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2026-07-16 21:47:55 +02:00

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Claude Code Prompt: [Feature / Fix Name]

0. Task class & scope

  • Implementation — code change with unit-test coverage; build + deploy + verify. (All sections.)
  • Spike — empirically validate an unproven mechanism BEFORE any production spec is written. Output is a findings doc in felhom.eu/documentation/audits/SPIKE-<topic>-<date>.md, not shipped production code. (§1, §2, §3, §4, §13-verify, §15. Skip §5-§12 unless the spike writes throwaway probes.)
  • Risky / supervised — touches agent / golden image / provisioning / destructive disk ops, or anything that mutates real customer data. Spec it; implement during the supervised session itself, directly on main. Mandatory STOP point in §13. (All sections + §13 STOP is load-bearing.)
  • Runbook-style validation — see note above; prefer a RUNBOOK-*.md.

Repos touched (check all — each gets its own baseline, green gate, build/deploy, and wrap-up):

  • felhom-controller (in-guest; Docker-only; no Proxmox creds) — app domain
  • felhom-agent (host; operator-tier; owns ALL Proxmox interaction)
  • felhom.eu (hub/, website/, documentation/)
  • app-catalog-felhom.eu (compose templates + .felhom.yml)

Don't confuse the two ex-"controllers": felhom-agent (host, was proxmox-controller) vs this felhom-controller (in-guest, was deploy-felhom-compose). Host/disk/Proxmox/Cloudflare logic lives in the agent; the controller keeps stack/deploy/UI/app-data-backup/metrics/git-sync/notifications.

1. Confirmed baselines (anti-drift anchor — MANDATORY)

Repo main @ commit Current version → Target version
felhom-controller <hash> v0.XX.0 v0.XX+1.0
felhom-agent <hash> v0.YY.0 v0.YY+1.0
felhom.eu (hub) <hash> v0.ZZ.0 v0.ZZ+1.0

An unpushed change does not exist for validation or deployment. CC commits directly to main (trunk-based — no feature/fix branches). If a change can't be cleanly shipped, revert + report; never park it on a branch.

2. Overview

3. Spike-first gate

  • Does this rely on any unvalidated mechanism? yes / no
  • If yes: is it already validated in a spike doc? Cite it: felhom.eu/documentation/audits/SPIKE-....
  • If yes and not validated: STOP — switch task class to Spike. Do not spec production code on assumptions.

4. Read these files first

  1. e:\git\CLAUDE.md — workspace orientation (the felhom system, shared conventions, access).
  2. <repo>/CLAUDE.md — repo build/deploy, code-quality rules, trunk-based + live-validation rules.
  3. <repo>/CONTEXT.md — current project state / decisions / roadmap.
  4. felhom.eu/documentation/architecture/02-controller-module-map.md — KEEP/PORT/DELETE/MODIFY per-package classification. Read before touching backup/, storage/, system/, config/.
  5. felhom.eu/documentation/controller/<feature>.md — code-verified feature docs (authoritative; match code, not summaries, if they drift).
  6. controller/README.md (or felhom-agent/README.md) — module map, feature reference, REST API.
  7. [exact source file(s) to modify] — [why it's relevant].
  8. [exact source file(s) to depend on] — [why it's relevant].

5. Existing functions / helpers to reuse (MUST use — do NOT reinvent)

Symbol File (landmark) Signature / use Modify?
Manager.StopStack internal/stacks/manager.go (~L682) StopStack(name string) error — idempotent No
Manager.RedeployFromEnv internal/stacks/deploy.go (~L478) writes app.yaml then compose up -d + post-start status No
appbackup.AppDataDir internal/.../paths.go namespace+app → data dir No
writeDiskJSON internal/.../agent_disk_handlers.go JSON envelope for disk endpoints No
[helper that needs a change] path/file.go Func(args) Yes — add intent param; gate on IntentEnrolled

Do NOT reuse: [name the dangerous-lookalike + why], e.g. rsyncMirror (has --delete).

6. Pattern references (copy structure from these canonical files)

Pattern Canonical file Key traits to copy
REST handler internal/api/router.go + a sibling handler stdlib net/http, JSON envelope, error logging
Local-API disk handler internal/localapi/disks.go (handleDiskEject) withGuest, scopedFromBody, role gate, fail-safe-to-protected
Scheduler job internal/.../scheduler register + skip-if-running, graceful shutdown
Crash-safe journal internal/stacks/backup.go journal-before-mutate, atomic tmp+fsync+rename, Recover on startup
Unit test internal/.../*_test.go (a recent non-hollow one) t.TempDir(), fakes/seams, effect assertions
HTML template internal/web/templates/*.html Hungarian UI, Go template funcs, no inline secrets

7. Integration scenarios (must pass)

Scenario A — [happy path]

Given: [concrete state]
When:  [exact endpoint / CC action]
Then:
  - [effect 1 — exact value/state]
  - [effect 2]
  - [the WRONG outcome this must NOT produce]

Scenario B — [alternative / role / mode]

Given: [what differs from A]
When:  [action]
Then:  [how outcomes differ and WHY]

Scenario C — [error / boundary / security gate]

Given: [bad input / unauthorised actor / data-bearing device]
When:  [action that must be refused]
Then:  [exact refusal — HTTP status, error, and the proven non-effect, e.g. "mkfs NOT called"]

8. Edge cases & deduplication rules

Condition A Condition B Result

9. Strict rules

  1. Green gate (Go): after every commit/phase, in each touched repo: go build ./... && go vet ./... && go test ./... — all green before proceeding. The build IS the typecheck; do not accumulate compile errors.
  2. Minimal changes: build only what's listed. No "while I'm here" refactors. Note anything worth fixing under "Observations" (§15) — don't act on it.
  3. No silent failures: never swallow a parse/exec error — log it. Check a subprocess's own exit code; never pipe in a way that hides a 127. (The silent .felhom.yml quoting bug + the spike's exit-swallow lesson.)
  4. Secrets safety: log env var keys, never values. Never write secrets (tokens, passwords, keys) into CHANGELOG.md, REPORT.md, or any committed file — reference as "stored out-of-band".
  5. Line numbers are landmarks: reference code by symbol/landmark; reconfirm the line in the real source before editing (bundled files ≠ source files).
  6. Trunk-based: commit directly to main. No branches. Can't ship cleanly → revert + report.
  7. Version discipline: never :latest; bump the version on every task; one CHANGELOG entry per shippable change; overwrite REPORT.md.
  8. Coding standards: follow <repo>/CLAUDE.md (cross-cutting) and the feature doc / README for domain patterns.

10. Non-hollow test discipline (MANDATORY for any correctness/security fix)

  • Assert the effect happened, not just absence of error. Security example: prove mkfs was NOT called on a data-bearing device by inspecting the device/fake state — not by trusting the caller.
  • Companion red-proof: for every correctness fix, write the test so it FAILS on the pre-fix / trivial implementation. Demonstrate this: run the mutation (or guard-removed shape), confirm the test fails, revert. State the result in §15.
  • FS work uses t.TempDir(); orchestration uses fakes/seams (introduce a small stackOps / copier interface so tests don't shell out to docker/rsync).
  • Generation/idempotency: assert the negative (e.g. "fetch count does NOT increment on an unchanged heartbeat"; "a re-run finds its own prior (N) and adds no (1)(1)").

Part 1: [Foundation / engine]

1.1 [Task]

File(s): path/file.go Problem: [what's wrong / what to build, and why] DO: [explicit positive instructions; tricky code snippets only — CC fills the obvious parts] DO NOT: [the specific anti-pattern for THIS task] Crash-safety (if stateful): journal-before-mutate; atomic tmp+fsync+rename; Recover on startup; guaranteed cleanup via defer; single-flight mutex; ListLXC-style ground truth in recovery.

Green gate: go build ./... && go vet ./... && go test ./internal/<pkg>/

Part 2: [Core logic / external surface]

2.1 [Task]

Phase order (risky surfaces): Phase A structural → validate → Phase B security/external surface.

Green gate: full go test ./...

Part 3: [Web / UI — if touched]

3.1 [Task]

Hungarian strings: "[exact copy]" — e.g. "Adatok másolása: (X% — Y/Z GB)…".

Green gate: go build ./... + go test ./...

Part N: Documentation & versioning

N.1 CHANGELOG.md (each touched repo)

Cumulative, newest entry on top. New version number. Cite the files/commits for each item.

N.2 REPORT.md (each touched repo) — OVERWRITE

Most-recent implementation only (not cumulative). MUST contain: confirmed baselines, per-commit hashes, per-test results, deployed versions, and an explicit "NOT yet live-validated — awaiting supervised [Bx]" list. No secrets.

N.3 CONTEXT.md

Decisions made, architectural state, what's next.

N.4 README / architecture docs

<repo>/README.md if architecture/features changed; authoritative architecture/feature docs in felhom.eu/documentation/{architecture,controller}/. Spikes/audits → felhom.eu/documentation/audits/.

N.5 Website version bump (if controller/hub version is shown on the site).

11. Tests

Test Group A — [Scenario A]

- setup (t.TempDir / fakes)
- action (the exact call)
- assert (effects, exact values/counts)
- companion: [mutation that makes it fail on pre-fix code]

Test Group B — [Scenario B]

Test Group C — [Scenario C — error/security gate]

12. What NOT to do

  • Do NOT [specific out-of-scope thing CC might build].
  • Do NOT touch [the untouchable: e.g. the operator-signed DecommissionExecutor / classify.go].
  • Do NOT reuse [the dangerous lookalike from §5].
  • Do NOT refactor nearby code, change passing tests, or create a branch.
  • Do NOT add "Co-Authored by..." anywhere

13. Build / deploy / STOP

Controller (build server 192.168.0.180 → guest via golden/bootstrap):

SSH=/c/Windows/System32/OpenSSH/ssh.exe
# build + push
$SSH kisfenyo@192.168.0.180 "cd ~/build/felhom-controller && git -C ~/git/felhom-controller pull && ./build.sh <VER> --push"
# deploy to guest (golden/bootstrap): docker pull → write /etc/felhom-controller-image → restart bootstrap svc
# verify:
$SSH kisfenyo@<guest> "docker ps --filter name=felhom-controller --format '{{.Image}} {{.Status}}' && docker logs felhom-controller --tail 20"

Agent (build + push felhom-agent:<VER>; deploy to felhom-pve: backup prior binary, replace, restart service; verify clean restart — e.g. ReassertGuestBinds does not rebind a non-enrolled drive).

Hub (felhom.eu/hub/): build + push, then $SSH kisfenyo@192.168.0.180 "sudo kubectl set image -n felhom-system deploy/hub hub=...:<VER>" + verify pods/logs.

Live validation rule: if validating a user-facing feature, exercise the real server pipeline (connect → enroll → deploy), or invoke the exact endpoint the UI invokes (acceptable proxy — no server logic skipped). Do NOT hand-set state via raw agent attach (the F9 bypass). Browser automation (claude-in-chrome) is available for true UI coverage — say which method was used.

STOP point (risky/supervised tasks): build + unit-test + build/deploy images, but do NOT run a live destructive op or migrate real customer data — that is the supervised [Bx] step. Throwaway marker dirs under a scratch /mnt path are OK only if they touch no enrolled customer data.

14. Implementation order

Phase 1: [Part 1]            → go build ./... && go vet ./... && go test ./internal/<pkg>/
Phase 2: [Part 2]            → full go test ./...
Phase 3: [Part 3 — UI]       → go build ./... && go test ./...
Phase N-1: [Tests]           → full go test ./... (all green)
Phase N:   [Build/deploy/verify + docs + push to main]

15. Final verification & deliverables

Run, per touched repo: go build ./... && go vet ./... && go test ./...

Report MUST include:

  1. Confirmed baselines used (repo @ hash, version).
  2. Files created / modified (paths).
  3. Per-commit hashes pushed to main.
  4. Per-test results (name → pass/fail) + the §10 companion red-proof outcomes.
  5. Test count before / after; all green (or list failures).
  6. Deployed versions + docker ps / agent-service / hub-pod verification output.
  7. NOT yet live-validated — awaiting supervised [Bx]: explicit list (the real put-data → operate → integrity flow).
  8. Observations: out-of-scope items noticed — documented, NOT acted on.
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