architecting-software
Designs software architecture from a confirmed PRD. Use when a PRD exists and architecture must be designed before implementation, when writing ADRs, choosing…
Delegates a task to a local LLM running as a Pi coding-agent session in a herdr pane - the subagent is visible in herdr, can be steered mid-session, and costs no cloud tokens. Use when delegating work to a local model, spawning a Pi subagent, offloading a task to omlx (qwen,
$ npx -y skills add isvlasov/rageatc-oss --skill delegating-to-local-llm --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/delegating-to-local-llmContext preview
The summary Claude sees to decide when to auto-load this skill.
Delegates a task to a local LLM running as a Pi coding-agent session in a herdr pane - the subagent is visible in herdr, can be steered mid-session, and costs no cloud tokens. Use when delegating work to a local model, spawning a Pi subagent, offloading a task to omlx (qwen,
name: delegating-to-local-llm description: Delegates a task to a local LLM running as a Pi coding-agent session in a herdr pane - the subagent is visible in herdr, can be steered mid-session, and costs no cloud tokens. Use when delegating work to a local model, spawning a Pi subagent, offloading a task to omlx (qwen, gemma), or running agent work offline. Not for Claude Code's own Agent tool or subagents inside Pi.
The subagent is an interactive Pi session pinned to a local omlx model, spawned in a herdr pane. herdr provides the whole control loop — spawn, state, read, send — and Pi's herdr integration reports working/blocked/idle automatically. The session stays visible and steerable; you own acceptance of its work.
uname -m # arm64 required (omlx is Apple-Silicon MLX) KEY=$(jq -r .auth.api_key ~/.omlx/settings.json) curl -s --max-time 3 -H "Authorization: Bearer $KEY" http://127.0.0.1:8000/v1/models which pi && herdr agent list >/dev/null && echo ok
1. **Pick the model** from the `/v1/models` response. The user's named choice wins; otherwise ask which model they prefer for the task. Memory headroom is model- and machine-specific: if omlx's prefill guard aborts mid-task ("Prefill context too large for available memory"), the model cannot handle the accumulated context on this machine — restart the task on a lighter model. 2. **Spawn** — short kebab task name; cwd is the project the task touches. Pin the pane to your own workspace — spawning defaults to whichever workspace the user has focused at that moment, which may not be yours:
WS=$(herdr pane get "$HERDR_PANE_ID" | jq -r '.result.pane.workspace_id') herdr agent start <task-name> --cwd <dir> --workspace $WS --no-focus -- omlx launch pi --model <model-id> --api-key $KEY
Capture `pane_id` from the JSON response. (`omlx launch` also rewrites Pi's omlx provider config, so it is always current.) 3. **Wait ready:** `herdr agent wait <task-name> --status idle --timeout 30000` 4. **Send the task, then submit it:**
herdr agent send <task-name> "<task>" sleep 1 && herdr pane send-keys <pane-id> enter
Task text is literal and single-line — shell-quote it, and make it self-contained: goal, relevant paths, done-criterion. Local models do best with one focused task.
Confirm submission with `herdr agent wait <task-name> --status working --timeout 15000`. A timeout usually means the Enter fired before the TUI was ready — send Enter again and re-wait; if it still hasn't started, read the pane to see what state the input is in. 5. **Wait for completion:** `herdr agent wait <task-name> --status idle --timeout 600000` (10 min default — local generation is slow; scale to the task). The wait resolves on the next status change; read the status it reports: `done` means the run finished, `blocked` means Pi is asking a question (read the pane, answer via send + enter, wait again), errors also end in `done` — so always verify. 6. **Verify:** `herdr agent read <task-name> --lines 60` for the subagent's account, then check the actual outputs (files, command results) yourself. Acceptance is your judgement, not its claim. 7. **Steer if needed:** repeat steps 4–5 into the same live session. 8. **Hand over:** summarise the result, leave the pane open, and tell the user the agent name — they can jump to it with `herdr agent focus <task-name>`. Close only when the user is done: `herdr pane close <pane-id>`.
Rage Against The C - pick your own C to rage against. Two plugins for Claude Code / Cowork, built on the idea that we're using AI wrong: the speed of its output tricks us into rushing the input.
Repo: isvlasov/rageatc-oss
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