| Filename | Latest commit message | Latest commit date |
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ddb7d7196d
Every hive is in a swarm and every swarm runs matrix, so every swarm has a swarm-controller, and since #4810 its hive_sender pass mints each hive's @hive-<hive>: sender token into the store every five minutes. The two other minters of that token go: - swarm-matrix-ctl mint: the systemd.services.swarm-matrix-ctl unit in the hive-matrix container, Command::Mint and src/mint.rs. The binary, its appservice render/publish verbs, ctlPackage, ctlActive and the ctl cert role stay. bao-matrix-reader's checks on the deleted unit are removed; the leaf-identity and no-token-in-env checks now look at swarm-matrix-appservice-publish, which runs under the same identity. - the hive-side mint ladder in hive-c0re's ensure_hive_user (register/appservice-login/password-login with the local as_token), with read_appservice_token, paths::matrix_appservice_token and the helpers only it used. ensure_hive_user now takes the store's token, keeps the file when the store has none or can't be reached, and fails otherwise. - hivectl matrix sync-admin: the verb, HostRequest::MatrixSyncAdmin and handle_matrix_sync_admin. The periodic MatrixSweep (ensure_all) is unchanged apart from no longer reading the local as_token. This removes the double-mint race #4810's review flagged: two minters logging in on one pinned device could leave a dead token in the store until the next pass. Closes #4813 Closes #4814 |
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| .. | ||
| src | ||
| Cargo.toml | ||
| README.md | ||
swarm-controller
The swarm-level daemon. Where hive-c0re owns the agents on one host, this
owns what is true across hives — so a swarm runs one of them and most hives
leave it off.
Opt-in per host via services.hyperhive.deploy.swarm-controller.enable, which is
deliberately not derived from
services.hyperhive.deploy.hive-controller.enable: turning it on is a statement
about swarm topology, not about whether this host runs a hive.
What it does today
Serves one /health endpoint and holds no state.
That is the whole intent of the first slice. The point is to make the unit
real — service user, runtime and state directories, socket, nginx
reachability — so the swarm-level surfaces that follow have somewhere to land.
Inventing those surfaces before they are agreed would bake in a shape nobody
chose. See the hyperhive.swarm consolidation epic.
Why a unix socket, not a port
The hive-gateway's nginx is the only intended client and reaches the socket through a bind-mount. A listener that is never bound to an address cannot be reached from off-host by mistake.
The socket path is services.hyperhive.deploy.swarm-controller.socketPath, default
/run/swarm-controller/controller.sock, exported to the process as
SWARM_CONTROLLER_SOCKET.
⚠️ The socket's directory is its access control
The socket is 0666. It has to be: nginx runs as a different user and
connect(2) needs write. This matches how hive-c0re publishes the per-agent
sockets, and rests on the same argument — "the bind source dir is per-agent on
host so blast radius is unchanged."
What keeps that safe is that the directory holds one socket. So:
Never point
socketPathat a directory that carries anything else./run/hyperhiveabove all — it holdshost.sock, the host admin socket. Pointing nginx at that directory to reach this socket would put the admin socket within its reach too.
nginx is a host service, so nothing narrows what it can reach except the directory itself — that is the whole of the access control. A unit test pins the default path so a tidying edit fails instead of reviewing cleanly.
RuntimeDirectoryPreserve=yes and the daemon's stale-socket unlink on start are
a pair: preserving the directory without the unlink means bind fails with
EADDRINUSE after a restart.
Packaging
Built by the workspace derivation and extracted as its own package
(nix build .#swarm-controller). Deliberately not in nix/packages'
daemonBins — that list is the core stack and drives the bundle
services.hyperhive.c0re.package points at, so folding this in would put a
swarm-scoped service into every hive's closure.