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Reported as "the slots seem hardcoded to 2": `meshbay-node transfers set 8 8`
and still only two downloads at a time. Not hardcoded — that is the *per-member*
cap, which is a group's setting and is checked before the node's, so raising the
machine's total cannot move it. But the diagnosis was right in the way that
matters: nothing could change it.
`OP_TRANSFER_LIMITS` shipped with exactly one front door, the signed MNP
handler, and nothing anywhere opened it — no client call, no CLI verb, no
loopback route. So the cap sat at its default of 2 for ever, which from outside
is indistinguishable from a constant. CLAUDE.md states the rule this missed:
operator operations are one implementation with several front doors.
- `PUT /api/groups/{id}/transfer-limits`, calling the same
`ops.set_transfer_limits` the signed handler calls;
- `meshbay-node transfers per-member <downloads> <uploads> [--group X]`;
- `transfers show` now separates the node-wide pools from the per-group
per-member caps, and marks each `[set]` or `[default]`. It printed "2 per
member" with no indication of where the 2 came from, which is half of why
this looked like a constant.
Zero is refused here as everywhere else: it is not "unlimited", and a member who
may not transfer at all is a member the operator revokes.
Verified on a live node: the cap changes, survives a daemon restart, and
`transfer_probe.py --want 6` measures 4 granted against a cap of 4 where it
measured 2 before.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HCGdheDLxGReuKHga3BtST
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Step 3 of ~/next/improve-downloads.md. Step 2 built the pools with constants;
this gives them to the operator, in the two scopes they belong to.
**The pools are the machine's.** `[node] max_concurrent_downloads` and
`max_concurrent_uploads`, default 8, on the §2.11 pattern: node.toml for a
fresh install, a roster.db override for immediate effect, editable from the
Node page and from `meshbay-node transfers show|set`, applied live through the
one `set_capacity` step 1 fixed.
**The per-member cap is a group's.** How many transfers one member may run at
once here — on the node like every other group setting (not the hub, which
would have authority over someone else's disk; not node.toml, which is
hand-written and needs a restart), changed by a signed operator instruction
(`OP_TRANSFER_LIMITS`, subject "d=2,u=2" so what is signed names the outcome),
broadcast to the group, and read live by the pools.
That was the one thing step 2's shape could not express: `per_member` was a
single node-wide number. `group_limits` and `member_cap(kind, member)` make it
a lookup — the group's own value if it has one, the node's default otherwise —
and it is deliberately the only dimension that is not node-wide.
Three refusals, each with a test:
- **absent means the default (2), never "unlimited".** A group that predates
the setting coming back unlimited would leave the node-wide pool as the only
control, which is the situation slots exist to end;
- **zero is not "unlimited"**, and is not "this member may not transfer"
either: the floor is one everywhere, and the CLI says to revoke the member
instead;
- **an unreadable row reads as unset**, not as zero — the same discipline the
sealed messages follow, where a payload that does not open must never become
a default state on its own.
`handshake_ack` carries this member's own caps for this group, so the interface
can say "2 of your 2 slots are busy" instead of drawing a bare spinner. Absent
reads as "no limit known" and the hint is not drawn — never as "unlimited",
which would have the interface contradicting the node.
1164 node, 793 hub, 0 failed.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HCGdheDLxGReuKHga3BtST
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Chat messages are sealed with AES-256-GCM under a key derived per group, per
epoch, per *device*, and signed over the ciphertext with the device key the
node pinned. The node relays and archives; it cannot read a message.
There is no switch. MNP goes to 2.0 and MNP_MIN_SUPPORTED moves with it, so a
1.x peer is refused at the handshake with `version_too_old` rather than
admitted and then unable to speak. An opt-in flag was designed and rejected:
every node is a test node, so it would have bought nothing and left a plaintext
branch reachable — C6's lesson one feature later. A test reads the source and
refuses any code that consults a `chat_encrypted` setting.
Not Sender Keys, and `senderkeys.py` is now documented as unused. With
distribution under the group key and a node that serves history to devices
which were not present, the node must retain each chain's earliest key, and a
chain key at iteration i yields every message key from i on by pure HKDF —
forward secrecy is zero either way. What the ratchet was left buying was
stateful client code with silent failure modes, three of them reproduced: any
member could sign as any other, a second device dropped the first's chain, and
the skipped-key cache grew without bound. The reasoning is in
docs/chat-sender-keys.md, which is the specification and the decision record.
Epochs, not rotation: the epoch key is wrapped under the group key at delivery
and never stored under it, so `gek_rotate` is a re-wrap. A group-key-derived
archive key would have made every message ever sent unreadable on the first
`member unpin`, which is the documented step after removing a member. A new
epoch opens on member revoke/unpin, device revoke and `gek_rotate`; old epochs
are kept and still delivered, so history stays readable to everyone who could
already read it, and nothing anywhere deletes one.
Three prerequisites this needed, each a live defect on its own:
* The peer registry was keyed by user_id, so one account's second device
evicted the first and the broadcast skipped recipients by account — a
person's phone never saw what they typed on their laptop.
* The handshake authenticated an account, never a device. `device_hello`
(additive, signed, refused unless the key is a live device of this account in
the node's own roster) is what lets the node refuse a member claiming
somebody else's key.
* `_admin_exec_file_delete` authorized against the exact uploading key, so
device linking had already broken deleting your own file from your other
device. It now authorizes against any non-revoked device of `uploader_id`.
Found by driving the real panel over the real transport, not by reading source:
`chat_keys_resp` was routed by arrival order and handed to an unanswered
`media_meta_req` — the original frozen-tab defect in a message type that did
not exist when that probe was written. And `_asText` had been deleted with an
unrelated helper beside it; its only caller sits inside a promise the panel
catches, so every conversation rendered empty with nothing in the console.
Existing node data is migrated by QE/migration/migrate_chat_encryption.py
(not versioned, per the QE rule), run with the node stopped.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01TZZxYjz8YeWRz13xDi8LJr
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Caught in review, and the review was right. The previous commit documented the
flag as deprecated so that `--help` and the man page would agree. That solved
the wrong problem: the flag contradicts the model this whole refactor exists to
establish, and the coherent answer was to delete it.
It wrote `upload_dir` into a *brand-new* `[[groups]]` block, and
`GroupConfig.__post_init__` reads that key by forcing every other root
read-only and appending that path as the one writable one. So
`group add --dir X --writable --upload-dir Y` silently made X read-only — two
mechanisms deciding which directories accept uploads, one of them invisible, in
a group created after the model that replaced it.
Gone from the CLI, from `ops.attach_group`, from the loopback API and from the
MNP `group_attach` payload, which now carries `writable` instead. The *read*
path in `config.py` is deliberately untouched: an existing node.toml using
`upload_dir` must keep working, and that is the only legitimate use left. The
man page says so under the config key, and no longer lists an option.
The test that guarded the deprecation wording now guards its absence — and
earned itself immediately by finding a `group add` usage string still offering
the flag.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_011pvMdvLBG92jyhvD5pD6us
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`member upload` reached the generic usage line for the other `member` verbs —
"usage: meshbay-node member upload <username>" — which advertises a removed
feature and sends the operator looking for a username it would then reject. It
names `root set --writable` now, and the man page carries the same. Three lines
between an operator finding the replacement and concluding the CLI is broken.
`--upload-dir` still works, so an existing script keeps working, but its help
and the man page say it is the old spelling and name what replaced it.
The Windows pass (§4.4) is what can be checked from here, made checkable:
drive letters and UNC through `as_posix()` into TOML, a drive root having no
basename to derive a name from — sharing a whole drive is ordinary there — and
a case-insensitive collision, which on NTFS and exFAT is one directory indexed
as two roots. `PureWindowsPath` throughout, for the reason the backslash test
earlier this branch got wrong.
What it cannot check is written down rather than glossed: ReadDirectoryChangesW
dropping events, MAX_PATH, and whether an eject actually lets a drive be
removed. §7d says so, along with two things the plan never considered — the
RO/RW asymmetry in `_do_dir_delete`, and `index_delta` carrying roots but not
`dirs`.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_011pvMdvLBG92jyhvD5pD6us
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Review of the Phase 1 commit found the RO/RW model sound but three paths
unfinished, each of which broke the flow the phase exists to deliver. Plus
29 test failures it introduced and no coverage for anything it added.
Uploads went to the wrong directory. The node read a `root` field on
file_upload that no client ever sent, so every upload landed in the first
writable root while the Files toolbar offered its button based on the root
being browsed — with two writable roots, uploading from one wrote into the
other. Files now names the root it is showing; Chat names one chosen in the
shell (an operator-configured directory arrives in Phase 2); the node refuses
an unknown name rather than falling back, and refuses read-only and ejected
roots by code.
Shared directories were unreachable on the web. The table read its roots
only from the loopback API, which resolves to "not available" in a browser,
so the section rendered for nobody there — while the Uploads controls it
replaced had worked — and the transport.updateRoot/ejectRoot/plugRoot methods
beside it were dead. MNP is now the path, loopback the fallback for a local
node with no live connection, and adding a root over MNP takes a typed path
since no web page can browse a remote disk.
Ejecting updated nobody's screen. transport.js resolves an admin ack against
the pending request and returns, which is right for every op whose caller
knows the value it chose; the root acks carry state only the node can compute,
so the operator who clicked Eject was the one client that never saw it happen.
And the ejected flag reached roster.db but was never read back, so a restart
undid it and the next scan read an empty mount point as an erased library.
Also: the member-upload endpoint answered 200 and did nothing (removed); the
wizard ignored the first root's RW switch; reload compared roots on name and
path, so editing writable in node.toml did nothing; the table had no path
column, which is the only thing separating two libraries sharing a basename;
apps_enabled normalisation differed between the two sides of a signed subject.
Tests: eject/plug, per-root upload refusal and the node.toml rewrite had no
coverage at all. test_member_upload_policy.py is replaced by
test_root_writable_policy.py — it tested a removed feature — and every
property worth keeping from it moved rather than being dropped.
Docs: draft-v6 structural decision 9 is annotated as superseded (the operator
can no longer have a directory only they may write to — a real capability
removed, flagged rather than hidden), the man page documents the root verb and
the RO/RW fields, and refactor-groups.md §7b records what the plan got wrong.
Suite: 41 failures before, 13 after — all 13 pre-existing on main.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_011pvMdvLBG92jyhvD5pD6us
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Two properties discussed but not yet pinned by a test, both load-bearing
for service mode:
1. A bare `meshbay-node` with no config yet -- exactly what the W3
Startup .vbs and the service-mode Scheduled Task both run unattended,
on the very first boot after a fresh install, quite possibly before
the user has ever opened the client -- must fail closed, fast, and
without a trace. Measured by hand first (under a second, zero bytes
written against a real empty %LOCALAPPDATA%); this pins it as a test
so it can't regress silently. load_config() already returns an empty
Config on a missing path rather than raising, so main() reaches its
own "hub.username not set" exit before ever touching NodeDaemon() or
asyncio.run() -- nothing here has to mock the daemon startup.
2. node:start (main.js) must call provisionNode() before it ever checks
for the service task or spawns -- reversed, the wizard's first Start
on a fresh service-mode install would run/query the daemon before
node.toml exists for it to read. Source-read, same technique as
test_desktop_shell.py: the only evidence available without a live
Electron run.
Node suite 845 pass / 25 skip.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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The per-user Startup-folder launcher (W3) only ever runs after this user
signs in. A real Windows Service would start earlier, but under
LocalSystem/NetworkService -- accounts with no normal profile, so
%LOCALAPPDATA%\meshbay\ (config, keystore, data) would not exist for it.
Relocating storage to make that work is real surgery, deliberately not
done here.
Instead: a Scheduled Task, created once with admin rights, that runs AS
THIS USER at boot without needing them to sign in first.
`schtasks /create ... /ru <user> /rp ""` with no `/it` registers an S4U
(Service For User) logon -- no password stored anywhere, and unlike
LocalSystem it loads this account's own profile, so config_dir()/
data_dir() need zero changes. The cost: S4U carries no network credential,
which the node never needed -- everything it touches is local disk plus
outbound internet. Creating the task needs admin (a boot trigger touches
system-wide scheduler state, the same reason /sc onlogon needed it);
querying/starting/stopping an existing one does not -- Task Scheduler
grants the owning user that much itself, which is what lets the Node
page's Start/Stop/Restart drive it with no further UAC prompts.
meshbay_node/platform.py
service_install/_remove/_status/_run/_end -- mirrors autostart_* but
for the Scheduled Task; TASK_NAME moved here (was decorative before)
meshbay_node/daemon.py
new `service install|remove|start|stop|status` verb; restart-daemon and
reset now check for the service task too
packaging/win/service.ps1
the installer-side equivalent (extraResource); status/run/end never
self-elevate -- only install/remove do, exactly matching what
Task Scheduler itself requires
packaging/win/service-mode.ps1
ONE elevated helper running service.ps1 + firewall.ps1 together, so
choosing service mode costs exactly one UAC prompt, not two
build/installer.nsh
the install-time choice: "run as a background service?" (one
elevation, both jobs) vs the existing per-user + separate firewall
question. Checked first, unelevated, so re-running setup with
everything already configured asks nothing. Uninstall offers the
matching one-elevation cleanup, default No.
src/main.js
winServiceTaskStatus/Run/End, wired into node:installed,
node:service-status/-stop/-restart and node:start: when the Scheduled
Task exists, drive it; otherwise fall back to the existing per-user
spawn/kill path. This is the hard requirement -- Start/Stop/Restart
from the Node page must work in either mode.
node-page.js / locales
a hint explaining why the per-user autostart toggle is absent when
service mode is active (info.mode from the backend, no new field to
gate on -- it just isn't sent in that case)
package.json: 0.1.0 -> 1.0.0.
Verified: electron-builder compiles the new NSIS choice logic and ships
all three scripts; service.ps1's S4U install fails cleanly (Access
denied) when run unelevated, and its status/run/end never touch "runas".
Cannot verify the elevated success path myself (no admin in this
session) -- that needs a real UAC click. Node suite 843 pass / 25 skip;
test_packaging_win.py pins the one-elevation property, the S4U flags,
and that main.js actually checks the service task in all three handlers.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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The Linux node runs under `systemctl --user`. Windows has no per-user
equivalent that works without elevation: `schtasks /create /sc ONLOGON`
(even `/rl LIMITED /it`) fails with "Access is denied" for a non-admin
user, because a logon trigger touches machine-wide scheduler state.
So autostart is a `.vbs` in the per-user Startup folder instead:
CreateObject("WScript.Shell").Run Chr(34) & "<exe>" & Chr(34), 0, False
wscript runs it at every sign-in, hidden (0) and non-blocking. No admin,
no console window, no new dependency. Verified end to end: the launcher
brings the daemon up with no window and it answers its loopback API.
node/platform.py
autostart_install/remove/status — write / delete / detect the launcher
autostart_run/end — start now (DETACHED|NO_WINDOW) / taskkill
_node_exe — PATH, then next to sys.executable, then argv[0]
node/daemon.py
new `autostart install|remove|start|stop|status` verb
reload (win32) -> POST /api/reload on the loopback API
restart-daemon (win32) -> autostart_end + autostart_run
reset (win32) -> also removes the launcher
client/main.js, preload.js
node:autostart handler + winAutostart* helpers (kept in step with platform.py)
node:service-status (win32) probes the daemon; stop/restart/start use
taskkill + a detached, windowless spawn
Tests: 8 autostart cases in test_platform.py (mocked sys.platform, APPDATA
pointed at tmp); `autostart status` added to the CLI dispatch sweep. Full
meshbay-node suite green on Windows (784 passed / 34 skipped).
Still open: no CTRL_CLOSE_EVENT handler, so a bare taskkill / window close
does not run _shutdown() (SetConsoleCtrlHandler, follow-up). Service mode
(pywin32/NSSM) stays Phase 2.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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- `.read_text()` on source files now `encoding="utf-8"` — cp1252 chokes on
the em dashes / box-drawing chars those files contain.
- test node.toml templates embed paths via `Path.as_posix()`: a raw Windows
path in a basic TOML string is a parse error (`\U`, `\a`, ... are escapes).
- new `test_platform.py` covers `meshbay_node.platform` by mocking
`sys.platform` / `os.environ` — runs on both OSes.
- `skipif(sys.platform == "win32")`, in `conftest.needs_subprocess` and
inline, for the documented gaps: ffmpeg/ffprobe via asyncio subprocess
(the win32 selector loop, forced for aiortc, cannot spawn one), the
systemd `reload`/`restart-daemon` delegation (Windows path is W3), the
keystore `st_mode == 600` assertion (NTFS ignores mode bits), and the
symlink-escape test (needs Developer Mode).
Windows: 781 passed, 25 skipped. No change on Linux.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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Reported live: after installing the .deb, systemd printed "Warning: The
unit file, source configuration file or drop-ins of meshbay-node.service
changed on disk. Run 'systemctl --user daemon-reload' to reload units."
Both postinst scripts (deb and rpm) already run a daemon-reload, but only
for the system manager — they run as root, and the unit that changed is
the *user* unit (packaging/systemd/meshbay-node-user.service), owned by
each signed-in person's own user manager, a different process root
cannot reach. Iterating over logged-in users from postinst was
considered and rejected: fragile (depends on machined and each user's
session bus), and root has no business doing a user's job.
`_systemctl_user` — the one place `reload` and `restart-daemon` already
shell out to systemd — now reloads the user manager first, under the
correct privilege, right before the verb that would otherwise act on a
stale unit. Best-effort and unchecked, like the postinst's own
daemon-reload: a reload the manager did not need must never block what
the operator asked for, and systemd still reports a genuine failure from
the verb itself.
Does not touch the postinst scripts. On a package upgrade the warning
can still appear once, before the next reload/restart-daemon (or a login,
which starts a fresh user manager that reads the current file); this
closes it from the CLI's own lifecycle commands rather than reaching
into every session from root.
test_lifecycle_commands_delegate_to_systemctl_user now expects the
daemon-reload call ahead of the verb — checked failing against the
previous code.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01AbwJDbNTkiRUh7HTWEoyss
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Remove the node daemon's server-rendered admin UI (GET / and /audit, the
_render_* helpers and inline templates) and the `meshbay-node ui` CLI verb.
The loopback control API stays; it is now JSON only, ruff-clean, and 453
lines (was 1074). Also drop three never-wired endpoints (/api/config,
/api/chat/history, /ws/chat, plus broadcast_chat) and the pointless
18000/tcp firewall profiles.
The desktop client's Node page (static/node-page.js) takes over what the
dashboard showed, reorganised into six tabs (Overview, Groups, Roster,
Peers, Audit, Settings):
- Overview: version, node id, QUIC port, hub, index-cache maintenance
- Roster: node-wide view with unpin
- Peers and Audit: auto-load on open, no Load button
- Audit: real usernames and group names (resolved from the roster and
node.toml), Previous/Next pagination newest-first, Export CSV of every
matching row
- Settings: node settings, STUN, ICE, denylist, then Unlink from hub
Backend: audit.get_entries gains `offset`; /api/audit and /api/peers
resolve ids to names via a new _display_names helper; CSP tightened to
default-src 'none' now that no HTML is served. draft-v6 sections 2.11 and
2.12 corrected -- the Node page uses the loopback API, not MNP.
One capability is intentionally dropped: browser-based admin on a headless
server. The CLI covers every operation there.
See docs/refactor-node-ui.md.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MQCaZnde4Bjjdu84dhSuF5
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The WebRTC transport relied on a single Google STUN server — if it was
unreachable, ICE gathering waited the full 4s timeout. Now four public
servers are used by default (Google ×2, Cloudflare, Mozilla), configurable
via node.toml, the Node page UI, and the CLI (meshbay-node stun list|add|
remove|reset). Changes are hot-swapped on the live transport.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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A batch of wrong poster-grid matches found live on a real library
(2026-08-29): a two-volume film's second part matched the first; a
numbered sequel matched a same-year making-of documentary; several
entries of one franchise matched a single early entry whose localized
TMDB title is the franchise name; one matched nothing. One mechanism:
_tmdb_search returned the first candidate query whose title-similarity
ratio merely cleared 0.6, before alternative_title / the Roman-numeral
variant was ever tried.
Matching:
- title_parse: fold guessit's volume/part number back into display_title
so the parts of a multi-part film stay distinct in the query, the card
and the override.
- _tmdb_search: keep a strong PASS 1 fast path (ratio >= 0.85, one
request), otherwise score every candidate query and pick the best. A
year-exact rescue lifts a sub-0.6 top hit to the confidence floor only
when TMDB's own year-filtered result lands exactly on the filename's
year. No local re-ranking of any single result list; no tmdb.py change.
Fix match / rematch:
- _admin_exec_tmdb_override: a movie override touches its own file only
(guessit gives a whole franchise one display_title); a show override
still fans out. Corrected files are marked in media_cache.tmdb_override.
- media_cache: tmdb_override table; clear_file_tmdb / clear_tmdb_matches
drop auto-resolved matches while sparing manual corrections.
- ops.rematch_video + `meshbay-node video rematch` (loopback endpoint +
CLI verb): re-resolve a group's video matches after a matcher fix.
file_tmdb is keyed by content hash and otherwise only pruned on
deletion, so nothing dislodged a cached match before.
- a rename now drops the stale auto match too (daemon
_reenrich_renamed_video_entries).
UI:
- VideoDetailModal shows the source filename and resolved TMDB id; an
unmatched poster gets a badge (3 new video.* i18n keys x 10 locales).
So a wrong match can actually be identified before hitting Fix match.
docs/mediacenter.md 10.1 records this and the V8-V13 follow-up backlog
(show-branch ladder, year-aware _best_match, wider sequel_variants, the
0.6-0.85 extra calls, movie grid merge, per-card rematch).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_018BMLQjqFGCize2KtNBT79v
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Wizard (Electron):
- Auto-provisions node config (hub URL + username) from logged-in user
- node:start handles both cold start and restart of misconfigured daemon
- Waits for daemon to reach 'running', auto-links node key on hub
- probeNode accepts intermediate states for wizard progress feedback
Reset (meshbay-node reset):
- Unlinks node key from hub (DELETE /me/node_key, best-effort)
- Stops and disables daemon (systemctl --user disable --now)
- Erases ~/.config/meshbay, ~/.local/share/meshbay, ~/.local/state/meshbay
MusicBrainz contact:
- Resolved from owner's hub email instead of per-node roster config
- Removed musicbrainz_contact UI and WebRTC handshake field
- Removed set_musicbrainz_contact/musicbrainz_contact from roster
Node pairing:
- Added operator pairing banner on NodePage
- Added operator_paired flag to list_groups
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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Add a status panel at the top of the Node page — always visible, even
before an MNP connection exists — showing the meshbay-node systemd
unit's own state (via `systemctl --user show`, main process only) with
Start/Stop/Restart controls. This is the piece the rest of the page
cannot provide: it has to work while the daemon is stopped or crash-
looping, which the MNP-based sections require the daemon to already
answer.
While touching node lifecycle: `reload` and `restart-daemon` in the
CLI shelled out to pgrep + SIGTERM/SIGHUP and respawned the process by
hand, logging to a hardcoded /tmp path. That pattern already SIGHUPed
a developer's own running node by accident once (see the old
test_cli_dispatch.py comment). Both now delegate to
`systemctl --user reload|restart meshbay-node`, which the unit already
supports correctly (ExecReload=, Restart=on-failure).
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_016SF6RKNBKg9qejmoMJ9ybA
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- `init` now writes config AND creates the keystore (interactive password
or unlock.key/env var). Idempotent: skips either step if already done.
- `status` uses load_keystore instead of load_or_create_keystore — a
read-only command should never silently create identity keys.
- Stub getpass in test_cli_dispatch to prevent test hangs when no
keystore exists.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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Node admin panel (NodePage) now covers every CLI operation over MNP:
group attach/detach, roster, member unpin, GEK rotate, denylist, reload.
Daemon hot-loads new groups and tears down removed ones on config reload
instead of requiring a full restart. Group attach/detach via MNP or
local API triggers an automatic reload so the group is live immediately.
Fixed GroupPage hang on first visit to a newly created group: the JWT
issued at login didn't include the new group, the node rejected with
not_a_member, and the token-refresh path returned without re-triggering
the connect effect (Boolean(token) didn't change). Now bumps retryKey
after a successful refresh so the effect re-runs with the fresh token.
NodePage marks groups hosted by the node but absent from the hub with a
"not on hub" badge so stale groups are visible and easy to remove.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
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Stage A — a group's content is a set of named roots
---------------------------------------------------
`shared_dir` becomes a list of {name, path, kind}. The name is the directory's
basename, derived once at add time and *stored*: recomputing it would
re-identify a whole library the day someone renames a folder on disk. Duplicate
names are refused case-insensitively and no root may contain another — both
compared with NFC folding, because most of these directories live on exFAT or
NTFS where `Films` and `films` are one directory.
Every index path carries its root name, in a one-root group as much as in a
five-root one. One path shape has to be got right once; two have to be kept
right for ever.
**A root that goes away freezes; it never empties.** Unmounting a volume makes
watchdog report every file under it as deleted, or presents an empty directory
to the next scan. Acting on either propagates deletions for a whole library to
every member, as though the owner had erased it. So a deletion is acted on only
once its root is confirmed readable, and availability is tracked per root — one
unplugged drive leaves the others serving. 12 tests, verified to fail against an
indexer without the check.
Events are not trusted to be complete either: ReadDirectoryChangesW drops them
under load and inotify on a FUSE mount misses changes made outside it. A
periodic reconciliation sweep is the only thing that recovers a missed event.
MNP 0.2 → 0.3 (additive). The hub needs no change: SwarmSource carries a content
hash, a node id and an endpoint — no paths, no filenames — and private groups
register nothing (H7).
Stage B — one implementation behind every front door
----------------------------------------------------
C1 and C6 were both "a second path into the node with its own weaker
handshake". Two implementations of `revoke` with two authorization checks is
that shape one size down. `meshbay_node/ops.py` holds each operation once,
takes the daemon state, and knows nothing about HTTP, argv or MNP. The loopback
API is one `_op(...)` line per endpoint; the MNP handlers call the same
functions. test_ops.py asserts the shape rather than trusting it.
Phase 14 is finished on top of it — `group list`, `gek init|rotate`, `reload`
(SIGHUP), `denylist show|clear`, `file list|rm`. **No operator action requires a
browser any more.** Plus `gek_rotate` and `member_unpin` as operator-signed MNP
operations: rotation is the half of revocation that revocation cannot do, since
the ex-member holds the current key, and the node generates the replacement
with its own CSPRNG — no key material crosses the wire, which is what the C5b
rule is actually about.
Two bugs found by running it rather than by testing it
------------------------------------------------------
GroupIndex is keyed by **content hash**, so the same bytes at two paths are one
entry — which is also why a scan reports ten files and indexes nine.
Reconciliation compared paths, so it decided the second path was a missed event
every 60 s, rewrote the entry and pushed an index update to every connected
peer. Seen in a live node's log.
`meshbay-node reload` crashed on first use with `subprocess` unimported: the
module compiles fine, which is the "syntax, not names" trap already recorded for
the SPA. test_cli_dispatch.py now walks every verb and refuses to let one be
added to the parser without an entry there.
Also corrected: protocol.py declared a second MNP_VERSION of "0.1" while the
wire carried "0.2" — harmless only because nothing imported it. And
_do_dir_create/_do_dir_delete referenced an undefined `filename` on their error
path.
740 tests pass; QE/deploy/e2e.py passes end to end against the live deployment.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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