docs/tools/hivectl-cli.md is generated by `hivectl markdown-docs` and
diffed against a fresh run by the hivectl-docs flake check, so adding
the push verb without regenerating it would have failed CI. The
regeneration also retires two copies of a sentence describing the
cross-hive leg as an ssh pipe that "isn't wired up yet" -- ssh was
dropped when the WireGuard mesh became the authentication, and the leg
is wired up now.
snapshot-store.md documented only the receiving host, so a reader had
no way to learn how a pushing hive is told where the store is. It now
covers services.hyperhive.swarm.snapshotStore, including why address
has no default and port does: an address is a deployment fact that
cannot be guessed, a port is a convention both ends read from the same
docs. It also states the namespace rule the two options illustrate --
swarm.* describes the swarm as seen from here, a bare
services.hyperhive.<service> describes a role this host performs.
swarm.md never mentioned the store even though the option lives in its
namespace, so a reader configuring swarm.peers had no signal it exists.
The agents root is 0700 and owned by the daemon's user, so hivectl's
client-side existence guard hit EACCES on traversal for anyone not root.
It reported that as "this command needs root; re-run with sudo", which
turned three verbs' pre-flight check into a permission error about the
wrong thing: `choom`, `subvol upgrade` and `subvol snapshot create` all
failed at the guard rather than at whatever they actually needed.
The daemon runs as the owning user and already answers this question for
its own provisioning paths, so expose it on the host socket as
`AgentExists` and have hivectl ask. Operators reach that socket through
the `hive-admin` group, so the guard now works without sudo.
`choom` still needs root for `machinectl shell` — we ship no polkit rule
granting those actions — so it now checks the effective uid and says so
directly instead of failing later inside systemd's authorisation.
Both groups only ever act on a single managed agent's state dir, so
they belong in the `agents` namespace rather than as top-level verbs
next to `forge` / `matrix` / `wg`.
Renames `quota limit` -> `quota set`: the enclosing group already
carries the noun, so the bare verb matches the flat `set-parent` /
`set-limits` spelling without stuttering, and it removes the
`set-limits` (cpu/mem) vs `quota limit` (disk) ambiguity. Adds a
cross-pointer from `set-limits` to `agents quota`.
Handlers stay in their own modules; `run_agents` gains the reparenting
glue. Regenerates docs/tools/hivectl-cli.md.
Refs #2724
The hive applies one `agentCpuQuota` / `agentMemoryMax` to every
container. That's the right default and the wrong ceiling: a build-heavy
agent needs headroom the other twelve don't, and raising the hive-wide
value to suit it hands that headroom to everyone.
Adds a per-agent override, persisted host-side and resolved per-field
against the hive defaults.
Follows the existing `meta/*.json` pattern (`capabilities.json`,
`tool-groups.json`): a host-side map read by `hive-c0re`, staged and
committed in the meta repo so every change lands in the audit trail.
```json
{ "sock": { "cpu_quota": "400%", "memory_max": "8G" } }
```
Fallback is **per field**, not per agent: an entry with only
`memory_max` leaves that agent on the hive-wide CPU quota. Absent file,
absent agent and absent field all resolve to the hive default, so the
feature is inert until someone opts an agent in.
Unlike the other meta files this one is **not** injected into the
container — a limit is something done *to* an agent, not something it
reads about itself.
```
hivectl agents set-limits sock --cpu-quota 400% --memory-max 8G
hivectl agents set-limits sock --reset
```
Values are validated before they're persisted: they go into a systemd
drop-in verbatim, and a typo there makes the unit fail to *start* —
turning a fat-fingered quota into a container that won't come back.
The command is declarative: each call replaces the agent's whole entry.
That makes a forgotten flag a silent revert, so a bare `set-limits
<name>` is rejected at the clap layer and clearing needs an explicit
`--reset`.
`ContainerView` gains `cpu_quota` / `memory_max`, both always populated:
there's no "unset" state to render, only "same as everyone else". They
reflect what the drop-in *says* — what the next start will enforce — not
a live cgroup reading.
The write goes through `meta::commit_resource_limits` rather than the
bare setter, so it's staged and committed under `META_LOCK`. Writing
without committing would leave the meta working tree dirty for the next
`prepare_deploy` to trip over.
Docs: `persistence.md` (the new meta file, and why it isn't injected),
`tools/hivectl.md` (the prose guide), `tools/hivectl-cli.md`
(regenerated clap dump).
Closes: internal/requests issue 25
A paused agent keeps its container, its claude session and its
dashboard/todo servers up, but stops driving turns. Messages queue
unacked and are drained on resume.
The whole protocol is a single marker file, `<harness>/paused`. That
directory is already a bind-mount shared between host and container, so
both sides just stat the same path: the harness reads it to decide
whether to drive a turn, hive-c0re reads it to render the badge and
writes/removes it for `hivectl pause|resume`. No new wire protocol, no
container round-trip, and it is sticky across restarts by construction.
Not calling `recv_next` while paused *is* the queueing semantic, so
there is no fencing to get wrong: reminders buffer in their unbounded
channel, the todo `Notify` permit coalesces, and a `request_next_turn`
that raced the pause survives because the gate sits above
`self_continue.take()`.
Graceful stop is handled host-side rather than in the harness: a paused
agent provably has no turn in flight, so `run_signal` skips the fence
entirely instead of eating the full `GRACEFUL_STOP_TIMEOUT` waiting for
a checkpoint turn that will never run.
`paused` is reported on `ContainerView` / `AgentStatusRow` for the
dashboard, orthogonal to `running` and reported for stopped containers
too.
Closes: hyperhive/hyperhive issue 2271
The host admin socket `/run/hyperhive/host.sock` was `0660 root:root` (no
SocketGroup), so hivectl needed sudo. Group-own it by a new `hive-admin`
group and add a `services.hyperhive.c0re.adminUsers` allowlist: listed users
join `hive-admin` and drive hivectl without root.
- `SocketGroup = "hive-admin"`, `SocketMode = "0660"` on the hive-c0re.socket
unit.
- `/run/hyperhive` -> `0751` (traverse-only, no listing) so the group can reach
the socket path; the socket's own `0660 hive-admin` mode gates the
connection, and the per-agent subdirs keep their own restrictive perms.
- Empty `adminUsers` (the default) leaves `hive-admin` memberless -> root-only,
as before.
The admin socket is full hive control (spawn/kill/destroy/deploy), so
`adminUsers` is an explicit, opt-in trust grant. Documented in
docs/boundary.md (host admin socket access) + docs/tools/hivectl.md.
Adds a real MCP-side path for the workaround #2639 documented: dial the
in-container HIVE_AGENT_SOCKET directly from cancel_loose_end (kind:"todo")
instead of shelling out via a tracked bash task (nc -U ...), which is what
was spawning a fresh completion todo on every clear and cascading forever.
hive-agent-mcp/src/mcp/render.rs: renamed local_todos's socket-dial guts
into a shared dial_agent_socket(req) helper, added mark_local_todo_done(id)
on top of it (MarkTodoDone request already existed server-side, unused
until now). mod.rs wires kind:"todo" into cancel_loose_end ahead of the
question/reminder/approval parse. args.rs + render.rs + docs/tools/bash.md
text updated to point at the new path instead of the old raw nc invocation.
- regenerate docs/tools/hivectl-cli.md for the new `subvol snapshot send` verb
- close the TOCTOU on the no-overwrite guard: File::options().create_new(true)
(O_CREAT|O_EXCL) instead of exists()-then-create, so the guarantee is
atomic against a concurrent request racing the same dest filename
- warn (not silently swallow) if cleaning up a partial export after a
failed btrfs send itself fails, so a stuck garbage file masquerading
as a completed export is visible in the log
Per mara's PR review:
- snapshot label is now mandatory (was optional w/ timestamp default)
and must start with "hive-" — hive-priv enforces this as an
allow-list on top of the existing credential-name charset check, so
only hivectl-issued labels can reach the btrfs shellout.
- nest under `subvol snapshot create`/`subvol snapshot delete`
instead of othering delete as a separate top-level `delete-snapshot`
verb.
Per argus's review:
- regenerate docs/tools/hivectl-cli.md (hivectl markdown-docs) to
include the new subcommands — CI's hivectl-docs-fresh check compares
this file against generated output.
A `status` or `run` call whose inline `wait_seconds` poll observes a
terminal task hands the caller the full result in that same tool
response. The completion wake fired unconditionally regardless,
producing a redundant `bash-task-<id>` inbox message for information
the agent already has.
Add a one-shot, in-memory wake-suppression registry in hive-bash-mcp's
runner: `wait_for_task` (shared by both BashRun's and BashStatus's
inline-wait paths) marks a task's wake suppressed the moment it
observes a terminal state; `run_task`'s completion handler consumes
that flag before calling `send_wake` and skips the wake if set.
In-memory only (daemon restart wipes it) — fine, since a task still
running across a restart is separately marked `interrupted` on boot
and gets its own fresh wake. Narrow best-effort race window between
the terminal write and the wake send; acceptable given this daemon's
existing best-effort delivery tolerance elsewhere.
docs/tools/bash.md updated to describe the new suppression behavior.
MergeConfigPr approvals had a fully-implemented approve handler
(run_merge_config_pr, ff_push_to_main, mark_pr_merged) and dashboard
display, but no way to submit one. An agent with the `approvals` tool
group calling request_merge_config_pr(agent, pr_number) is the missing
piece.
What this adds:
- RequestMergeConfigPr variant in hive-sh4re AgentRequest + ToolGroup::Approvals
- submit_merge_config_pr: fetches PR head sha (the drift-gate reviewed sha),
queues a MergeConfigPr row, sets fetched_sha, emits approval_added with
pr_number so the dashboard card links to the forge PR
- handle_request_merge_config_pr: topology (require_descendant) +
tool-group (require_group(approvals)) guards before submit
- socket_server/mod.rs: dispatch arm for RequestMergeConfigPr
- hive-ag3nt MCP tool: request_merge_config_pr with full description
- docs/tools/lifecycle.md: documents the new tool + boundary table row
Unlike submit_apply_commit, no flake pre-flight at submission time (eval-
verify happens at approval time inside run_merge_config_pr, same as the
rest of the merge pipeline). Applied repo must already exist (guard added
with a clear error message pointing at request_apply_commit for first-spawn).
every agent lifecycle verb on the admin socket (rebuild / restart /
restart-all / kill / stop / start) now submits job-queue DAGs and
returns their ids; hivectl polls the new HostRequest::QueueDag and
prints a live node-chain progress line per DAG (fan-out children
included), exiting non-zero on failure — --no-wait opts out. DagView
and the queue wire enums move to hive_sh4re::jobs (wire types live in
the shared crate); the last fused rebuild path (lifecycle::rebuild)
is gone. tracker: #2166
coordinator.md rewrites the queue section (node inventory, DAG shapes,
resources, desired-state reconciliation, boot reconcile); approvals.md
+ persistence.md + hivectl --graceful help updated to match. agent_power
lives in broker.sqlite like approvals/questions (own connection + busy
timeout) instead of a separate db file.
Agents cannot create repos directly via their forge token (no Create
scope; push-to-create disabled). Document the two paths:
- mcp__hyperhive__create_repo (forge tool group): creates under agents/
org via hive-c0re, adds write-collaborator access, enables branch
protection. The standard agent path.
- hive-forge repo-create / repo-add-collaborator (CLI): use the agent's
own token; repo lands under agent's user account or org.
The prettier markdown formatter (8406a452) converted a prose '+' into
a markdown list marker '-', splitting 'fires a wake...and the exit code
+ last stdout lines' into a dangling incomplete sentence followed by an
orphaned list item. Rewrite the sentence to avoid the pattern entirely.
open_dm(user_id) resolves (find-or-create) the DM room and returns
its room id without sending anything. It is the counterpart to
send_dm for cases where you need a room id to pass to a room-based
tool such as send_file or send_message.
The tool was present in hive-matrix-mcp (mcp.rs, handlers.rs,
protocol.rs) and the terminal-rendering icon table but was missing
from the tools/matrix.md reference doc.
- .prettierrc: proseWrap=preserve (no prose reflow)
- .prettierignore: exclude hivectl-cli.md (auto-generated) + 11 docs
with multi-line list-item continuations prettier would strip to col 0
(CommonMark limitation in prettier's list handling)
- format 16 markdown files: cosmetic only (*→_, table alignment,
heading normalisation) — verified no broken continuations, idempotent
The edit_schedule MCP tool accepts interval_seconds as Option<u64>
(positive values only), mapping None→leave-alone and Some(v)→set.
The handler wraps this as .map(Some) before dispatching, so there
is no way to express Some(None) = clear via the agent surface.
The old doc said 'Clearing interval_seconds to null flips
recurring → one-shot' which is only true for the dashboard
PATCH endpoint (which uses the full double-Option form).
Corrected: interval_seconds is positive-only via the MCP tool;
toggling recurring→one-shot is operator-only via the dashboard.
The kill tool (previous commit) produces the 'killed' terminal status,
but the status tool docs listed only pending/running/done/timed_out/
interrupted. Add 'killed' to complete the enum.
feat b16629801b added the kill tool to
hive-bash-mcp but docs/tools/bash.md wasn't updated. The tool was
described only in the MCP server tool-description string; add a proper
section to the reference doc.
kill(id, force?) fires SIGINT (force: false, default) or SIGKILL
(force: true) to the task's process group. Fire-and-forget — the
completion wake fires as usual. A pending task is cancelled outright.
Escalation pattern: SIGINT first, then force: true if it doesn't exit.
