Skill: elvinefendi/devopsellence (version 0.2.0)

--- name: devopsellence description: Operate devopsellence solo/shared deployments, nodes, secrets, logs, diagnostics, lifecycle hooks, and rollback. version: 0.2.0 metadata: openclaw: requires: bins: - devopsellence homepage: https://www.devopsellence.com --- # devopsellence Use this skill when the user wants to deploy an app with devopsellence, check deployment state, manage secrets, register and attach their own nodes, or edit the main lifecycle-hook config. ## Default flow 1. Work in the app directory the user wants to deploy. 2. Check whether the CLI is already available: ```sh command -v devopsellence ``` If the command is missing, tell the user the devopsellence CLI is required and point them to the official docs. Do not run setup scripts from this skill. 3. Choose the workspace mode before initializing. First inspect any existing mode/context: ```sh devopsellence mode show || true devopsellence context show || true ``` If a mode is already configured, use it. If no mode is configured and the user has not explicitly chosen one, do not default silently. Ask a short mode-selection question, make a recommendation, and wait for confirmation before running `devopsellence init`: > devopsellence has two workspace modes: > > - `solo`: SSH-first, single-operator, existing or provider-created VMs, local node state, local secrets, direct Docker image streaming over SSH. > - `shared`: hosted sign-in, org/project/env context, team workflows, shared encrypted secrets, and control-plane-managed nodes. > > Based on what you’ve told me, I recommend `<solo|shared>` because `<reason>`. Should I initialize this repo in `<solo|shared>` mode? Recommend `solo` when the user mentions their own VM/server, SSH, single-operator usage, local secrets, direct image streaming, or avoiding hosted/team workflows. Recommend `shared` when the user mentions teams, org/project/env context, browser sign-in, hosted control plane, shared encrypted secrets, managed nodes, auditability, or collaboration. If intent is still ambiguous, ask whether they are deploying SSH-first to their own VM as one operator or want the hosted/team workflow. 4. Initialize the workspace before the first deploy only after mode confirmation. For solo: ```sh devopsellence init --mode solo ``` For shared: ```sh devopsellence auth whoami || devopsellence auth login devopsellence init --mode shared ``` If the user already knows the shared target workspace values, prefer explicit flags: ```sh devopsellence init --mode shared --org acme --project shop --env staging ``` 5. Validate local state after initialization and before deploy: ```sh devopsellence doctor ``` 6. Deploy the app: ```sh devopsellence deploy ``` In shared mode, if the user wants to deploy an existing image digest instead of building locally: ```sh devopsellence deploy --image docker.io/example/app@sha256:... ``` 7. Verify the result: ```sh devopsellence status ``` ## CLI output contract The devopsellence CLI is agent-primary. Treat stdout as the primary machine-readable contract. - Bounded successful commands emit one JSON document on stdout. - Long-running commands typically emit newline-delimited JSON events on stdout. - Some commands may also emit optional structured progress or diagnostic events on stderr, for example during auth flows. Treat stderr events as supplemental rather than the primary contract, and do not scrape human prose from stderr unless diagnosing a CLI/runtime failure. - On command failure, stdout uses a structured `event: "error"` envelope with `ok: false` and `error` details even for otherwise bounded commands. - Streaming event envelopes always include `schema_version`; bounded JSON results often include it, but some legacy bounded results may omit it. - When `schema_version` is present, check it before relying on command-specific fields; if it is missing from a bounded result, be tolerant and treat command-specific fields cautiously. - For schema version 1, streaming events use a common envelope: - `event`: `started`, `progress`, `result`, or `error` - `operation`: stable operation name when available - final success events include `ok: true` - final failure events include `ok: false` and `error` - Structured errors use `error.code`, `error.message`, and `error.exit_code`. - Command-specific fields are top-level. Tolerate unknown fields, but do not assume undocumented fields are stable. - Prefer explaining failures from structured `code`, `message`, evidence fields, and suggested next actions when present. - If `schema_version` is unsupported, do not make high-risk decisions from command-specific fields; summarize the raw structured output and ask for updated docs or skill guidance. If `schema_version` is missing from a bounded result, treat common fields cautiously and avoid assuming undocumented command-specific fields are stable. - Keep secret values out of logs and chat output. ## Secrets Prefer stdin over literal secret values in prompts or shell history: ```sh printf '%s' "$VALUE" | devopsellence secret set NAME --service web --stdin devopsellence secret list --env production devopsellence secret delete NAME --service web ``` In solo mode, 1Password references are also supported: ```sh devopsellence secret set NAME --service web --store 1password --op-ref op://vault/item/field ``` ## Bring your own node Use these in shared mode for a provider-created node. By default, `node create` registers and attaches the node to the current environment: ```sh devopsellence init --mode shared printf '%s' "$HCLOUD_TOKEN" | devopsellence provider login hetzner --stdin # or: devopsellence provider login hetzner --token "$HCLOUD_TOKEN" devopsellence node create prod-1 --provider hetzner devopsellence node list devopsellence node detach <id> devopsellence node remove <id> ``` If you intentionally create an unassigned shared node, attach it later: ```sh devopsellence node create prod-1 --provider hetzner --unassigned devopsellence node attach <id> ``` Use this in shared mode for an existing server that you will install manually: ```sh devopsellence node register ``` Use these in solo mode when the user wants SSH-first workflows without the control plane on an existing VM: ```sh devopsellence init --mode solo devopsellence node create prod-1 --host <ip> --user root --ssh-key ~/.ssh/id_ed25519 devopsellence agent install prod-1 devopsellence node attach prod-1 devopsellence doctor devopsellence deploy ``` Use these in solo mode for a provider-created node: ```sh devopsellence init --mode solo printf '%s' "$HCLOUD_TOKEN" | devopsellence provider login hetzner --stdin # or: devopsellence provider login hetzner --token "$HCLOUD_TOKEN" devopsellence node create prod-1 --provider hetzner --install --attach devopsellence doctor devopsellence deploy ``` For solo diagnostics: ```sh devopsellence status devopsellence logs --node prod-1 --lines 100 devopsellence node diagnose prod-1 devopsellence node logs prod-1 --lines 100 ``` For solo cleanup: ```sh devopsellence node detach prod-1 devopsellence agent uninstall prod-1 --yes devopsellence node remove prod-1 --yes ``` ## Lifecycle hooks When the user is editing `devopsellence.yml`, recognize these deploy-time hooks: - `tasks.release`: one-shot task that runs before rollout. Good for migrations. It reuses the configured service image, env, secrets, and volumes. - For per-node prep work, prefer the image entrypoint or boot-time scripts; the config-level `init` hook is no longer supported. ## Heuristics - Prefer `devopsellence doctor` after init and before `devopsellence deploy`. - If Docker is missing or not running, surface the problem clearly. In shared mode, switch to `devopsellence deploy --image ...` when the user already has a pushed image digest. - If the workspace is not a git checkout and the CLI needs git metadata, stop and ask before creating a repo or commit. - Keep secrets out of logs and chat output. Use environment variables plus `--stdin`.


Security scan verdicts — ClawScan: suspicious | static analysis: clean | VirusTotal: clean | SkillSpector: clean (LOW)