tl-deploy
/tl-deploy
Monitoruje wdrożenie w GitHub Actions, wykonuje kontrole stanu i aktualizuje status zadania po deployu.
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Brak sygnałów. Repozytorium zmienione 28.09.2026, bez odwołań do wycofanych modeli i API.
MIT, otwarta: można używać i zmieniać, z zachowaniem informacji o autorze.
Co robi i kiedy
Monitoruje wdrożenie w GitHub Actions, wykonuje kontrole stanu i aktualizuje status zadania po deployu.
Oryginalny opis (EN)
Monitor CI/CD deployment (GitHub Actions), run health checks, update YouGile. Deployment is triggered by git push (nacl-tl-ship), this skill monitors the result. Use when: deploy, check deploy status, verify deployment, or the user says "/nacl:tl-deploy".
Jak działa
- Contract
- Your Role
- Key Principle
- Invocation
- Workflow: 5 Steps
- CI/CD Pipeline Templates
- References
Podgląd SKILL.md
---
name: tl-deploy
model: sonnet
effort: low
description: |
Monitor CI/CD deployment (GitHub Actions), run health checks, update YouGile.
Deployment is triggered by git push (nacl-tl-ship), this skill monitors the result.
Use when: deploy, check deploy status, verify deployment,
or the user says "/nacl:tl-deploy".
---
## Contract
**Inputs this skill consumes:**
- Commit SHA being deployed
- Prior verification status by SHA (from graph or status.json, six-status vocabulary)
- CI pipeline status (GitHub Actions)
- Health-check results
**Outputs this skill produces:**
- Headline one of: DEPLOY COMPLETE / DEPLOY HALTED — REGRESSION /
DEPLOY HALTED — {NO_INFRA | RUNNER_BROKEN | UNVERIFIED | BLOCKED}
- Health-failure halts the pipeline rather than report-and-continue
**Downstream consumers of this output:**
- Human user
- `nacl-tl-deliver` (staging) — reads: headline, per-task verification-status table
- `nacl-tl-release` (production) — reads: headline, per-task verification-status table
- `nacl-tl-conductor` — reads: headline to decide next orchestration phase
- `nacl-tl-hotfix` — reads: headline to decide whether a hotfix deploy passed
**Field schema each downstream consumer requires:**
```
Headline: DEPLOY COMPLETE
DEPLOY HALTED — REGRESSION
DEPLOY HALTED — NO_INFRA
DEPLOY HALTED — RUNNER_BROKEN
DEPLOY HALTED — UNVERIFIED
DEPLOY HALTED — BLOCKED (clean-checkout-artifact-missing)
DEPLOY HALTED — BLOCKED (clean-checkout-commit-mismatch)
DEPLOY HALTED — BLOCKED (clean-checkout-<blocker_detail>)
DEPLOY INCOMPLETE — UNVERIFIED (health probe timeout)
DEPLOY HALTED — NO_INFRA (health contract undefined)
Per-task status table (one row per deployed SHA):
SHA | source-task | source-verification-status | CI-status | health-status
Health-status values: PASS | FAIL | TIMEOUT | SKIPPED
CI-status values: PASS | FAIL | SKIPPED
source-verification-status: done (PASS) | verified-pending (UNVERIFIED) | blocked | failed | not-found
```
**Contract change discipline:**
If this skill's output contract changes, every downstream consumer listed above
must be audited and updated in the same release. The 0.10.0→0.10.1 regression
was caused by the absence of this discipline. `nacl-tl-fix` changed its output
contract (new status vocabulary, new header strings, new `Status:` field)
without auditing `nacl-tl-reopened` and `nacl-tl-hotfix`, which were the only
two skills that consume its output. Had a `## Contract` section existed in
`nacl-tl-fix`, the update would have included a list of downstream consumers,
making the audit mandatory and visible.
---
# TeamLead Deploy — Monitor + Verify + YouGile
## Your Role
You **monitor** deployments triggered by CI/CD pipelines (GitHub Actions) and verify they succeed. You do NOT trigger deploys directly — that happens via git push in `/nacl:tl-ship`. You watch the CI/CD pipeline, run health checks, and update YouGile.
## Key Principle
```
Deploy is triggered by push (nacl-tl-ship does this).
This skill MONITORS the result and verifies health.
If health check fails → alert + suggest rollback.
```
---
## Invocation
```
/nacl:tl-deploy --staging # monitor staging deploy (feature branch push)
/nacl:tl-deploy --production # monitor production deploy (main branch push)
/nacl:tl-deploy --watch # watch currently running pipeline/workflow
```
### Configuration Resolution
| Data | Source priority |
|------|---------------|
| Staging URL | config.yaml → deploy.staging.url |
| Production URL | config.yaml → deploy.production.url |
| Health endpoint | config.yaml → deploy.[env].health_endpoint (fallback: `/api/health`) |
| YouGile done column | config.yaml → yougile.columns.done |
| VPS staging | `config.yaml → vps.staging` (ip, user, ssh_key) — SSH-диагностика при сбое health-check |
| VPS production | `config.yaml → vps.production` (ip, user, ssh_key) — аналогично |
| Clean-checkout artifact | `.tl/clean-checkout/<commit>.json` — produced by `nacl-tl-deliver` Step 4b. Required for every deploy (W9). Absent / mismatch / BLOCKED without exception → `DEPLOY HALTED — BLOCKED (clean-checkout-*)`. |
If deploy section missing → error (cannot monitor deployment without URL).
If YouGile missing → skip task moves, report locally.
---
## Workflow: 5 Steps
### Step 0: PLATFORM DETECTION
Detect CI/CD platform from the project:
1. Check `config.yaml → deploy.ci_platform` (if set, use it)
2. Check for `.github/workflows/` directory → **GitHub Actions** (use `gh`)
3. If neither → error: no CI/CD platform detected
| Platform | CLI | List runs | Watch run | View logs |
|----------|-----|-----------|-----------|-----------|
| GitHub Actions | `gh` | `gh run list` | `gh run watch` | `gh run view --log-failed` |
### Step 1: IDENTIFY DEPLOYMENT
0. **Pre-monitor clean-checkout artifact gate (W9-ci-clean-checkout):**
Before evaluating the upstream verification gate (0a), confirm that
a clean-checkout evidence artifact exists for the commit being
deployed.
```
commit = the SHA selected by Step 0 / Step 1.1
artifact = .tl/clean-checkout/<commit>.json (in the repo root
of the deploying workspace)
```
| Artifact state | Deploy action |
|---------------|---------------|
| Present, `terminal_status: PASS`, `commit` field matches the deployed SHA | Proceed to step 0a (upstream verification). |
| Present, `commit` field DOES NOT match the deployed SHA | HALT: `DEPLOY HALTED — BLOCKED (clean-checkout-commit-mismatch)`. The wave-tip evidence is for a different commit; deploy refuses to ship a commit that was never clean-checkout-verified. |
| Present, `terminal_status: BLOCKED`, no signed exception covering the named `blocker_detail` | HALT: `DEPLOY HALTED — BLOCKED (clean-checkout-<blocker_detail>)`. |
| Present, `terminal_status: BLOCKED`, signed exception covers `blocker_detail` | Proceed with a `(clean-checkout-bypass)` banner on the final report and an event in `.tl/emergencies/` if the bypass route was emergency-mode (not exception). |
| Absent | HALT unconditionally: `DEPLOY HALTED — BLOCKED (clean-checkout-artifact-missing)`. There is NO inline override flag. The operator must (a) re-run `/nacl:tl-deliver` (which produces the artifact in Step 4b) or (b) file a signed exception with `affected_gates: [clean-checkout-artifact-missing]` for a one-shot carve-out. |
The clean-checkout artifact is the gate-quality evidence that the
deployed commit was built + smoked from a fresh tree, not a warm
local cache. Without a matching artifact, deploy emits `BLOCKED`.
0a. **Pre-monitor verification gate:**
Before monitoring any pipeline, confirm the code being deployed came from
tasks with verified development status. Read from graph or status.json:
```cypher
// Find tasks associated with the commit SHA being deployed
MATCH (t:Task)
WHERE t.commit = $commitSha
RETURN t.id AS task_id, t.status AS status
```
Or read `.tl/status.json` and `.tl/conductor-state.json` to find tasks
associated with the branch/commit being deployed.
| Task status | Deploy action |
|-------------|--------------|
| done (PASS) | Proceed with deployment monitoring |
| verified-pending (UNVERIFIED) | HALT by default: `DEPLOY HALTED — UNVERIFIED (upstream verified-pending)`. Operator override is permitted (explicit "yes" prompt; NOT auto-confirmed by `--yes`). On override → headline `DEPLOY APPLIED — UNVERIFIED (operator override)`; Task.verification_skip_reason = 'deploy operator-override'; the source Task is NOT moved to `done` / `released` (Cross-cutting principle P4). |
| blocked | Same gate as UNVERIFIED. On override → `DEPLOY APPLIED — UNVERIFIED (blocked, operator override)`; no source-task state movement. |
| failed / REGRESSION | HALT immediately: `DEPLOY HALTED — REGRESSION`. Do NOT proceed |
| Not found in graph | HALT unconditionally: `DEPLOY HALTED — UNVERIFIED (upstream status unknown)`. The previous "Warn and proceed (backward-compat)" path is removed. The operator must populate the Task node (via the appropriate dev / fix / verify skill) and re-run; there is no override that promotes unknown to verified. |
1. Read `config.yaml → deploy` for target environment config
2. Find and watch the deploy pipeline via the single-authority helper (run selection,
watch, and outcome classification — shared with release/deliver; pinned by
`${CLAUDE_PLUGIN_ROOT}/nacl-core/scripts/wait-for-ci.test.sh`):
```bash
bash ${CLAUDE_PLUGIN_ROOT}/nacl-core/scripts/wait-for-ci.sh watch --branch {target_branch} --timeout "${ci_timeout:-600}"
# exit 0 → CI_OK | NO_CI (no `.github/workflows`) | NO_RUN ("no deployment in progress")
# exit 1 → CI_FAILED (the failed-log tail is already printed)
```
### Step 2: ON CI FAILURE
If `wait-for-ci.sh` exited non-zero (CI_FAILED):
- Report the failure reason (the tool already printed `gh run view --log-failed | tail -50`).
- Suggest: "Fix the issue, then re-push with /nacl:tl-ship"
- If YouGile → move task to Reopened with failure details
### Step 3: HEALTH CHECK
After pipeline succeeds:
1. Read health endpoint from config: `config.yaml → deploy.[env].health_endpoint`
(fallback: `/api/health` — allowed only if a health contract is also defined; see step 3 below)
2. Read deploy URL: `config.yaml → deploy.[env].url`
3. Read health contract from config: `config.yaml → deploy.[env].health_contract`
- `health_contract` must define at minimum: `expected_keys` (list of top-level response keys that must be present).
- Optional: `expected_values` (key→value pairs that must match exactly).
- If `health_contract` is absent or empty → HALT immediately:
**DEPLOY HALTED — NO_INFRA (health contract undefined)**
Do NOT proceed. A 200 response with no shape contract is unverifiable.
4. Poll for liveness (replaces fixed sleep):
- Probe every **2 seconds** for up to **60 seconds**.
- On each probe, attempt `curl -s -w "\n%{http_code}" [url][health_endpoint]`.
- Stop polling as soon as the endpoint responds with HTTP 200.
- If 60 seconds elapse with no HTTP 200 → HALT:
**DEPLOY INCOMPLETE — UNVERIFIED (health probe timeout)**
5. Validate response shape (required — HTTP 200 alone is not sufficient):
```bash
BODY=$(curl -s [url][health_endpoint])
# For each key in health_contract.expected_keys:
echo "$BODY" | jq --exit-status 'has("[key]")'
# For each entry in health_contract.expected_values:
echo "$BODY" | jq --exit-status '.[key] == [expected_value]'
```
- If any `expected_keys` key is absent → FAIL shape validation.
- If any `expected_values` value mismatches → FAIL shape validation.
- Shape validation failure → HALT: **DEPLOY HALTED — health check failed (shape mismatch)**.
- On PASS: record `version` field from response body if present.
6. If shape validation passes → health-status = PASS. Proceed to Step 4.
7. On any non-200 HTTP response during polling (not timeout): retry counts against the
60-second budget. After budget is exhausted → same DEPLOY INCOMPLETE headline.
8. If the health endpoint never responds and `config.yaml → vps.[env]` is populated,
run SSH diagnostics before halting:
1. Connect: `ssh -i {ssh_key} {user}@{ip}`
2. Check process manager: `pm2 status` or `docker ps`
3. Check recent logs: `journalctl -u app --since '5m ago'` or `docker logs --since 5m`
4. Check resources: `df -h`, `free -m`
5. Include all findings in the failure report.
6. HALT pipeline with the diagnostic report. Do NOT proceed to Step 4 success path.
### Step 4: YOUGILE UPDATE + REPORT
The report opens with a per-task status table. One row per deployed SHA.
Per-task verification status is required in every report; this is the single
source of truth that downstream readers consume.
**Per-task status table (mandatory — include in every report):**
```
| SHA | source-task | source-verification-status | CI-status | health-status |
|---------|-------------|---------------------------|-----------|---------------|
| abc1234 | UC-042 | done (PASS) | PASS | PASS |
| def5678 | TECH-007 | done (PASS) | PASS | PASS |
```
- `SHA`: short commit hash (7 chars) being deployed
- `source-task`: task ID from graph/status.json (or `not-found` if absent)
- `source-verification-status`: one of `done (PASS)` / `verified-pending (UNVERIFIED)` / `blocked` / `failed` / `not-found`
- `CI-status`: `PASS` / `FAIL` / `SKIPPED`
- `health-status`: `PASS` / `FAIL` / `TIMEOUT` / `SKIPPED`
Followed by the aggregated headline on a line by itself:
```
Headline: DEPLOY COMPLETE
```
**On success (pipeline passed AND health check passed):**
- Move task to Done (if --production) or ToRelease (if --staging)
- Post deploy confirmation to task chat:
```
Deployed to [staging/production]
URL: https://example.com
Health: 200 OK
Version: 1.2.3
Commit: abc1234
Time: 2m 15s
Next: /nacl:tl-release (for production deploys)
```
- Headline: DEPLOY COMPLETE
**On pipeline failure (Step 2):**
- Move task to Reopened
- Post failure details to task chat
- Suggest: check logs, fix, re-push
- Headline: DEPLOY HALTED — REGRESSION (if new failures introduced)
or DEPLOY HALTED — {NO_INFRA | RUNNER_BROKEN} as appropriate
**On health check failure (Step 3):**
- Pipeline halted (Step 3.7 — see above); do NOT reach this step's success path
- Move task to Reopened with health failure details
- Headline: DEPLOY HALTED — health check failed
**On pre-monitor gate halt (Step 1.0):**
- Do NOT update YouGile to Done
- Post advisory with status detail
- Headline: DEPLOY HALTED — UNVERIFIED / DEPLOY HALTED — REGRESSION
**Without YouGile:** Just report locally with headline.
---
## CI/CD Pipeline Templates
GitHub Actions uses workflow files in `.github/workflows/`. Templates are in `${CLAUDE_PLUGIN_ROOT}/nacl-tl-core/templates/`:
- `deploy-backend.yml` — backend build + deploy
- `deploy-frontend.yml` — frontend build + deploy
These are created during project setup by `/nacl:tl-dev TECH-001` (infrastructure task) or by `/nacl:init`.
The templates are a Node/npm reference profile with unpinned versions. Before first use, fill `${NODE_VERSION}` (and any image versions) from the project's own toolchain — `config.yaml` → `modules.<m>.stack` or the detected runtime — and replace ecosystem-specific steps if the project is not Node. NaCl never supplies a default version.
---
## References
- `config.yaml` → deploy section (URLs, health endpoints)
- `.tl/clean-checkout/<commit>.json` — required clean-checkout evidence
artifact produced by `nacl-tl-deliver` Step 4b (W9). Schema:
`.tl/clean-checkout/_template.json`.
- `nacl-tl-ship/SKILL.md` — triggers the deploy via push
- `nacl-tl-deliver/SKILL.md` § "Step 4b: CLEAN-CHECKOUT GATE" — the
upstream producer of the artifact this skill consumes.
- `nacl-tl-release/SKILL.md` — follows after successful production deploy
Wersje
W bazie nie ma innych skilli o nazwie tl-deploy.
Migawka bazy z 28.10.2026 · wersja paczki c6e85f00c7ab (skrót SHA-256 całej paczki)
Pobrania w ostatnich 30 dniach: 0 · ranking
Zgłoś problem z tym skillem: szkodliwa treść, błędny opis albo prośba autora o usunięcie.
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