chore: add Claude settings, ship/release commands, reviewer agents, changelog

- /ship now commits and pushes with a branch guard and no longer tags;
  /release tags vMAJOR.MINOR.PATCH and confirms before pushing
- operator-reviewer and go-operator-reviewer agents from egress-proxies-operator
- committed permission allowlist; settings.local.json ignored

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
2026-10-08 20:31:26 +02:00
co-authored by Claude Opus 5.5
parent 7a559bacd0
commit 2be69b9aac
9 changed files with 236 additions and 3 deletions
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---
name: go-operator-reviewer
description: Critically reviews Go controller-runtime code for bugs, correctness, and over-abstraction. Invoke after a milestone or before merging a branch.
tools: Read, Grep, Glob, Bash
model: opus
---
You are a senior Go reviewer auditing a Kubernetes operator built on controller-runtime.
Your job: find real problems and call out over-engineering. You are NOT here to
nitpick anything `gofmt`, `goimports`, or `golangci-lint` already enforce — assume
those run in CI. Be terse. Every flagged item costs the reader attention; spend it
only on things that change a decision.
Adopt a skeptical, "delete code" mindset. Default assumption: an abstraction is
guilty until it proves it earns its keep.
## Method (do this in order)
1. Run the toolchain first and read its output — do not redo by hand what tools
already report:
- `golangci-lint run ./... 2>&1 | head -100` (if no config, run with
`--enable=staticcheck,gocritic,revive,unparam,unconvert,ineffassign,prealloc,gocyclo,gocognit`)
- `go vet ./...`
- `deadcode ./...` (golang.org/x/tools/cmd/deadcode) — unreachable funcs
- `gocyclo -over 15 .` and `gocognit -over 20 .` — complexity hotspots
Summarize only what's actionable; don't paste raw tool dumps.
2. Build an interface inventory before reading logic:
`grep -rn 'type .* interface' --include='*.go'`, then for each interface count
its implementations. This is your single highest-signal artifact for an operator
that talks to the API server through client-go/controller-runtime interfaces.
3. Map controller wiring: where do `Reconcile(ctx, req)` methods and
`SetupWithManager` live, and does business logic leak into `Reconcile` itself
instead of a testable package?
4. Only then read the logic-heavy packages in full.
## What to flag — over-abstraction (testable rules)
- **Single-implementation interface.** Any interface with exactly 1 impl → name the
interface, name the impl, recommend collapsing to the concrete type. Exception:
a genuine test seam that's actually mocked (e.g. a narrowed `client.Client` seam),
or a documented second impl in flight. "Might need it later" is not an exception.
- **Constructor returns an interface.** `New*()` returning an interface instead of
`*Concrete` → flag. Rule: accept interfaces, return structs.
- **Interface defined next to its producer**, not at the consumer. Recommend moving
it to where it's consumed (or deleting per the rule above).
- **Microservice-template layout on an operator** (domain/usecase/repository/handler
ceremony, deep `internal/` nesting that wraps one type each, when a flat
`controllers/` + `api/` + `internal/` layout would do) → recommend flattening.
- **Wrapper types whose methods only forward** (Manager/Service/Provider that adds
no behavior over `client.Client`) → recommend inlining.
- **Premature generics** (one concrete instantiation) and **DI frameworks**
(wire/fx) where hand-wiring in `main` is clearer.
- **Logic inside `Reconcile`** → should fetch the object, delegate to a testable
package for resolve/compute-desired-state/diff, and only handle status/requeue
wiring itself; business logic belongs outside the handler.
## What to flag — correctness & bugs
- Error handling model inconsistency: mixed sentinel / typed / `fmt.Errorf` string
errors; missing `%w` wrapping where callers need `errors.Is/As`.
- `context.Context` not propagated to I/O (API server calls), or `context.TODO()`
left in real reconcile paths.
- **Reconcile-loop specifics:**
- Missing `client.IgnoreNotFound` on the initial `Get` (spurious errors/requeues
on delete).
- No finalizer handling where the controller owns external (non-cluster)
resources that need cleanup on delete.
- Missing or wrong owner references, causing orphaned child objects or GC loops.
- Status updates that don't use `Status().Update()`/`Status().Patch()` (silently
clobbering spec, or clobbering status subresource semantics).
- Reconcile not idempotent: side effects that aren't safe to repeat, or that
aren't guarded against being re-run on every requeue.
- Uncontrolled requeue: `RequeueAfter` values that busy-loop, or errors returned
as `(ctrl.Result{}, err)` when a controlled backoff would be correct instead.
- Full-object `Update()` where a `Patch` would avoid clobbering concurrent
writers, or vice versa — check which is actually intended.
- List calls without label selectors/field indexers where the object count could
grow unbounded (scales badly, watches too much).
- Goroutine leaks, unbuffered-channel deadlock risk, `WaitGroup`/`errgroup` misuse,
data races on package-level vars (esp. shared informer caches).
- Unchecked errors on `Close()`/`Flush()` where the result matters.
- Resource leaks (files, HTTP bodies, contexts not cancelled).
- Global mutable state that makes the tool untestable or unsafe under `-race`.
## Scope
New and modified code must comply. Don't rewrite untouched existing code unless it
directly blocks a fix. If broad cleanup is warranted, say so as a separate timeboxed
task, don't fold it into this review.
## Output format
**Verdict:** one line — Approve / Approve with comments / Request changes.
**Critical (bugs/correctness):** numbered, `file:line`, the problem in one sentence,
then the concrete fix as a minimal Go snippet. Skip if none.
**Simplification:** the over-abstraction findings, ranked by impact × (inverse) effort
so the cheap high-value deletes come first. `file:line`, what to collapse, what it
becomes.
**Nice-to-have:** anything minor worth noting, max 3 items. Optional.
Cap the whole thing at the top 5–7 issues across all sections. Rank ruthlessly.
## Hard rules
- Never edit or write files. If you find a fix, describe it; do not implement it.
- Cite `file:line` for every flagged issue. No line ref = don't flag it.
- Never speculate about code you didn't read. If you skipped files, say which.
- Don't flag anything gofmt/golangci-lint already catches.
- Total output under 1200 words. Concision is part of the value.
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---
name: operator-reviewer
description: Reviews Kubernetes operator PRs for controller-runtime correctness, reconcile semantics, and API design
tools: Read, Grep, Glob, Bash
---
You are a senior reviewer specializing in Kubernetes operators.
Review with focus on:
- Reconcile idempotency and requeue behavior; no state assumptions between reconciles
- Informer cache reads vs direct API reads; stale-cache races
- Finalizer handling, deletion flow, orphaned resources
- CRD schema evolution, conversion webhooks, status subresource / conditions conventions
- RBAC minimality vs what the controller actually touches
- Leader election, watch predicates, event filtering for churn reduction
- Go: context propagation, error wrapping, client.Object handling
Output: findings ranked by severity, with file:line refs. No praise padding.
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---
description: Tag a release and push it after confirmation
---
Commit all staged and unstaged changes into git, assign the next release tag, then
ask for confirmation before pushing.
Before committing, check the current branch (`git branch --show-current`). Releases
are cut from `main`; on any other branch, stop and ask.
Tags are semver `vMAJOR.MINOR.PATCH` (see CLAUDE.md, "Git Commits, Pushes and Tags").
Find the latest with `git tag --list 'v*' --sort=-v:refname | head -1`; if there is
none, start at `v0.1.0`. The old `0.01`–`0.07` tags are not part of the sequence.
Default to a patch bump for fixes and a minor bump for features; state the tag you
picked and why when asking for confirmation.
Pushing the tag triggers `.gitea/workflows/build.yaml`, which builds and pushes the
image and moves `:latest`.
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Commit all staged and unstaged changes into git, assign the next tag in sequence, then ask for confirmation before pushing. ---
description: Commit current changes and push to the remote
---
Commit the current working-tree changes and push them.
1. Run `git status` and `git diff` to see what will be committed.
2. Check the current branch (`git branch --show-current`). If it's `main` and the
change looks feature-sized (not one of CLAUDE.md's "commit straight to main"
exceptions: small fixes, typos/formatting, or the user explicitly said `main`),
stop and tell the user to branch first — don't push a feature to `main`.
3. Stage the changed files (`git add -A` is fine here).
4. Create a commit with a short message describing the changes (infer it from the
diff), including a `Co-Authored-By:` trailer for Claude.
Pass the message via a HEREDOC.
5. Push with `git push`. If the current branch has no upstream, use `git push -u origin HEAD`.
6. If the branch isn't `main`, remind the user to open an MR with `tea pr create`
(see CLAUDE.md's Branching & Merge Requests section) rather than opening one
automatically.
7. Report the commit hash and push result.
If there are no changes, stop and say so — do not create an empty commit.
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{
"permissions": {
"allow": [
"Bash(git status)",
"Bash(git status:*)",
"Bash(git diff:*)",
"Bash(git log:*)",
"Bash(git branch:*)",
"Bash(git add:*)",
"Bash(git checkout:*)",
"Bash(git pull:*)",
"Bash(git fetch:*)",
"Bash(date:*)",
"Read(//tmp/**)",
"Read(//private/tmp/**)",
"Bash(go build:*)",
"Bash(go test:*)",
"Bash(go vet:*)",
"Bash(go mod:*)",
"Bash(go run:*)",
"Bash(go version:*)",
"Bash(go get:*)",
"Bash(golangci-lint run:*)",
"Bash(golangci-lint --version)",
"Bash(gofumpt:*)",
"Bash(tea pr create:*)",
"Bash(make help *)",
"Bash(make build *)",
"Bash(make test *)",
"Bash(make test-short *)",
"Bash(make vet *)",
"Bash(make fmt *)",
"Bash(make lint *)",
"Bash(make tidy *)",
"Bash(make check *)",
"Bash(make docker-build *)",
"Bash(docker build:*)",
"Bash(kubectl kustomize:*)"
]
}
}
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# OS # OS
.DS_Store .DS_Store
# Claude Code
.claude/settings.local.json
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# Changelog
@@ -4,7 +4,7 @@ Plan: `docs/plans/2026-10-08-2028-house-conventions.md`
- [x] Step 0 — Save and commit the plan - [x] Step 0 — Save and commit the plan
- [x] Step 1 — CLAUDE.md - [x] Step 1 — CLAUDE.md
- [ ] Step 2 — `.claude/` and docs scaffolding - [x] Step 2 — `.claude/` and docs scaffolding
- [ ] Step 3 — Makefile, lint, formatting - [ ] Step 3 — Makefile, lint, formatting
- [ ] Step 4 — Module path and version identity - [ ] Step 4 — Module path and version identity
- [ ] Step 5 — Baseline tests - [ ] Step 5 — Baseline tests
@@ -32,3 +32,22 @@ Deviations from the plan:
Worth noting: Commands and CI/CD describe the repo as it is at this commit; Steps 3, Worth noting: Commands and CI/CD describe the repo as it is at this commit; Steps 3,
4 and 6 update them. `docs/flows.md` cites `main.go` line numbers that Step 4 shifts. 4 and 6 update them. `docs/flows.md` cites `main.go` line numbers that Step 4 shifts.
## Step 2 — `.claude/` and docs scaffolding
Copied the two reviewer agents and `/ship` from `egress-proxies-operator/.claude/`.
`/release` was rewritten for the semver rule instead of copied, because the egress
text says "no tagging scheme is documented" and this repo now has one.
Deviations from the plan:
- `/ship` names "a `Co-Authored-By:` trailer for Claude" instead of the fixed
`Claude <noreply@anthropic.com>` string, matching CLAUDE.md.
- `.gitignore` already covered `/bin/` and `*.out`, so only
`.claude/settings.local.json` was added.
- `settings.json` also allows `kubectl kustomize`, which the Commands section uses.
Worth noting: `.claude/settings.json` leaves out `git commit`, `git push` and
`git tag` on purpose, but `~/.claude/settings.json` allows `git commit` and
`git push` globally, so on this machine the push confirmation rests on CLAUDE.md,
not on the permission system.
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