gstack/test/fixtures/ceo-count-ad-v2.json

{
  "version": 1,
  "provenance": {
    "sourceHead": "7fac51e9bd8619665960657462ceab2773d142f5",
    "runLabel": "ship-source-ad-full-paid-20260909-v2",
    "rule": "Exact completed public native requests/replies from retained parent JSONL. No private thinking or synthetic completion; snapshots were in progress and gain no historical terminal credit."
  },
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      "observation": {
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        "sha256": "42760e28cc6985d141ab6a5be15782adbd0298a6e579ace53b055d8f7c8ec015",
        "state": "in_progress",
        "capture": {
          "skill": "plan-ceo-review",
          "runId": "ship-source-ad-full-paid-20260909-v2-4",
          "cwd": "/tmp/gstack-paid-shard-Y3pEVj/tmp/gstack-plan-count-yBLwZl",
          "claudeConfigDir": "/tmp/gstack-paid-shard-Y3pEVj/tmp/gstack-hermetic-1638041-TRh7i1/with-skills/.claude",
          "at": "2026-09-09T19:11:23.038Z"
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        "step0Count": 5,
        "reviewCount": 0,
        "administrativeCount": 0
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        "path": "/home/vercel-sandbox/gstack/.context/ship-source-ad-full-paid-20260909-v2/full-pty-evidence/blobs/9650e46f5b3d04818b301f8093ffe609cafff5ba69d67b4391316ffc7e437e89/current.jsonl",
        "capturedPrefixBytes": 636453,
        "prefixSha256": "14fc89a306751cf6f87e2e7056f197bdc5d1c33e812a8003ae493a5e52277deb"
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              "question": "D0 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count fixture on main, reviewing PLAN.md (Stripe payment webhook handler) in HOLD SCOPE mode.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules, so future requests like \"review this\" or \"ship it\" get routed to the right skill automatically. This is a one-time setup prompt per project. Because we are in plan mode right now, the CLAUDE.md edit and commit would happen after the review finishes and plan mode exits, not now.\nStakes if we pick wrong: Without rules, you invoke skills by hand each time; with them, an extra section lands in a checked-in file.\nRecommendation: A because routing rules make later sessions pick the right skill without manual invocation.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: convenience of auto-routing versus keeping CLAUDE.md untouched.",
              "header": "Routing",
              "multiSelect": false,
              "options": [
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                  "label": "Add routing rules (recommended)",
                  "description": "\u2705 Future \"review / ship / investigate\" requests auto-route to the right gstack skill. \u2705 One append to CLAUDE.md plus one commit, applied after plan mode exits. \u274c Adds a checked-in section to CLAUDE.md that teammates will see."
                },
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                  "label": "No thanks, manual skills",
                  "description": "\u2705 CLAUDE.md stays exactly as it is, no commit on this fixture repo. \u2705 You keep explicit control over which skill runs when. \u274c You must type /skill-name each time; this prompt is suppressed for this project."
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          "answers": {
            "D0 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count fixture on main, reviewing PLAN.md (Stripe payment webhook handler) in HOLD SCOPE mode.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules, so future requests like \"review this\" or \"ship it\" get routed to the right skill automatically. This is a one-time setup prompt per project. Because we are in plan mode right now, the CLAUDE.md edit and commit would happen after the review finishes and plan mode exits, not now.\nStakes if we pick wrong: Without rules, you invoke skills by hand each time; with them, an extra section lands in a checked-in file.\nRecommendation: A because routing rules make later sessions pick the right skill without manual invocation.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: convenience of auto-routing versus keeping CLAUDE.md untouched.": "Add routing rules (recommended)"
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              "header": "Learnings",
              "multiSelect": false,
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                  "label": "Enable cross-project (recommended)",
                  "description": "\u2705 Reviews can apply pitfalls and fixes learned on your other local projects. \u2705 Stays entirely on this machine, one config flag, reversible any time. \u274c On a multi-client machine, one codebase's lessons can bleed into another's review."
                },
                {
                  "label": "Project-scoped only",
                  "description": "\u2705 Strict isolation: only this project's learnings are ever consulted. \u2705 Safe default when you work across unrelated client codebases. \u274c Loses reusable patterns already learned elsewhere on this machine."
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          "answers": {
            "D1 \u2014 Enable cross-project learnings search?\nProject/branch/task: plan-count fixture on main, reviewing the Stripe payment webhook plan in HOLD SCOPE mode.\nELI10: gstack can search learnings saved from your other projects on this machine to find patterns that might apply here. Everything stays local; no data leaves the machine. It helps solo developers most. Skip it if you work on multiple client codebases where mixing lessons between them would be a concern.\nStakes if we pick wrong: Enabling on a multi-client machine could surface one client's quirks in another's review; disabling loses reusable patterns.\nRecommendation: A because this is a local-only lookup and more prior context makes the review sharper.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: broader recall versus strict per-project isolation.": "Enable cross-project (recommended)"
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          "answeredAt": "2026-09-09T19:03:44.812Z"
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              "question": "D2 \u2014 Run /office-hours first, or proceed with the standard review?\nProject/branch/task: plan-count fixture on main, reviewing the Stripe payment webhook plan in HOLD SCOPE mode.\nELI10: No design doc found for this branch. /office-hours produces a structured problem statement, a premise challenge, and explored alternatives, which gives this review sharper input. It takes about 10 minutes. The design doc is per-feature, not per-product; it captures the thinking behind this specific change. Here the plan already states its retained contracts in detail and you asked for HOLD SCOPE, so the problem framing is mostly settled.\nStakes if we pick wrong: Skipping loses a written problem statement; running it delays a review whose scope you have already fixed.\nRecommendation: B because you explicitly chose HOLD SCOPE and the plan's contracts section already pins down the problem and constraints.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: a sharper written premise versus getting straight into the rigor pass you asked for.",
              "header": "Prereq",
              "multiSelect": false,
              "options": [
                {
                  "label": "Skip, standard review (recommended)",
                  "description": "\u2705 Goes straight into the HOLD SCOPE rigor pass you asked for, no detour. \u2705 The plan's retained-contracts section already supplies most of what a design doc would. \u274c No durable design doc gets written for this feature."
                },
                {
                  "label": "Run /office-hours now",
                  "description": "\u2705 Produces a structured problem statement and alternatives doc the review can cite. \u2705 Forces the premise challenge before rigor, useful if the approach is still open. \u274c Adds roughly 10 minutes before the review starts (human ~10 min / CC ~3 min)."
                }
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          "answered": true,
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          "answers": {
            "D2 \u2014 Run /office-hours first, or proceed with the standard review?\nProject/branch/task: plan-count fixture on main, reviewing the Stripe payment webhook plan in HOLD SCOPE mode.\nELI10: No design doc found for this branch. /office-hours produces a structured problem statement, a premise challenge, and explored alternatives, which gives this review sharper input. It takes about 10 minutes. The design doc is per-feature, not per-product; it captures the thinking behind this specific change. Here the plan already states its retained contracts in detail and you asked for HOLD SCOPE, so the problem framing is mostly settled.\nStakes if we pick wrong: Skipping loses a written problem statement; running it delays a review whose scope you have already fixed.\nRecommendation: B because you explicitly chose HOLD SCOPE and the plan's contracts section already pins down the problem and constraints.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: a sharper written premise versus getting straight into the rigor pass you asked for.": "Skip, standard review (recommended)"
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              "question": "D3 \u2014 Which implementation approach should the plan take?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: The plan adds a new handler class for Stripe \"payment succeeded\" events. The behavior (mark user paid, send an email) is settled. What is open is the shape: keep the handler as a standalone class that bypasses the existing WebhookDispatcher, or register it through the dispatcher so every webhook takes one routing path. In all approaches the four defects (raw SQL lookup, unprotected inline email, no tests, N+1 order loop) get their own decisions later; this question is only about structure.\nStakes if we pick wrong: Two routing paths means two places to keep guards and logging honest for years; the wrong structure makes every later payment fix twice as costly.\nRecommendation: B because DRY is a stated preference, and namespace separation can be achieved with a module name while still routing through the one dispatcher; the retained guards in ingress stay untouched either way.\nCompleteness: A=7/10, B=9/10, C=10/10\nNet: a smaller diff that leaves a parallel routing path, versus one routing path with a slightly larger diff, versus one routing path plus async notification infrastructure that may not exist yet.",
              "header": "Approach",
              "multiSelect": false,
              "options": [
                {
                  "label": "B: Route via WebhookDispatcher (recommended)",
                  "description": "Register StripePaymentWebhookHandler under its own namespace but dispatch it through the existing WebhookDispatcher; lookup via a parameterized query object; email after commit. Effort M (human ~2 days / CC ~30 min). Risk Low. \u2705 One webhook routing path, so guards, logging, and the feature flag live in one place. \u2705 Namespace separation is kept through module naming, satisfying the plan's stated goal. \u274c Slightly larger diff touching dispatcher registration; assumes the dispatcher supports per-event handlers (unverified, no source here)."
                },
                {
                  "label": "A: Standalone handler, fix in place",
                  "description": "Keep the plan's bypass of WebhookDispatcher; fix the four defects inside the new class. Effort S (human ~1 day / CC ~15 min). Risk Med. \u2705 Smallest diff, matches the plan text exactly. \u2705 No dispatcher changes, so zero risk to other webhook handlers. \u274c Leaves two webhook routing paths that must stay behaviorally identical forever (DRY violation)."
                },
                {
                  "label": "C: B plus background job for email",
                  "description": "Same as B, and the notification email is enqueued to a background job with retries instead of sent inline. Effort M-L (human ~3 days / CC ~45 min). Risk Med. \u2705 Webhook returns fast and never blocks on the mail provider. \u2705 Email retries become automatic instead of a manual runbook step. \u274c Depends on a job queue that the plan does not mention; the runbook and mail alerting contracts would need updating."
                }
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          "answers": {
            "D3 \u2014 Which implementation approach should the plan take?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: The plan adds a new handler class for Stripe \"payment succeeded\" events. The behavior (mark user paid, send an email) is settled. What is open is the shape: keep the handler as a standalone class that bypasses the existing WebhookDispatcher, or register it through the dispatcher so every webhook takes one routing path. In all approaches the four defects (raw SQL lookup, unprotected inline email, no tests, N+1 order loop) get their own decisions later; this question is only about structure.\nStakes if we pick wrong: Two routing paths means two places to keep guards and logging honest for years; the wrong structure makes every later payment fix twice as costly.\nRecommendation: B because DRY is a stated preference, and namespace separation can be achieved with a module name while still routing through the one dispatcher; the retained guards in ingress stay untouched either way.\nCompleteness: A=7/10, B=9/10, C=10/10\nNet: a smaller diff that leaves a parallel routing path, versus one routing path with a slightly larger diff, versus one routing path plus async notification infrastructure that may not exist yet.": "B: Route via WebhookDispatcher (recommended)"
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          "answeredAt": "2026-09-09T19:07:03.231Z"
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              "question": "D4 \u2014 Finding 2.1: the notification email has no error handling and an unspecified transaction boundary. How should the email leg fail?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: After we mark the user paid, we send them an email. Today's plan sends it inline with no error handling and does not say whether it runs inside the database transaction. If it is inside, a mail outage rolls back the payment and Stripe keeps retrying into the same outage for up to three days, so the user never gets marked paid. If it is outside and the error propagates, the ingress wrapper returns 500 and fires a \"failed webhook\" alert for a payment that actually committed, and the Stripe retry is then swallowed by dedup. Either way the plan leaves this to chance.\nStakes if we pick wrong: Users who paid stay unpaid during a mail outage, or on-call chases false webhook-failure alerts for committed payments.\nRecommendation: A because zero silent failures plus explicit-over-clever: commit first, then rescue the mail client's named exceptions, log the correlated context, and return 200 so the existing mail failure alert and runbook carry the retry, exactly as the retained runbook contract describes.\nCompleteness: A=9/10, B=4/10\nNet: A costs about 15 lines and one test each for delivery error and timeout; B costs nothing now and an incident later.",
              "header": "Email leg",
              "multiSelect": false,
              "options": [
                {
                  "label": "2.1A Post-commit, rescue named mail errors, 200 (recommended)",
                  "description": "Send the email only after the DB transaction commits and dedup records completion. Rescue the mail client's specific delivery and timeout exception classes (never StandardError), log at warn with event id, user id, payment intent id and the operation, then return 200. Verified by unit tests for provider 5xx and timeout asserting the user stays paid and the response is 200. Failure visibility: existing mail failure-rate dashboard and on-call alert. Human ~2h / CC ~10 min. \u2705 A mail outage can never block or roll back a payment. \u2705 No false \"failed webhook\" alerts; the mail alert plus runbook retry the notification only. \u274c A second, unrelated mail exception class would still propagate until named."
                },
                {
                  "label": "2.1B Leave the email unhandled as planned",
                  "description": "Keep the inline call with no rescue. Behavior depends on where the implementer puts the transaction boundary. Human 0 / CC 0. \u2705 Zero additional code in the handler. \u2705 If outside the transaction, the contract's 500-then-dedup path technically converges. \u274c If inside the transaction, a mail outage blocks payment recording for up to three days of Stripe retries; if outside, every mail failure raises a false webhook-failure alert."
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            "D4 \u2014 Finding 2.1: the notification email has no error handling and an unspecified transaction boundary. How should the email leg fail?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: After we mark the user paid, we send them an email. Today's plan sends it inline with no error handling and does not say whether it runs inside the database transaction. If it is inside, a mail outage rolls back the payment and Stripe keeps retrying into the same outage for up to three days, so the user never gets marked paid. If it is outside and the error propagates, the ingress wrapper returns 500 and fires a \"failed webhook\" alert for a payment that actually committed, and the Stripe retry is then swallowed by dedup. Either way the plan leaves this to chance.\nStakes if we pick wrong: Users who paid stay unpaid during a mail outage, or on-call chases false webhook-failure alerts for committed payments.\nRecommendation: A because zero silent failures plus explicit-over-clever: commit first, then rescue the mail client's named exceptions, log the correlated context, and return 200 so the existing mail failure alert and runbook carry the retry, exactly as the retained runbook contract describes.\nCompleteness: A=9/10, B=4/10\nNet: A costs about 15 lines and one test each for delivery error and timeout; B costs nothing now and an incident later.": "2.1A Post-commit, rescue named mail errors, 200 (recommended)"
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          "answeredAt": "2026-09-09T19:09:03.422Z"
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                          "label": "Add routing rules (recommended)",
                          "description": "\u2705 Future \"review / ship / investigate\" requests auto-route to the right gstack skill. \u2705 One append to CLAUDE.md plus one commit, applied after plan mode exits. \u274c Adds a checked-in section to CLAUDE.md that teammates will see."
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                "content": "Your questions have been answered: \"D0 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count fixture on main, reviewing PLAN.md (Stripe payment webhook handler) in HOLD SCOPE mode.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules, so future requests like \"review this\" or \"ship it\" get routed to the right skill automatically. This is a one-time setup prompt per project. Because we are in plan mode right now, the CLAUDE.md edit and commit would happen after the review finishes and plan mode exits, not now.\nStakes if we pick wrong: Without rules, you invoke skills by hand each time; with them, an extra section lands in a checked-in file.\nRecommendation: A because routing rules make later sessions pick the right skill without manual invocation.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: convenience of auto-routing versus keeping CLAUDE.md untouched.\"=\"Add routing rules (recommended)\". You can now continue with these answers in mind.",
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                "question": "D0 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count fixture on main, reviewing PLAN.md (Stripe payment webhook handler) in HOLD SCOPE mode.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules, so future requests like \"review this\" or \"ship it\" get routed to the right skill automatically. This is a one-time setup prompt per project. Because we are in plan mode right now, the CLAUDE.md edit and commit would happen after the review finishes and plan mode exits, not now.\nStakes if we pick wrong: Without rules, you invoke skills by hand each time; with them, an extra section lands in a checked-in file.\nRecommendation: A because routing rules make later sessions pick the right skill without manual invocation.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: convenience of auto-routing versus keeping CLAUDE.md untouched.",
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              "D0 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count fixture on main, reviewing PLAN.md (Stripe payment webhook handler) in HOLD SCOPE mode.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules, so future requests like \"review this\" or \"ship it\" get routed to the right skill automatically. This is a one-time setup prompt per project. Because we are in plan mode right now, the CLAUDE.md edit and commit would happen after the review finishes and plan mode exits, not now.\nStakes if we pick wrong: Without rules, you invoke skills by hand each time; with them, an extra section lands in a checked-in file.\nRecommendation: A because routing rules make later sessions pick the right skill without manual invocation.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: convenience of auto-routing versus keeping CLAUDE.md untouched.": "Add routing rules (recommended)"
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                "content": "Your questions have been answered: \"D2 \u2014 Run /office-hours first, or proceed with the standard review?\nProject/branch/task: plan-count fixture on main, reviewing the Stripe payment webhook plan in HOLD SCOPE mode.\nELI10: No design doc found for this branch. /office-hours produces a structured problem statement, a premise challenge, and explored alternatives, which gives this review sharper input. It takes about 10 minutes. The design doc is per-feature, not per-product; it captures the thinking behind this specific change. Here the plan already states its retained contracts in detail and you asked for HOLD SCOPE, so the problem framing is mostly settled.\nStakes if we pick wrong: Skipping loses a written problem statement; running it delays a review whose scope you have already fixed.\nRecommendation: B because you explicitly chose HOLD SCOPE and the plan's contracts section already pins down the problem and constraints.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: a sharper written premise versus getting straight into the rigor pass you asked for.\"=\"Skip, standard review (recommended)\". You can now continue with these answers in mind.",
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                      "question": "D3 \u2014 Which implementation approach should the plan take?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: The plan adds a new handler class for Stripe \"payment succeeded\" events. The behavior (mark user paid, send an email) is settled. What is open is the shape: keep the handler as a standalone class that bypasses the existing WebhookDispatcher, or register it through the dispatcher so every webhook takes one routing path. In all approaches the four defects (raw SQL lookup, unprotected inline email, no tests, N+1 order loop) get their own decisions later; this question is only about structure.\nStakes if we pick wrong: Two routing paths means two places to keep guards and logging honest for years; the wrong structure makes every later payment fix twice as costly.\nRecommendation: B because DRY is a stated preference, and namespace separation can be achieved with a module name while still routing through the one dispatcher; the retained guards in ingress stay untouched either way.\nCompleteness: A=7/10, B=9/10, C=10/10\nNet: a smaller diff that leaves a parallel routing path, versus one routing path with a slightly larger diff, versus one routing path plus async notification infrastructure that may not exist yet.",
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                          "description": "Keep the plan's bypass of WebhookDispatcher; fix the four defects inside the new class. Effort S (human ~1 day / CC ~15 min). Risk Med. \u2705 Smallest diff, matches the plan text exactly. \u2705 No dispatcher changes, so zero risk to other webhook handlers. \u274c Leaves two webhook routing paths that must stay behaviorally identical forever (DRY violation)."
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                          "label": "C: B plus background job for email",
                          "description": "Same as B, and the notification email is enqueued to a background job with retries instead of sent inline. Effort M-L (human ~3 days / CC ~45 min). Risk Med. \u2705 Webhook returns fast and never blocks on the mail provider. \u2705 Email retries become automatic instead of a manual runbook step. \u274c Depends on a job queue that the plan does not mention; the runbook and mail alerting contracts would need updating."
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                "content": "Your questions have been answered: \"D3 \u2014 Which implementation approach should the plan take?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: The plan adds a new handler class for Stripe \"payment succeeded\" events. The behavior (mark user paid, send an email) is settled. What is open is the shape: keep the handler as a standalone class that bypasses the existing WebhookDispatcher, or register it through the dispatcher so every webhook takes one routing path. In all approaches the four defects (raw SQL lookup, unprotected inline email, no tests, N+1 order loop) get their own decisions later; this question is only about structure.\nStakes if we pick wrong: Two routing paths means two places to keep guards and logging honest for years; the wrong structure makes every later payment fix twice as costly.\nRecommendation: B because DRY is a stated preference, and namespace separation can be achieved with a module name while still routing through the one dispatcher; the retained guards in ingress stay untouched either way.\nCompleteness: A=7/10, B=9/10, C=10/10\nNet: a smaller diff that leaves a parallel routing path, versus one routing path with a slightly larger diff, versus one routing path plus async notification infrastructure that may not exist yet.\"=\"B: Route via WebhookDispatcher (recommended)\". You can now continue with these answers in mind.",
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                "question": "D3 \u2014 Which implementation approach should the plan take?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: The plan adds a new handler class for Stripe \"payment succeeded\" events. The behavior (mark user paid, send an email) is settled. What is open is the shape: keep the handler as a standalone class that bypasses the existing WebhookDispatcher, or register it through the dispatcher so every webhook takes one routing path. In all approaches the four defects (raw SQL lookup, unprotected inline email, no tests, N+1 order loop) get their own decisions later; this question is only about structure.\nStakes if we pick wrong: Two routing paths means two places to keep guards and logging honest for years; the wrong structure makes every later payment fix twice as costly.\nRecommendation: B because DRY is a stated preference, and namespace separation can be achieved with a module name while still routing through the one dispatcher; the retained guards in ingress stay untouched either way.\nCompleteness: A=7/10, B=9/10, C=10/10\nNet: a smaller diff that leaves a parallel routing path, versus one routing path with a slightly larger diff, versus one routing path plus async notification infrastructure that may not exist yet.",
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                      "question": "D4 \u2014 Finding 2.1: the notification email has no error handling and an unspecified transaction boundary. How should the email leg fail?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: After we mark the user paid, we send them an email. Today's plan sends it inline with no error handling and does not say whether it runs inside the database transaction. If it is inside, a mail outage rolls back the payment and Stripe keeps retrying into the same outage for up to three days, so the user never gets marked paid. If it is outside and the error propagates, the ingress wrapper returns 500 and fires a \"failed webhook\" alert for a payment that actually committed, and the Stripe retry is then swallowed by dedup. Either way the plan leaves this to chance.\nStakes if we pick wrong: Users who paid stay unpaid during a mail outage, or on-call chases false webhook-failure alerts for committed payments.\nRecommendation: A because zero silent failures plus explicit-over-clever: commit first, then rescue the mail client's named exceptions, log the correlated context, and return 200 so the existing mail failure alert and runbook carry the retry, exactly as the retained runbook contract describes.\nCompleteness: A=9/10, B=4/10\nNet: A costs about 15 lines and one test each for delivery error and timeout; B costs nothing now and an incident later.",
                      "header": "Email leg",
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                          "label": "2.1A Post-commit, rescue named mail errors, 200 (recommended)",
                          "description": "Send the email only after the DB transaction commits and dedup records completion. Rescue the mail client's specific delivery and timeout exception classes (never StandardError), log at warn with event id, user id, payment intent id and the operation, then return 200. Verified by unit tests for provider 5xx and timeout asserting the user stays paid and the response is 200. Failure visibility: existing mail failure-rate dashboard and on-call alert. Human ~2h / CC ~10 min. \u2705 A mail outage can never block or roll back a payment. \u2705 No false \"failed webhook\" alerts; the mail alert plus runbook retry the notification only. \u274c A second, unrelated mail exception class would still propagate until named."
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                          "label": "2.1B Leave the email unhandled as planned",
                          "description": "Keep the inline call with no rescue. Behavior depends on where the implementer puts the transaction boundary. Human 0 / CC 0. \u2705 Zero additional code in the handler. \u2705 If outside the transaction, the contract's 500-then-dedup path technically converges. \u274c If inside the transaction, a mail outage blocks payment recording for up to three days of Stripe retries; if outside, every mail failure raises a false webhook-failure alert."
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                "content": "Your questions have been answered: \"D4 \u2014 Finding 2.1: the notification email has no error handling and an unspecified transaction boundary. How should the email leg fail?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: After we mark the user paid, we send them an email. Today's plan sends it inline with no error handling and does not say whether it runs inside the database transaction. If it is inside, a mail outage rolls back the payment and Stripe keeps retrying into the same outage for up to three days, so the user never gets marked paid. If it is outside and the error propagates, the ingress wrapper returns 500 and fires a \"failed webhook\" alert for a payment that actually committed, and the Stripe retry is then swallowed by dedup. Either way the plan leaves this to chance.\nStakes if we pick wrong: Users who paid stay unpaid during a mail outage, or on-call chases false webhook-failure alerts for committed payments.\nRecommendation: A because zero silent failures plus explicit-over-clever: commit first, then rescue the mail client's named exceptions, log the correlated context, and return 200 so the existing mail failure alert and runbook carry the retry, exactly as the retained runbook contract describes.\nCompleteness: A=9/10, B=4/10\nNet: A costs about 15 lines and one test each for delivery error and timeout; B costs nothing now and an incident later.\"=\"2.1A Post-commit, rescue named mail errors, 200 (recommended)\". You can now continue with these answers in mind.",
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                "question": "D4 \u2014 Finding 2.1: the notification email has no error handling and an unspecified transaction boundary. How should the email leg fail?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: After we mark the user paid, we send them an email. Today's plan sends it inline with no error handling and does not say whether it runs inside the database transaction. If it is inside, a mail outage rolls back the payment and Stripe keeps retrying into the same outage for up to three days, so the user never gets marked paid. If it is outside and the error propagates, the ingress wrapper returns 500 and fires a \"failed webhook\" alert for a payment that actually committed, and the Stripe retry is then swallowed by dedup. Either way the plan leaves this to chance.\nStakes if we pick wrong: Users who paid stay unpaid during a mail outage, or on-call chases false webhook-failure alerts for committed payments.\nRecommendation: A because zero silent failures plus explicit-over-clever: commit first, then rescue the mail client's named exceptions, log the correlated context, and return 200 so the existing mail failure alert and runbook carry the retry, exactly as the retained runbook contract describes.\nCompleteness: A=9/10, B=4/10\nNet: A costs about 15 lines and one test each for delivery error and timeout; B costs nothing now and an incident later.",
                "header": "Email leg",
                "options": [
                  {
                    "label": "2.1A Post-commit, rescue named mail errors, 200 (recommended)",
                    "description": "Send the email only after the DB transaction commits and dedup records completion. Rescue the mail client's specific delivery and timeout exception classes (never StandardError), log at warn with event id, user id, payment intent id and the operation, then return 200. Verified by unit tests for provider 5xx and timeout asserting the user stays paid and the response is 200. Failure visibility: existing mail failure-rate dashboard and on-call alert. Human ~2h / CC ~10 min. \u2705 A mail outage can never block or roll back a payment. \u2705 No false \"failed webhook\" alerts; the mail alert plus runbook retry the notification only. \u274c A second, unrelated mail exception class would still propagate until named."
                  },
                  {
                    "label": "2.1B Leave the email unhandled as planned",
                    "description": "Keep the inline call with no rescue. Behavior depends on where the implementer puts the transaction boundary. Human 0 / CC 0. \u2705 Zero additional code in the handler. \u2705 If outside the transaction, the contract's 500-then-dedup path technically converges. \u274c If inside the transaction, a mail outage blocks payment recording for up to three days of Stripe retries; if outside, every mail failure raises a false webhook-failure alert."
                  }
                ],
                "multiSelect": false
              }
            ],
            "answers": {
              "D4 \u2014 Finding 2.1: the notification email has no error handling and an unspecified transaction boundary. How should the email leg fail?\nProject/branch/task: main, Stripe payment webhook handler plan, HOLD SCOPE review.\nELI10: After we mark the user paid, we send them an email. Today's plan sends it inline with no error handling and does not say whether it runs inside the database transaction. If it is inside, a mail outage rolls back the payment and Stripe keeps retrying into the same outage for up to three days, so the user never gets marked paid. If it is outside and the error propagates, the ingress wrapper returns 500 and fires a \"failed webhook\" alert for a payment that actually committed, and the Stripe retry is then swallowed by dedup. Either way the plan leaves this to chance.\nStakes if we pick wrong: Users who paid stay unpaid during a mail outage, or on-call chases false webhook-failure alerts for committed payments.\nRecommendation: A because zero silent failures plus explicit-over-clever: commit first, then rescue the mail client's named exceptions, log the correlated context, and return 200 so the existing mail failure alert and runbook carry the retry, exactly as the retained runbook contract describes.\nCompleteness: A=9/10, B=4/10\nNet: A costs about 15 lines and one test each for delivery error and timeout; B costs nothing now and an incident later.": "2.1A Post-commit, rescue named mail errors, 200 (recommended)"
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          "sessionId": "2da8e78d-ed54-40a7-8d38-f78f10334e76",
          "toolUseId": "toolu_015CoznQnrny24zS93PMscdg",
          "questions": [
            {
              "question": "D1 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count-VaZa4U on main, running /plan-ceo-review on PLAN.md.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules. These tell Claude which slash-skill to invoke when you say things like \"review this\" or \"ship it\", so you don't have to remember skill names. This is a one-time setup prompt per project.\nStakes if we pick wrong: Without routing rules you must invoke skills manually; with them, an unwanted section lands in a committed file. Either is trivially reversible.\nRecommendation: A because routing rules make later skill invocations automatic, and the edit is a small appended section.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNote: plan mode is active, so any CLAUDE.md edit and commit would happen only after this review ends and plan mode exits.\nNet: automatic skill routing versus keeping CLAUDE.md untouched.",
              "header": "Routing",
              "multiSelect": false,
              "options": [
                {
                  "label": "A) Add routing rules to CLAUDE.md (recommended)",
                  "description": "\u2705 Future requests like \"review this diff\" auto-route to the right gstack skill without naming it.\n\u2705 One appended section, committed separately, easy to revert if unwanted.\n\u274c Adds a committed section to CLAUDE.md that teammates will also see and inherit."
                },
                {
                  "label": "B) No thanks, I'll invoke skills manually",
                  "description": "\u2705 CLAUDE.md stays exactly as it is; no new committed content in this fixture repo.\n\u2705 You can re-enable later with a single gstack-config command.\n\u274c Every gstack skill must be invoked by name; nothing routes automatically."
                }
              ]
            }
          ],
          "answered": true,
          "failed": false,
          "answers": {
            "D1 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count-VaZa4U on main, running /plan-ceo-review on PLAN.md.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules. These tell Claude which slash-skill to invoke when you say things like \"review this\" or \"ship it\", so you don't have to remember skill names. This is a one-time setup prompt per project.\nStakes if we pick wrong: Without routing rules you must invoke skills manually; with them, an unwanted section lands in a committed file. Either is trivially reversible.\nRecommendation: A because routing rules make later skill invocations automatic, and the edit is a small appended section.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNote: plan mode is active, so any CLAUDE.md edit and commit would happen only after this review ends and plan mode exits.\nNet: automatic skill routing versus keeping CLAUDE.md untouched.": "A) Add routing rules to CLAUDE.md (recommended)"
          },
          "unansweredQuestionIndices": [],
          "answeredAt": "2026-09-09T19:02:52.670Z"
        },
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          "sessionId": "2da8e78d-ed54-40a7-8d38-f78f10334e76",
          "toolUseId": "toolu_0144fancMWtfSXNxsC4tWaLU",
          "questions": [
            {
              "question": "D2 \u2014 Enable cross-project learnings search for gstack?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan.\nELI10: gstack keeps a local notebook of lessons learned per project. It can also peek at lessons from your other projects on this machine to spot patterns that apply here. Nothing leaves your machine either way. This is a one-time setting.\nStakes if we pick wrong: Enabled on a multi-client machine risks mixing one client's patterns into another's review; disabled means each project starts cold.\nRecommendation: A because this is a single-purpose fixture and the recall stays local, so there is no cross-contamination cost.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: broader recall of past lessons versus strict per-project isolation.",
              "header": "Learnings",
              "multiSelect": false,
              "options": [
                {
                  "label": "A) Enable cross-project learnings (recommended)",
                  "description": "\u2705 Reviews reuse pitfalls and patterns already learned on other local projects.\n\u2705 Stays on this machine; a single config flag, reversible any time.\n\u274c On a machine with multiple client codebases, patterns could bleed between clients."
                },
                {
                  "label": "B) Keep learnings project-scoped only",
                  "description": "\u2705 Each project's learnings stay isolated; safest for consultants with many clients.\n\u2705 Nothing changes in how this review runs today.\n\u274c This project starts with zero recalled lessons and never benefits from others."
                }
              ]
            }
          ],
          "answered": true,
          "failed": false,
          "answers": {
            "D2 \u2014 Enable cross-project learnings search for gstack?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan.\nELI10: gstack keeps a local notebook of lessons learned per project. It can also peek at lessons from your other projects on this machine to spot patterns that apply here. Nothing leaves your machine either way. This is a one-time setting.\nStakes if we pick wrong: Enabled on a multi-client machine risks mixing one client's patterns into another's review; disabled means each project starts cold.\nRecommendation: A because this is a single-purpose fixture and the recall stays local, so there is no cross-contamination cost.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: broader recall of past lessons versus strict per-project isolation.": "A) Enable cross-project learnings (recommended)"
          },
          "unansweredQuestionIndices": [],
          "answeredAt": "2026-09-09T19:05:03.127Z"
        },
        {
          "sessionId": "2da8e78d-ed54-40a7-8d38-f78f10334e76",
          "toolUseId": "toolu_01LeQRU1GJzWAngAj4SqaCRG",
          "questions": [
            {
              "question": "D3 \u2014 No design doc found for this branch. Run /office-hours first, or proceed with the standard review?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: /office-hours produces a structured problem statement, premise challenge, and explored alternatives, which gives this review sharper input. It takes about 10 minutes. The design doc is per-feature, not per-product; it captures the thinking behind this specific change. This plan adds two unit tests to an existing suite with the contracts already spelled out in the plan text.\nStakes if we pick wrong: Skipping on a fuzzy plan means the review argues with an unclear premise; running it on a crisp two-test plan costs 10 minutes for little new input.\nRecommendation: B because the plan already states the exact contracts under test and the user asked for HOLD SCOPE rigor, not problem discovery.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: 10 minutes of problem framing versus going straight to rigor on an already-precise plan.",
              "header": "Design doc",
              "multiSelect": false,
              "options": [
                {
                  "label": "B) Skip, proceed with standard review (recommended)",
                  "description": "\u2705 Goes straight to the rigor review the user asked for; the plan already names exact expected values.\n\u2705 No detour for a two-test change where the problem statement is not in doubt.\n\u274c No written premise challenge exists for this change beyond what this review records."
                },
                {
                  "label": "A) Run /office-hours now, then resume",
                  "description": "\u2705 Produces a design doc with problem statement and alternatives that later reviews can reuse.\n\u2705 Forces an explicit answer to whether unit tests are the right lever here.\n\u274c About 10 minutes (human) / 2 minutes (CC) spent framing a change that is already precisely specified."
                }
              ]
            }
          ],
          "answered": true,
          "failed": false,
          "answers": {
            "D3 \u2014 No design doc found for this branch. Run /office-hours first, or proceed with the standard review?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: /office-hours produces a structured problem statement, premise challenge, and explored alternatives, which gives this review sharper input. It takes about 10 minutes. The design doc is per-feature, not per-product; it captures the thinking behind this specific change. This plan adds two unit tests to an existing suite with the contracts already spelled out in the plan text.\nStakes if we pick wrong: Skipping on a fuzzy plan means the review argues with an unclear premise; running it on a crisp two-test plan costs 10 minutes for little new input.\nRecommendation: B because the plan already states the exact contracts under test and the user asked for HOLD SCOPE rigor, not problem discovery.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: 10 minutes of problem framing versus going straight to rigor on an already-precise plan.": "B) Skip, proceed with standard review (recommended)"
          },
          "unansweredQuestionIndices": [],
          "answeredAt": "2026-09-09T19:05:31.260Z"
        },
        {
          "sessionId": "2da8e78d-ed54-40a7-8d38-f78f10334e76",
          "toolUseId": "toolu_01DsFprY4cZXtkCJ7aaDGKDq",
          "questions": [
            {
              "question": "D4 \u2014 Which implementation structure for the two new processPayment tests?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: The plan adds two tests to an existing suite. The question is how to lay them out: two plain tests with their own setup, a shared setup block, or one table-driven test. All three exercise the same behavior; they differ in readability and how easy it is to add more scenarios later.\nStakes if we pick wrong: Over-structuring two tests makes failures harder to read; under-structuring only costs a few duplicated setup lines.\nRecommendation: A because two tests do not justify shared setup or a table, and inline arrangement is the smallest, most explicit diff (right-sized diff, explicit over clever).\nNote: options differ in kind (test layout), not coverage \u2014 no completeness score. Assertion content is reviewed separately in later sections.\nNet: readability and smallest diff now versus a scaffold for scenarios the plan does not include.",
              "header": "Approach",
              "multiSelect": false,
              "options": [
                {
                  "label": "A) Two standalone tests in the existing suite (recommended)",
                  "description": "\u2705 Smallest diff; matches the suite's current shape; each test shows its own arrangement inline. (human: ~30 min / CC: ~3 min)\n\u2705 No new helpers or nesting to maintain; a failure points at one self-contained test.\n\u274c A few lines of factory setup are repeated across the two tests."
                },
                {
                  "label": "B) Shared describe block with beforeEach setup",
                  "description": "\u2705 One arrangement to read; a natural home if more processPayment contract tests come later. (human: ~45 min / CC: ~4 min)\n\u2705 Mock response overrides per test stay short because the factory is built once.\n\u274c Adds a nesting level for only two tests and hides the arrangement from the test body."
                },
                {
                  "label": "C) Table-driven scenarios",
                  "description": "\u2705 Adding a new scenario becomes a one-line table entry. (human: ~1.5 h / CC: ~8 min)\n\u2705 Success and failure cases sit side by side in one place.\n\u274c Success returns a receipt and failure rejects, so the table needs branching logic and failures are harder to read."
                }
              ]
            }
          ],
          "answered": true,
          "failed": false,
          "answers": {
            "D4 \u2014 Which implementation structure for the two new processPayment tests?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: The plan adds two tests to an existing suite. The question is how to lay them out: two plain tests with their own setup, a shared setup block, or one table-driven test. All three exercise the same behavior; they differ in readability and how easy it is to add more scenarios later.\nStakes if we pick wrong: Over-structuring two tests makes failures harder to read; under-structuring only costs a few duplicated setup lines.\nRecommendation: A because two tests do not justify shared setup or a table, and inline arrangement is the smallest, most explicit diff (right-sized diff, explicit over clever).\nNote: options differ in kind (test layout), not coverage \u2014 no completeness score. Assertion content is reviewed separately in later sections.\nNet: readability and smallest diff now versus a scaffold for scenarios the plan does not include.": "A) Two standalone tests in the existing suite (recommended)"
          },
          "unansweredQuestionIndices": [],
          "answeredAt": "2026-09-09T19:06:29.047Z"
        },
        {
          "sessionId": "2da8e78d-ed54-40a7-8d38-f78f10334e76",
          "toolUseId": "toolu_01J3QMTQ7wLjZAh8Y3iqLPWR",
          "questions": [
            {
              "question": "D5 \u2014 Issue 1: the successful-charge test asserts only that the receipt is truthy, so it cannot detect a wrong receipt. Strengthen it to the stated contract?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 1 (lines 28-30).\nELI10: The plan's own contract section says a 1000-cent USD charge with Stripe id ch_paid must return exactly { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The proposed test only checks that some object came back. A receipt with amountCents 100000, a missing chargeId, or currency \"usd\" would all pass. The test would be green while customers see wrong receipts.\nStakes if we pick wrong: A receipt-construction regression in payment code ships with a passing test that claims to cover it, which is worse than no test because it creates false confidence.\nRecommendation: 1A because the plan's own contract states the exact values, the factory already returns the receipt, and an exact assertion costs one line (well-tested code is non-negotiable; explicit over clever).\nCompleteness: 1A=10/10, 1B=6/10, 1C=3/10\nPros / cons:\n1A) Assert the exact receipt (recommended)\n  \u2705 Deep-equal the returned receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }; any wrong field fails with a readable diff.\n  \u2705 Also rejects extra or missing fields, pinning the receipt shape the caller contract promises.\n  \u274c If the receipt legitimately gains a field later, this test must be updated (that is the point).\n1B) Assert the three fields individually\n  \u2705 Each field checked by name; a wrong amount fails naming the amount.\n  \u2705 Tolerates additional fields being added to the receipt without touching the test.\n  \u274c Silently allows shape drift (extra or renamed fields) that the stated contract does not permit.\n1C) Keep truthy-only as planned\n  \u2705 Zero change to the plan text; smallest possible test body.\n  \u2705 Cannot break when receipt fields change.\n  \u274c Cannot distinguish a correct receipt from a wrong one; the stated contract is unverified.\nNet: an exact assertion that fails on any wrong receipt versus a test that only proves a call returned something.",
              "header": "Issue 1",
              "multiSelect": false,
              "options": [
                {
                  "label": "1A) Assert the exact receipt (recommended)",
                  "description": "Deep-equal to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. Fails with a field-level diff on any wrong value or shape. Verification: mutate amountCents in the receipt builder locally and confirm the test fails. (human: ~5 min / CC: ~1 min)"
                },
                {
                  "label": "1B) Assert the three fields individually",
                  "description": "Three separate equality checks on chargeId, amountCents, currency. Catches wrong values but tolerates extra or renamed fields the contract does not mention. (human: ~5 min / CC: ~1 min)"
                },
                {
                  "label": "1C) Keep truthy-only as planned",
                  "description": "No change. The test proves processPayment resolved with a non-null value and nothing else; the stated receipt contract stays untested."
                }
              ]
            }
          ],
          "answered": true,
          "failed": false,
          "answers": {
            "D5 \u2014 Issue 1: the successful-charge test asserts only that the receipt is truthy, so it cannot detect a wrong receipt. Strengthen it to the stated contract?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 1 (lines 28-30).\nELI10: The plan's own contract section says a 1000-cent USD charge with Stripe id ch_paid must return exactly { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The proposed test only checks that some object came back. A receipt with amountCents 100000, a missing chargeId, or currency \"usd\" would all pass. The test would be green while customers see wrong receipts.\nStakes if we pick wrong: A receipt-construction regression in payment code ships with a passing test that claims to cover it, which is worse than no test because it creates false confidence.\nRecommendation: 1A because the plan's own contract states the exact values, the factory already returns the receipt, and an exact assertion costs one line (well-tested code is non-negotiable; explicit over clever).\nCompleteness: 1A=10/10, 1B=6/10, 1C=3/10\nPros / cons:\n1A) Assert the exact receipt (recommended)\n  \u2705 Deep-equal the returned receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }; any wrong field fails with a readable diff.\n  \u2705 Also rejects extra or missing fields, pinning the receipt shape the caller contract promises.\n  \u274c If the receipt legitimately gains a field later, this test must be updated (that is the point).\n1B) Assert the three fields individually\n  \u2705 Each field checked by name; a wrong amount fails naming the amount.\n  \u2705 Tolerates additional fields being added to the receipt without touching the test.\n  \u274c Silently allows shape drift (extra or renamed fields) that the stated contract does not permit.\n1C) Keep truthy-only as planned\n  \u2705 Zero change to the plan text; smallest possible test body.\n  \u2705 Cannot break when receipt fields change.\n  \u274c Cannot distinguish a correct receipt from a wrong one; the stated contract is unverified.\nNet: an exact assertion that fails on any wrong receipt versus a test that only proves a call returned something.": "1A) Assert the exact receipt (recommended)"
          },
          "unansweredQuestionIndices": [],
          "answeredAt": "2026-09-09T19:07:14.785Z"
        },
        {
          "sessionId": "2da8e78d-ed54-40a7-8d38-f78f10334e76",
          "toolUseId": "toolu_01LCTdE6fQ2hdX5fvB8wPYTA",
          "questions": [
            {
              "question": "D6 \u2014 Issue 2: the repeated-502 test asserts only the PaymentUnavailable rejection, so it cannot detect a broken retry loop. Also assert the attempt count and backoff record?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 2 (lines 31-34).\nELI10: The plan's contract section says: with max_retries=1, two 502s mean exactly two charge attempts, one recorded 100 ms backoff, then PaymentUnavailable. The proposed test checks only the final rejection. A regression that never retries (one attempt), retries five times, or skips the backoff entirely would still reject with PaymentUnavailable and pass. The factory already exposes the Stripe call history and the sleeper record, so the probes exist and are unused.\nStakes if we pick wrong: A retry-policy regression (hammering Stripe with no backoff, or giving up without retrying) ships with a green test that claims to cover retry exhaustion.\nRecommendation: 2A because the contract states exact counts, the factory already exposes both probes, and the plan's rules forbid weakening an exact count to a lower bound (I err toward handling more edge cases; well-tested code is non-negotiable).\nCompleteness: 2A=10/10, 2B=6/10, 2C=3/10\nPros / cons:\n2A) Assert rejection plus exact call history and sleeper record (recommended)\n  \u2705 Asserts rejection is a PaymentUnavailable instance, Stripe mock call history length is exactly 2, and the sleeper record equals [100].\n  \u2705 Catches no-retry, over-retry, and missing or wrong backoff, each with a specific failing assertion.\n  \u274c Couples the test to the retry policy values (2 attempts, 100 ms), which is what pinning a contract means.\n2B) Assert rejection plus call count only\n  \u2705 Catches no-retry and over-retry regressions via the mock call history.\n  \u2705 One extra assertion; does not touch the sleeper record.\n  \u274c A retry loop that skips the backoff and hammers Stripe immediately still passes.\n2C) Keep rejection-only as planned\n  \u2705 Zero change to the plan text; the error type is still verified.\n  \u2705 Immune to future retry-policy tuning.\n  \u274c Cannot tell a working retry loop from a broken one; the stated attempt and backoff contract is unverified.\nNet: a test that proves the retry policy versus a test that only proves the final error type.",
              "header": "Issue 2",
              "multiSelect": false,
              "options": [
                {
                  "label": "2A) Rejection + exact call history + sleeper record (recommended)",
                  "description": "Assert rejects with PaymentUnavailable, Stripe mock call history length === 2, sleeper record deep-equals [100]. Verification: locally set max_retries to 0 and to 2 and confirm the count assertion fails each way; drop the sleep call and confirm the sleeper assertion fails. (human: ~10 min / CC: ~2 min)"
                },
                {
                  "label": "2B) Rejection + call count only",
                  "description": "Assert rejects with PaymentUnavailable and call history length === 2. Backoff timing stays unverified. (human: ~5 min / CC: ~1 min)"
                },
                {
                  "label": "2C) Keep rejection-only as planned",
                  "description": "No change. Only the final error type is verified; attempt count and backoff are untested in this suite."
                }
              ]
            }
          ],
          "answered": true,
          "failed": false,
          "answers": {
            "D6 \u2014 Issue 2: the repeated-502 test asserts only the PaymentUnavailable rejection, so it cannot detect a broken retry loop. Also assert the attempt count and backoff record?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 2 (lines 31-34).\nELI10: The plan's contract section says: with max_retries=1, two 502s mean exactly two charge attempts, one recorded 100 ms backoff, then PaymentUnavailable. The proposed test checks only the final rejection. A regression that never retries (one attempt), retries five times, or skips the backoff entirely would still reject with PaymentUnavailable and pass. The factory already exposes the Stripe call history and the sleeper record, so the probes exist and are unused.\nStakes if we pick wrong: A retry-policy regression (hammering Stripe with no backoff, or giving up without retrying) ships with a green test that claims to cover retry exhaustion.\nRecommendation: 2A because the contract states exact counts, the factory already exposes both probes, and the plan's rules forbid weakening an exact count to a lower bound (I err toward handling more edge cases; well-tested code is non-negotiable).\nCompleteness: 2A=10/10, 2B=6/10, 2C=3/10\nPros / cons:\n2A) Assert rejection plus exact call history and sleeper record (recommended)\n  \u2705 Asserts rejection is a PaymentUnavailable instance, Stripe mock call history length is exactly 2, and the sleeper record equals [100].\n  \u2705 Catches no-retry, over-retry, and missing or wrong backoff, each with a specific failing assertion.\n  \u274c Couples the test to the retry policy values (2 attempts, 100 ms), which is what pinning a contract means.\n2B) Assert rejection plus call count only\n  \u2705 Catches no-retry and over-retry regressions via the mock call history.\n  \u2705 One extra assertion; does not touch the sleeper record.\n  \u274c A retry loop that skips the backoff and hammers Stripe immediately still passes.\n2C) Keep rejection-only as planned\n  \u2705 Zero change to the plan text; the error type is still verified.\n  \u2705 Immune to future retry-policy tuning.\n  \u274c Cannot tell a working retry loop from a broken one; the stated attempt and backoff contract is unverified.\nNet: a test that proves the retry policy versus a test that only proves the final error type.": "2A) Rejection + exact call history + sleeper record (recommended)"
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              "D1 \u2014 Add gstack skill routing rules to this project's CLAUDE.md?\nProject/branch/task: plan-count-VaZa4U on main, running /plan-ceo-review on PLAN.md.\nELI10: gstack works best when your project's CLAUDE.md includes skill routing rules. These tell Claude which slash-skill to invoke when you say things like \"review this\" or \"ship it\", so you don't have to remember skill names. This is a one-time setup prompt per project.\nStakes if we pick wrong: Without routing rules you must invoke skills manually; with them, an unwanted section lands in a committed file. Either is trivially reversible.\nRecommendation: A because routing rules make later skill invocations automatic, and the edit is a small appended section.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNote: plan mode is active, so any CLAUDE.md edit and commit would happen only after this review ends and plan mode exits.\nNet: automatic skill routing versus keeping CLAUDE.md untouched.": "A) Add routing rules to CLAUDE.md (recommended)"
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              "D3 \u2014 No design doc found for this branch. Run /office-hours first, or proceed with the standard review?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: /office-hours produces a structured problem statement, premise challenge, and explored alternatives, which gives this review sharper input. It takes about 10 minutes. The design doc is per-feature, not per-product; it captures the thinking behind this specific change. This plan adds two unit tests to an existing suite with the contracts already spelled out in the plan text.\nStakes if we pick wrong: Skipping on a fuzzy plan means the review argues with an unclear premise; running it on a crisp two-test plan costs 10 minutes for little new input.\nRecommendation: B because the plan already states the exact contracts under test and the user asked for HOLD SCOPE rigor, not problem discovery.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nNet: 10 minutes of problem framing versus going straight to rigor on an already-precise plan.": "B) Skip, proceed with standard review (recommended)"
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                      "question": "D4 \u2014 Which implementation structure for the two new processPayment tests?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: The plan adds two tests to an existing suite. The question is how to lay them out: two plain tests with their own setup, a shared setup block, or one table-driven test. All three exercise the same behavior; they differ in readability and how easy it is to add more scenarios later.\nStakes if we pick wrong: Over-structuring two tests makes failures harder to read; under-structuring only costs a few duplicated setup lines.\nRecommendation: A because two tests do not justify shared setup or a table, and inline arrangement is the smallest, most explicit diff (right-sized diff, explicit over clever).\nNote: options differ in kind (test layout), not coverage \u2014 no completeness score. Assertion content is reviewed separately in later sections.\nNet: readability and smallest diff now versus a scaffold for scenarios the plan does not include.",
                      "header": "Approach",
                      "multiSelect": false,
                      "options": [
                        {
                          "label": "A) Two standalone tests in the existing suite (recommended)",
                          "description": "\u2705 Smallest diff; matches the suite's current shape; each test shows its own arrangement inline. (human: ~30 min / CC: ~3 min)\n\u2705 No new helpers or nesting to maintain; a failure points at one self-contained test.\n\u274c A few lines of factory setup are repeated across the two tests."
                        },
                        {
                          "label": "B) Shared describe block with beforeEach setup",
                          "description": "\u2705 One arrangement to read; a natural home if more processPayment contract tests come later. (human: ~45 min / CC: ~4 min)\n\u2705 Mock response overrides per test stay short because the factory is built once.\n\u274c Adds a nesting level for only two tests and hides the arrangement from the test body."
                        },
                        {
                          "label": "C) Table-driven scenarios",
                          "description": "\u2705 Adding a new scenario becomes a one-line table entry. (human: ~1.5 h / CC: ~8 min)\n\u2705 Success and failure cases sit side by side in one place.\n\u274c Success returns a receipt and failure rejects, so the table needs branching logic and failures are harder to read."
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                "content": "Your questions have been answered: \"D4 \u2014 Which implementation structure for the two new processPayment tests?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: The plan adds two tests to an existing suite. The question is how to lay them out: two plain tests with their own setup, a shared setup block, or one table-driven test. All three exercise the same behavior; they differ in readability and how easy it is to add more scenarios later.\nStakes if we pick wrong: Over-structuring two tests makes failures harder to read; under-structuring only costs a few duplicated setup lines.\nRecommendation: A because two tests do not justify shared setup or a table, and inline arrangement is the smallest, most explicit diff (right-sized diff, explicit over clever).\nNote: options differ in kind (test layout), not coverage \u2014 no completeness score. Assertion content is reviewed separately in later sections.\nNet: readability and smallest diff now versus a scaffold for scenarios the plan does not include.\"=\"A) Two standalone tests in the existing suite (recommended)\". You can now continue with these answers in mind.",
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                "question": "D4 \u2014 Which implementation structure for the two new processPayment tests?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: The plan adds two tests to an existing suite. The question is how to lay them out: two plain tests with their own setup, a shared setup block, or one table-driven test. All three exercise the same behavior; they differ in readability and how easy it is to add more scenarios later.\nStakes if we pick wrong: Over-structuring two tests makes failures harder to read; under-structuring only costs a few duplicated setup lines.\nRecommendation: A because two tests do not justify shared setup or a table, and inline arrangement is the smallest, most explicit diff (right-sized diff, explicit over clever).\nNote: options differ in kind (test layout), not coverage \u2014 no completeness score. Assertion content is reviewed separately in later sections.\nNet: readability and smallest diff now versus a scaffold for scenarios the plan does not include.",
                "header": "Approach",
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                    "description": "\u2705 Smallest diff; matches the suite's current shape; each test shows its own arrangement inline. (human: ~30 min / CC: ~3 min)\n\u2705 No new helpers or nesting to maintain; a failure points at one self-contained test.\n\u274c A few lines of factory setup are repeated across the two tests."
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                    "description": "\u2705 One arrangement to read; a natural home if more processPayment contract tests come later. (human: ~45 min / CC: ~4 min)\n\u2705 Mock response overrides per test stay short because the factory is built once.\n\u274c Adds a nesting level for only two tests and hides the arrangement from the test body."
                  },
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                    "label": "C) Table-driven scenarios",
                    "description": "\u2705 Adding a new scenario becomes a one-line table entry. (human: ~1.5 h / CC: ~8 min)\n\u2705 Success and failure cases sit side by side in one place.\n\u274c Success returns a receipt and failure rejects, so the table needs branching logic and failures are harder to read."
                  }
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              "D4 \u2014 Which implementation structure for the two new processPayment tests?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review of the payment test-coverage plan in HOLD SCOPE.\nELI10: The plan adds two tests to an existing suite. The question is how to lay them out: two plain tests with their own setup, a shared setup block, or one table-driven test. All three exercise the same behavior; they differ in readability and how easy it is to add more scenarios later.\nStakes if we pick wrong: Over-structuring two tests makes failures harder to read; under-structuring only costs a few duplicated setup lines.\nRecommendation: A because two tests do not justify shared setup or a table, and inline arrangement is the smallest, most explicit diff (right-sized diff, explicit over clever).\nNote: options differ in kind (test layout), not coverage \u2014 no completeness score. Assertion content is reviewed separately in later sections.\nNet: readability and smallest diff now versus a scaffold for scenarios the plan does not include.": "A) Two standalone tests in the existing suite (recommended)"
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                      "question": "D5 \u2014 Issue 1: the successful-charge test asserts only that the receipt is truthy, so it cannot detect a wrong receipt. Strengthen it to the stated contract?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 1 (lines 28-30).\nELI10: The plan's own contract section says a 1000-cent USD charge with Stripe id ch_paid must return exactly { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The proposed test only checks that some object came back. A receipt with amountCents 100000, a missing chargeId, or currency \"usd\" would all pass. The test would be green while customers see wrong receipts.\nStakes if we pick wrong: A receipt-construction regression in payment code ships with a passing test that claims to cover it, which is worse than no test because it creates false confidence.\nRecommendation: 1A because the plan's own contract states the exact values, the factory already returns the receipt, and an exact assertion costs one line (well-tested code is non-negotiable; explicit over clever).\nCompleteness: 1A=10/10, 1B=6/10, 1C=3/10\nPros / cons:\n1A) Assert the exact receipt (recommended)\n  \u2705 Deep-equal the returned receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }; any wrong field fails with a readable diff.\n  \u2705 Also rejects extra or missing fields, pinning the receipt shape the caller contract promises.\n  \u274c If the receipt legitimately gains a field later, this test must be updated (that is the point).\n1B) Assert the three fields individually\n  \u2705 Each field checked by name; a wrong amount fails naming the amount.\n  \u2705 Tolerates additional fields being added to the receipt without touching the test.\n  \u274c Silently allows shape drift (extra or renamed fields) that the stated contract does not permit.\n1C) Keep truthy-only as planned\n  \u2705 Zero change to the plan text; smallest possible test body.\n  \u2705 Cannot break when receipt fields change.\n  \u274c Cannot distinguish a correct receipt from a wrong one; the stated contract is unverified.\nNet: an exact assertion that fails on any wrong receipt versus a test that only proves a call returned something.",
                      "header": "Issue 1",
                      "multiSelect": false,
                      "options": [
                        {
                          "label": "1A) Assert the exact receipt (recommended)",
                          "description": "Deep-equal to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. Fails with a field-level diff on any wrong value or shape. Verification: mutate amountCents in the receipt builder locally and confirm the test fails. (human: ~5 min / CC: ~1 min)"
                        },
                        {
                          "label": "1B) Assert the three fields individually",
                          "description": "Three separate equality checks on chargeId, amountCents, currency. Catches wrong values but tolerates extra or renamed fields the contract does not mention. (human: ~5 min / CC: ~1 min)"
                        },
                        {
                          "label": "1C) Keep truthy-only as planned",
                          "description": "No change. The test proves processPayment resolved with a non-null value and nothing else; the stated receipt contract stays untested."
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                "content": "Your questions have been answered: \"D5 \u2014 Issue 1: the successful-charge test asserts only that the receipt is truthy, so it cannot detect a wrong receipt. Strengthen it to the stated contract?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 1 (lines 28-30).\nELI10: The plan's own contract section says a 1000-cent USD charge with Stripe id ch_paid must return exactly { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The proposed test only checks that some object came back. A receipt with amountCents 100000, a missing chargeId, or currency \"usd\" would all pass. The test would be green while customers see wrong receipts.\nStakes if we pick wrong: A receipt-construction regression in payment code ships with a passing test that claims to cover it, which is worse than no test because it creates false confidence.\nRecommendation: 1A because the plan's own contract states the exact values, the factory already returns the receipt, and an exact assertion costs one line (well-tested code is non-negotiable; explicit over clever).\nCompleteness: 1A=10/10, 1B=6/10, 1C=3/10\nPros / cons:\n1A) Assert the exact receipt (recommended)\n  \u2705 Deep-equal the returned receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }; any wrong field fails with a readable diff.\n  \u2705 Also rejects extra or missing fields, pinning the receipt shape the caller contract promises.\n  \u274c If the receipt legitimately gains a field later, this test must be updated (that is the point).\n1B) Assert the three fields individually\n  \u2705 Each field checked by name; a wrong amount fails naming the amount.\n  \u2705 Tolerates additional fields being added to the receipt without touching the test.\n  \u274c Silently allows shape drift (extra or renamed fields) that the stated contract does not permit.\n1C) Keep truthy-only as planned\n  \u2705 Zero change to the plan text; smallest possible test body.\n  \u2705 Cannot break when receipt fields change.\n  \u274c Cannot distinguish a correct receipt from a wrong one; the stated contract is unverified.\nNet: an exact assertion that fails on any wrong receipt versus a test that only proves a call returned something.\"=\"1A) Assert the exact receipt (recommended)\". You can now continue with these answers in mind.",
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            "questions": [
              {
                "question": "D5 \u2014 Issue 1: the successful-charge test asserts only that the receipt is truthy, so it cannot detect a wrong receipt. Strengthen it to the stated contract?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 1 (lines 28-30).\nELI10: The plan's own contract section says a 1000-cent USD charge with Stripe id ch_paid must return exactly { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The proposed test only checks that some object came back. A receipt with amountCents 100000, a missing chargeId, or currency \"usd\" would all pass. The test would be green while customers see wrong receipts.\nStakes if we pick wrong: A receipt-construction regression in payment code ships with a passing test that claims to cover it, which is worse than no test because it creates false confidence.\nRecommendation: 1A because the plan's own contract states the exact values, the factory already returns the receipt, and an exact assertion costs one line (well-tested code is non-negotiable; explicit over clever).\nCompleteness: 1A=10/10, 1B=6/10, 1C=3/10\nPros / cons:\n1A) Assert the exact receipt (recommended)\n  \u2705 Deep-equal the returned receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }; any wrong field fails with a readable diff.\n  \u2705 Also rejects extra or missing fields, pinning the receipt shape the caller contract promises.\n  \u274c If the receipt legitimately gains a field later, this test must be updated (that is the point).\n1B) Assert the three fields individually\n  \u2705 Each field checked by name; a wrong amount fails naming the amount.\n  \u2705 Tolerates additional fields being added to the receipt without touching the test.\n  \u274c Silently allows shape drift (extra or renamed fields) that the stated contract does not permit.\n1C) Keep truthy-only as planned\n  \u2705 Zero change to the plan text; smallest possible test body.\n  \u2705 Cannot break when receipt fields change.\n  \u274c Cannot distinguish a correct receipt from a wrong one; the stated contract is unverified.\nNet: an exact assertion that fails on any wrong receipt versus a test that only proves a call returned something.",
                "header": "Issue 1",
                "options": [
                  {
                    "label": "1A) Assert the exact receipt (recommended)",
                    "description": "Deep-equal to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. Fails with a field-level diff on any wrong value or shape. Verification: mutate amountCents in the receipt builder locally and confirm the test fails. (human: ~5 min / CC: ~1 min)"
                  },
                  {
                    "label": "1B) Assert the three fields individually",
                    "description": "Three separate equality checks on chargeId, amountCents, currency. Catches wrong values but tolerates extra or renamed fields the contract does not mention. (human: ~5 min / CC: ~1 min)"
                  },
                  {
                    "label": "1C) Keep truthy-only as planned",
                    "description": "No change. The test proves processPayment resolved with a non-null value and nothing else; the stated receipt contract stays untested."
                  }
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              "D5 \u2014 Issue 1: the successful-charge test asserts only that the receipt is truthy, so it cannot detect a wrong receipt. Strengthen it to the stated contract?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 1 (lines 28-30).\nELI10: The plan's own contract section says a 1000-cent USD charge with Stripe id ch_paid must return exactly { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The proposed test only checks that some object came back. A receipt with amountCents 100000, a missing chargeId, or currency \"usd\" would all pass. The test would be green while customers see wrong receipts.\nStakes if we pick wrong: A receipt-construction regression in payment code ships with a passing test that claims to cover it, which is worse than no test because it creates false confidence.\nRecommendation: 1A because the plan's own contract states the exact values, the factory already returns the receipt, and an exact assertion costs one line (well-tested code is non-negotiable; explicit over clever).\nCompleteness: 1A=10/10, 1B=6/10, 1C=3/10\nPros / cons:\n1A) Assert the exact receipt (recommended)\n  \u2705 Deep-equal the returned receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }; any wrong field fails with a readable diff.\n  \u2705 Also rejects extra or missing fields, pinning the receipt shape the caller contract promises.\n  \u274c If the receipt legitimately gains a field later, this test must be updated (that is the point).\n1B) Assert the three fields individually\n  \u2705 Each field checked by name; a wrong amount fails naming the amount.\n  \u2705 Tolerates additional fields being added to the receipt without touching the test.\n  \u274c Silently allows shape drift (extra or renamed fields) that the stated contract does not permit.\n1C) Keep truthy-only as planned\n  \u2705 Zero change to the plan text; smallest possible test body.\n  \u2705 Cannot break when receipt fields change.\n  \u274c Cannot distinguish a correct receipt from a wrong one; the stated contract is unverified.\nNet: an exact assertion that fails on any wrong receipt versus a test that only proves a call returned something.": "1A) Assert the exact receipt (recommended)"
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                      "question": "D6 \u2014 Issue 2: the repeated-502 test asserts only the PaymentUnavailable rejection, so it cannot detect a broken retry loop. Also assert the attempt count and backoff record?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 2 (lines 31-34).\nELI10: The plan's contract section says: with max_retries=1, two 502s mean exactly two charge attempts, one recorded 100 ms backoff, then PaymentUnavailable. The proposed test checks only the final rejection. A regression that never retries (one attempt), retries five times, or skips the backoff entirely would still reject with PaymentUnavailable and pass. The factory already exposes the Stripe call history and the sleeper record, so the probes exist and are unused.\nStakes if we pick wrong: A retry-policy regression (hammering Stripe with no backoff, or giving up without retrying) ships with a green test that claims to cover retry exhaustion.\nRecommendation: 2A because the contract states exact counts, the factory already exposes both probes, and the plan's rules forbid weakening an exact count to a lower bound (I err toward handling more edge cases; well-tested code is non-negotiable).\nCompleteness: 2A=10/10, 2B=6/10, 2C=3/10\nPros / cons:\n2A) Assert rejection plus exact call history and sleeper record (recommended)\n  \u2705 Asserts rejection is a PaymentUnavailable instance, Stripe mock call history length is exactly 2, and the sleeper record equals [100].\n  \u2705 Catches no-retry, over-retry, and missing or wrong backoff, each with a specific failing assertion.\n  \u274c Couples the test to the retry policy values (2 attempts, 100 ms), which is what pinning a contract means.\n2B) Assert rejection plus call count only\n  \u2705 Catches no-retry and over-retry regressions via the mock call history.\n  \u2705 One extra assertion; does not touch the sleeper record.\n  \u274c A retry loop that skips the backoff and hammers Stripe immediately still passes.\n2C) Keep rejection-only as planned\n  \u2705 Zero change to the plan text; the error type is still verified.\n  \u2705 Immune to future retry-policy tuning.\n  \u274c Cannot tell a working retry loop from a broken one; the stated attempt and backoff contract is unverified.\nNet: a test that proves the retry policy versus a test that only proves the final error type.",
                      "header": "Issue 2",
                      "multiSelect": false,
                      "options": [
                        {
                          "label": "2A) Rejection + exact call history + sleeper record (recommended)",
                          "description": "Assert rejects with PaymentUnavailable, Stripe mock call history length === 2, sleeper record deep-equals [100]. Verification: locally set max_retries to 0 and to 2 and confirm the count assertion fails each way; drop the sleep call and confirm the sleeper assertion fails. (human: ~10 min / CC: ~2 min)"
                        },
                        {
                          "label": "2B) Rejection + call count only",
                          "description": "Assert rejects with PaymentUnavailable and call history length === 2. Backoff timing stays unverified. (human: ~5 min / CC: ~1 min)"
                        },
                        {
                          "label": "2C) Keep rejection-only as planned",
                          "description": "No change. Only the final error type is verified; attempt count and backoff are untested in this suite."
                        }
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          "timestamp": "2026-09-09T19:07:39.402Z",
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                "content": "Your questions have been answered: \"D6 \u2014 Issue 2: the repeated-502 test asserts only the PaymentUnavailable rejection, so it cannot detect a broken retry loop. Also assert the attempt count and backoff record?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 2 (lines 31-34).\nELI10: The plan's contract section says: with max_retries=1, two 502s mean exactly two charge attempts, one recorded 100 ms backoff, then PaymentUnavailable. The proposed test checks only the final rejection. A regression that never retries (one attempt), retries five times, or skips the backoff entirely would still reject with PaymentUnavailable and pass. The factory already exposes the Stripe call history and the sleeper record, so the probes exist and are unused.\nStakes if we pick wrong: A retry-policy regression (hammering Stripe with no backoff, or giving up without retrying) ships with a green test that claims to cover retry exhaustion.\nRecommendation: 2A because the contract states exact counts, the factory already exposes both probes, and the plan's rules forbid weakening an exact count to a lower bound (I err toward handling more edge cases; well-tested code is non-negotiable).\nCompleteness: 2A=10/10, 2B=6/10, 2C=3/10\nPros / cons:\n2A) Assert rejection plus exact call history and sleeper record (recommended)\n  \u2705 Asserts rejection is a PaymentUnavailable instance, Stripe mock call history length is exactly 2, and the sleeper record equals [100].\n  \u2705 Catches no-retry, over-retry, and missing or wrong backoff, each with a specific failing assertion.\n  \u274c Couples the test to the retry policy values (2 attempts, 100 ms), which is what pinning a contract means.\n2B) Assert rejection plus call count only\n  \u2705 Catches no-retry and over-retry regressions via the mock call history.\n  \u2705 One extra assertion; does not touch the sleeper record.\n  \u274c A retry loop that skips the backoff and hammers Stripe immediately still passes.\n2C) Keep rejection-only as planned\n  \u2705 Zero change to the plan text; the error type is still verified.\n  \u2705 Immune to future retry-policy tuning.\n  \u274c Cannot tell a working retry loop from a broken one; the stated attempt and backoff contract is unverified.\nNet: a test that proves the retry policy versus a test that only proves the final error type.\"=\"2A) Rejection + exact call history + sleeper record (recommended)\". You can now continue with these answers in mind.",
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                "question": "D6 \u2014 Issue 2: the repeated-502 test asserts only the PaymentUnavailable rejection, so it cannot detect a broken retry loop. Also assert the attempt count and backoff record?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 2 (lines 31-34).\nELI10: The plan's contract section says: with max_retries=1, two 502s mean exactly two charge attempts, one recorded 100 ms backoff, then PaymentUnavailable. The proposed test checks only the final rejection. A regression that never retries (one attempt), retries five times, or skips the backoff entirely would still reject with PaymentUnavailable and pass. The factory already exposes the Stripe call history and the sleeper record, so the probes exist and are unused.\nStakes if we pick wrong: A retry-policy regression (hammering Stripe with no backoff, or giving up without retrying) ships with a green test that claims to cover retry exhaustion.\nRecommendation: 2A because the contract states exact counts, the factory already exposes both probes, and the plan's rules forbid weakening an exact count to a lower bound (I err toward handling more edge cases; well-tested code is non-negotiable).\nCompleteness: 2A=10/10, 2B=6/10, 2C=3/10\nPros / cons:\n2A) Assert rejection plus exact call history and sleeper record (recommended)\n  \u2705 Asserts rejection is a PaymentUnavailable instance, Stripe mock call history length is exactly 2, and the sleeper record equals [100].\n  \u2705 Catches no-retry, over-retry, and missing or wrong backoff, each with a specific failing assertion.\n  \u274c Couples the test to the retry policy values (2 attempts, 100 ms), which is what pinning a contract means.\n2B) Assert rejection plus call count only\n  \u2705 Catches no-retry and over-retry regressions via the mock call history.\n  \u2705 One extra assertion; does not touch the sleeper record.\n  \u274c A retry loop that skips the backoff and hammers Stripe immediately still passes.\n2C) Keep rejection-only as planned\n  \u2705 Zero change to the plan text; the error type is still verified.\n  \u2705 Immune to future retry-policy tuning.\n  \u274c Cannot tell a working retry loop from a broken one; the stated attempt and backoff contract is unverified.\nNet: a test that proves the retry policy versus a test that only proves the final error type.",
                "header": "Issue 2",
                "options": [
                  {
                    "label": "2A) Rejection + exact call history + sleeper record (recommended)",
                    "description": "Assert rejects with PaymentUnavailable, Stripe mock call history length === 2, sleeper record deep-equals [100]. Verification: locally set max_retries to 0 and to 2 and confirm the count assertion fails each way; drop the sleep call and confirm the sleeper assertion fails. (human: ~10 min / CC: ~2 min)"
                  },
                  {
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                    "description": "Assert rejects with PaymentUnavailable and call history length === 2. Backoff timing stays unverified. (human: ~5 min / CC: ~1 min)"
                  },
                  {
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                    "description": "No change. Only the final error type is verified; attempt count and backoff are untested in this suite."
                  }
                ],
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              "D6 \u2014 Issue 2: the repeated-502 test asserts only the PaymentUnavailable rejection, so it cannot detect a broken retry loop. Also assert the attempt count and backoff record?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review HOLD SCOPE, PLAN.md \"Proposed tests\" item 2 (lines 31-34).\nELI10: The plan's contract section says: with max_retries=1, two 502s mean exactly two charge attempts, one recorded 100 ms backoff, then PaymentUnavailable. The proposed test checks only the final rejection. A regression that never retries (one attempt), retries five times, or skips the backoff entirely would still reject with PaymentUnavailable and pass. The factory already exposes the Stripe call history and the sleeper record, so the probes exist and are unused.\nStakes if we pick wrong: A retry-policy regression (hammering Stripe with no backoff, or giving up without retrying) ships with a green test that claims to cover retry exhaustion.\nRecommendation: 2A because the contract states exact counts, the factory already exposes both probes, and the plan's rules forbid weakening an exact count to a lower bound (I err toward handling more edge cases; well-tested code is non-negotiable).\nCompleteness: 2A=10/10, 2B=6/10, 2C=3/10\nPros / cons:\n2A) Assert rejection plus exact call history and sleeper record (recommended)\n  \u2705 Asserts rejection is a PaymentUnavailable instance, Stripe mock call history length is exactly 2, and the sleeper record equals [100].\n  \u2705 Catches no-retry, over-retry, and missing or wrong backoff, each with a specific failing assertion.\n  \u274c Couples the test to the retry policy values (2 attempts, 100 ms), which is what pinning a contract means.\n2B) Assert rejection plus call count only\n  \u2705 Catches no-retry and over-retry regressions via the mock call history.\n  \u2705 One extra assertion; does not touch the sleeper record.\n  \u274c A retry loop that skips the backoff and hammers Stripe immediately still passes.\n2C) Keep rejection-only as planned\n  \u2705 Zero change to the plan text; the error type is still verified.\n  \u2705 Immune to future retry-policy tuning.\n  \u274c Cannot tell a working retry loop from a broken one; the stated attempt and backoff contract is unverified.\nNet: a test that proves the retry policy versus a test that only proves the final error type.": "2A) Rejection + exact call history + sleeper record (recommended)"
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                      "question": "D7 \u2014 CEO review complete. Which review runs next?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review (HOLD SCOPE) finished on the payment test-coverage plan.\nELI10: The CEO review cleared scope and strengthened both test assertions. The engineering review is the one gate that must pass before shipping (skip_eng_review is false). It checks architecture, code quality, and test design in depth. No UI scope was found, so a design review does not apply.\nStakes if we pick wrong: Skipping the eng review leaves the required gate unmet, so the readiness dashboard stays NOT CLEARED until someone runs it later.\nRecommendation: A because eng review is the required shipping gate and this plan is now precise enough for it to run quickly.\nNote: options differ in kind (which workflow runs next), not coverage \u2014 no completeness score.\nNet: clear the required gate now versus handling reviews on your own schedule.",
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                "question": "D7 \u2014 CEO review complete. Which review runs next?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review (HOLD SCOPE) finished on the payment test-coverage plan.\nELI10: The CEO review cleared scope and strengthened both test assertions. The engineering review is the one gate that must pass before shipping (skip_eng_review is false). It checks architecture, code quality, and test design in depth. No UI scope was found, so a design review does not apply.\nStakes if we pick wrong: Skipping the eng review leaves the required gate unmet, so the readiness dashboard stays NOT CLEARED until someone runs it later.\nRecommendation: A because eng review is the required shipping gate and this plan is now precise enough for it to run quickly.\nNote: options differ in kind (which workflow runs next), not coverage \u2014 no completeness score.\nNet: clear the required gate now versus handling reviews on your own schedule.",
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              "D7 \u2014 CEO review complete. Which review runs next?\nProject/branch/task: plan-count-VaZa4U on main, /plan-ceo-review (HOLD SCOPE) finished on the payment test-coverage plan.\nELI10: The CEO review cleared scope and strengthened both test assertions. The engineering review is the one gate that must pass before shipping (skip_eng_review is false). It checks architecture, code quality, and test design in depth. No UI scope was found, so a design review does not apply.\nStakes if we pick wrong: Skipping the eng review leaves the required gate unmet, so the readiness dashboard stays NOT CLEARED until someone runs it later.\nRecommendation: A because eng review is the required shipping gate and this plan is now precise enough for it to run quickly.\nNote: options differ in kind (which workflow runs next), not coverage \u2014 no completeness score.\nNet: clear the required gate now versus handling reviews on your own schedule.": "A) Run /plan-eng-review next (recommended)"
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              "header": "Routing",
              "question": "D1 \u2014 Add gstack skill routing rules to CLAUDE.md?\nProject/branch/task: fixture repo on `main`, reviewing PLAN.md with /plan-ceo-review.\nELI10: gstack works best when the project's CLAUDE.md tells Claude which skill to invoke for which kind of request (bugs \u2192 /investigate, ship \u2192 /ship, and so on). Without it you invoke skills by hand each time. This is a one-time prompt per project.\nStakes if we pick wrong: mild. Either you get a routing section you did not want in CLAUDE.md, or you keep typing skill names manually.\nRecommendation: A because routing rules cost one CLAUDE.md section and save a manual invocation on every future request.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Add routing rules (recommended)\n  \u2705 Future requests route to the right gstack skill without you naming it\n  \u2705 Standard section, identical across gstack projects, easy to delete later\n  \u274c Adds a committed CLAUDE.md edit; in plan mode this lands after the review exits plan mode\nB) No thanks, invoke manually\n  \u2705 CLAUDE.md stays exactly as seeded in the fixture, no extra commit\n  \u2705 Re-enable any time with gstack-config set routing_declined false\n  \u274c Every gstack skill has to be invoked by name for the life of this project\nNet: a small committed edit versus manual skill invocation forever.",
              "options": [
                {
                  "label": "Add routing rules (recommended)",
                  "description": "Append the standard skill-routing section to CLAUDE.md and commit it (after plan mode exits, since plan mode blocks edits now)."
                },
                {
                  "label": "No thanks, manual",
                  "description": "Record routing_declined=true; invoke gstack skills by name."
                }
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              "multiSelect": false
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            {
              "header": "Learnings",
              "question": "D2 \u2014 Enable cross-project learnings search?\nProject/branch/task: fixture repo on `main`, first gstack run here.\nELI10: gstack saves small lessons (pitfalls, command fixes) per project. It can also search lessons from your other projects on this machine to spot patterns that apply here. Nothing leaves the machine. Good for solo developers; risky if you work across client codebases where mixing context is a concern.\nStakes if we pick wrong: either a useful past lesson goes unseen, or a lesson from an unrelated client project leaks into this review.\nRecommendation: A because this is a single-user sandbox with no client-separation concern.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Enable cross-project learnings (recommended)\n  \u2705 Past pitfalls from other local projects surface during this and future reviews\n  \u2705 Local-only search, a config flag you can flip back at any time\n  \u274c Lessons from unrelated codebases may appear and need to be judged for relevance\nB) Project-scoped only\n  \u2705 Zero risk of cross-client contamination between codebases on this machine\n  \u2705 Learnings stay tightly relevant to this repository alone\n  \u274c This fresh project starts with zero learnings, so nothing is recalled today\nNet: broader recall versus strict per-project isolation.",
              "options": [
                {
                  "label": "Enable cross-project (recommended)",
                  "description": "Set cross_project_learnings=true and search all local projects."
                },
                {
                  "label": "Project-scoped only",
                  "description": "Set cross_project_learnings=false; search this project only."
                }
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              "multiSelect": false
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              "header": "Office hours",
              "question": "D3 \u2014 Run /office-hours before the review?\nProject/branch/task: fixture repo on `main`, no design doc found for this branch.\nELI10: /office-hours produces a structured problem statement, a premise challenge, and explored alternatives, which gives the CEO review sharper input. It is about ten minutes and is per-feature, not per-product. This plan is small and concrete: two unit tests against contracts that are already spelled out in PLAN.md.\nStakes if we pick wrong: either ten minutes spent restating a problem PLAN.md already states clearly, or a review that misses framing a design doc would have caught.\nRecommendation: B because PLAN.md already states the problem, the exact expected values, and the constraints; a design doc would restate them.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /office-hours now (human: ~10 min / CC: ~3 min)\n  \u2705 Produces a design doc that downstream reviews and teammates can reference\n  \u2705 Forces an explicit premise challenge before any review section runs\n  \u274c For a two-test plan with stated contracts it mostly restates PLAN.md\nB) Skip, proceed with standard review (recommended)\n  \u2705 Goes straight to the rigorous HOLD SCOPE review the request asked for\n  \u2705 PLAN.md already contains the problem statement and exact expected values\n  \u274c No design doc artifact is produced for this branch\nNet: an extra framing artifact versus getting to the review now.",
              "options": [
                {
                  "label": "Skip, standard review (recommended)",
                  "description": "Proceed directly to Step 0 and the 11-section review."
                },
                {
                  "label": "Run /office-hours now",
                  "description": "Run office-hours inline, then resume the review with the design doc."
                }
              ],
              "multiSelect": false
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          "answered": true,
          "failed": false,
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            "D1 \u2014 Add gstack skill routing rules to CLAUDE.md?\nProject/branch/task: fixture repo on `main`, reviewing PLAN.md with /plan-ceo-review.\nELI10: gstack works best when the project's CLAUDE.md tells Claude which skill to invoke for which kind of request (bugs \u2192 /investigate, ship \u2192 /ship, and so on). Without it you invoke skills by hand each time. This is a one-time prompt per project.\nStakes if we pick wrong: mild. Either you get a routing section you did not want in CLAUDE.md, or you keep typing skill names manually.\nRecommendation: A because routing rules cost one CLAUDE.md section and save a manual invocation on every future request.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Add routing rules (recommended)\n  \u2705 Future requests route to the right gstack skill without you naming it\n  \u2705 Standard section, identical across gstack projects, easy to delete later\n  \u274c Adds a committed CLAUDE.md edit; in plan mode this lands after the review exits plan mode\nB) No thanks, invoke manually\n  \u2705 CLAUDE.md stays exactly as seeded in the fixture, no extra commit\n  \u2705 Re-enable any time with gstack-config set routing_declined false\n  \u274c Every gstack skill has to be invoked by name for the life of this project\nNet: a small committed edit versus manual skill invocation forever.": "Add routing rules (recommended)",
            "D2 \u2014 Enable cross-project learnings search?\nProject/branch/task: fixture repo on `main`, first gstack run here.\nELI10: gstack saves small lessons (pitfalls, command fixes) per project. It can also search lessons from your other projects on this machine to spot patterns that apply here. Nothing leaves the machine. Good for solo developers; risky if you work across client codebases where mixing context is a concern.\nStakes if we pick wrong: either a useful past lesson goes unseen, or a lesson from an unrelated client project leaks into this review.\nRecommendation: A because this is a single-user sandbox with no client-separation concern.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Enable cross-project learnings (recommended)\n  \u2705 Past pitfalls from other local projects surface during this and future reviews\n  \u2705 Local-only search, a config flag you can flip back at any time\n  \u274c Lessons from unrelated codebases may appear and need to be judged for relevance\nB) Project-scoped only\n  \u2705 Zero risk of cross-client contamination between codebases on this machine\n  \u2705 Learnings stay tightly relevant to this repository alone\n  \u274c This fresh project starts with zero learnings, so nothing is recalled today\nNet: broader recall versus strict per-project isolation.": "Enable cross-project (recommended)",
            "D3 \u2014 Run /office-hours before the review?\nProject/branch/task: fixture repo on `main`, no design doc found for this branch.\nELI10: /office-hours produces a structured problem statement, a premise challenge, and explored alternatives, which gives the CEO review sharper input. It is about ten minutes and is per-feature, not per-product. This plan is small and concrete: two unit tests against contracts that are already spelled out in PLAN.md.\nStakes if we pick wrong: either ten minutes spent restating a problem PLAN.md already states clearly, or a review that misses framing a design doc would have caught.\nRecommendation: B because PLAN.md already states the problem, the exact expected values, and the constraints; a design doc would restate them.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /office-hours now (human: ~10 min / CC: ~3 min)\n  \u2705 Produces a design doc that downstream reviews and teammates can reference\n  \u2705 Forces an explicit premise challenge before any review section runs\n  \u274c For a two-test plan with stated contracts it mostly restates PLAN.md\nB) Skip, proceed with standard review (recommended)\n  \u2705 Goes straight to the rigorous HOLD SCOPE review the request asked for\n  \u2705 PLAN.md already contains the problem statement and exact expected values\n  \u274c No design doc artifact is produced for this branch\nNet: an extra framing artifact versus getting to the review now.": "Skip, standard review (recommended)"
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          "answeredAt": "2026-09-09T19:14:51.010Z"
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              "header": "Approach",
              "question": "D4 \u2014 Where and how should the two processPayment tests be structured?\nProject/branch/task: `main`, PLAN.md adds two unit tests for processPayment() receipt shape and 502 retry exhaustion.\nELI10: The plan already picks the factory, the Stripe mock and the virtual sleeper. The remaining structural choice is where the two tests live and whether they share any new helper. This question is about structure only. How strong each test's assertions must be is a separate finding handled in the Test Review section, one decision per test.\nStakes if we pick wrong: a helper nobody else uses, or tests that drift from the suite's existing style so the next engineer cannot tell which pattern to copy.\nRecommendation: A because the existing suite already has the factory and mock wiring; two more `it` blocks is the smallest diff that cleanly expresses the change (engineering preference: right-sized diff, no premature abstraction).\nCompleteness: A=9/10, B=8/10, C=6/10\nPros / cons:\nA) Two `it` blocks in the existing processPayment suite, current factory, no new helpers (recommended) (human: ~1h / CC: ~5 min)\n  \u2705 Reuses the factory, mock history and sleeper exactly as the plan states, zero new abstractions\n  \u2705 Smallest diff; a reader sees the arrange/act/assert inline next to the existing tests\n  \u274c Both tests repeat a few lines of factory setup that a shared helper would fold away\nB) New `describe('processPayment contracts')` block with a shared arrange helper (human: ~2h / CC: ~10 min)\n  \u2705 Groups contract-pinning tests under one heading so future contract tests have an obvious home\n  \u2705 A shared helper removes the duplicated factory setup between the two tests\n  \u274c A new helper for two callers is premature abstraction and a second pattern in the same file\nC) Table-driven scenarios (success row, 502-exhaustion row) through one parameterized runner (human: ~3h / CC: ~15 min)\n  \u2705 Adding a third contract later is one table row instead of a new test body\n  \u2705 Forces every scenario to declare expected receipt, attempts and backoff in one place\n  \u274c Success and failure paths have different shapes (resolve vs reject), so the runner branches and obscures failures; over-engineered for two cases\nNet: inline tests that match the suite today versus scaffolding for contract tests that do not exist yet.",
              "options": [
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                },
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                  "description": "Dedicated contracts describe block with an arrange helper shared by both tests."
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            "D4 \u2014 Where and how should the two processPayment tests be structured?\nProject/branch/task: `main`, PLAN.md adds two unit tests for processPayment() receipt shape and 502 retry exhaustion.\nELI10: The plan already picks the factory, the Stripe mock and the virtual sleeper. The remaining structural choice is where the two tests live and whether they share any new helper. This question is about structure only. How strong each test's assertions must be is a separate finding handled in the Test Review section, one decision per test.\nStakes if we pick wrong: a helper nobody else uses, or tests that drift from the suite's existing style so the next engineer cannot tell which pattern to copy.\nRecommendation: A because the existing suite already has the factory and mock wiring; two more `it` blocks is the smallest diff that cleanly expresses the change (engineering preference: right-sized diff, no premature abstraction).\nCompleteness: A=9/10, B=8/10, C=6/10\nPros / cons:\nA) Two `it` blocks in the existing processPayment suite, current factory, no new helpers (recommended) (human: ~1h / CC: ~5 min)\n  \u2705 Reuses the factory, mock history and sleeper exactly as the plan states, zero new abstractions\n  \u2705 Smallest diff; a reader sees the arrange/act/assert inline next to the existing tests\n  \u274c Both tests repeat a few lines of factory setup that a shared helper would fold away\nB) New `describe('processPayment contracts')` block with a shared arrange helper (human: ~2h / CC: ~10 min)\n  \u2705 Groups contract-pinning tests under one heading so future contract tests have an obvious home\n  \u2705 A shared helper removes the duplicated factory setup between the two tests\n  \u274c A new helper for two callers is premature abstraction and a second pattern in the same file\nC) Table-driven scenarios (success row, 502-exhaustion row) through one parameterized runner (human: ~3h / CC: ~15 min)\n  \u2705 Adding a third contract later is one table row instead of a new test body\n  \u2705 Forces every scenario to declare expected receipt, attempts and backoff in one place\n  \u274c Success and failure paths have different shapes (resolve vs reject), so the runner branches and obscures failures; over-engineered for two cases\nNet: inline tests that match the suite today versus scaffolding for contract tests that do not exist yet.": "A: Two tests in existing suite (recommended)"
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              "header": "Test 1 assert",
              "question": "D5 \u2014 Issue 1: the success test asserts only that the receipt is truthy. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 1 (successful charge, Stripe id ch_paid, 1000 cents USD).\nELI10: PLAN.md states the contract exactly: the receipt must be { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The planned assertion is \"receipt is truthy\". An empty object is truthy. A receipt with amountCents 100000, currency \"usd\", or a missing chargeId is truthy. So the test as sketched cannot fail for any receipt-shape regression, which is the exact thing it exists to catch.\nStakes if we pick wrong: a refactor that drops chargeId or converts cents to dollars ships green; the customer gets a receipt with the wrong amount and the team learns about it from support tickets.\nRecommendation: 1A because the plan already states the exact expected value, so the exact assertion is free, and \"well-tested code is non-negotiable\" plus \"explicit over clever\" both point at pinning the whole shape.\nCompleteness: A=10/10, B=8/10, C=3/10\nPros / cons:\n1A) Deep-equal the full receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" } (recommended) (human: ~10 min / CC: ~1 min)\n  \u2705 Rejects a wrong or missing chargeId, a wrong amount, a wrong currency, and any extra field in one line\n  \u2705 Failure message shows the full expected vs actual object, so a 3-week-later regression is diagnosable from CI output alone\n  \u274c If the receipt legitimately grows a new field later, this test must be updated (that is the point of a contract test)\n1B) Assert the three fields individually: chargeId, amountCents, currency (human: ~10 min / CC: ~1 min)\n  \u2705 Each field failure names the specific field in its message\n  \u2705 Tolerates extra receipt fields without a test edit\n  \u274c Silently allows unexpected extra fields, so a receipt that leaks internal data (raw Stripe payload) still passes\n1C) Keep the truthy-only assertion as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break on a legitimate receipt shape change\n  \u274c Cannot fail for any receipt-shape regression; the test proves only that processPayment resolved\nNet: one exact deep-equal line versus a test that cannot catch the bug it was written for.",
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                },
                {
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                  "description": "Assert chargeId, amountCents and currency individually; extra fields allowed."
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            "D5 \u2014 Issue 1: the success test asserts only that the receipt is truthy. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 1 (successful charge, Stripe id ch_paid, 1000 cents USD).\nELI10: PLAN.md states the contract exactly: the receipt must be { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The planned assertion is \"receipt is truthy\". An empty object is truthy. A receipt with amountCents 100000, currency \"usd\", or a missing chargeId is truthy. So the test as sketched cannot fail for any receipt-shape regression, which is the exact thing it exists to catch.\nStakes if we pick wrong: a refactor that drops chargeId or converts cents to dollars ships green; the customer gets a receipt with the wrong amount and the team learns about it from support tickets.\nRecommendation: 1A because the plan already states the exact expected value, so the exact assertion is free, and \"well-tested code is non-negotiable\" plus \"explicit over clever\" both point at pinning the whole shape.\nCompleteness: A=10/10, B=8/10, C=3/10\nPros / cons:\n1A) Deep-equal the full receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" } (recommended) (human: ~10 min / CC: ~1 min)\n  \u2705 Rejects a wrong or missing chargeId, a wrong amount, a wrong currency, and any extra field in one line\n  \u2705 Failure message shows the full expected vs actual object, so a 3-week-later regression is diagnosable from CI output alone\n  \u274c If the receipt legitimately grows a new field later, this test must be updated (that is the point of a contract test)\n1B) Assert the three fields individually: chargeId, amountCents, currency (human: ~10 min / CC: ~1 min)\n  \u2705 Each field failure names the specific field in its message\n  \u2705 Tolerates extra receipt fields without a test edit\n  \u274c Silently allows unexpected extra fields, so a receipt that leaks internal data (raw Stripe payload) still passes\n1C) Keep the truthy-only assertion as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break on a legitimate receipt shape change\n  \u274c Cannot fail for any receipt-shape regression; the test proves only that processPayment resolved\nNet: one exact deep-equal line versus a test that cannot catch the bug it was written for.": "1A: Deep-equal full receipt (recommended)"
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              "header": "Test 2 assert",
              "question": "D6 \u2014 Issue 2: the repeated-502 test asserts only that processPayment rejects with PaymentUnavailable. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 2 (two consecutive Stripe 502s, max_retries=1).\nELI10: PLAN.md states the contract: with max_retries=1 the operation makes exactly two charge attempts separated by one recorded 100 ms backoff, then rejects with PaymentUnavailable. The planned assertion checks only the rejection. A processPayment that never retries (one attempt), retries five times (over-charging risk against a flaky Stripe), or sleeps 0 ms or 10 s between attempts all still reject with PaymentUnavailable and pass. The factory already exposes the Stripe mock call history and the sleeper record, so the exact checks cost two lines.\nStakes if we pick wrong: a retry-loop regression (no retry, or unbounded retry) ships green; under a real Stripe outage that means either every customer fails on the first blip or the service hammers Stripe with duplicate attempts.\nRecommendation: 2A because the contract names exact counts (two attempts, one 100 ms backoff) and the probes already exist; \"never weaken an exact count to a lower bound\" and \"err on the side of handling more edge cases\" both apply.\nCompleteness: A=10/10, B=7/10, C=3/10\nPros / cons:\n2A) Assert rejection with PaymentUnavailable AND mock call history has exactly 2 entries AND sleeper record equals [100] (recommended) (human: ~15 min / CC: ~1 min)\n  \u2705 Catches no-retry, over-retry, wrong backoff duration, and extra backoffs; every failure names the attempt count or the recorded delays\n  \u2705 Uses only the probes the plan already says the factory exposes; no new test infrastructure\n  \u274c Three assertions in one test; if all three regress at once the first failure masks the others until it is fixed\n2B) Assert rejection AND exactly 2 attempts, skip the backoff record (human: ~10 min / CC: ~1 min)\n  \u2705 Catches no-retry and over-retry regressions, the two costliest failure modes\n  \u2705 One fewer line than 2A\n  \u274c A backoff of 0 ms (hot retry loop against a failing Stripe) or 10 s (user waits) passes silently\n2C) Keep rejection-only as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break if the retry schedule is later tuned\n  \u274c Cannot distinguish a working retry loop from no retry loop at all\nNet: two lines against probes that already exist versus a test blind to the retry behavior it was written to protect.",
              "options": [
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                  "label": "2A: Reject + 2 attempts + [100] backoff (recommended)",
                  "description": "await expect(...).rejects.toThrow(PaymentUnavailable); expect(stripeMock.calls).toHaveLength(2); expect(sleeper.recorded).toEqual([100])."
                },
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                  "description": "Assert rejection and exact call count; leave backoff duration unasserted."
                },
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                  "description": "Leave the plan's assertion as written."
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            "D6 \u2014 Issue 2: the repeated-502 test asserts only that processPayment rejects with PaymentUnavailable. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 2 (two consecutive Stripe 502s, max_retries=1).\nELI10: PLAN.md states the contract: with max_retries=1 the operation makes exactly two charge attempts separated by one recorded 100 ms backoff, then rejects with PaymentUnavailable. The planned assertion checks only the rejection. A processPayment that never retries (one attempt), retries five times (over-charging risk against a flaky Stripe), or sleeps 0 ms or 10 s between attempts all still reject with PaymentUnavailable and pass. The factory already exposes the Stripe mock call history and the sleeper record, so the exact checks cost two lines.\nStakes if we pick wrong: a retry-loop regression (no retry, or unbounded retry) ships green; under a real Stripe outage that means either every customer fails on the first blip or the service hammers Stripe with duplicate attempts.\nRecommendation: 2A because the contract names exact counts (two attempts, one 100 ms backoff) and the probes already exist; \"never weaken an exact count to a lower bound\" and \"err on the side of handling more edge cases\" both apply.\nCompleteness: A=10/10, B=7/10, C=3/10\nPros / cons:\n2A) Assert rejection with PaymentUnavailable AND mock call history has exactly 2 entries AND sleeper record equals [100] (recommended) (human: ~15 min / CC: ~1 min)\n  \u2705 Catches no-retry, over-retry, wrong backoff duration, and extra backoffs; every failure names the attempt count or the recorded delays\n  \u2705 Uses only the probes the plan already says the factory exposes; no new test infrastructure\n  \u274c Three assertions in one test; if all three regress at once the first failure masks the others until it is fixed\n2B) Assert rejection AND exactly 2 attempts, skip the backoff record (human: ~10 min / CC: ~1 min)\n  \u2705 Catches no-retry and over-retry regressions, the two costliest failure modes\n  \u2705 One fewer line than 2A\n  \u274c A backoff of 0 ms (hot retry loop against a failing Stripe) or 10 s (user waits) passes silently\n2C) Keep rejection-only as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break if the retry schedule is later tuned\n  \u274c Cannot distinguish a working retry loop from no retry loop at all\nNet: two lines against probes that already exist versus a test blind to the retry behavior it was written to protect.": "2A: Reject + 2 attempts + [100] backoff (recommended)"
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              "header": "Next review",
              "question": "D7 \u2014 Which review runs next?\nProject/branch/task: `main`, CEO review of PLAN.md complete (HOLD SCOPE, 0 critical gaps, 2 assertion fixes approved).\nELI10: The CEO review is done and clears scope and strategy. gstack's shipping gate is the eng review, which checks architecture and test design; it has not run for this plan yet. There is no UI, so a design review does not apply.\nStakes if we pick wrong: skipping eng review leaves the ship dashboard NOT CLEARED; running it costs a few minutes on a two-test plan.\nRecommendation: A because eng review is the required gate and the plan changed since it was written (two assertions strengthened), so the tests deserve a second read.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /plan-eng-review next (recommended) (human: ~20 min / CC: ~5 min)\n  \u2705 Clears the required shipping gate on the review readiness dashboard\n  \u2705 Second read of the exact assertions and the await-then-count ordering before code is written\n  \u274c A few extra minutes on a plan that is already two tests against existing probes\nC) Skip, handle reviews manually\n  \u2705 Move straight to implementing T1 and T2 now\n  \u2705 No further review prompts in this session\n  \u274c Dashboard stays NOT CLEARED until an eng review runs\nNet: clear the gate now versus implement first and review later.",
              "options": [
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                  "label": "A: Run /plan-eng-review next (recommended)",
                  "description": "Start the eng review against the updated plan after this review exits."
                },
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                  "label": "C: Skip, manual reviews",
                  "description": "End here; run reviews yourself later."
                }
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          "answers": {
            "D7 \u2014 Which review runs next?\nProject/branch/task: `main`, CEO review of PLAN.md complete (HOLD SCOPE, 0 critical gaps, 2 assertion fixes approved).\nELI10: The CEO review is done and clears scope and strategy. gstack's shipping gate is the eng review, which checks architecture and test design; it has not run for this plan yet. There is no UI, so a design review does not apply.\nStakes if we pick wrong: skipping eng review leaves the ship dashboard NOT CLEARED; running it costs a few minutes on a two-test plan.\nRecommendation: A because eng review is the required gate and the plan changed since it was written (two assertions strengthened), so the tests deserve a second read.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /plan-eng-review next (recommended) (human: ~20 min / CC: ~5 min)\n  \u2705 Clears the required shipping gate on the review readiness dashboard\n  \u2705 Second read of the exact assertions and the await-then-count ordering before code is written\n  \u274c A few extra minutes on a plan that is already two tests against existing probes\nC) Skip, handle reviews manually\n  \u2705 Move straight to implementing T1 and T2 now\n  \u2705 No further review prompts in this session\n  \u274c Dashboard stays NOT CLEARED until an eng review runs\nNet: clear the gate now versus implement first and review later.": "A: Run /plan-eng-review next (recommended)"
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                      "header": "Routing",
                      "question": "D1 \u2014 Add gstack skill routing rules to CLAUDE.md?\nProject/branch/task: fixture repo on `main`, reviewing PLAN.md with /plan-ceo-review.\nELI10: gstack works best when the project's CLAUDE.md tells Claude which skill to invoke for which kind of request (bugs \u2192 /investigate, ship \u2192 /ship, and so on). Without it you invoke skills by hand each time. This is a one-time prompt per project.\nStakes if we pick wrong: mild. Either you get a routing section you did not want in CLAUDE.md, or you keep typing skill names manually.\nRecommendation: A because routing rules cost one CLAUDE.md section and save a manual invocation on every future request.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Add routing rules (recommended)\n  \u2705 Future requests route to the right gstack skill without you naming it\n  \u2705 Standard section, identical across gstack projects, easy to delete later\n  \u274c Adds a committed CLAUDE.md edit; in plan mode this lands after the review exits plan mode\nB) No thanks, invoke manually\n  \u2705 CLAUDE.md stays exactly as seeded in the fixture, no extra commit\n  \u2705 Re-enable any time with gstack-config set routing_declined false\n  \u274c Every gstack skill has to be invoked by name for the life of this project\nNet: a small committed edit versus manual skill invocation forever.",
                      "options": [
                        {
                          "label": "Add routing rules (recommended)",
                          "description": "Append the standard skill-routing section to CLAUDE.md and commit it (after plan mode exits, since plan mode blocks edits now)."
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                        {
                          "label": "No thanks, manual",
                          "description": "Record routing_declined=true; invoke gstack skills by name."
                        }
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                      "multiSelect": false
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                      "question": "D2 \u2014 Enable cross-project learnings search?\nProject/branch/task: fixture repo on `main`, first gstack run here.\nELI10: gstack saves small lessons (pitfalls, command fixes) per project. It can also search lessons from your other projects on this machine to spot patterns that apply here. Nothing leaves the machine. Good for solo developers; risky if you work across client codebases where mixing context is a concern.\nStakes if we pick wrong: either a useful past lesson goes unseen, or a lesson from an unrelated client project leaks into this review.\nRecommendation: A because this is a single-user sandbox with no client-separation concern.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Enable cross-project learnings (recommended)\n  \u2705 Past pitfalls from other local projects surface during this and future reviews\n  \u2705 Local-only search, a config flag you can flip back at any time\n  \u274c Lessons from unrelated codebases may appear and need to be judged for relevance\nB) Project-scoped only\n  \u2705 Zero risk of cross-client contamination between codebases on this machine\n  \u2705 Learnings stay tightly relevant to this repository alone\n  \u274c This fresh project starts with zero learnings, so nothing is recalled today\nNet: broader recall versus strict per-project isolation.",
                      "options": [
                        {
                          "label": "Enable cross-project (recommended)",
                          "description": "Set cross_project_learnings=true and search all local projects."
                        },
                        {
                          "label": "Project-scoped only",
                          "description": "Set cross_project_learnings=false; search this project only."
                        }
                      ],
                      "multiSelect": false
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                    {
                      "header": "Office hours",
                      "question": "D3 \u2014 Run /office-hours before the review?\nProject/branch/task: fixture repo on `main`, no design doc found for this branch.\nELI10: /office-hours produces a structured problem statement, a premise challenge, and explored alternatives, which gives the CEO review sharper input. It is about ten minutes and is per-feature, not per-product. This plan is small and concrete: two unit tests against contracts that are already spelled out in PLAN.md.\nStakes if we pick wrong: either ten minutes spent restating a problem PLAN.md already states clearly, or a review that misses framing a design doc would have caught.\nRecommendation: B because PLAN.md already states the problem, the exact expected values, and the constraints; a design doc would restate them.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /office-hours now (human: ~10 min / CC: ~3 min)\n  \u2705 Produces a design doc that downstream reviews and teammates can reference\n  \u2705 Forces an explicit premise challenge before any review section runs\n  \u274c For a two-test plan with stated contracts it mostly restates PLAN.md\nB) Skip, proceed with standard review (recommended)\n  \u2705 Goes straight to the rigorous HOLD SCOPE review the request asked for\n  \u2705 PLAN.md already contains the problem statement and exact expected values\n  \u274c No design doc artifact is produced for this branch\nNet: an extra framing artifact versus getting to the review now.",
                      "options": [
                        {
                          "label": "Skip, standard review (recommended)",
                          "description": "Proceed directly to Step 0 and the 11-section review."
                        },
                        {
                          "label": "Run /office-hours now",
                          "description": "Run office-hours inline, then resume the review with the design doc."
                        }
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                      "question": "D4 \u2014 Where and how should the two processPayment tests be structured?\nProject/branch/task: `main`, PLAN.md adds two unit tests for processPayment() receipt shape and 502 retry exhaustion.\nELI10: The plan already picks the factory, the Stripe mock and the virtual sleeper. The remaining structural choice is where the two tests live and whether they share any new helper. This question is about structure only. How strong each test's assertions must be is a separate finding handled in the Test Review section, one decision per test.\nStakes if we pick wrong: a helper nobody else uses, or tests that drift from the suite's existing style so the next engineer cannot tell which pattern to copy.\nRecommendation: A because the existing suite already has the factory and mock wiring; two more `it` blocks is the smallest diff that cleanly expresses the change (engineering preference: right-sized diff, no premature abstraction).\nCompleteness: A=9/10, B=8/10, C=6/10\nPros / cons:\nA) Two `it` blocks in the existing processPayment suite, current factory, no new helpers (recommended) (human: ~1h / CC: ~5 min)\n  \u2705 Reuses the factory, mock history and sleeper exactly as the plan states, zero new abstractions\n  \u2705 Smallest diff; a reader sees the arrange/act/assert inline next to the existing tests\n  \u274c Both tests repeat a few lines of factory setup that a shared helper would fold away\nB) New `describe('processPayment contracts')` block with a shared arrange helper (human: ~2h / CC: ~10 min)\n  \u2705 Groups contract-pinning tests under one heading so future contract tests have an obvious home\n  \u2705 A shared helper removes the duplicated factory setup between the two tests\n  \u274c A new helper for two callers is premature abstraction and a second pattern in the same file\nC) Table-driven scenarios (success row, 502-exhaustion row) through one parameterized runner (human: ~3h / CC: ~15 min)\n  \u2705 Adding a third contract later is one table row instead of a new test body\n  \u2705 Forces every scenario to declare expected receipt, attempts and backoff in one place\n  \u274c Success and failure paths have different shapes (resolve vs reject), so the runner branches and obscures failures; over-engineered for two cases\nNet: inline tests that match the suite today versus scaffolding for contract tests that do not exist yet.",
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                "content": "Your questions have been answered: \"D4 \u2014 Where and how should the two processPayment tests be structured?\nProject/branch/task: `main`, PLAN.md adds two unit tests for processPayment() receipt shape and 502 retry exhaustion.\nELI10: The plan already picks the factory, the Stripe mock and the virtual sleeper. The remaining structural choice is where the two tests live and whether they share any new helper. This question is about structure only. How strong each test's assertions must be is a separate finding handled in the Test Review section, one decision per test.\nStakes if we pick wrong: a helper nobody else uses, or tests that drift from the suite's existing style so the next engineer cannot tell which pattern to copy.\nRecommendation: A because the existing suite already has the factory and mock wiring; two more `it` blocks is the smallest diff that cleanly expresses the change (engineering preference: right-sized diff, no premature abstraction).\nCompleteness: A=9/10, B=8/10, C=6/10\nPros / cons:\nA) Two `it` blocks in the existing processPayment suite, current factory, no new helpers (recommended) (human: ~1h / CC: ~5 min)\n  \u2705 Reuses the factory, mock history and sleeper exactly as the plan states, zero new abstractions\n  \u2705 Smallest diff; a reader sees the arrange/act/assert inline next to the existing tests\n  \u274c Both tests repeat a few lines of factory setup that a shared helper would fold away\nB) New `describe('processPayment contracts')` block with a shared arrange helper (human: ~2h / CC: ~10 min)\n  \u2705 Groups contract-pinning tests under one heading so future contract tests have an obvious home\n  \u2705 A shared helper removes the duplicated factory setup between the two tests\n  \u274c A new helper for two callers is premature abstraction and a second pattern in the same file\nC) Table-driven scenarios (success row, 502-exhaustion row) through one parameterized runner (human: ~3h / CC: ~15 min)\n  \u2705 Adding a third contract later is one table row instead of a new test body\n  \u2705 Forces every scenario to declare expected receipt, attempts and backoff in one place\n  \u274c Success and failure paths have different shapes (resolve vs reject), so the runner branches and obscures failures; over-engineered for two cases\nNet: inline tests that match the suite today versus scaffolding for contract tests that do not exist yet.\"=\"A: Two tests in existing suite (recommended)\". You can now continue with these answers in mind.",
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                      "question": "D5 \u2014 Issue 1: the success test asserts only that the receipt is truthy. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 1 (successful charge, Stripe id ch_paid, 1000 cents USD).\nELI10: PLAN.md states the contract exactly: the receipt must be { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The planned assertion is \"receipt is truthy\". An empty object is truthy. A receipt with amountCents 100000, currency \"usd\", or a missing chargeId is truthy. So the test as sketched cannot fail for any receipt-shape regression, which is the exact thing it exists to catch.\nStakes if we pick wrong: a refactor that drops chargeId or converts cents to dollars ships green; the customer gets a receipt with the wrong amount and the team learns about it from support tickets.\nRecommendation: 1A because the plan already states the exact expected value, so the exact assertion is free, and \"well-tested code is non-negotiable\" plus \"explicit over clever\" both point at pinning the whole shape.\nCompleteness: A=10/10, B=8/10, C=3/10\nPros / cons:\n1A) Deep-equal the full receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" } (recommended) (human: ~10 min / CC: ~1 min)\n  \u2705 Rejects a wrong or missing chargeId, a wrong amount, a wrong currency, and any extra field in one line\n  \u2705 Failure message shows the full expected vs actual object, so a 3-week-later regression is diagnosable from CI output alone\n  \u274c If the receipt legitimately grows a new field later, this test must be updated (that is the point of a contract test)\n1B) Assert the three fields individually: chargeId, amountCents, currency (human: ~10 min / CC: ~1 min)\n  \u2705 Each field failure names the specific field in its message\n  \u2705 Tolerates extra receipt fields without a test edit\n  \u274c Silently allows unexpected extra fields, so a receipt that leaks internal data (raw Stripe payload) still passes\n1C) Keep the truthy-only assertion as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break on a legitimate receipt shape change\n  \u274c Cannot fail for any receipt-shape regression; the test proves only that processPayment resolved\nNet: one exact deep-equal line versus a test that cannot catch the bug it was written for.",
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                "content": "Your questions have been answered: \"D5 \u2014 Issue 1: the success test asserts only that the receipt is truthy. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 1 (successful charge, Stripe id ch_paid, 1000 cents USD).\nELI10: PLAN.md states the contract exactly: the receipt must be { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The planned assertion is \"receipt is truthy\". An empty object is truthy. A receipt with amountCents 100000, currency \"usd\", or a missing chargeId is truthy. So the test as sketched cannot fail for any receipt-shape regression, which is the exact thing it exists to catch.\nStakes if we pick wrong: a refactor that drops chargeId or converts cents to dollars ships green; the customer gets a receipt with the wrong amount and the team learns about it from support tickets.\nRecommendation: 1A because the plan already states the exact expected value, so the exact assertion is free, and \"well-tested code is non-negotiable\" plus \"explicit over clever\" both point at pinning the whole shape.\nCompleteness: A=10/10, B=8/10, C=3/10\nPros / cons:\n1A) Deep-equal the full receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" } (recommended) (human: ~10 min / CC: ~1 min)\n  \u2705 Rejects a wrong or missing chargeId, a wrong amount, a wrong currency, and any extra field in one line\n  \u2705 Failure message shows the full expected vs actual object, so a 3-week-later regression is diagnosable from CI output alone\n  \u274c If the receipt legitimately grows a new field later, this test must be updated (that is the point of a contract test)\n1B) Assert the three fields individually: chargeId, amountCents, currency (human: ~10 min / CC: ~1 min)\n  \u2705 Each field failure names the specific field in its message\n  \u2705 Tolerates extra receipt fields without a test edit\n  \u274c Silently allows unexpected extra fields, so a receipt that leaks internal data (raw Stripe payload) still passes\n1C) Keep the truthy-only assertion as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break on a legitimate receipt shape change\n  \u274c Cannot fail for any receipt-shape regression; the test proves only that processPayment resolved\nNet: one exact deep-equal line versus a test that cannot catch the bug it was written for.\"=\"1A: Deep-equal full receipt (recommended)\". You can now continue with these answers in mind.",
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                "question": "D5 \u2014 Issue 1: the success test asserts only that the receipt is truthy. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 1 (successful charge, Stripe id ch_paid, 1000 cents USD).\nELI10: PLAN.md states the contract exactly: the receipt must be { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The planned assertion is \"receipt is truthy\". An empty object is truthy. A receipt with amountCents 100000, currency \"usd\", or a missing chargeId is truthy. So the test as sketched cannot fail for any receipt-shape regression, which is the exact thing it exists to catch.\nStakes if we pick wrong: a refactor that drops chargeId or converts cents to dollars ships green; the customer gets a receipt with the wrong amount and the team learns about it from support tickets.\nRecommendation: 1A because the plan already states the exact expected value, so the exact assertion is free, and \"well-tested code is non-negotiable\" plus \"explicit over clever\" both point at pinning the whole shape.\nCompleteness: A=10/10, B=8/10, C=3/10\nPros / cons:\n1A) Deep-equal the full receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" } (recommended) (human: ~10 min / CC: ~1 min)\n  \u2705 Rejects a wrong or missing chargeId, a wrong amount, a wrong currency, and any extra field in one line\n  \u2705 Failure message shows the full expected vs actual object, so a 3-week-later regression is diagnosable from CI output alone\n  \u274c If the receipt legitimately grows a new field later, this test must be updated (that is the point of a contract test)\n1B) Assert the three fields individually: chargeId, amountCents, currency (human: ~10 min / CC: ~1 min)\n  \u2705 Each field failure names the specific field in its message\n  \u2705 Tolerates extra receipt fields without a test edit\n  \u274c Silently allows unexpected extra fields, so a receipt that leaks internal data (raw Stripe payload) still passes\n1C) Keep the truthy-only assertion as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break on a legitimate receipt shape change\n  \u274c Cannot fail for any receipt-shape regression; the test proves only that processPayment resolved\nNet: one exact deep-equal line versus a test that cannot catch the bug it was written for.",
                "header": "Test 1 assert",
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              "D5 \u2014 Issue 1: the success test asserts only that the receipt is truthy. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 1 (successful charge, Stripe id ch_paid, 1000 cents USD).\nELI10: PLAN.md states the contract exactly: the receipt must be { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" }. The planned assertion is \"receipt is truthy\". An empty object is truthy. A receipt with amountCents 100000, currency \"usd\", or a missing chargeId is truthy. So the test as sketched cannot fail for any receipt-shape regression, which is the exact thing it exists to catch.\nStakes if we pick wrong: a refactor that drops chargeId or converts cents to dollars ships green; the customer gets a receipt with the wrong amount and the team learns about it from support tickets.\nRecommendation: 1A because the plan already states the exact expected value, so the exact assertion is free, and \"well-tested code is non-negotiable\" plus \"explicit over clever\" both point at pinning the whole shape.\nCompleteness: A=10/10, B=8/10, C=3/10\nPros / cons:\n1A) Deep-equal the full receipt to { chargeId: \"ch_paid\", amountCents: 1000, currency: \"USD\" } (recommended) (human: ~10 min / CC: ~1 min)\n  \u2705 Rejects a wrong or missing chargeId, a wrong amount, a wrong currency, and any extra field in one line\n  \u2705 Failure message shows the full expected vs actual object, so a 3-week-later regression is diagnosable from CI output alone\n  \u274c If the receipt legitimately grows a new field later, this test must be updated (that is the point of a contract test)\n1B) Assert the three fields individually: chargeId, amountCents, currency (human: ~10 min / CC: ~1 min)\n  \u2705 Each field failure names the specific field in its message\n  \u2705 Tolerates extra receipt fields without a test edit\n  \u274c Silently allows unexpected extra fields, so a receipt that leaks internal data (raw Stripe payload) still passes\n1C) Keep the truthy-only assertion as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break on a legitimate receipt shape change\n  \u274c Cannot fail for any receipt-shape regression; the test proves only that processPayment resolved\nNet: one exact deep-equal line versus a test that cannot catch the bug it was written for.": "1A: Deep-equal full receipt (recommended)"
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                      "header": "Test 2 assert",
                      "question": "D6 \u2014 Issue 2: the repeated-502 test asserts only that processPayment rejects with PaymentUnavailable. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 2 (two consecutive Stripe 502s, max_retries=1).\nELI10: PLAN.md states the contract: with max_retries=1 the operation makes exactly two charge attempts separated by one recorded 100 ms backoff, then rejects with PaymentUnavailable. The planned assertion checks only the rejection. A processPayment that never retries (one attempt), retries five times (over-charging risk against a flaky Stripe), or sleeps 0 ms or 10 s between attempts all still reject with PaymentUnavailable and pass. The factory already exposes the Stripe mock call history and the sleeper record, so the exact checks cost two lines.\nStakes if we pick wrong: a retry-loop regression (no retry, or unbounded retry) ships green; under a real Stripe outage that means either every customer fails on the first blip or the service hammers Stripe with duplicate attempts.\nRecommendation: 2A because the contract names exact counts (two attempts, one 100 ms backoff) and the probes already exist; \"never weaken an exact count to a lower bound\" and \"err on the side of handling more edge cases\" both apply.\nCompleteness: A=10/10, B=7/10, C=3/10\nPros / cons:\n2A) Assert rejection with PaymentUnavailable AND mock call history has exactly 2 entries AND sleeper record equals [100] (recommended) (human: ~15 min / CC: ~1 min)\n  \u2705 Catches no-retry, over-retry, wrong backoff duration, and extra backoffs; every failure names the attempt count or the recorded delays\n  \u2705 Uses only the probes the plan already says the factory exposes; no new test infrastructure\n  \u274c Three assertions in one test; if all three regress at once the first failure masks the others until it is fixed\n2B) Assert rejection AND exactly 2 attempts, skip the backoff record (human: ~10 min / CC: ~1 min)\n  \u2705 Catches no-retry and over-retry regressions, the two costliest failure modes\n  \u2705 One fewer line than 2A\n  \u274c A backoff of 0 ms (hot retry loop against a failing Stripe) or 10 s (user waits) passes silently\n2C) Keep rejection-only as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break if the retry schedule is later tuned\n  \u274c Cannot distinguish a working retry loop from no retry loop at all\nNet: two lines against probes that already exist versus a test blind to the retry behavior it was written to protect.",
                      "options": [
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                          "label": "2A: Reject + 2 attempts + [100] backoff (recommended)",
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                          "label": "2B: Reject + 2 attempts only",
                          "description": "Assert rejection and exact call count; leave backoff duration unasserted."
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                "content": "Your questions have been answered: \"D6 \u2014 Issue 2: the repeated-502 test asserts only that processPayment rejects with PaymentUnavailable. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 2 (two consecutive Stripe 502s, max_retries=1).\nELI10: PLAN.md states the contract: with max_retries=1 the operation makes exactly two charge attempts separated by one recorded 100 ms backoff, then rejects with PaymentUnavailable. The planned assertion checks only the rejection. A processPayment that never retries (one attempt), retries five times (over-charging risk against a flaky Stripe), or sleeps 0 ms or 10 s between attempts all still reject with PaymentUnavailable and pass. The factory already exposes the Stripe mock call history and the sleeper record, so the exact checks cost two lines.\nStakes if we pick wrong: a retry-loop regression (no retry, or unbounded retry) ships green; under a real Stripe outage that means either every customer fails on the first blip or the service hammers Stripe with duplicate attempts.\nRecommendation: 2A because the contract names exact counts (two attempts, one 100 ms backoff) and the probes already exist; \"never weaken an exact count to a lower bound\" and \"err on the side of handling more edge cases\" both apply.\nCompleteness: A=10/10, B=7/10, C=3/10\nPros / cons:\n2A) Assert rejection with PaymentUnavailable AND mock call history has exactly 2 entries AND sleeper record equals [100] (recommended) (human: ~15 min / CC: ~1 min)\n  \u2705 Catches no-retry, over-retry, wrong backoff duration, and extra backoffs; every failure names the attempt count or the recorded delays\n  \u2705 Uses only the probes the plan already says the factory exposes; no new test infrastructure\n  \u274c Three assertions in one test; if all three regress at once the first failure masks the others until it is fixed\n2B) Assert rejection AND exactly 2 attempts, skip the backoff record (human: ~10 min / CC: ~1 min)\n  \u2705 Catches no-retry and over-retry regressions, the two costliest failure modes\n  \u2705 One fewer line than 2A\n  \u274c A backoff of 0 ms (hot retry loop against a failing Stripe) or 10 s (user waits) passes silently\n2C) Keep rejection-only as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break if the retry schedule is later tuned\n  \u274c Cannot distinguish a working retry loop from no retry loop at all\nNet: two lines against probes that already exist versus a test blind to the retry behavior it was written to protect.\"=\"2A: Reject + 2 attempts + [100] backoff (recommended)\". You can now continue with these answers in mind.",
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                "question": "D6 \u2014 Issue 2: the repeated-502 test asserts only that processPayment rejects with PaymentUnavailable. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 2 (two consecutive Stripe 502s, max_retries=1).\nELI10: PLAN.md states the contract: with max_retries=1 the operation makes exactly two charge attempts separated by one recorded 100 ms backoff, then rejects with PaymentUnavailable. The planned assertion checks only the rejection. A processPayment that never retries (one attempt), retries five times (over-charging risk against a flaky Stripe), or sleeps 0 ms or 10 s between attempts all still reject with PaymentUnavailable and pass. The factory already exposes the Stripe mock call history and the sleeper record, so the exact checks cost two lines.\nStakes if we pick wrong: a retry-loop regression (no retry, or unbounded retry) ships green; under a real Stripe outage that means either every customer fails on the first blip or the service hammers Stripe with duplicate attempts.\nRecommendation: 2A because the contract names exact counts (two attempts, one 100 ms backoff) and the probes already exist; \"never weaken an exact count to a lower bound\" and \"err on the side of handling more edge cases\" both apply.\nCompleteness: A=10/10, B=7/10, C=3/10\nPros / cons:\n2A) Assert rejection with PaymentUnavailable AND mock call history has exactly 2 entries AND sleeper record equals [100] (recommended) (human: ~15 min / CC: ~1 min)\n  \u2705 Catches no-retry, over-retry, wrong backoff duration, and extra backoffs; every failure names the attempt count or the recorded delays\n  \u2705 Uses only the probes the plan already says the factory exposes; no new test infrastructure\n  \u274c Three assertions in one test; if all three regress at once the first failure masks the others until it is fixed\n2B) Assert rejection AND exactly 2 attempts, skip the backoff record (human: ~10 min / CC: ~1 min)\n  \u2705 Catches no-retry and over-retry regressions, the two costliest failure modes\n  \u2705 One fewer line than 2A\n  \u274c A backoff of 0 ms (hot retry loop against a failing Stripe) or 10 s (user waits) passes silently\n2C) Keep rejection-only as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break if the retry schedule is later tuned\n  \u274c Cannot distinguish a working retry loop from no retry loop at all\nNet: two lines against probes that already exist versus a test blind to the retry behavior it was written to protect.",
                "header": "Test 2 assert",
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              "D6 \u2014 Issue 2: the repeated-502 test asserts only that processPayment rejects with PaymentUnavailable. What should it assert?\nProject/branch/task: `main`, PLAN.md proposed test 2 (two consecutive Stripe 502s, max_retries=1).\nELI10: PLAN.md states the contract: with max_retries=1 the operation makes exactly two charge attempts separated by one recorded 100 ms backoff, then rejects with PaymentUnavailable. The planned assertion checks only the rejection. A processPayment that never retries (one attempt), retries five times (over-charging risk against a flaky Stripe), or sleeps 0 ms or 10 s between attempts all still reject with PaymentUnavailable and pass. The factory already exposes the Stripe mock call history and the sleeper record, so the exact checks cost two lines.\nStakes if we pick wrong: a retry-loop regression (no retry, or unbounded retry) ships green; under a real Stripe outage that means either every customer fails on the first blip or the service hammers Stripe with duplicate attempts.\nRecommendation: 2A because the contract names exact counts (two attempts, one 100 ms backoff) and the probes already exist; \"never weaken an exact count to a lower bound\" and \"err on the side of handling more edge cases\" both apply.\nCompleteness: A=10/10, B=7/10, C=3/10\nPros / cons:\n2A) Assert rejection with PaymentUnavailable AND mock call history has exactly 2 entries AND sleeper record equals [100] (recommended) (human: ~15 min / CC: ~1 min)\n  \u2705 Catches no-retry, over-retry, wrong backoff duration, and extra backoffs; every failure names the attempt count or the recorded delays\n  \u2705 Uses only the probes the plan already says the factory exposes; no new test infrastructure\n  \u274c Three assertions in one test; if all three regress at once the first failure masks the others until it is fixed\n2B) Assert rejection AND exactly 2 attempts, skip the backoff record (human: ~10 min / CC: ~1 min)\n  \u2705 Catches no-retry and over-retry regressions, the two costliest failure modes\n  \u2705 One fewer line than 2A\n  \u274c A backoff of 0 ms (hot retry loop against a failing Stripe) or 10 s (user waits) passes silently\n2C) Keep rejection-only as planned\n  \u2705 Zero additional lines beyond the sketch\n  \u2705 Cannot break if the retry schedule is later tuned\n  \u274c Cannot distinguish a working retry loop from no retry loop at all\nNet: two lines against probes that already exist versus a test blind to the retry behavior it was written to protect.": "2A: Reject + 2 attempts + [100] backoff (recommended)"
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                      "question": "D7 \u2014 Which review runs next?\nProject/branch/task: `main`, CEO review of PLAN.md complete (HOLD SCOPE, 0 critical gaps, 2 assertion fixes approved).\nELI10: The CEO review is done and clears scope and strategy. gstack's shipping gate is the eng review, which checks architecture and test design; it has not run for this plan yet. There is no UI, so a design review does not apply.\nStakes if we pick wrong: skipping eng review leaves the ship dashboard NOT CLEARED; running it costs a few minutes on a two-test plan.\nRecommendation: A because eng review is the required gate and the plan changed since it was written (two assertions strengthened), so the tests deserve a second read.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /plan-eng-review next (recommended) (human: ~20 min / CC: ~5 min)\n  \u2705 Clears the required shipping gate on the review readiness dashboard\n  \u2705 Second read of the exact assertions and the await-then-count ordering before code is written\n  \u274c A few extra minutes on a plan that is already two tests against existing probes\nC) Skip, handle reviews manually\n  \u2705 Move straight to implementing T1 and T2 now\n  \u2705 No further review prompts in this session\n  \u274c Dashboard stays NOT CLEARED until an eng review runs\nNet: clear the gate now versus implement first and review later.",
                      "options": [
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                          "label": "A: Run /plan-eng-review next (recommended)",
                          "description": "Start the eng review against the updated plan after this review exits."
                        },
                        {
                          "label": "C: Skip, manual reviews",
                          "description": "End here; run reviews yourself later."
                        }
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                    }
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          "timestamp": "2026-09-09T19:20:02.942Z",
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                "type": "tool_result",
                "content": "Your questions have been answered: \"D7 \u2014 Which review runs next?\nProject/branch/task: `main`, CEO review of PLAN.md complete (HOLD SCOPE, 0 critical gaps, 2 assertion fixes approved).\nELI10: The CEO review is done and clears scope and strategy. gstack's shipping gate is the eng review, which checks architecture and test design; it has not run for this plan yet. There is no UI, so a design review does not apply.\nStakes if we pick wrong: skipping eng review leaves the ship dashboard NOT CLEARED; running it costs a few minutes on a two-test plan.\nRecommendation: A because eng review is the required gate and the plan changed since it was written (two assertions strengthened), so the tests deserve a second read.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /plan-eng-review next (recommended) (human: ~20 min / CC: ~5 min)\n  \u2705 Clears the required shipping gate on the review readiness dashboard\n  \u2705 Second read of the exact assertions and the await-then-count ordering before code is written\n  \u274c A few extra minutes on a plan that is already two tests against existing probes\nC) Skip, handle reviews manually\n  \u2705 Move straight to implementing T1 and T2 now\n  \u2705 No further review prompts in this session\n  \u274c Dashboard stays NOT CLEARED until an eng review runs\nNet: clear the gate now versus implement first and review later.\"=\"A: Run /plan-eng-review next (recommended)\". You can now continue with these answers in mind.",
                "tool_use_id": "toolu_01MzLrVPif1GUajALmAFZiv7"
              }
            ]
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            "questions": [
              {
                "question": "D7 \u2014 Which review runs next?\nProject/branch/task: `main`, CEO review of PLAN.md complete (HOLD SCOPE, 0 critical gaps, 2 assertion fixes approved).\nELI10: The CEO review is done and clears scope and strategy. gstack's shipping gate is the eng review, which checks architecture and test design; it has not run for this plan yet. There is no UI, so a design review does not apply.\nStakes if we pick wrong: skipping eng review leaves the ship dashboard NOT CLEARED; running it costs a few minutes on a two-test plan.\nRecommendation: A because eng review is the required gate and the plan changed since it was written (two assertions strengthened), so the tests deserve a second read.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /plan-eng-review next (recommended) (human: ~20 min / CC: ~5 min)\n  \u2705 Clears the required shipping gate on the review readiness dashboard\n  \u2705 Second read of the exact assertions and the await-then-count ordering before code is written\n  \u274c A few extra minutes on a plan that is already two tests against existing probes\nC) Skip, handle reviews manually\n  \u2705 Move straight to implementing T1 and T2 now\n  \u2705 No further review prompts in this session\n  \u274c Dashboard stays NOT CLEARED until an eng review runs\nNet: clear the gate now versus implement first and review later.",
                "header": "Next review",
                "options": [
                  {
                    "label": "A: Run /plan-eng-review next (recommended)",
                    "description": "Start the eng review against the updated plan after this review exits."
                  },
                  {
                    "label": "C: Skip, manual reviews",
                    "description": "End here; run reviews yourself later."
                  }
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                "multiSelect": false
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            "answers": {
              "D7 \u2014 Which review runs next?\nProject/branch/task: `main`, CEO review of PLAN.md complete (HOLD SCOPE, 0 critical gaps, 2 assertion fixes approved).\nELI10: The CEO review is done and clears scope and strategy. gstack's shipping gate is the eng review, which checks architecture and test design; it has not run for this plan yet. There is no UI, so a design review does not apply.\nStakes if we pick wrong: skipping eng review leaves the ship dashboard NOT CLEARED; running it costs a few minutes on a two-test plan.\nRecommendation: A because eng review is the required gate and the plan changed since it was written (two assertions strengthened), so the tests deserve a second read.\nNote: options differ in kind, not coverage \u2014 no completeness score.\nPros / cons:\nA) Run /plan-eng-review next (recommended) (human: ~20 min / CC: ~5 min)\n  \u2705 Clears the required shipping gate on the review readiness dashboard\n  \u2705 Second read of the exact assertions and the await-then-count ordering before code is written\n  \u274c A few extra minutes on a plan that is already two tests against existing probes\nC) Skip, handle reviews manually\n  \u2705 Move straight to implementing T1 and T2 now\n  \u2705 No further review prompts in this session\n  \u274c Dashboard stays NOT CLEARED until an eng review runs\nNet: clear the gate now versus implement first and review later.": "A: Run /plan-eng-review next (recommended)"
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}