swarm-secret-publish.service was Type=oneshot with RemainAfterExit=true.
After its first successful run it stayed active (exited), so every later
start from swarm-secret-publish.path (PathChanged on authelia's client
secret dir) was a no-op: a secret minted or replaced after that first run
never reached the store, and nothing logged it.
Without RemainAfterExit the unit goes inactive after each run, so each
PathChanged event starts a fresh publish. Same shape as
swarm-bao-forge-publisher in hive-forge/default.nix. No unit requires,
wants, orders after, binds to or is part of swarm-secret-publish.service,
so nothing depended on it staying active.
This also covers the first-boot race where the publisher runs before
authelia's first mint: the mint writes the file, and the path unit now
starts the publisher again.
A module-eval case pins it: the path unit targets the service, the
service is a oneshot, and RemainAfterExit is unset or false.
Closes#5032
sso.md still described a host-side copy unit and an operator-placed file
for a forge elsewhere; secrets.md's client-secret row still named
sso.clientSecretFile as the operator's route. The clientSecretFile
example now shows the path swarm-bao-forge-oidc writes.
Refs #5015
The forge's login source read its OIDC client secret from a file that
`hive-forge-oidc-secret` copied out of authelia's container tree. That
unit only existed where authelia ran on the forge's host (`ssoLocal`),
so a forge anywhere else needed the file placed by hand.
The publisher on authelia's host now carries the forge's client secret
to `secret/swarm/services/<forge client id>/oidc/client`, like every
other swarm service's. On the forge's host `swarm-bao-forge-oidc`, a copy
of `swarm-bao-matrix-oidc`, reads it under the forge publisher's leaf
(the forge host's one store identity, whose policy gains read on that
one path) and writes the file `forgejo-sso-source` reads, re-running the
login source when the value changes. It retries on the shared
store-retry shape while the store is down or the secret is not yet
published.
`hive-forge-oidc-secret` is removed, `clientSecretFile` defaults to the
in-container path wherever the forge runs, and the `ssoLocal` gate on
the login source's resolver ordering goes with it: the login source
fetches the issuer's discovery document on every forge host.
Refs #5015
config-changes.md § Meta flake, hive-c0re nix comments and the meta.rs/exec.rs
doc comments still described the declared agent-<n> input as a forge-hosted
git+http repo; meta.rs renders git+file://<applied>.
forge.md said the meta flake fetches agent-configs over git+http through a
credential helper. The input is git+file://<applied> (meta.rs), and
hive-c0re's own git reads use forge::reader_token(). Fix the same claim in
the comments above the hive-c0re gitconfig and the credential helper. No
code change.
knowledge.md: swarm-controller's site-admin account also pushes; the
clone no longer carries a token, the .git overlay hides history.
forge.md: the dashboard link follows swarm.forge.publicUrl; the poller's
HIVE_FORGE_URL gate is only unmet outside a nix-built hive.
matrix.md: the homeserver is the swarm's, not the hive's.
`Reader` gets a test-only fixed source that counts its reads, and `State`
takes the agent's own list as a `fn` (`available_models` outside tests), so
`start` and `continue_` can be driven through `State::allow_model` without
a queue or a process-wide env change. The new tests pin that both calls
refuse a model outside the swarm list ahead of `reserve`, accept a model
the swarm lists but the local list lacks, and read nothing for a call
without a `model`.
Refs #5034 (S5)
A `start` or `continue` naming a `model` now reads this agent's key in the
`agent-inference` bucket and, when `subagent_models` is set, checks the
model against that list instead of HIVE_AVAILABLE_MODELS (agent.nix
`availableModels`). An unset field, an absent key or an absent bucket
keeps today's check. A read that fails or takes over 2 s falls back to
HIVE_AVAILABLE_MODELS with a warning, so a subagent start never waits on
the queue. A call without a `model` is not checked and does not read.
The read uses the agent's own queue credential through swarm_term's
connect, and the one direct-get subject the agent is granted in that
bucket. The refusal names the list and that it came from the swarm.
Refs #5034 (S5)
run_meta_lock relocked each cascade agent's `agent-<name>` input and only
then fast-forwarded `applied/<name>/main` to the forge config main. The
declared input has been the applied mirror (`git+file://<applied>`) since
b9cef950, so the relock pinned the mirror's old head; the cascade's
rebuilds run with `relock = false` and build that lock. An agent whose
mirror was behind forge main was redeployed on its old config, and the
mirror was then moved to the new head, claiming the agent current.
Fast-forward first, then relock. The fast-forward stays best-effort per
agent: a failed one logs a warn and that agent is relocked against
whatever its mirror has. The two steps move into catch_up_cascade_agents,
which takes them as injected effects (the advance_applied_main pattern in
actions.rs) so the order is unit-tested without nix or a forge.
The stale comment claiming the relock ran against "the forge URL" is
replaced by the actual constraint on the helper's doc.
Closes#5090
On a first boot the secret file does not exist until the first fetch
succeeds, so the collector fails `LoadCredential` into its start limit,
which leaves it `failed`. `refresh_unit` already handles that: it sees
`is-failed`, runs `reset-failed` (which clears the start-limit counter)
and starts it. This case pins that arm, the empty-ActiveEnterTimestamp
fallback that makes the file count as newer, and that the collector only
wants the fetch rather than requiring it.
Refs #5015
The previous commit dropped `hive-otel-client-secret` and the collector's
`requires`/`after` on it for every hive. Only the store fetch restarts the
collector when its file lands; an operator-named `otel.clientSecretFile`
has nothing doing that, so a late file failed `LoadCredential` straight into
the collector's start limit with no way back.
The wait unit and the ordering are back for `senderAuth && !fetches`, and
absent only where `swarm-bao-hive-otel-oidc` delivers the file. The
module-eval case for a hand-named secret now also pins the wait unit and
the collector's `requires`/`after` on it, on both of its fixtures.
Refs #5015
The hive collector's `oauth2client` secret came from a `clientSecretFile`
defaulting to authelia's own minted file on the IdP's host, with a
`hive-otel-client-secret` oneshot that only waited up to 120s for that
file to exist; any other hive had to copy the file across by hand.
`swarm-bao-hive-otel-oidc` now logs in with the hive's leaf
(`deploy.bao.clientCertFile`), reads `swarm/hives/<hive>/oidc/client`
(written by the publisher, granted by the hive leaf's
`swarm/hives/<hive>/*` read), writes it root 0400 when it differs, and
restarts the collector when the file is newer than its last start.
Retries every 30s for 24h (`lib/store-retry.nix`), like the matrix and
forge fetches. `clientSecretFile` defaults to that file wherever the hive
leaf is set and stays as an override; an overridden file renders no fetch.
otelcol-contrib 0.151.0's oauth2client re-reads `client_secret_file` on
every token fetch, but the path is `LoadCredential`'s start-time copy, so a
changed secret still needs a restart. `lib/refresh-consumer.nix` gains
`refresh_unit` for a host unit; `refresh_consumer` now calls it with
`--machine`.
nats-authelia's "consumer of the host client-secret dir" case pointed at
the collector's old default; it now reads the publisher's path unit.
Refs #5015
A claude agent with useApiKey gets ANTHROPIC_API_KEY through
backendEnvironmentFile, but only the harness unit loaded that file;
hive-subagent-daemon loaded it for ACP agents alone. The daemon's nested
claude inherits the daemon's environment (hive-claude adds to it, never
clears it), and an api-key agent has no OAuth session in ~/.claude, so
its claude subagents started with no credentials.
hive-subagent-daemon now loads backendEnvironmentFile when the agent is
ACP (unchanged) or has useApiKey set. Module-eval covers the api-key
claude arm; the existing claude arm (file set, useApiKey unset) still
asserts no EnvironmentFile.
Closes#5088
The case for a hive with a store leaf and no queue URL reads
systemd.services.hive-c0re, which only exists with the hive controller
enabled. Built with `hive`, the fixture had no such unit and
module-eval-nats-tls failed to evaluate:
error: attribute 'hive-c0re' missing
Refs #5015
hive-c0re publishes this hive's status to the swarm queue as the OIDC
client `hive-<name>`. Its secret came from
`deploy.hive-controller.statusPublish.clientSecretFile`, which defaulted
to authelia's minted file only on a host running both authelia and the
queue. Every other hive had no secret and never published, so the
controller showed it `never_reported`.
Now `swarm-secret-publish`, beside authelia, also copies each hive's
`hive-<name>` secret to `swarm/hives/<hive>/oidc/client`. Its policy
already allows `swarm/hives/*`. hive-c0re reads that path under the
hive's own store leaf, which the existing `swarm/hives/<hive>/*` grant
covers, and holds the value in memory.
The shared queue client no longer remembers a failed first connect for
the life of the process. A failed attempt is retried with a backoff
from 5s, doubling to a cap of 5 minutes; the dashboard banner stays up
until an attempt succeeds. The two status publishers wait for the
client instead of giving up on the first `None`, so a secret published
after boot is picked up without a restart.
Removed: the `statusPublish.clientSecretFile` option (both spellings,
now removed options with a message), its same-host default, its
LoadCredential, the assertion tying it to the other two coordinates,
and `swarm_queue_client::QueueConfig::from_env`, whose only caller was
this read. Publishing is now on wherever the queue URL and token
endpoint are set and the hive holds a store leaf.
Refs #5015
The ACP agent was spawned with only `kill_on_drop`, which SIGKILLs the
agent's own pid. Commands the agent had started (a `nix build`, a test
run) were reparented and kept running after the agent was killed: when a
subagent run ends after `interrupt`, when an agent ignores
`session/cancel` past the grace, and when the harness drops the runtime.
The agent now leads its own process group (`process_group(0)`), and
dropping its `Connection` SIGKILLs that group. The soft path is unchanged:
`interrupt` / `Canceller::cancel` still sends `session/cancel`.
Refs #4999. The claude half needs hive-claude 0.1.3, which is not on
crates.io yet.
swarm-controller keeps each agent's inference settings in a new
`agent-inference` KV bucket, one key per agent, and is its only writer
(`GET`/`PUT`/`DELETE /api/agents/{name}/inference`; `swarmctl agent
inference get|set|clear`). Every field is optional. Each agent reads its
own key every 10 s through a direct-get grant on that key alone, and a
set `model` or `effort` replaces the Bus value, so the next turn runs on
it and the badge follows.
The swarm value is applied without persisting it: `Bus::set_model` and
`set_effort` are split into a persisting setter and a non-persisting
`apply_*`, and the poller uses the latter. Otherwise the swarm value
would overwrite `hyperhive-model`/`hyperhive-effort`, and clearing it, or
a restart, would no longer find the agent's own value. An unset field
changes nothing; a field cleared after being applied goes back to the
local value (`harness_state::local_model`/`local_effort`, the same
resolution `Bus::new` uses), read again at the clear.
`subagent_models` is validated, stored and shown by `get`; no agent
applies it yet.
Refs #5034
advance_applied_main refused every rev that does not descend from
applied/main, including an ancestor of it. Ancestors arrive in normal
operation: swarm-controller queues each merge's TriggerDeploy as an
independent node with no resource or edge between them and spawns each
runnable node on its own task, so two merges of one agent can publish in
either order; the meta-update cascade fast-forwards applied/main to the
forge's main on its own; and the webhook handler does not dedup a
redelivered merge event. Since a refusal now logs at ERROR and fires the
`hh-config-rev-refused` alert, each of those would page as a refusal.
An ancestor is now RevAdvance::Superseded, logged at info, nothing queued.
Only a rev that has diverged (neither descendant nor ancestor) is refused.
Refs #4851
A deploy request whose rev hive-c0re refuses (fetch failed, or the rev
does not descend from applied/main) no longer tries to comment on the PR
that merged it. Off the forge host that attempt always failed with "forge
core token absent". The refusal now logs at ERROR, message unchanged, and
the new `hh-config-rev-refused` Grafana rule fires on it.
Deleted with the posting: actions::post_rev_deploy_failure_to_pr, the
whole forge/pr_comment.rs (config_repo, merged_pr_for_commit,
post_pr_comment), and ReaderToken::value, whose only caller was
merged_pr_for_commit.
Refs #4851
The issue-comments endpoint takes no page or limit, so `comments
--since` cut its window client-side from a whole-list response. The
leftover over-fetch-by-one request (`.page_size(limit + 1)`) was a
no-op and the `--limit` clamp to MAX_LIMIT (49) guarded a truncation
check that no longer needs one.
Drop both: `--since T --limit N` now returns N comments. `comments
--json` still emits `since_limit_clamped`, always `false`. `timeline`
is untouched; its endpoint pages and its clamp stays.
The forge's issue-comments endpoint takes no page or limit and always
returns the whole thread. #5055 wrapped view's fetch in all_pages, which
never saw a short page on a thread of 50+ comments and fetched the same
list 50 times: `issue view 3782` printed 3000 comments instead of 60.
`comments --limit K` sent K as a page size the forge ignored, so it
returned the whole thread.
view and pr status's last_comment now send one request. comments fetches
the thread once and cuts the --limit / --tail window client-side; the
X-Total-Count probe and the computed-page tail walk are gone, and the
count of comments outside the window is the length of the list.
--since is unchanged.
tests/comments_no_paging.rs runs the binary against a loopback mock
forge whose comments route ignores page and limit, as Forgejo's does.
forgejo-api's client has no request timeout, so a forge that accepts a
connection and never answers held a forge-calling job node forever:
the node never reached Done or Failed, and kept its executor task.
Every executor arm that awaits the forge now runs its work under the
same deadline the periodic passes use. On elapsing, the node fails
through its existing Outcome::Failed path with
"<node>: no answer from the forge within 120s".
Nodes: create_repo, create_forge_user, add_repo_member,
grant_docs_read, init_agent_config_repo, mint_agent_forge_token,
mint_hive_forge_token.
The bound is per node, not per request: the nodes make 1 to about 15
sequential forge and store requests each (mint_hive_forge_token the
most), and the requests live inside forge::Client methods the periodic
passes share. One 2-minute bound covers both, so #5065's
within_pass_deadline / PASS_DEADLINE become within_forge_deadline /
FORGE_DEADLINE, with a log line that no longer says "retrying next
tick" (true of a pass, not of a node).
The InitAgentConfigRepo arm is lifted out of run_swarm_node, like its
siblings, to keep that function under clippy::too_many_lines.
Refs #5066
forgejo-api 0.11.1 builds its reqwest client with no timeout and offers
no way to hand it a caller-built one (the `client` field is private,
`new`/`with_user_agent` are the only constructors, `Endpoint` is
sealed). A forge that accepts a connection and then stalls therefore
held each of the six periodic reconcile loops on one request forever,
with no log line.
Wrap each loop's per-tick work in `forge::within_pass_deadline`
(`PASS_DEADLINE`, 2 min, under the 5-minute interval): on elapsed the
pass is dropped, a warn is logged, and the loop waits for its next tick.
Every pass is an idempotent reconcile, so abandoning one mid-way leaves
nothing the next pass does not redo.
Loops: config-pr poll, runner registration token, hive forge tokens,
agent forge tokens (observe + legacy sweep), docs grants, swarm forge
objects.
Refs #5060
The htpasswd test now seeds the temp path at 0600, so only the explicit
chmod on the temp yields 0644. The wg test blocks the temp path with a
directory and asserts the write fails with the existing key untouched,
which an in-place write cannot satisfy.
Each of these wrote its file in place (or set the mode after the
write), so a write cut short by a kill or a full disk left a partial
file behind, and some secrets existed for a moment at umask mode:
- swarm-authelia/swarm-grafana/hive-forge/swarm-bao generators: a
partial file passed the `-s`/`-e` guard and was kept forever. They now
capture the value first and land it with `atomic_write_secret`.
- swarm-controller webhook secret: a truncated file failed the 64-hex
check and the secret was regenerated, out of step with the forge
hooks. It is now written 0600 to a sibling temp, fsynced, renamed.
- hive-c0re htpasswd: the temp is now fsynced and set 0644 before the
rename, like the sibling agents.conf writer, instead of relying on
c0re's umask.
- hivectl wg init: the private key is created 0400 in a temp and
renamed, instead of written at umask mode and chmod'ed after.
Closes#5068
wait_until_ready only checked READY_TIMEOUT between polls, so a half-open forge
hung the first get_version forever. The probe now goes through forge::bounded; a
timeout counts as not-ready and falls into the existing retry/deadline path.
forgejo-api 0.11.1 takes no caller-built client, so a request to a forge that
accepts the connection and never answers waited forever. Every forge::api()
call site now goes through forge::bounded, a 10s timeout that errors naming the
operation. The PR-comment calls run inline in swarm_status::drain_swarm_events,
the one task serving both swarm subscriptions, so a stalled forge stopped both.
Refs #5066
Bounding is_running turned a hung systemctl into "not running" for
callers that record or act on the answer: the broad-stop restore set
dropped the agent, start_many could rebuild-and-restart a running
agent, reconcile could seed Offline. is_running is back to the
unbounded call it was.
The periodic workers read through the bounded running_state instead:
crash_watch (unchanged), and the swarm_agent_status publisher via the
new container_view::read_agent_status_bounded, which skips the agent
for that sweep when the unit state is unreadable. The GetAgentMeta
socket handler keeps the unbounded read_agent_status_live.
priv_client::list_containers now waits at most 30s (LIST_WAIT) for
hive-priv's `nixos-container list`, via the existing `within` helper. Its
periodic callers (crash_watch, agent_sockets, swarm_agent_status, wanted,
mcp_sockets, swarm_status via container_view) already treat an Err as a
skipped cycle, so a hung listing no longer stops their loops for good.
lifecycle::is_running / unit_state run `systemctl is-active` with
kill_on_drop and a 10s timeout (IS_ACTIVE_TIMEOUT); a timeout warns and
reads as not-running / UnitState::Other, the same as a systemctl that
could not be spawned. The new lifecycle::running_state returns None for
that case, and crash_watch keeps the agent's previous observation on None
so a hung systemctl is neither reported as a crash nor as a recovery.
`call` itself and every mutating op (start/stop/destroy/send-snapshot/
daemon-reload) stay unbounded.
Closes#5061
The future `Scheduler::claim_next` hands back completed its node only
after `run`'s future returned. A panic while running (the workspace
unwinds) skipped that completion, so the node stayed `Running` and its
resource units stayed held until the process restarted; later nodes
needing the same resource never started.
The run future is now polled under `catch_unwind`. A panic completes
the node as `Outcome::Failed("runner panicked: <msg>")` with nothing
grown, through the same `complete_growing` path as an ordinary failure:
`AFTER_OK` dependents are skipped, pending children cascade, and the
node's units are released.
The node's future is boxed: wrapping it inline pushed the futures
swarm-controller and hive-c0re spawn over clippy's `large_futures`
limit.
Closes#5058
vaultrs sets no request timeout by default, so a store that accepts a connection and never answers hung every SecretStore call forever. connect_with_identity now sets VAULT_REQUEST_TIMEOUT; a stalled store surfaces as Error::Vault.
- swarm-controller webhook: regenerate the secret only when the file is
absent. Any other read error is returned with the path; the caller
already logs "webhook secret unavailable" and the endpoint answers 503.
Overwriting meant every registered hook kept the old secret and every
delivery failed HMAC, with nothing re-registering them.
- swarm-queue-client wanted: open_read_only/watch return Result; only
STREAM_NOT_FOUND on the bucket maps to None. hive-c0re's wanted pull
fails the DAG node with the cause instead of logging "nothing has been
declared"; the watch warns with the error chain.
- swarm-nats-auth: warn when the OIDC secret re-read task dies.
- swarm-controller forge: listing a repo's config PRs failing is warn,
not debug.
Closes#5056
The forge clamps page_size to 50. branches, pr reviews, the review
bodies merged into `comments <pr>`, and view's comment list each sent
one request, so anything past the first page was dropped silently.
labels::repo_labels did loop, but asked for 100/page and stopped on
`len < 100`, so a clamped full page of 50 ended the walk.
Add verbs::all_pages: requests 50/page until a short page, capped at
50 pages with a stderr warning when the cap is hit. Use it in all of
the above; repo-labels now calls labels::repo_labels instead of its
own copy of the loop.
list --json now prints the same "N of M shown" stderr trailer as the
pretty output; its paging and stdout shape are unchanged.
Closes#5051
HIVE_FORGE_URL (set + parseable) and HIVE_ASSETS_DIR are checked once in
main before workers start. Short revs in container_view and pr_status
take 12 chars instead of byte-slicing.
With actionsFromSelf, Forgejo resolves bare `uses: actions/<name>` against
the forge itself, so every action a workflow names needs a mirror there.
Only actions/checkout was seeded, and coverage.yml's
`actions/upload-artifact@v3` has failed at job setup with "repository not
found" since the CI runner moved to swarm-ci-runner (e2da5509).
The single hardcoded checkout mirror becomes a list of action names both
share, mirrored from github.com/actions/* like checkout already was. v3
points at the same commit (ff15f03) on github.com and code.forgejo.org.
The controller's forge-objects pass creates any missing mirror on every
pass, and the changed SWARM_CONTROLLER_FORGE_MIRRORS env restarts the unit
on switch, so an existing forge picks the mirror up on deploy.
Closes#5040
No behaviour change. Casts replaced by try_from / Duration math; schedules.rs
reuses agent_renewal::unix_now; the five swarm-queue-client KV open-or-create
copies share one private kv::open_or_create.
Add secret_file::write_secret_0600: create the parent dir, write a
sibling temp file opened create_new + mode 0600, sync_all, rename over
the target. Use it for the matrix sender token, the space/chat room-id
files and the forge core token, which previously wrote at the process
umask, then chmod-ed with the error discarded, and dropped the
create_dir_all error. agent_identity::write_identity uses it too
instead of its own open-0600 loop; that loop opened with create +
truncate, so a pre-existing file kept its old mode.
Also log instead of discarding:
- the manager's applied-rev marker write in auto_update
- the knowledge `git remote set-url` scrub (spawn error and non-zero
exit; the exit status only, since stderr may echo the old URL)
- the parent create_dir_all in paths::move_if_legacy
Closes#5037
