Qodo Review Resolver

Read & Resolve Findings

Description

Use the qodo CLI to read a pull request's review session — its status, the commit that was reviewed, and every finding with its resolution status — for any PR (yours or someone else's). Reading alone is a valid use: stop after the read to report where a review stands or what it flagged (e.g. to gate a merge on it being clean at head). To go further, resolve the open findings in code, applying your own judgment (the review is a strong second opinion, not gospel) — by default you evaluate the findings and let the user pick which to apply (pass autofix to apply directly), run once (report + resolve what the user approves) or as a watch loop (resolve → let Qodo re-review the new commit → repeat until clean). Then record the outcome on the findings you settled — mark-implemented for ones you fixed, dismiss for ones the user agreed to close without a code change. That is what clears the merge-policy block those findings hold; skip it and the review stays red until a human clicks through the PR. You still never post to the forge yourself: the status tools write Qodo's review DB and Qodo reconciles the PR comments. (Plain git/forge metadata reads — git rev-parse HEAD, gh pr view --json headRefOid — are fine and in fact required for the freshness check below; the "don't scrape" rule is about qodo, not your shell.)

Prerequisites

• The Qodo CLI is authenticated and exposes the structured PR-review session tools.
• The exact PR URL and its current head SHA can be resolved without scraping review comments.
• Any write to a finding has the user's explicit authority or the skill's explicit autofix scope.

Instructions

Follow the detailed workflow below: fetch structured state, require a completed exact-head review, present open findings, apply only approved fixes, and record only outcomes actually settled.

To check a review's status or findings, always run the qodo read command below — do not fetch the rendered PR review comments with gh/curl. The comment UI is lossy, provider- specific, and easy to read stale against the head commit; the tool returns the reviewed commit_sha. To judge freshness, compare that commit_sha to the PR head — which you know directly for a PR you just pushed (git rev-parse HEAD), or read as plain forge metadata (gh pr view <pr> --json headRefOid, git ls-remote) for any other PR. This rule is only about reading the review (don't scrape its comments) — not about forbidding forge metadata like the head SHA.

Handle a skill update notice

A Qodo command can emit QODO_NOTICE <json> to stderr while still succeeding. When code is qodo_skill_update_available, keep the command's result and finish the current task. Then follow the notice's steps: do read-only inventory first, resolve the installed Qodo package and scope, show the exact lifecycle-owner update command or UI action, and ask once before any mutation. If the user declines, keep the current version usable.

Never invoke a different lifecycle owner, guess a placeholder, or install an optional package implicitly. After an approved update, ask for the host restart named by the notice; the current session may still have the old skill loaded.

Runtime compatibility gate

First resolve the executable using the qodo: command not found fallback below. Before any other Qodo command, run <qodo> --version exactly as shown, with no provenance flags. This unadorned probe is intentionally compatible with older Qodo CLIs. This skill requires Qodo CLI 0.1.0-next.37 or newer.

If the version is older or cannot be parsed, do not run whoami, login, or a managed tool and do not describe the failure as an authentication problem. Explain that the skill is newer than the runtime, show qodo update as the update command for the runtime's already-recorded origin, and ask once before running it. For a customer deployment, keep its organization-provided update origin; never switch it to the public service. After an approved update, rerun the unadorned version probe and continue only when it satisfies the minimum. If the user declines or the update fails, stop with the current skill and user files unchanged.

Quick start

qodo --version                                                       # compatibility probe — run this FIRST
qodo read whoami --json --skill qodo-review-resolver --skill-version 1.4.4 --distribution kiro-power --host kiro
qodo read pr-review-session findings --pr-url <PR_URL> --json       # the review session for a PR
qodo pr-review-session mark-implemented --finding-ids <id>,<id> --explanation "..." --json
qodo pr-review-session dismiss --finding-ids <id> --reason intentional --explanation "..." --json
qodo read tools pr-review-session --json                            # exact safe tools + flags (offline)

Add --json to anything you parse. Confirm the exact tool names, flags, and read/write status with qodo read tools pr-review-session [<tool>] --json (renders offline) — the names above are illustrative, not guaranteed current.

unknown command on dismiss/mark-implemented after authentication may be a stale local tool catalog — refresh once as described below. If the commands are still absent, the workspace does not currently expose PR-review writes; report that capability boundary instead of looping.

qodo: command not found? That's PATH, not a missing install: GUI-launched agents (e.g. the Claude Code desktop app) run shells with a minimal PATH. Retry with the absolute path ~/.qodo/bin/qodo (or $QODO_HOME/bin/qodo if set) and keep using it for every qodo command here. Only if that file is missing too is qodo actually not installed; tell the user to obtain a checksum-pinned installer command from Qodo or their organization's administrator. Installers are served from https://get.qodo.ai, but never invent a digest or pipe an installer directly into a shell.

Sandbox auth diagnostic. In a sandboxed environment, if qodo read whoami fails for any reason (including Not logged in), ask the user to approve one exact read-only retry of qodo read whoami outside the sandbox before recommending login or refreshing tools. Keychain failures can be reported as generic auth failures, so the sandboxed result alone is not diagnostic. That approval applies only to this single diagnostic retry: do not reuse it, request persistent approval, or move later Qodo commands outside the sandbox automatically. If the retry succeeds, continue with normal per-command permission checks. If it still fails, follow the normal auth troubleshooting below.

Preflight

1. Auth first. Run qodo read whoami. After the sandbox retry above when applicable, a non-zero exit → tell the user to run qodo login, then stop. Never guess creds. The tool only exists after login, so treat Not logged in or No tool catalog cached as "run qodo login", and don't retry before they have. An unknown command/unknown option while whoami SUCCEEDED is not an auth failure. Run qodo tools --refresh once and re-check qodo read tools pr-review-session --json. If the write command remains absent, report that this account/workspace currently has read-only review capability; do not re-login, retry indefinitely, or substitute a forge comment for the structured write.
2. Resolve the PR. Use the PR URL the user gives. If they don't name one and you're inside a git repo, infer the open PR for the current branch and confirm it with the user before acting. Never guess a PR URL.
3. Bind edits to the checkout. Report-only reads may target any PR. Before any local fix, resolve the PR repository from provider metadata and the current checkout repository from its origin; normalize both to the full case-insensitive owner/repo identity. They must match exactly. A missing/ambiguous origin or mismatch means stop and ask the user to open the correct checkout — never apply a finding from one repository to another worktree. Repeat this check if the target PR changes during a watch loop.

Fetch the review session

qodo read pr-review-session findings --pr-url <PR_URL> --json returns:

• review_session — the latest review run: status, commit_sha (the last commit included in the review — the code these findings describe), started_at. null = the PR has no review yet — tell the user and stop (nothing to resolve).
• findings[] — every current finding, each with: title, description, category, action_level (action_required > remediation_recommended > informational), attribution_status, git_sha, review_run_id, comment_id / inline_comment_id.

finding_count: 0 with a non-null session = a clean review.

Read the session state FIRST (before trusting any finding)

The review_session tells you whether the findings are real yet and what code they cover — check it before acting:

• Is a review still running? If status is not a terminal/completed state (e.g. started / in-progress), a review is mid-flight — the findings are provisional and will change. Do NOT resolve them yet; poll qodo read pr-review-session findings … --json until status is completed.
• What commit do the findings describe? review_session.commit_sha is the last commit the review included. If it's behind the PR head, the findings are stale — they don't reflect your latest code. Either the review hasn't run on the new commit yet (wait) or you're looking at an old run. Only trust findings when the session is completed AND its commit_sha is the commit you care about (the head, in a watch loop).

In short: act only on a completed review of the current commit. A running review or a lagging commit_sha means wait, don't fix.

Present the review state

Use natural prose: outcome → contextual explanation of changes and dispositions → verification → remaining work. For report-only requests, lead with the current review state and the impact of remaining findings. Credit Qodo once for the specific concerns its review surfaced; you own the final assessment and recommended action. No branded headings, emoji banners, slogans, footers, or repeated summary blocks. Use short issue titles or lists when useful.

For each finding, explain what could happen, under which conditions, and why it matters to the user's intended change. Evaluate it against the code and available coding-session decisions and constraints; retrieve PR context when needed, never invent a missing session. Cite the evidence and preserve finding references and reported category/level separately from your recommendation. Own the fix, dismissal, or investigation decision and its rationale. A deliberate choice supports dismissal only when the implementation enforces its assumptions. Keep the tone collaborative and factual; do not routinely qualify Qodo's capability. Follow the existing scope and approval gates for edits and disposition writes; your technical assessment does not grant permission.

Name the PR, review status, and reviewed commit from structured state; compare with the forge head before acting. Make stale, running, failed, or missing reviews explicit. Distinguish code changed, disposition recorded, and updated code reviewed. Tests passing or a status write succeeding does not establish a clean review of the updated commit. Only a completed review at the current head can support that verdict; report remaining findings and missing verification honestly. For example: “Addressed [risk] Qodo identified by [change], preserving [user decision]. [Verification]. The latest review covers [old SHA]; review of [head SHA] remains outstanding.” Use only actual outcomes. In watch mode, report meaningful state changes without repeating the assessment on every poll or status write.

Triage

• Open vs done is attribution_status, and it is NOT a three-way field — it carries the raw stored value, so matching only pending silently drops real work:
  • OPEN — work these: pending, partial_implementation, not_implemented, focus_areas_edited. The last three are re-attributions of a finding that is still unresolved (a partial fix is still an open finding).
  • CLOSED — leave these: full_implementation, dismissed, detected_after_merge, outdated.
  • action_level is severity, not open-vs-closed. A closed finding can still be action_required.
• Order by action_level: action_required first, then remediation_recommended; treat informational as optional and surface it, don't necessarily fix it.
• Group open findings by file so you edit each file once.

Honor the user's instruction (optional scope)

If the user gave an instruction, treat it as a filter over the open findings and act only on the matches — don't widen it:

• By action level — "resolve the action-required findings" → only action_level == action_required; "everything actionable" → action_required + remediation_recommended.
• By category — "just the security findings" → category == Security (same for correctness, performance, etc.).
• By specific finding — "fix finding #3" / "the SQL-injection one" → match by id or title.
• Report-only — "what did the review find?" / "is it clean?" → summarize the findings and their statuses, change no code.

No instruction → default to presenting for approval open action_required then remediation_recommended, and surface (don't auto-fix) informational. When an instruction is ambiguous, state the scope you picked in one line before acting, so the user can redirect. Always report which findings you skipped and why (out of scope / dismissed / informational) — never silently drop one.

Two modes

Each round follows the present-and-ask gate from Resolve a finding — evaluate, present, and let the user pick which findings to resolve — unless autofix is in effect, which lets you apply the recommended fixes without prompting. Either way, ask before pushing unless told otherwise.

Once (default). Fetch → evaluate every open finding (triage — all four OPEN statuses, not just pending) → present + ask (or apply directly under autofix) → resolve the chosen ones in code → commit/push per the user's workflow → record the outcome (mark-implemented for what you fixed; dismiss, with the user's explicit go, for what they agreed to close without a change) → summarize what you resolved and what remains (e.g. skipped / dismissed / informational). Stop. Don't loop unless asked. Triage covers all open findings, but the picker only offers the actionable set — action_required then remediation_recommended — with informational surfaced separately, matching the default scope above; put informational in the picker only when the user asks. (Offering isn't selecting: every box starts unticked.)

Watch until clean (when the user says "babysit" / "keep going until it's clean"). autofix is what makes this loop autonomous — without it you still present + ask each round. After you resolve findings and the fix commit is pushed, Qodo re-reviews the new commit — so:

1. Note the PR's current head SHA — the commit you just pushed (git rev-parse HEAD), or, for a PR you didn't push, read it as forge metadata (gh pr view <pr> --json headRefOid). That's a metadata read, not review-comment scraping — it's fine.
2. Poll qodo read pr-review-session findings … --json until the review is completed AND its commit_sha equals that head SHA. Until both hold, the findings are stale or provisional (a review is still running, or it describes the pre-fix commit) — do not act on them.
3. When fresh: if any OPEN findings remain (all four statuses — a partial_implementation is still open), resolve them and repeat; if none remain, report the review clean and stop.
4. Bound it: stop after a few rounds with no progress and hand back to the user rather than looping forever.

Resolve a finding

Evaluate Qodo's findings against the code, PR intent, and available session context. Own the final technical recommendation and rationale, while following the user's scope and approval below.

Evaluate each finding against the actual code and the PR's intent, and form a recommendation:

• Sound and in scope → a fix is warranted; note what you'd change (read title + description, locate the code — the qodo-codebase-wisdom skill's read tools help when it isn't local).
• Unsupported or already addressed → recommend dismissal with code evidence. A deliberate choice supports dismissal only when the implementation enforces its assumptions.
• Unsure → identify the evidence or check needed before deciding.

Present and ask (default). Use the contextual assessment above for each open, in-scope finding, keeping its action_level/category and your recommendation, then ask in a single prompt which findings to resolve. Use whatever the host gives you: a multi-select if it has one (Claude Code's AskUserQuestion, say), otherwise a numbered list and "reply with the numbers to resolve". One prompt either way — don't ask per finding. Nothing is pre-selected. Mark which ones you recommend, but the user must actively choose: this prompt is the last thing standing between a finding and an edit, so a bare Enter must resolve nothing. Resolve only what the user picks (edit as normal, matching the surrounding code); report the rest as skipped with your reason. Do not edit any code before the user has chosen.

Autofix (skip the gate). Only an explicit autofix token in the invocation (e.g. qodo-review-resolver autofix) skips the prompt outright. Phrasing that merely sounds like opting in ("just fix them", "don't ask me") is not enough by itself — reading intent wrong here edits code the user never approved, which is the exact failure this gate exists to prevent. On inferred intent, name the exact scope you'd apply and get one confirmation — "Reading that as autofix — resolve the N findings I recommended?" — never "resolve all N", which reads as the whole set and widens scope on the very ambiguity this check exists to catch. Either way apply exactly what the evaluation decided and nothing beyond it (findings are usually right, but you're the engineer in the loop, not a rubber stamp), and report what you resolved and what you skipped.

Commit/push per the user's workflow — ask before pushing unless they've told you to.

attribution_status is the intended signal — a fixed finding is re-attributed to full_implementation by the next review on its own, so after pushing, re-fetch and work only what's still open. But it's tooling and can glitch: if a finding stays open after a fix you're confident in, or a status plainly contradicts the code, don't loop re-fixing it — flag the discrepancy to the user and move on. (Resolving converges over rounds; a fix can also surface genuinely new findings, which the watch loop picks up.)

Record the outcome

Closing a finding is a write — it updates Qodo's review DB, restyles the finding's PR comments, re-renders the review summary, and releases the merge-policy block that finding holds. Two commands, and the distinction between them is the whole point: one says the code changed, the other says the code didn't and here's why. Never use one to mean the other.

qodo pr-review-session mark-implemented --finding-ids <id>,<id> --explanation "what you changed" --json
qodo pr-review-session dismiss --finding-ids <id>,<id> --reason <reason> --explanation "why" --json

• Batch per PR, one call. Reconciliation runs once per call, not once per finding — so all the findings you implemented go in one mark-implemented, and all the ones sharing a dismissal reason go in one dismiss. Up to 100 ids.
• mark-implemented only for code you actually changed and pushed. It clears the merge gate without a review having verified the fix, so a wrong claim ships an unfixed finding as fixed. If another review round is going to run anyway, prefer letting it re-attribute the fix itself; reach for this when no further round will run before merge, or the gate must clear now.
• dismiss needs the user's explicit go, per finding, every time — autofix does NOT cover it. autofix is consent to edit code, which the next review re-checks; a dismissal closes a finding the review still believes in, is visible to the team, and nothing re-opens it. Present what you propose to dismiss and why, and dismiss only what the user names.
• --reason (required): false_positive (the finding is wrong) · intentional (the code is deliberate and correct) · deferred (real, but out of scope for this PR) · rejected (understood and declined). Always add --explanation — a reviewer reads it later without your context.
• Read results per finding, don't assume the call succeeded as a whole. It is a 200 even when individual ids fail: not_found (wrong id or wrong workspace) and conflict (already closed, or not linked to a PR) are terminal — don't retry them. reconciled: false means the DB change landed but the PR-side update didn't; re-running the same command is safe and idempotent, and the PR self-heals on its next review regardless. already_dismissed / already_implemented report the stored reason — a replay never overwrites the original.

Example

User: "Resolve the action-required findings on https://github.com/acme/api/pull/318"

1. qodo read whoami → logged in.
2. qodo read pr-review-session findings --pr-url https://github.com/acme/api/pull/318 --json → review_session: status: completed, commit_sha: a1b2c3d (= the PR head, so findings are current); findings: 3 open (2 pending, 1 partial_implementation) — 2 action_required, 1 informational.
3. Instruction filters to action_required → work those 2; the informational one is out of scope (report it, don't fix).
4. Evaluate each: "SQL built via string interpolation" → real → recommend parameterizing the query in db/orders.py. "Missing timeout on the outbound call" → the client already sets a default timeout upstream → already satisfied → recommend skipping with that reason.
5. Present both with those recommendations and ask (multi-select) which to resolve — both unticked, the SQL one marked recommended. Apply what the user picks, then report: "Resolved the SQL finding (parameterized the query in db/orders.py). Skipped the timeout one — already set upstream — and 1 informational (out of scope). Push and I'll re-check, or say 'watch' to loop until the review is clean." (Had the user said resolve … autofix, I'd have applied the recommended fix directly, no prompt.)

Configuration

Use --json, compare review_session.commit_sha with forge head metadata, and stamp the exact skill/version/distribution provenance on the first Qodo call. Read and write capabilities are discovered from the installed CLI catalog; rendered forge comments are never the data source.

Error Handling

Treat null sessions, in-progress or stale commits, missing write capabilities, rate limits, and tool-loop errors as explicit states. Preserve them in the report and never close a finding merely to make the review appear clean.

Guardrails

• Freshness = a completed review of the reviewed commit, not a timestamp. Findings describe review_session.commit_sha and are only final once status is completed. After any push, treat them as stale until a completed review's commit_sha catches up to the PR head — otherwise you'll act on a mid-flight review or "fix" a commit the findings don't describe.
• Never post to the forge yourself. The only writes you make are dismiss / mark-implemented, which go through Qodo and let it reconcile the PR. Do not call any forge-write tool (comments, approvals, labels, description) to "resolve" a finding — resolve it in code, then record the outcome.
• You may decline a finding you judge wrong (with a clear reason). Dismissing it in the system is now possible but is the user's call, not yours — propose it, name the reason, and act only on their explicit go. On a real disagreement the user is the arbiter.
• Don't close what you didn't settle. A finding you skipped for scope stays open — report it as skipped rather than dismissing it as deferred to make the list look clean.
• Don't guess the PR URL — resolve it first; a null session means no review yet.
• An MT-TOOL-LOOP or MT-RATE-LIMITED error means stop/back off and change approach, not retry.

After authorized changes, report what improved, why each decision was made, what was verified, and what still needs attention. Keep local edits, recorded dispositions, and review state distinct.