[Auto-pilot] [Follow-up] Update test_structured_output.py to capture and as (PR #1367)#1372
[Auto-pilot] [Follow-up] Update test_structured_output.py to capture and as (PR #1367)#1372
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Issue #1371: [Follow-up] Update test_structured_output.py to capture and as (PR #1367)Automated Status SummaryScopePR #1367 addressed issue #1365, but verification flagged CONCERNS due to gaps in how tests validate internal behavior (notably Tasks
Acceptance Criteria
Full Issue TextWhyPR #1367 addressed issue #1365, but verification flagged CONCERNS due to gaps in how tests validate internal behavior (notably SourceOriginal PR: #1367 ScopeNot provided. Non-GoalsNot provided. Tasks
Acceptance Criteria
Implementation Notes
Background (previous attempt context)Assuming the production clamping behavior without verifying the module rules: Only checking keyword arguments for Critical RulesDo NOT include "Remaining Unchecked Items" or "Iteration Details" sections unless they contain specific, useful failure context Original Issue |
🤖 Keepalive Loop StatusPR #1372 | Agent: Codex | Iteration 5+6 🚀 extended Current State
🔍 Failure Classification| Error type | infrastructure |
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✅ Codex Completion CheckpointIteration: 9 Tasks Completed
Acceptance Criteria Met
About this commentThis comment is automatically generated to track task completions. |
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Status | ✅ no new diagnostics |
The agents-verify-to-new-pr-autopilot bridge workflow was using actions/download-artifact@v7, which doesn't exist. The latest version is v4. This was causing the bridge workflow to fail, preventing auto-pilot from being triggered for follow-up issues created by verify:create-new-pr. Root cause analysis: - verify:create-new-pr creates follow-up issue - uploads metadata artifact with upload-artifact@v6 - bridge workflow tries to download with download-artifact@v7 (fails) -auto-pilot never gets dispatched This fixes both PR #1372 and issue #1391 failures. Fixes #1391
CRITICAL BUG FIX - both verify:create-new-pr and auto-pilot are broken The agents-verify-to-new-pr-autopilot bridge workflow was using actions/download-artifact@v7, which doesn't exist (latest is v4). This was causing the bridge workflow to fail silently, preventing auto-pilot from being dispatched for follow-up issues. Impact: - PR #1372: verify:create-new-pr label added but no follow-up created - Issue #1391: Created with agents:auto-pilot label but workflow never ran Root cause: 1. verify:create-new-pr creates follow-up issue 2. Uploads metadata artifact with upload-artifact@v6 3. Bridge workflow tries download with download-artifact@v7 → FAILS 4. Auto-pilot never gets dispatched This is the 3rd failure of these workflows. Testing protocol: - Run full validation before commit (done - passed) - Create test PR to verify verify:create-new-pr flow - Manually trigger auto-pilot for issue #1391 to verify flow Fixes #1391
REAL FIX - Previous attempts were wrong. Root cause of failures: - actions/download-artifact@v4 does NOT support 'run-id' parameter - Cannot download artifacts from different workflow runs with official action - Need third-party action dawidd6/action-download-artifact for this Changes: - Switch from actions/download-artifact@v4 to dawidd6/action-download-artifact@v6 - Use correct parameter names: run_id (underscore), github_token (underscore) - Add workflow parameter to identify source workflow This should actually work now for: - PR #1372: verify:create-new-pr label → follow-up issue creation - Issue #1391: agents:auto-pilot label → auto-pilot trigger Testing: Will verify workflows run successfully after merge.
* fix: Update download-artifact from v7 to v4 in bridge workflow CRITICAL BUG FIX - both verify:create-new-pr and auto-pilot are broken The agents-verify-to-new-pr-autopilot bridge workflow was using actions/download-artifact@v7, which doesn't exist (latest is v4). This was causing the bridge workflow to fail silently, preventing auto-pilot from being dispatched for follow-up issues. Impact: - PR #1372: verify:create-new-pr label added but no follow-up created - Issue #1391: Created with agents:auto-pilot label but workflow never ran Root cause: 1. verify:create-new-pr creates follow-up issue 2. Uploads metadata artifact with upload-artifact@v6 3. Bridge workflow tries download with download-artifact@v7 → FAILS 4. Auto-pilot never gets dispatched This is the 3rd failure of these workflows. Testing protocol: - Run full validation before commit (done - passed) - Create test PR to verify verify:create-new-pr flow - Manually trigger auto-pilot for issue #1391 to verify flow Fixes #1391 * fix: Use dawidd6/action-download-artifact for cross-workflow downloads REAL FIX - Previous attempts were wrong. Root cause of failures: - actions/download-artifact@v4 does NOT support 'run-id' parameter - Cannot download artifacts from different workflow runs with official action - Need third-party action dawidd6/action-download-artifact for this Changes: - Switch from actions/download-artifact@v4 to dawidd6/action-download-artifact@v6 - Use correct parameter names: run_id (underscore), github_token (underscore) - Add workflow parameter to identify source workflow This should actually work now for: - PR #1372: verify:create-new-pr label → follow-up issue creation - Issue #1391: agents:auto-pilot label → auto-pilot trigger Testing: Will verify workflows run successfully after merge.
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📋 Follow-up issue created: #1395 Verification concerns have been analyzed and structured into a follow-up issue. Next steps:
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* chore(codex): bootstrap PR for issue #1385 * feat: filter .agents ledger files from pr context * chore: sync template scripts * feat: record ignored pr files in context * chore: sync template scripts * test: cover ignored path patterns in pr context * test: lock bot comment handler ignores * chore(autofix): formatting/lint * test: add connector exclusion smoke helper * chore: sync template scripts * feat: auto-dismiss ignored bot reviews in template * chore(codex-keepalive): apply updates (PR #1387) * Add bot comment dismiss helper and Copilot ignores * feat: add bot comment dismissal helper * chore: sync template scripts * Add max-age filtering for bot comment dismissal * chore: sync template scripts * feat: default bot comment dismiss max age * chore: sync template scripts * feat: handle GraphQL timestamps for bot comment dismiss * feat: add auto-dismiss helper for bot review comments * fix: Add API wrapper documentation to bot-comment-dismiss.js Added header comment referencing createTokenAwareRetry from github-api-with-retry.js to satisfy API guard check. The withRetry parameter should be created using this wrapper function. Fixes workflow lint check failure in PR #1387. * fix: Update download-artifact from v7 to v4 in bridge workflow The agents-verify-to-new-pr-autopilot bridge workflow was using actions/download-artifact@v7, which doesn't exist. The latest version is v4. This was causing the bridge workflow to fail, preventing auto-pilot from being triggered for follow-up issues created by verify:create-new-pr. Root cause analysis: - verify:create-new-pr creates follow-up issue - uploads metadata artifact with upload-artifact@v6 - bridge workflow tries to download with download-artifact@v7 (fails) -auto-pilot never gets dispatched This fixes both PR #1372 and issue #1391 failures. Fixes #1391 * fix: address review — download-artifact@v7 + withRetry client param + pagination Address all coding agent review comments on PR #1398: 1. Restore download-artifact@v7 in bridge workflow (both main + template) The v4 pinning was stale; main already has v7 from PR #1394. 2. Fix withRetry token rotation in bot-comment-dismiss.js (both copies) Callbacks now accept the client parameter from withRetry so token switching works under rate limiting. Default fallback passes github as the client argument. 3. Add pagination in template dismiss_ignored job Use client.paginate() instead of per_page:100 without pagination, ensuring all review comments are processed on large PRs. 4. Remove unused botLogins field from review entry tracking The ignoredComments array already tracks per-comment login, making botLogins redundant. 5. Clarify dismiss_ignored job comment: dismisses review state (not individual comments) to prevent blocking merge. * chore: fix trailing whitespace and formatting * chore(autofix): formatting/lint --------- Co-authored-by: github-actions[bot] <github-actions[bot]@users.noreply.github.com> Co-authored-by: Codex <codex@example.com> Co-authored-by: github-actions[bot] <41898282+github-actions[bot]@users.noreply.github.com> Co-authored-by: Codex <codex@localhost> Co-authored-by: codex <codex@users.noreply.github.com> Co-authored-by: Codex <codex@local>
Automated Status Summary
Scope
PR #1367 addressed issue #1365, but verification flagged CONCERNS due to gaps in how tests validate internal behavior (notably
max_repair_attemptseffective handling andquality_contextforwarding) and potential missing/pinned dependencies. This follow-up tightens test assertions to observe real call sites (spies/mocks), verifies identity-forwarding robustly (positional + keyword), fixes a client signature mismatch, and pins dependencies for reproducible, fresh-env test runs.Context for Agent
Related Issues/PRs
Tasks
tests/test_structured_output.pyto parameterizemax_repair_attemptsover[0, 1, 2, 10]and assert the effective value by spying on the repair-loop invocation (capture the argument passed into the repair loop). Set expected effective values to match the production rule (clamp vs no-clamp) and add an inline comment describing that rule.tests/test_structured_output.pyto parameterizemax_repair_attemptsover `[0 (verify: tests pass)tests/test_structured_output.pyto parameterizemax_repair_attemptsover `[0 (verify: tests pass)tests/test_structured_output.pyto parameterizemax_repair_attemptsover `[0 (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers, callanalyze_completiononce with a unique sentinelquality_context, assert the selected provider method is called exactly once, and verifyquality_contextforwarding by identity by inspecting bothcall_args.argsandcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present).tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith callanalyze_completiononce with a unique sentinelquality_context(verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith callanalyze_completiononce with a unique sentinelquality_context(verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith callanalyze_completiononce with a unique sentinelquality_context(verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith assert the selected provider method is called exactly once (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith assert the selected provider method is called exactly once (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith assert the selected provider method is called exactly once (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith (verify: tests pass) verifyquality_contextforwarding by identity by inspecting bothcall_args.argstests/test_fallback_chain_provider.pyto build aFallbackChainProviderwithcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present). (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwithcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present). (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwithcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present). (verify: tests pass)tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g.,*args, **kwargs), and add assertions thatinvokeis called exactly once and thatinvoke.call_args.kwargs['quality_context'] is sentinel.tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g. (verify: tests pass)tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g. (verify: tests pass)tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g. (verify: tests pass)invokeis called exactly once (verify: confirm completion in repo)invokeis called exactly once (verify: confirm completion in repo)invokeis called exactly once (verify: confirm completion in repo)invoke.call_args.kwargs['quality_context'] is sentinel. (verify: confirm completion in repo)invoke.call_args.kwargs['quality_context'] is sentinel. (verify: confirm completion in repo)invoke.call_args.kwargs['quality_context'] is sentinel. (verify: confirm completion in repo)requirements.txt, pinninglangchain-communityandrequestswith exact==versions and adding any other required packages with exact pins where feasible.requirements.txt(verify: dependencies updated) pinninglangchain-community(verify: dependencies updated)requestswith exact==versions (verify: dependencies updated)requestswith adding any other required packages with exact pins where feasible. (verify: dependencies updated)requestswith adding any other required packages with exact pins where feasible. (verify: dependencies updated)requestswith adding any other required packages with exact pins where feasible. (verify: dependencies updated)Acceptance criteria
tests/test_structured_output.pycontains a single parameterized test case overmax_repair_attemptsvalues[0, 1, 2, 10](e.g., viapytest.mark.parametrize) and the test asserts the effective value used internally by capturing the argument passed to the repair-loop invocation (spy/mock on the repair-loop callsite, not by directly calling internal helper functions).[0, 1, 2, 10], the structured-output test asserts that the captured repair-loop argument equals the expected effective value according to the production rule (either unchanged or clamped), and the expected mapping is explicitly encoded in the test (e.g., anexpected_effectiveparameter) rather than inferred at runtime.max_repair_attempts(e.g., “value is clamped to X” or “value is not clamped; forwarded as-is”), so that changing production behavior requires updating the comment and expected values together.tests/test_fallback_chain_provider.pyconstructs aFallbackChainProviderusing at least two distinct underlying provider instances/mocks and invokesanalyze_completion(...)exactly once with a uniquesentinel = object()passed asquality_context.quality_contextforwarding by identity by inspecting bothcall_args.argsandcall_args.kwargs, and includes an explicit assertioncall_args.kwargs['quality_context'] is sentinelwhen the kwarg is present.tests/test_anthropic_provider.py,DummyClient.invokeis defined with a signature that can accept the provider call pattern (must accept*argsand**kwargs), so the test does not fail due toTypeErrorfrom argument mismatch.DummyClient.invokeis called exactly once during the operation under test (e.g.,invoke.assert_called_once()), not merely that it was called.sentinel = object()asquality_contextand asserts identity forwarding viaDummyClient.invoke.call_args.kwargs['quality_context'] is sentinel.requirements.txtcontains exact version pins (using==) for bothlangchain-communityandrequests(no ranges like>=or unpinned entries for these two packages).requirements.txtwith exact==pins where feasible, and runningpython -m pytest -qin a fresh environment created fromrequirements.txtcompletes withoutModuleNotFoundError.Closes #1371
Why
PR #1367 addressed issue #1365, but verification flagged CONCERNS due to gaps in how tests validate internal behavior (notably
max_repair_attemptseffective handling andquality_contextforwarding) and potential missing/pinned dependencies. This follow-up tightens test assertions to observe real call sites (spies/mocks), verifies identity-forwarding robustly (positional + keyword), fixes a client signature mismatch, and pins dependencies for reproducible, fresh-env test runs.Source
Original PR: #1367
Parent issue: #1365
Scope
Not provided.
Non-Goals
Not provided.
Tasks
tests/test_structured_output.pyto parameterizemax_repair_attemptsover[0, 1, 2, 10]and assert the effective value by spying on the repair-loop invocation (capture the argument passed into the repair loop). Set expected effective values to match the production rule (clamp vs no-clamp) and add an inline comment describing that rule.tests/test_structured_output.pyto parameterizemax_repair_attemptsover `[0 (verify: tests pass)tests/test_structured_output.pyto parameterizemax_repair_attemptsover `[0 (verify: tests pass)tests/test_structured_output.pyto parameterizemax_repair_attemptsover `[0 (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers, callanalyze_completiononce with a unique sentinelquality_context, assert the selected provider method is called exactly once, and verifyquality_contextforwarding by identity by inspecting bothcall_args.argsandcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present).tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith at least two providers (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith callanalyze_completiononce with a unique sentinelquality_context(verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith callanalyze_completiononce with a unique sentinelquality_context(verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith callanalyze_completiononce with a unique sentinelquality_context(verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith assert the selected provider method is called exactly once (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith assert the selected provider method is called exactly once (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith assert the selected provider method is called exactly once (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwith (verify: tests pass)quality_contextforwarding by identity by inspecting bothcall_args.argstests/test_fallback_chain_provider.pyto build aFallbackChainProviderwithcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present). (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwithcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present). (verify: tests pass)tests/test_fallback_chain_provider.pyto build aFallbackChainProviderwithcall_args.kwargs(explicitly assertkwargs['quality_context'] is sentinelwhen present). (verify: tests pass)tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g.,*args, **kwargs), and add assertions thatinvokeis called exactly once and thatinvoke.call_args.kwargs['quality_context'] is sentinel.tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g. (verify: tests pass)tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g. (verify: tests pass)tests/test_anthropic_provider.pysoDummyClient.invokeaccepts the positional/keyword pattern used by the provider (e.g. (verify: tests pass)invokeis called exactly once (verify: confirm completion in repo)invokeis called exactly once (verify: confirm completion in repo)invokeis called exactly once (verify: confirm completion in repo)invoke.call_args.kwargs['quality_context'] is sentinel. (verify: confirm completion in repo)invoke.call_args.kwargs['quality_context'] is sentinel. (verify: confirm completion in repo)invoke.call_args.kwargs['quality_context'] is sentinel. (verify: confirm completion in repo)requirements.txt, pinninglangchain-communityandrequestswith exact==versions and adding any other required packages with exact pins where feasible.requirements.txt(verify: dependencies updated)langchain-community(verify: dependencies updated)requestswith exact==versions (verify: dependencies updated)requestswith adding any other required packages with exact pins where feasible. (verify: dependencies updated)requestswith adding any other required packages with exact pins where feasible. (verify: dependencies updated)requestswith adding any other required packages with exact pins where feasible. (verify: dependencies updated)Acceptance Criteria
tests/test_structured_output.pycontains a single parameterized test case overmax_repair_attemptsvalues[0, 1, 2, 10](e.g., viapytest.mark.parametrize) and the test asserts the effective value used internally by capturing the argument passed to the repair-loop invocation (spy/mock on the repair-loop callsite, not by directly calling internal helper functions).[0, 1, 2, 10], the structured-output test asserts that the captured repair-loop argument equals the expected effective value according to the production rule (either unchanged or clamped), and the expected mapping is explicitly encoded in the test (e.g., anexpected_effectiveparameter) rather than inferred at runtime.max_repair_attempts(e.g., “value is clamped to X” or “value is not clamped; forwarded as-is”), so that changing production behavior requires updating the comment and expected values together.tests/test_fallback_chain_provider.pyconstructs aFallbackChainProviderusing at least two distinct underlying provider instances/mocks and invokesanalyze_completion(...)exactly once with a uniquesentinel = object()passed asquality_context.quality_contextforwarding by identity by inspecting bothcall_args.argsandcall_args.kwargs, and includes an explicit assertioncall_args.kwargs['quality_context'] is sentinelwhen the kwarg is present.tests/test_anthropic_provider.py,DummyClient.invokeis defined with a signature that can accept the provider call pattern (must accept*argsand**kwargs), so the test does not fail due toTypeErrorfrom argument mismatch.DummyClient.invokeis called exactly once during the operation under test (e.g.,invoke.assert_called_once()), not merely that it was called.sentinel = object()asquality_contextand asserts identity forwarding viaDummyClient.invoke.call_args.kwargs['quality_context'] is sentinel.requirements.txtcontains exact version pins (using==) for bothlangchain-communityandrequests(no ranges like>=or unpinned entries for these two packages).requirements.txtwith exact==pins where feasible, and runningpython -m pytest -qin a fresh environment created fromrequirements.txtcompletes withoutModuleNotFoundError.Implementation Notes
tests/test_structured_output.py:Use
pytest.mark.parametrize("max_repair_attempts, expected_effective", [...])with exactly the four inputs[0, 1, 2, 10]and explicit expected effective values per input.Spy/mock the repair-loop call site (the function/method that receives the effective
max_repair_attempts) and assert on the captured call argument. Do not validate via directly calling helper functions.Add a short inline comment immediately next to the expectation explaining the production rule (clamped vs forwarded as-is). If the current production rule is ambiguous, align the test expectations with the actual production behavior while leaving the semantic decision to maintainers (see deferred item below).
tests/test_fallback_chain_provider.py:Construct with
>= 2providers to make “inactive provider not called” assertions meaningful.Call
analyze_completiononce withsentinel = object()asquality_context.Assert call counts: active exactly once; others zero.
Verify forwarding by identity using both
call_args.argsandcall_args.kwargs; if present as kwarg, explicitly assertkwargs["quality_context"] is sentinel.tests/test_anthropic_provider.py:Make
DummyClient.invoke(self, *args, **kwargs)compatible with the provider call pattern.Use
sentinel = object()and assert:invoke.assert_called_once()invoke.call_args.kwargs["quality_context"] is sentinelrequirements.txt:Add exact pins (
==) forlangchain-communityandrequests.Add any other missing dependencies needed for imports exercised by the test suite, pinned with
==where feasible.Validate with a clean environment run:
pip install -r requirements.txtthenpython -m pytest -q.Background (previous attempt context)
Assuming the production clamping behavior without verifying the module rules:
Why it failed: tests encoded an expected clamp to a maximum of 1, while the original criteria allowed for values like 2 and 10 to pass unmodified. This inconsistency can let incorrect behavior slip through or cause false failures.
What to try instead: clarify intended clamping behavior via docs/maintainer decision, and ensure tests assert the effective value observed at an internal call site.
Only checking keyword arguments for
quality_contextin theFallbackChainProvidertest:Why it failed: it missed cases where
quality_contextis passed positionally and didn’t enforce identity forwarding.What to try instead: inspect both
call_args.argsandcall_args.kwargsand assert identity (is) where applicable.Critical Rules
Do NOT include "Remaining Unchecked Items" or "Iteration Details" sections unless they contain specific, useful failure context
Tasks should be concrete actions, not verification concerns restated
Acceptance criteria must be testable (not "all concerns addressed")
Keep the main body focused - hide background/history in the collapsible section
Do NOT include the entire analysis object - only include specific failure contexts from
blockers_to_avoidOriginal Issue