to 6 modinput test jobs ref: https://github.com/splunk/splunk-add-on-for-tomcat/actions/runs/1880616588

[8.5]
VERSION=8.5.73
DOCKER_IMAGE=8.5.73-debian-10-r58
TRIGGER_UI=False

[9.0]
VERSION=9.0.56
DOCKER_IMAGE=9.0.56-debian-10-r39
TRIGGER_UI=False

[10.0]
VERSION=10.0.14
DOCKER_IMAGE=10.0.14-debian-10-r39
  • If and when Tomcat releases 11.x or 10.1.x or similar, all the developer/add-on team would have to do is just create a new stanza for the version and respective DOCKER_IMAGE to validate the behavior.

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Repository to store reusable build-test-release workflow

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Releases 139

v4.18.0 Latest
Dec 9, 2024
+ 138 releases

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Contributors 26
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