hyperhive/TODO.md
müde 0385d96bf3 dashboard: per-container journald viewer
new GET /api/journal/{name}?unit=&lines= shells out journalctl -M
<container> -b --no-pager --output=short-iso --lines=<N> (cap 5000).
optional unit filter, restricted to hive-ag3nt.service /
hive-m1nd.service so the shell-out can't be coerced into reading
unrelated units. validates the container name against the live list
before invoking journalctl.

frontend renders a collapsed '↳ logs · <container>' details block
on each container row. expanding triggers a lazy fetch; refresh
button re-fetches; unit dropdown switches between the harness
service (default) and the full machine journal. output sits in a
24em-tall monospace pre, auto-scrolled to the bottom on fresh
fetch.

hive-c0re's systemd unit already runs as root, so journalctl has
the access it needs.
2026-05-15 20:42:56 +02:00

113 lines
5.5 KiB
Markdown

# TODO
Pick anything from here when relevant. Cross-cutting design notes live in
[CLAUDE.md](CLAUDE.md); high-level project intro in [README.md](README.md).
## Security
- **Unprivileged containers (userns mapping).** Today the nspawn container
runs as a fully privileged root. Goal: `PrivateUsersChown=yes` (or the
nixos-container equivalent) so uid 0 inside maps to an unprivileged uid
on the host, and a container-root compromise lands the attacker on an
ordinary user account, not the host's root. Requires per-agent state
dirs to be chown'd to that uid on the host side.
- **Bash command allow-list.** Replace the blanket `Bash` allow with a
pattern allow-list (`Bash(git *)`, `Bash(nix build .*)`, etc.) per
claude-code's `--allowedTools` extended grammar. Likely lives in
`agent.nix` so each agent can scope its own shell surface.
## Per-agent settings
- **Model override.** Hard-coded to `haiku` in the turn loop right now.
Surface as a per-agent override: operator via dashboard, manager via
`request_apply_commit` setting an attr on the agent's flake (most natural
place since the flake already carries per-agent env/identity). Pair with
a **model status** indicator on the agent page (active / queued / last
switched) once the override is in place.
## UI / UX
- **State badge: compacting + napping states.** Idle/thinking already
ship (driven from SSE turn_start/turn_end). Add `compacting 📦` and
`napping 😴` once the `/compact` trigger and `nap` tool exist —
both need a harness signal (an explicit `LiveEvent::StateChange`
variant or piggyback on Note).
- **Server-side state badge.** Today the badge is computed client-side
from `turn_start`/`turn_end` events. On page reload mid-turn the
history replay re-derives it, but with a `compacting` / `napping`
state coming and a non-trivial state machine it's better to track
authoritative state in the harness and expose it via
`GET /api/state` (`status: "thinking" | "idle" | "compacting" |
"napping"`). JS just renders. Drops the
derive-from-events-and-pray code path.
- **Terminal: `/model` slash command.** Operator-typeable model
override from the terminal. Depends on the model-override work
above; once an override mechanism exists, wire a `/model <name>`
command that POSTs to a new endpoint.
- **xterm.js terminal** embedded per-agent, attached to a PTY exposed by
the harness. Pairs well with the unprivileged-container work — would let
the operator drop into the container without `nixos-container root-login`.
## Telemetry
- **Harness stats per agent in sqlite, charted on the agent page.**
bitburner-agent samples 18 series; for hyperhive the generally-applicable
ones are:
- turns/min, tool calls/turn, turn duration p50/p95
- claude exit code distribution (ok vs `--compact`-retry vs failure)
- inbox depth (current + max-over-window)
- messages sent/received per turn (split by recipient: peer / operator /
manager / system)
- approval queue length (across all agents — dashboard-level)
- per-tool usage counts (Read/Edit/Bash/send/recv/…)
- time-since-last-turn (helps spot stuck agents)
- notes file size growth (cues compaction)
Backend: a `stats` table with `(agent, ts, key, value)` written from
the harness on `TurnEnd`; `GET /api/stats?since=…` returns the
series; agent page renders with a small chart lib (uPlot is light).
## Manager → operator question channel
## Spawn flow
- **Two-step spawn.** Today `request_spawn(name)` is one shot: manager
asks → operator approves → container is created with a default
`agent.nix` and empty `/state/`. Manager has no way to pre-stage
per-agent prompt material, package additions, or initial notes before
the agent first wakes. Split into:
1. `request_spawn_draft(name)` — host creates the per-agent
`proposed/` repo (initial commit) and `state/` dir with no
container; manager now has `/agents/<name>/{config,state}/` to
edit + commit just like an existing agent.
2. `request_spawn_commit(name, commit_ref)` — submits the queued
approval; operator sees the diff in the dashboard like a normal
`apply_commit`; on approve the container is created from that
commit.
Backwards-compat: keep the existing one-shot `request_spawn` for
trivial agents (operator can still type a name in the dashboard).
Surface "drafts" as a new section between K3PT ST4T3 and approvals.
## Loop substance
- **`nap` tool.** Agent-side MCP tool `mcp__hyperhive__nap(seconds)` that
parks the turn loop for a short while before next-message processing.
Use cases: agent decides it has nothing useful to do, or wants to
throttle itself between rapid wake events. Implementation: harness
records a "wake-not-before" timestamp; `recv_blocking` skips the long
poll until that ts; the state badge reads `napping · MM:SS` during.
Operator can cancel via the same `/cancel` slash command or a
dashboard button.
- **Notes compaction.** `/state/` is bind-mounted persistently and agents
are told (in the system prompt) to keep `/state/notes.md` for durable
knowledge — but we don't currently nudge them to compact when notes
grow. Bitburner-agent's pattern: a short-lived secondary claude session
that takes the existing notes + a "compact this" prompt and rewrites
them in place. Add when the notes start bloating.
## Lifecycle / reliability
- **Container crash events.** Watch `container@*.service` via D-Bus, push
`HelperEvent::ContainerCrash` to the manager's inbox so the manager can
react (restart, escalate, etc.).