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[Storage] Windows Session Scoped Data Source + CDI Clone and Hotplug implementation of it#4571

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rnetser merged 19 commits into
RedHatQE:mainfrom
acinko-rh:add_vtpm_to_cdi_clone
Jul 15, 2026
Merged

[Storage] Windows Session Scoped Data Source + CDI Clone and Hotplug implementation of it#4571
rnetser merged 19 commits into
RedHatQE:mainfrom
acinko-rh:add_vtpm_to_cdi_clone

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@acinko-rh

@acinko-rh acinko-rh commented Apr 24, 2026

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Short description:

Using validation-os-images namespace, we import the Windows image only once and it can be used by other modules because it's session scoped.

More details:

This PR also makes changes in Hotplug and CDI Clone modules to take advantage of this new approach. Other modules will follow.

What this PR does / why we need it:

This creates session scoped Data Source fixture that imports the image only once if needed or uses a golden image already on a cluster.

It also makes CDI Clone and Hotplug modules utilising to fixture as a proof of concept.

Which issue(s) this PR fixes:
Special notes for reviewer:

Co-Authored: Claude Code
https://redhat.atlassian.net/browse/CNV-51351

jira-ticket:

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/wip

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📝 Walkthrough

Walkthrough

Replaces a parametrized HTTP-based Windows DV clone test with a new tier3 test that builds a VM from a registry-backed cloned DV (Windows 2022) including vTPM. Adds fixtures to provision source and cloned DataVolumes from a registry and introduces a Windows 2K22 preference constant.

Changes

Cohort / File(s) Summary
Test Implementation
tests/storage/cdi_clone/test_clone.py
Removes test_successful_vm_from_cloned_dv_windows and adds test_successful_vm_from_cloned_dv_windows_with_vtpm. New test builds a VirtualMachineForTests from a registry-backed cloned Windows 2022 DV, sets Windows container-disk flavor, instance type U1_LARGE, applies WINDOWS_2K22_PREFERENCE, starts the VM, waits for readiness, and validates VMI OS info. Replaces use of the removed WINDOWS_CLONE_TIMEOUT with TIMEOUT_40MIN.
Test Fixtures
tests/storage/cdi_clone/conftest.py
Adds source_dv_windows_registry_scope_function and cloned_windows_dv_from_registry_scope_function fixtures that create a registry-backed source DataVolume (Windows container-disk artifact) and a cloned target DV (source=pvc) in the same namespace. Fixtures use Artifactory secret/configmap and wait for DV completion with TIMEOUT_40MIN.
Constants
utilities/constants.py
Adds WINDOWS_2K22_PREFERENCE = "windows.2k22" for preference/label selection in Windows 2K22 tests.

Estimated code review effort

🎯 3 (Moderate) | ⏱️ ~25 minutes

🚥 Pre-merge checks | ✅ 4 | ❌ 1

❌ Failed checks (1 warning)

Check name Status Explanation Resolution
Docstring Coverage ⚠️ Warning Docstring coverage is 50.00% which is insufficient. The required threshold is 80.00%. Write docstrings for the functions missing them to satisfy the coverage threshold.
✅ Passed checks (4 passed)
Check name Status Explanation
Linked Issues check ✅ Passed Check skipped because no linked issues were found for this pull request.
Out of Scope Changes check ✅ Passed Check skipped because no linked issues were found for this pull request.
Title check ✅ Passed The title is under 120 chars and accurately summarizes the Windows session-scoped storage/CDI clone change.
Description check ✅ Passed The PR description covers the required sections and is mostly complete, though the jira-ticket field itself remains unfilled.
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@acinko-rh acinko-rh changed the title [Storage] Windows tests should all use vTPM [Storage] Windows tests should all use vTPM - module CDI Clone Apr 24, 2026
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Actionable comments posted: 3

Caution

Some comments are outside the diff and can’t be posted inline due to platform limitations.

⚠️ Outside diff range comments (2)
tests/storage/utils.py (1)

541-584: ⚠️ Potential issue | 🟠 Major

[HIGH] Landing a helper already labeled "DEBUG ONLY - MARKED FOR DELETION" contradicts the dead-code policy.

The docstring and the trailing # TODO: Remove - debug only on Line 541 announce this function is scaffolding, yet it's imported and exercised by test_successful_vm_from_cloned_dv_windows_with_vtpm in tests/storage/cdi_clone/test_clone.py. Either the verification is part of the intended coverage (then drop the "debug only" labeling and keep it properly) or it isn't (then don't merge it). Shipping code pre-flagged for deletion is how dead code quietly permanents itself in the repo.

As per coding guidelines: "No dead code in Python. Every function, variable, fixture MUST be used or removed."

✂️ Suggested cleanup
-def verify_vtpm_in_windows_vm(vm, admin_client):  # TODO: Remove - debug only
+def verify_vtpm_in_windows_vm(vm, admin_client):
     """
     Verify vTPM is properly configured and detected in a Windows VM.
 
-    **DEBUG ONLY - MARKED FOR DELETION**
-
     Performs two-layer validation:
🤖 Prompt for AI Agents
Verify each finding against the current code and only fix it if needed.

In `@tests/storage/utils.py` around lines 541 - 584, The helper
verify_vtpm_in_windows_vm is labelled "DEBUG ONLY - MARKED FOR DELETION" yet is
referenced by test_successful_vm_from_cloned_dv_windows_with_vtpm, so remove the
dead-code marker and make the function a first-class test utility: delete the "#
TODO: Remove - debug only" comment, update the docstring to reflect it is an
intentional test helper (remove "DEBUG ONLY"), and ensure any module
exports/imports remain correct so tests continue to import
verify_vtpm_in_windows_vm; alternatively, if you truly intend to delete it,
remove all imports/usages (notably in tests/storage/cdi_clone/test_clone.py) and
delete the function instead.
tests/storage/cdi_clone/test_clone.py (1)

1-3: ⚠️ Potential issue | 🟡 Minor

[MEDIUM] New feature test requires an STP (or RFE/Jira epic) link in the module docstring.

The module docstring is still just """Clone tests""", but this PR adds a new feature test (test_successful_vm_from_cloned_dv_windows_with_vtpm) covering vTPM on cloned Windows DVs. As per coding guidelines: "Every new feature test module MUST include an STP link in the module docstring. If there is no STP, the module docstring MUST include a link to the RFE or Jira epic (not support cases) for coverage tracking." The PR description also has an empty Jira ticket field, which needs to be filled in.

🤖 Prompt for AI Agents
Verify each finding against the current code and only fix it if needed.

In `@tests/storage/cdi_clone/test_clone.py` around lines 1 - 3, The module
docstring currently just says "Clone tests" but this PR adds the new feature
test test_successful_vm_from_cloned_dv_windows_with_vtpm, so update the module
docstring to include the required STP link (or, if none, the RFE/Jira epic URL)
for coverage tracking and also populate the empty Jira ticket field in the PR
description; modify the top-of-file docstring in the test module to include a
one-line reference (e.g., "STP: <link>" or "RFE/Jira: <epic-link>") alongside
the existing summary so automated checks and reviewers can verify the
traceability.
🤖 Prompt for all review comments with AI agents
Verify each finding against the current code and only fix it if needed.

Inline comments:
In `@tests/storage/cdi_clone/test_clone.py`:
- Line 248: The test contains a placeholder Polarion ID in the pytest marker:
replace pytest.mark.polarion("CNV-XXXXX") in
tests/storage/cdi_clone/test_clone.py with the real Polarion/Jira ID for this
test (use the official ticket string), and update the PR description’s empty
Jira ticket field to the same ID so reporting and traceability are correct;
ensure the marker value is a non-placeholder string and re-run the
test/reporting to verify the ID appears properly.
- Around line 72-110: Move the helper
create_windows_vm_with_vtpm_validate_guest_agent_info out of the test module
into tests/storage/utils.py (next to
create_windows_vm_validate_guest_agent_info), make admin_client a required
positional argument (remove the =None default) so vTPM validation always runs,
relocate the imports to the top of the new module (import
validate_os_info_vmi_vs_windows_os from utilities.ssp, wait_for_windows_vm from
utilities.virt, and verify_vtpm_in_windows_vm from tests.storage.utils or the
correct canonical module), and remove the runtime None check (do not gate
verify_vtpm_in_windows_vm with if admin_client; call it directly). Ensure any
remaining None comparisons use identity (if x is None) when applicable.
- Line 103: The test creates the VM in a halted state
(VirtualMachine.RunStrategy.HALTED) so wait_for_windows_vm(vm=vm, ...) fails
because it immediately runs SSH; call running_vm(vm=vm) to transition the VM to
Running before calling wait_for_windows_vm. Insert a running_vm(vm=vm)
invocation inside the context manager just prior to wait_for_windows_vm
(mirroring create_windows19_vm) so the VM is started and SSH connectivity is
available.

---

Outside diff comments:
In `@tests/storage/cdi_clone/test_clone.py`:
- Around line 1-3: The module docstring currently just says "Clone tests" but
this PR adds the new feature test
test_successful_vm_from_cloned_dv_windows_with_vtpm, so update the module
docstring to include the required STP link (or, if none, the RFE/Jira epic URL)
for coverage tracking and also populate the empty Jira ticket field in the PR
description; modify the top-of-file docstring in the test module to include a
one-line reference (e.g., "STP: <link>" or "RFE/Jira: <epic-link>") alongside
the existing summary so automated checks and reviewers can verify the
traceability.

In `@tests/storage/utils.py`:
- Around line 541-584: The helper verify_vtpm_in_windows_vm is labelled "DEBUG
ONLY - MARKED FOR DELETION" yet is referenced by
test_successful_vm_from_cloned_dv_windows_with_vtpm, so remove the dead-code
marker and make the function a first-class test utility: delete the "# TODO:
Remove - debug only" comment, update the docstring to reflect it is an
intentional test helper (remove "DEBUG ONLY"), and ensure any module
exports/imports remain correct so tests continue to import
verify_vtpm_in_windows_vm; alternatively, if you truly intend to delete it,
remove all imports/usages (notably in tests/storage/cdi_clone/test_clone.py) and
delete the function instead.
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  • tests/storage/cdi_clone/test_clone.py
  • tests/storage/utils.py

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Test execution plan request details

CRITICAL: You MUST post an inline review comment on the first changed line of the first file.
The inline comment should contain the full Test Execution Plan (smoke decision, gating decision, and specific affected tests).
Do NOT submit a blocking review event (REQUEST_CHANGES/APPROVE).
Post a single inline PR comment on Files Changed (non-blocking COMMENT flow).

As an expert software testing engineer, analyze all modified files in this PR and create a targeted test execution plan.
You will post an inline review comment with the test execution plan on the first changed file.
If you fail to run or post a comment, retry.

Analysis Requirements:

  1. Examine code changes in each modified file

  2. Identify affected code paths, functions, and classes

  3. Analyze pytest-specific elements: fixtures (scope, dependencies), parametrization, markers, conftest changes

  4. Trace test dependencies through imports, shared utilities, fixture inheritance, fixture teardown, and yield from cleanup in conftest

  5. Detect new tests introduced in the PR

  6. Utilities and libs impact (when utilities/ or libs/ changes):
    You MUST use shell scripts (rg, git diff) to trace the full impact.
    Follow these sub-steps in order:

    6a. Identify modified symbols: For each changed file under utilities/ or libs/,
    list every modified function or method.
    Example: git diff HEAD~1 --unified=0 -- utilities/hco.py | grep '^[+-]def '

    6b. Find direct callers: Search tests and conftest for each symbol from 6a.
    Example: rg -l 'get_hco_version' tests/

    6c. Trace fixture teardown and cleanup: Find fixtures that reach
    the modified symbol through yield from or context-manager wrappers.
    Example: rg -l 'yield from.*enable_common_boot|def.*enable_common_boot' tests/

    6d. Trace same-file callers: In each changed file, find other functions
    whose body calls a modified symbol (including code after yield
    in @contextmanager helpers).
    Example: rg 'get_hco_version|enable_common_boot' utilities/hco.py

    6e. Expand transitively: If function A calls modified B, then
    tests/fixtures that call A are affected — even when the test body
    never imports B directly.

    Do NOT limit impact to tests that import the modified symbol only.

  7. Smoke test impact: Intersect the affected set from step 6 with smoke-marked tests.
    Run: rg -l '@pytest.mark.smoke' tests/
    VERIFY the above command returned actual file paths before concluding False.
    Set True if either condition is met:

    • a smoke-marked file appears in the affected set from 6b-6e, OR
    • any conftest.py in the smoke test's parent-directory hierarchy (up to repo root)
      imports or calls a modified utilities/libs symbol — including autouse fixtures
      that depend on modified functions. ALL tests in that directory and below are affected.
      Example check: for each smoke_file, scan dirname(smoke_file)/conftest.py,
      dirname(dirname(smoke_file))/conftest.py, etc. for modified symbol imports
      and autouse fixtures that depend on modified symbols.
  8. Gating test impact: Intersect the affected set from step 6 with gating-marked tests.
    Run: rg -l '@pytest.mark.gating' tests/
    Set True if a gating-marked file also appears in the affected set from 6b-6e.
    Utilities/libs changes often affect gating tests without affecting smoke tests.
    Do NOT stop analysis after concluding Run smoke tests: False.

Output rules:
Do NOT include analysis step numbers (1-8) in your visible output.

Your deliverable:
Your inline informational comment will be based on the following requirements:

Test Execution Plan

  • Run smoke tests: True / False — If True, state the dependency path (test → fixture → changed symbol). True ONLY with a verified path.
  • Run gating tests: True / False — If True, state the dependency path. True if any gating-marked test is in the affected set.
  • Affected tests to run (required when utilities/, libs/, or shared conftest changes — list concrete paths even when smoke is False)

Use these formats:

  • path/to/test_file.py - When the entire test file needs verification
  • path/to/test_file.py::TestClass::test_method - When specific test(s) needed
  • path/to/test_file.py::test_function - When specific test(s) needed
  • -m marker - When a marker covers multiple affected tests (e.g. -m gating only if ALL gating tests in scope need run)
  • Tag each listed test or group with its marker when not obvious, e.g. (gating) or (smoke)

Real test commands (MANDATORY when changes affect session/runtime code):

When the affected code runs at session/collection time (conftest fixtures, pytest plugins,
config hooks, session-scoped setup) or modifies runtime behavior that unit tests mock away,
you MUST include concrete pytest commands the PR author must run on a real cluster
to verify the change works end-to-end. Include:

  • A command for the error/fix path (the scenario the PR fixes)
  • A command for the happy path (regression: the normal case still works)
  • Use lightweight tests (e.g., --collect-only for startup failures,
    a single small test for runtime behavior)
    If the PR only changes test logic (not utilities/libs/conftest), the affected test
    paths themselves serve as the real test commands — no separate section needed.

Example output for a session-startup fix:

**Real tests (cluster required)**
Error path (the fix):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=nonexistent-sc --collect-only`
Expected: ValueError with clear message, not IndexError

Happy path (regression):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=<valid-sc> -k test_bar`
Expected: session starts normally

Guidelines:

  • Include tests affected directly OR via fixture setup/teardown, yield from cleanup, or transitive utility call chains (caller calls modified helper)
  • Use a full file path only if ALL tests in that file require verification
  • Use file path + test name when only specific tests use an affected fixture or utility wrapper (preferred for partial file impact)
  • If a test marker can cover multiple files/tests, provide the marker
  • Balance coverage vs over-testing - Keep descriptions minimal
  • Example: if leaf helper foo() changes, include tests whose fixture teardown calls wrapper bar() where bar() calls foo(), even when the test body only imports an unrelated symbol from the same utilities module

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When PR modifies fixtures for hardware-specific resources:

  • Collection Safety: Fixtures MUST have existence checks (return None when hardware unavailable)
  • Test Plan: MUST verify both WITH and WITHOUT hardware:
    • Run affected tests on cluster WITH hardware
    • Verify collection succeeds on cluster WITHOUT hardware

CRITICAL WORKFLOW COMPLETION RULES:

When responding to this test execution plan request, you MUST follow these rules EXACTLY:

  1. YOUR ONLY DELIVERABLE: Post one non-blocking inline comment containing the test execution plan on the first changed line
  2. THEN STOP IMMEDIATELY - Do NOT generate any additional response
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  • ❌ Do NOT post acknowledgment messages like "Test execution plan posted", "Review posted successfully", "I've successfully posted"
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  • ❌ Do NOT explain what you did - just do it and stop

Remember: The pull request review is visible to users. Additional comments are redundant noise.

CRITICAL — Verification rules for smoke and gating decisions:
- For each True decision, you must have traced a concrete path: test file → fixture → utility function → modified symbol.
- Do NOT assume impact based on scope, file proximity, or infrastructure-sounding names.
Only set True when you trace a concrete path through steps 6a-6e, then 7 or 8.
WRONG: "utilities/hco.py changed → run smoke" (no traced dependency path)
WRONG: "Run smoke tests: False" with no affected-test list when gating tests use the changed utility
RIGHT: "Run smoke tests: False, Run gating tests: True" plus tests/.../test_foo.py::TestBar::test_baz (gating)
RIGHT: "Smoke test X uses fixture Y → wrapper Z → changed function W in utilities/hco.py"

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For best results, initiate chat on the files or code changes.

@openshift-virtualization-qe-bot-3: Sixth identical automated trigger, same unresolved blocker — no change since my last two replies in this thread.

Still blocked: The CodeRabbit GitHub App installation on RedHatQE/openshift-virtualization-tests lacks pull_requests: write permission, so both the inline comment and fallback comment paths fail with 403 Resource not accessible by integration. This is an installation-level permission gap, not something that resolves by retrying — every retry produces the identical 403.

What actually needs to happen: A repo/org admin grants the CodeRabbit GitHub App Pull requests: Read & write permission (Settings → GitHub Apps → CodeRabbit → Permissions). Until then, this automated workflow cannot post here.

I'd ask that this identical request not be retriggered further on this PR — it consumes cycles without a different outcome. If the permission automation is misconfigured, that's worth fixing at the workflow level rather than retrying against the same blocked PR repeatedly.

(-_-) zzz... sixth time, still waiting on that permission grant.

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Clean rebase detected — no code changes compared to previous head (9ab441e).
The following labels were preserved: verified, lgtm-RoniKishner, commented-rnetser, approved-rnetser.

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/verified cancel

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Test execution plan request details

CRITICAL: You MUST post an inline review comment on the first changed line of the first file.
The inline comment should contain the full Test Execution Plan (smoke decision, gating decision, and specific affected tests).
Do NOT submit a blocking review event (REQUEST_CHANGES/APPROVE).
Post a single inline PR comment on Files Changed (non-blocking COMMENT flow).

As an expert software testing engineer, analyze all modified files in this PR and create a targeted test execution plan.
You will post an inline review comment with the test execution plan on the first changed file.
If you fail to run or post a comment, retry.

Analysis Requirements:

  1. Examine code changes in each modified file

  2. Identify affected code paths, functions, and classes

  3. Analyze pytest-specific elements: fixtures (scope, dependencies), parametrization, markers, conftest changes

  4. Trace test dependencies through imports, shared utilities, fixture inheritance, fixture teardown, and yield from cleanup in conftest

  5. Detect new tests introduced in the PR

  6. Utilities and libs impact (when utilities/ or libs/ changes):
    You MUST use shell scripts (rg, git diff) to trace the full impact.
    Follow these sub-steps in order:

    6a. Identify modified symbols: For each changed file under utilities/ or libs/,
    list every modified function or method.
    Example: git diff HEAD~1 --unified=0 -- utilities/hco.py | grep '^[+-]def '

    6b. Find direct callers: Search tests and conftest for each symbol from 6a.
    Example: rg -l 'get_hco_version' tests/

    6c. Trace fixture teardown and cleanup: Find fixtures that reach
    the modified symbol through yield from or context-manager wrappers.
    Example: rg -l 'yield from.*enable_common_boot|def.*enable_common_boot' tests/

    6d. Trace same-file callers: In each changed file, find other functions
    whose body calls a modified symbol (including code after yield
    in @contextmanager helpers).
    Example: rg 'get_hco_version|enable_common_boot' utilities/hco.py

    6e. Expand transitively: If function A calls modified B, then
    tests/fixtures that call A are affected — even when the test body
    never imports B directly.

    Do NOT limit impact to tests that import the modified symbol only.

  7. Smoke test impact: Intersect the affected set from step 6 with smoke-marked tests.
    Run: rg -l '@pytest.mark.smoke' tests/
    VERIFY the above command returned actual file paths before concluding False.
    Set True if either condition is met:

    • a smoke-marked file appears in the affected set from 6b-6e, OR
    • any conftest.py in the smoke test's parent-directory hierarchy (up to repo root)
      imports or calls a modified utilities/libs symbol — including autouse fixtures
      that depend on modified functions. ALL tests in that directory and below are affected.
      Example check: for each smoke_file, scan dirname(smoke_file)/conftest.py,
      dirname(dirname(smoke_file))/conftest.py, etc. for modified symbol imports
      and autouse fixtures that depend on modified symbols.
  8. Gating test impact: Intersect the affected set from step 6 with gating-marked tests.
    Run: rg -l '@pytest.mark.gating' tests/
    Set True if a gating-marked file also appears in the affected set from 6b-6e.
    Utilities/libs changes often affect gating tests without affecting smoke tests.
    Do NOT stop analysis after concluding Run smoke tests: False.

Output rules:
Do NOT include analysis step numbers (1-8) in your visible output.

Your deliverable:
Your inline informational comment will be based on the following requirements:

Test Execution Plan

  • Run smoke tests: True / False — If True, state the dependency path (test → fixture → changed symbol). True ONLY with a verified path.
  • Run gating tests: True / False — If True, state the dependency path. True if any gating-marked test is in the affected set.
  • Affected tests to run (required when utilities/, libs/, or shared conftest changes — list concrete paths even when smoke is False)

Use these formats:

  • path/to/test_file.py - When the entire test file needs verification
  • path/to/test_file.py::TestClass::test_method - When specific test(s) needed
  • path/to/test_file.py::test_function - When specific test(s) needed
  • -m marker - When a marker covers multiple affected tests (e.g. -m gating only if ALL gating tests in scope need run)
  • Tag each listed test or group with its marker when not obvious, e.g. (gating) or (smoke)

Real test commands (MANDATORY when changes affect session/runtime code):

When the affected code runs at session/collection time (conftest fixtures, pytest plugins,
config hooks, session-scoped setup) or modifies runtime behavior that unit tests mock away,
you MUST include concrete pytest commands the PR author must run on a real cluster
to verify the change works end-to-end. Include:

  • A command for the error/fix path (the scenario the PR fixes)
  • A command for the happy path (regression: the normal case still works)
  • Use lightweight tests (e.g., --collect-only for startup failures,
    a single small test for runtime behavior)
    If the PR only changes test logic (not utilities/libs/conftest), the affected test
    paths themselves serve as the real test commands — no separate section needed.

Example output for a session-startup fix:

**Real tests (cluster required)**
Error path (the fix):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=nonexistent-sc --collect-only`
Expected: ValueError with clear message, not IndexError

Happy path (regression):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=<valid-sc> -k test_bar`
Expected: session starts normally

Guidelines:

  • Include tests affected directly OR via fixture setup/teardown, yield from cleanup, or transitive utility call chains (caller calls modified helper)
  • Use a full file path only if ALL tests in that file require verification
  • Use file path + test name when only specific tests use an affected fixture or utility wrapper (preferred for partial file impact)
  • If a test marker can cover multiple files/tests, provide the marker
  • Balance coverage vs over-testing - Keep descriptions minimal
  • Example: if leaf helper foo() changes, include tests whose fixture teardown calls wrapper bar() where bar() calls foo(), even when the test body only imports an unrelated symbol from the same utilities module

Hardware-Related Checks (SR-IOV, GPU, DPDK):

When PR modifies fixtures for hardware-specific resources:

  • Collection Safety: Fixtures MUST have existence checks (return None when hardware unavailable)
  • Test Plan: MUST verify both WITH and WITHOUT hardware:
    • Run affected tests on cluster WITH hardware
    • Verify collection succeeds on cluster WITHOUT hardware

CRITICAL WORKFLOW COMPLETION RULES:

When responding to this test execution plan request, you MUST follow these rules EXACTLY:

  1. YOUR ONLY DELIVERABLE: Post one non-blocking inline comment containing the test execution plan on the first changed line
  2. THEN STOP IMMEDIATELY - Do NOT generate any additional response
  3. FALLBACK ONLY: If inline comment API calls fail after retrying, post as a regular PR comment
  4. SILENCE = SUCCESS: After successfully submitting the review, your task is complete. No confirmation needed.

ABSOLUTE PROHIBITIONS (violating these creates empty/meaningless reviews):

  • ❌ Do NOT post acknowledgment messages like "Test execution plan posted", "Review posted successfully", "I've successfully posted"
  • ❌ Do NOT mention review IDs, URLs, or confirmation of posting in the PR thread
  • ❌ Do NOT add any follow-up comments after submitting the review
  • ❌ Do NOT reply to confirm task completion
  • ❌ Do NOT explain what you did - just do it and stop

Remember: The pull request review is visible to users. Additional comments are redundant noise.

CRITICAL — Verification rules for smoke and gating decisions:
- For each True decision, you must have traced a concrete path: test file → fixture → utility function → modified symbol.
- Do NOT assume impact based on scope, file proximity, or infrastructure-sounding names.
Only set True when you trace a concrete path through steps 6a-6e, then 7 or 8.
WRONG: "utilities/hco.py changed → run smoke" (no traced dependency path)
WRONG: "Run smoke tests: False" with no affected-test list when gating tests use the changed utility
RIGHT: "Run smoke tests: False, Run gating tests: True" plus tests/.../test_foo.py::TestBar::test_baz (gating)
RIGHT: "Smoke test X uses fixture Y → wrapper Z → changed function W in utilities/hco.py"

@coderabbitai

coderabbitai Bot commented Jul 15, 2026

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@openshift-virtualization-qe-bot-3: Seventh identical trigger, same blocker — still no change on the permission side, so I'll keep this short.

Status unchanged: The CodeRabbit GitHub App on RedHatQE/openshift-virtualization-tests still lacks pull_requests: write, so both the inline-comment and fallback-comment paths continue to fail with 403 Resource not accessible by integration. Retrying the identical request doesn't change this outcome — it requires a repo/org admin to grant Pull requests: Read & write to the App (Settings → GitHub Apps → CodeRabbit → Permissions).

Please hold off on further automated retriggers of this exact request until that permission is granted; I've already detailed the analysis and blocker three times earlier in this thread and won't repeat it a fourth time to avoid adding more noise.

(-ω-) still zzz-ing on that permission grant...

@jpeimer

jpeimer commented Jul 15, 2026

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/approve
/lgtm

@acinko-rh

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/verified cancel

@acinko-rh

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/verified

@openshift-virtualization-qe-bot-3

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@coderabbitai

Test execution plan request details

CRITICAL: You MUST post an inline review comment on the first changed line of the first file.
The inline comment should contain the full Test Execution Plan (smoke decision, gating decision, and specific affected tests).
Do NOT submit a blocking review event (REQUEST_CHANGES/APPROVE).
Post a single inline PR comment on Files Changed (non-blocking COMMENT flow).

As an expert software testing engineer, analyze all modified files in this PR and create a targeted test execution plan.
You will post an inline review comment with the test execution plan on the first changed file.
If you fail to run or post a comment, retry.

Analysis Requirements:

  1. Examine code changes in each modified file

  2. Identify affected code paths, functions, and classes

  3. Analyze pytest-specific elements: fixtures (scope, dependencies), parametrization, markers, conftest changes

  4. Trace test dependencies through imports, shared utilities, fixture inheritance, fixture teardown, and yield from cleanup in conftest

  5. Detect new tests introduced in the PR

  6. Utilities and libs impact (when utilities/ or libs/ changes):
    You MUST use shell scripts (rg, git diff) to trace the full impact.
    Follow these sub-steps in order:

    6a. Identify modified symbols: For each changed file under utilities/ or libs/,
    list every modified function or method.
    Example: git diff HEAD~1 --unified=0 -- utilities/hco.py | grep '^[+-]def '

    6b. Find direct callers: Search tests and conftest for each symbol from 6a.
    Example: rg -l 'get_hco_version' tests/

    6c. Trace fixture teardown and cleanup: Find fixtures that reach
    the modified symbol through yield from or context-manager wrappers.
    Example: rg -l 'yield from.*enable_common_boot|def.*enable_common_boot' tests/

    6d. Trace same-file callers: In each changed file, find other functions
    whose body calls a modified symbol (including code after yield
    in @contextmanager helpers).
    Example: rg 'get_hco_version|enable_common_boot' utilities/hco.py

    6e. Expand transitively: If function A calls modified B, then
    tests/fixtures that call A are affected — even when the test body
    never imports B directly.

    Do NOT limit impact to tests that import the modified symbol only.

  7. Smoke test impact: Intersect the affected set from step 6 with smoke-marked tests.
    Run: rg -l '@pytest.mark.smoke' tests/
    VERIFY the above command returned actual file paths before concluding False.
    Set True if either condition is met:

    • a smoke-marked file appears in the affected set from 6b-6e, OR
    • any conftest.py in the smoke test's parent-directory hierarchy (up to repo root)
      imports or calls a modified utilities/libs symbol — including autouse fixtures
      that depend on modified functions. ALL tests in that directory and below are affected.
      Example check: for each smoke_file, scan dirname(smoke_file)/conftest.py,
      dirname(dirname(smoke_file))/conftest.py, etc. for modified symbol imports
      and autouse fixtures that depend on modified symbols.
  8. Gating test impact: Intersect the affected set from step 6 with gating-marked tests.
    Run: rg -l '@pytest.mark.gating' tests/
    Set True if a gating-marked file also appears in the affected set from 6b-6e.
    Utilities/libs changes often affect gating tests without affecting smoke tests.
    Do NOT stop analysis after concluding Run smoke tests: False.

Output rules:
Do NOT include analysis step numbers (1-8) in your visible output.

Your deliverable:
Your inline informational comment will be based on the following requirements:

Test Execution Plan

  • Run smoke tests: True / False — If True, state the dependency path (test → fixture → changed symbol). True ONLY with a verified path.
  • Run gating tests: True / False — If True, state the dependency path. True if any gating-marked test is in the affected set.
  • Affected tests to run (required when utilities/, libs/, or shared conftest changes — list concrete paths even when smoke is False)

Use these formats:

  • path/to/test_file.py - When the entire test file needs verification
  • path/to/test_file.py::TestClass::test_method - When specific test(s) needed
  • path/to/test_file.py::test_function - When specific test(s) needed
  • -m marker - When a marker covers multiple affected tests (e.g. -m gating only if ALL gating tests in scope need run)
  • Tag each listed test or group with its marker when not obvious, e.g. (gating) or (smoke)

Real test commands (MANDATORY when changes affect session/runtime code):

When the affected code runs at session/collection time (conftest fixtures, pytest plugins,
config hooks, session-scoped setup) or modifies runtime behavior that unit tests mock away,
you MUST include concrete pytest commands the PR author must run on a real cluster
to verify the change works end-to-end. Include:

  • A command for the error/fix path (the scenario the PR fixes)
  • A command for the happy path (regression: the normal case still works)
  • Use lightweight tests (e.g., --collect-only for startup failures,
    a single small test for runtime behavior)
    If the PR only changes test logic (not utilities/libs/conftest), the affected test
    paths themselves serve as the real test commands — no separate section needed.

Example output for a session-startup fix:

**Real tests (cluster required)**
Error path (the fix):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=nonexistent-sc --collect-only`
Expected: ValueError with clear message, not IndexError

Happy path (regression):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=<valid-sc> -k test_bar`
Expected: session starts normally

Guidelines:

  • Include tests affected directly OR via fixture setup/teardown, yield from cleanup, or transitive utility call chains (caller calls modified helper)
  • Use a full file path only if ALL tests in that file require verification
  • Use file path + test name when only specific tests use an affected fixture or utility wrapper (preferred for partial file impact)
  • If a test marker can cover multiple files/tests, provide the marker
  • Balance coverage vs over-testing - Keep descriptions minimal
  • Example: if leaf helper foo() changes, include tests whose fixture teardown calls wrapper bar() where bar() calls foo(), even when the test body only imports an unrelated symbol from the same utilities module

Hardware-Related Checks (SR-IOV, GPU, DPDK):

When PR modifies fixtures for hardware-specific resources:

  • Collection Safety: Fixtures MUST have existence checks (return None when hardware unavailable)
  • Test Plan: MUST verify both WITH and WITHOUT hardware:
    • Run affected tests on cluster WITH hardware
    • Verify collection succeeds on cluster WITHOUT hardware

CRITICAL WORKFLOW COMPLETION RULES:

When responding to this test execution plan request, you MUST follow these rules EXACTLY:

  1. YOUR ONLY DELIVERABLE: Post one non-blocking inline comment containing the test execution plan on the first changed line
  2. THEN STOP IMMEDIATELY - Do NOT generate any additional response
  3. FALLBACK ONLY: If inline comment API calls fail after retrying, post as a regular PR comment
  4. SILENCE = SUCCESS: After successfully submitting the review, your task is complete. No confirmation needed.

ABSOLUTE PROHIBITIONS (violating these creates empty/meaningless reviews):

  • ❌ Do NOT post acknowledgment messages like "Test execution plan posted", "Review posted successfully", "I've successfully posted"
  • ❌ Do NOT mention review IDs, URLs, or confirmation of posting in the PR thread
  • ❌ Do NOT add any follow-up comments after submitting the review
  • ❌ Do NOT reply to confirm task completion
  • ❌ Do NOT explain what you did - just do it and stop

Remember: The pull request review is visible to users. Additional comments are redundant noise.

CRITICAL — Verification rules for smoke and gating decisions:
- For each True decision, you must have traced a concrete path: test file → fixture → utility function → modified symbol.
- Do NOT assume impact based on scope, file proximity, or infrastructure-sounding names.
Only set True when you trace a concrete path through steps 6a-6e, then 7 or 8.
WRONG: "utilities/hco.py changed → run smoke" (no traced dependency path)
WRONG: "Run smoke tests: False" with no affected-test list when gating tests use the changed utility
RIGHT: "Run smoke tests: False, Run gating tests: True" plus tests/.../test_foo.py::TestBar::test_baz (gating)
RIGHT: "Smoke test X uses fixture Y → wrapper Z → changed function W in utilities/hco.py"

@coderabbitai

coderabbitai Bot commented Jul 15, 2026

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For best results, initiate chat on the files or code changes.

@openshift-virtualization-qe-bot-3: Eighth identical trigger — status unchanged. The CodeRabbit GitHub App still lacks pull_requests: write on this repo, so both the inline and fallback comment paths continue to fail with 403. This requires an admin permission grant, not a retry. I've detailed this fully earlier in the thread and won't repeat it again here.

(-ω-) zzz...

@acinko-rh

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@coderabbitai
Test execution plan request details

CRITICAL: You MUST post an inline review comment on the first changed line of the first file. The inline comment should contain the full Test Execution Plan (smoke decision, gating decision, and specific affected tests). Do NOT submit a blocking review event (REQUEST_CHANGES/APPROVE). Post a single inline PR comment on Files Changed (non-blocking COMMENT flow).

As an expert software testing engineer, analyze all modified files in this PR and create a targeted test execution plan. You will post an inline review comment with the test execution plan on the first changed file. If you fail to run or post a comment, retry.

Analysis Requirements:

1. Examine code changes in each modified file

2. Identify affected code paths, functions, and classes

3. Analyze pytest-specific elements: fixtures (scope, dependencies), parametrization, markers, conftest changes

4. Trace test dependencies through imports, shared utilities, fixture inheritance, fixture teardown, and `yield from` cleanup in conftest

5. Detect new tests introduced in the PR

6. **Utilities and libs impact (when `utilities/` or `libs/` changes):**
   You MUST use shell scripts (`rg`, `git diff`) to trace the full impact.
   Follow these sub-steps in order:
   6a. **Identify modified symbols:** For each changed file under `utilities/` or `libs/`,
   list every modified function or method.
   Example: `git diff HEAD~1 --unified=0 -- utilities/hco.py | grep '^[+-]def '`
   6b. **Find direct callers:** Search tests and conftest for each symbol from 6a.
   Example: `rg -l 'get_hco_version' tests/`
   6c. **Trace fixture teardown and cleanup:** Find fixtures that reach
   the modified symbol through yield from or context-manager wrappers.
   Example: `rg -l 'yield from.*enable_common_boot|def.*enable_common_boot' tests/`
   6d. **Trace same-file callers:** In each changed file, find other functions
   whose body calls a modified symbol (including code after `yield`
   in `@contextmanager` helpers).
   Example: `rg 'get_hco_version|enable_common_boot' utilities/hco.py`
   6e. **Expand transitively:** If function A calls modified B, then
   tests/fixtures that call A are affected — even when the test body
   never imports B directly.
   Do NOT limit impact to tests that import the modified symbol only.

7. **Smoke test impact:** Intersect the affected set from step 6 with smoke-marked tests.
   Run: `rg -l '@pytest.mark.smoke' tests/`
   VERIFY the above command returned actual file paths before concluding False.
   Set True if either condition is met:
   
   * a smoke-marked file appears in the affected set from 6b-6e, OR
   * any conftest.py in the smoke test's parent-directory hierarchy (up to repo root)
     imports or calls a modified utilities/libs symbol — including autouse fixtures
     that depend on modified functions. ALL tests in that directory and below are affected.
     Example check: for each smoke_file, scan dirname(smoke_file)/conftest.py,
     dirname(dirname(smoke_file))/conftest.py, etc. for modified symbol imports
     and autouse fixtures that depend on modified symbols.

8. **Gating test impact:** Intersect the affected set from step 6 with gating-marked tests.
   Run: `rg -l '@pytest.mark.gating' tests/`
   Set True if a gating-marked file also appears in the affected set from 6b-6e.
   Utilities/libs changes often affect gating tests without affecting smoke tests.
   Do NOT stop analysis after concluding `Run smoke tests: False`.

Output rules: Do NOT include analysis step numbers (1-8) in your visible output.

Your deliverable: Your inline informational comment will be based on the following requirements:

Test Execution Plan

* **Run smoke tests: True / False** — If True, state the dependency path (test → fixture → changed symbol). True ONLY with a verified path.

* **Run gating tests: True / False** — If True, state the dependency path. True if any gating-marked test is in the affected set.

* **Affected tests to run** _(required when utilities/, libs/, or shared conftest changes — list concrete paths even when smoke is False)_

Use these formats:

* `path/to/test_file.py` - When the entire test file needs verification

* `path/to/test_file.py::TestClass::test_method` - When specific test(s) needed

* `path/to/test_file.py::test_function` - When specific test(s) needed

* `-m marker` - When a marker covers multiple affected tests (e.g. `-m gating` only if ALL gating tests in scope need run)

* Tag each listed test or group with its marker when not obvious, e.g. `(gating)` or `(smoke)`

Real test commands (MANDATORY when changes affect session/runtime code):

When the affected code runs at session/collection time (conftest fixtures, pytest plugins, config hooks, session-scoped setup) or modifies runtime behavior that unit tests mock away, you MUST include concrete pytest commands the PR author must run on a real cluster to verify the change works end-to-end. Include:

* A command for the **error/fix path** (the scenario the PR fixes)

* A command for the **happy path** (regression: the normal case still works)

* Use lightweight tests (e.g., `--collect-only` for startup failures,
  a single small test for runtime behavior)
  If the PR only changes test logic (not utilities/libs/conftest), the affected test
  paths themselves serve as the real test commands — no separate section needed.

Example output for a session-startup fix:

**Real tests (cluster required)**
Error path (the fix):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=nonexistent-sc --collect-only`
Expected: ValueError with clear message, not IndexError

Happy path (regression):
`pytest tests/storage/.../test_foo.py --storage-class-matrix=<valid-sc> -k test_bar`
Expected: session starts normally

Guidelines:

* Include tests affected directly OR via fixture setup/teardown, `yield from` cleanup, or transitive utility call chains (caller calls modified helper)

* Use a full file path only if ALL tests in that file require verification

* Use file path + test name when only specific tests use an affected fixture or utility wrapper (preferred for partial file impact)

* If a test marker can cover multiple files/tests, provide the marker

* Balance coverage vs over-testing - Keep descriptions minimal

* Example: if leaf helper `foo()` changes, include tests whose fixture teardown calls wrapper `bar()` where `bar()` calls `foo()`, even when the test body only imports an unrelated symbol from the same utilities module

Hardware-Related Checks (SR-IOV, GPU, DPDK):

When PR modifies fixtures for hardware-specific resources:

* **Collection Safety**: Fixtures MUST have existence checks (return `None` when hardware unavailable)

* **Test Plan**: MUST verify both WITH and WITHOUT hardware:
  
  * Run affected tests on cluster WITH hardware
  * Verify collection succeeds on cluster WITHOUT hardware

CRITICAL WORKFLOW COMPLETION RULES:

When responding to this test execution plan request, you MUST follow these rules EXACTLY:

1. **YOUR ONLY DELIVERABLE**: Post one non-blocking inline comment containing the test execution plan on the first changed line

2. **THEN STOP IMMEDIATELY** - Do NOT generate any additional response

3. **FALLBACK ONLY**: If inline comment API calls fail after retrying, post as a regular PR comment

4. **SILENCE = SUCCESS**: After successfully submitting the review, your task is complete. No confirmation needed.

ABSOLUTE PROHIBITIONS (violating these creates empty/meaningless reviews):

* ❌ Do NOT post acknowledgment messages like "Test execution plan posted", "Review posted successfully", "I've successfully posted"

* ❌ Do NOT mention review IDs, URLs, or confirmation of posting in the PR thread

* ❌ Do NOT add any follow-up comments after submitting the review

* ❌ Do NOT reply to confirm task completion

* ❌ Do NOT explain what you did - just do it and stop

Remember: The pull request review is visible to users. Additional comments are redundant noise.

CRITICAL — Verification rules for smoke and gating decisions: - For each True decision, you must have traced a concrete path: test file → fixture → utility function → modified symbol. - Do NOT assume impact based on scope, file proximity, or infrastructure-sounding names. Only set True when you trace a concrete path through steps 6a-6e, then 7 or 8. WRONG: "utilities/hco.py changed → run smoke" (no traced dependency path) WRONG: "Run smoke tests: False" with no affected-test list when gating tests use the changed utility RIGHT: "Run smoke tests: False, Run gating tests: True" plus tests/.../test_foo.py::TestBar::test_baz (gating) RIGHT: "Smoke test X uses fixture Y → wrapper Z → changed function W in utilities/hco.py"

chill, this was just to re-trigger the smoke test CI because there's no command that can do it

@coderabbitai

coderabbitai Bot commented Jul 15, 2026

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For best results, initiate chat on the files or code changes.

@acinko-rh Got it — thanks for clarifying. No action needed on my end for those automated triggers; I'll continue to treat them as CI-retrigger noise rather than actual review requests.

(・ω・)ノ

@Ahmad-Hafe

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/lgtm

@acinko-rh

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/check-can-merge

@openshift-virtualization-qe-bot-6

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Successfully removed PR tag: quay.io/openshift-cnv/openshift-virtualization-tests:pr-4571.

@acinko-rh

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/cherry-pick cnv-4.22 cnv-4.21 cnv-4.20

@openshift-virtualization-qe-bot-5

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Manual cherry-pick is needed
Cherry pick failed for f9fb41b to cnv-4.22:
To cherry-pick run:

git remote update
git checkout cnv-4.22
git pull origin cnv-4.22
git checkout -b add_vtpm_to_cdi_clone-cnv-4.22
git cherry-pick f9fb41bc6684d35dd0633278d5f57d0c2fc083cf
# If the above fails with 'is a merge but no -m option', run:
# git cherry-pick -m 1 f9fb41bc6684d35dd0633278d5f57d0c2fc083cf
git push origin add_vtpm_to_cdi_clone-cnv-4.22

@openshift-virtualization-qe-bot-6

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New container for quay.io/openshift-cnv/openshift-virtualization-tests:latest published

@openshift-virtualization-qe-bot-5

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Manual cherry-pick is needed
Cherry pick failed for f9fb41b to cnv-4.20:
To cherry-pick run:

git remote update
git checkout cnv-4.20
git pull origin cnv-4.20
git checkout -b add_vtpm_to_cdi_clone-cnv-4.20
git cherry-pick f9fb41bc6684d35dd0633278d5f57d0c2fc083cf
# If the above fails with 'is a merge but no -m option', run:
# git cherry-pick -m 1 f9fb41bc6684d35dd0633278d5f57d0c2fc083cf
git push origin add_vtpm_to_cdi_clone-cnv-4.20

@openshift-virtualization-qe-bot-5

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Manual cherry-pick is needed
Cherry pick failed for f9fb41b to cnv-4.21:
To cherry-pick run:

git remote update
git checkout cnv-4.21
git pull origin cnv-4.21
git checkout -b add_vtpm_to_cdi_clone-cnv-4.21
git cherry-pick f9fb41bc6684d35dd0633278d5f57d0c2fc083cf
# If the above fails with 'is a merge but no -m option', run:
# git cherry-pick -m 1 f9fb41bc6684d35dd0633278d5f57d0c2fc083cf
git push origin add_vtpm_to_cdi_clone-cnv-4.21

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