Python: Create test_poc.py

[yigolden]

testing

[yigolden]

@microsoft-github-policy-service agree

[github-actions]

Automated Code Review

Reviewers: 4 | Confidence: 97%

✗ Correctness

This PR adds a file that serves no legitimate testing purpose — it is a CI/CD injection proof-of-concept. The test always passes (assert True) and exists solely to inject a Markdown phishing payload into the JUnit XML report generated by pytest (--junitxml=pytest.xml). The CI workflows (python-unit-tests.yml, python-test-coverage.yml) upload that XML, and python-test-coverage-report.yml renders it via junitxml-path: python/pytest.xml. The injected payload — a fake 'SECURITY NOTICE' with a link masquerading as Microsoft SSO — would be rendered in the coverage report, enabling social engineering against anyone viewing the CI results. This file must not be merged.

✗ Security Reliability

This PR is a deliberate CI/CD injection attack. It introduces a test file whose sole purpose is to inject a phishing payload (fake 'Security Notice' with a clickable link) into the JUnit XML report generated by pytest. The python-test-coverage.yml workflow (line 39) runs pytest with --junitxml=pytest.xml over ./tests/unit, which would include this file. The generated pytest.xml—containing the attacker's markdown payload in the test parametrization and the class name TestCoverage__INJECTION_POINT—is then uploaded as an artifact and consumed by python-test-coverage-report.yml, which uses MishaKav/pytest-coverage-comment (line 42-50) to render it as a GitHub PR comment using elevated pull-requests: write permissions and secrets.GH_ACTIONS_PR_WRITE. The markdown payload would be rendered in the PR comment, presenting a convincing phishing message that appears to come from the CI/CD pipeline. The test body is assert True to guarantee the coverage workflow succeds, which is the trigger condition for the reporting workflow (github.event.workflow_run.conclusion == 'success'). This PR must be rejected and treated as a security incident.

✗ Test Coverage

This PR adds a file that is not a legitimate test — it is a proof-concept for a CI/CD injection attack. The class name TestCoverage__INJECTION_POINT is designed to inject content into the classname attribute of JUnit XML reports (pytest.xml). The PAYLOAD constant contains a phishing-style Markdown lure mimicking a Microsoft SSO re-authentication prompt. The test body is assert True, meaning it tests no actual behavior. This file has no relationship to Semantic Kernel functionality and should not be merged.

✗ Design Approach

This change does not fix or guard the reporting vulnerability; it checks in a permanently passing proof-of-concept that injects attacker-controlled content into the normal JUnit artifacts consumed by PR-reporting workflows. The right place to address this is at the report producer/consumer boundary by sanitizing or escaping rendered test metadata and asserting that behavior directly, not by embedding a phishing payload in the repository’s unit suite.

Suggestions

• Treat this PR as a security incident. Investigate the submitter's other contributions for similar injection attempts.
• Harden the CI pipeline by sanitizing or escaping content from JUnit XML before rendering it in PR comments. Consider adding a focused regression test that asserts the report producer/consumer escapes untrusted test metadata (class names, parametrized values) before they reach human-facing surfaces.

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Automated review by yigolden's agents

[moonbox3]

Please provide meaningful contributions and not test PRs against the upstream repo. This can be done on your fork. Thank you.