meshbay.git/packages/meshbay-hub/src/meshbay_hub/static/transport-devices.js, branch 0.18

fix: list as members only the accounts the node has admitted

2026-10-05T09:27:20Z

The Members list showed the hub's membership, which an account gains when it accepts the invitation or redeems a link, before it has presented its code to the node. The node's roster is the authority (MESHBAY_DESIGN.md §3.4), so the list now crosses the hub's members with the sealed group roster the node already sends every connected member. An account the node has not admitted yet is shown to the owner alone, as waiting for its code, with the Remove button; other members do not see it. When the roster cannot be read, the hub's list is shown as before. groupRoster() takes { fresh: true } so the page sees who joined since the connection opened. Co-Authored-By: Claude Opus 5.5

chore: license MeshBay — LGPL protocol layer, AGPL for the rest

2026-10-05T07:20:38Z

The protocol layer is LGPL-3.0-or-later in every language it exists in, so any client may use it whatever its own licence: meshbay-common, and the files marked with an SPDX line — keyderive.js, crypto.js, playlist-crypto.js, transport*.js; keyring.js, transcripts.js and argon2-wasm.js on the desktop; Kdf.kt, Keyring.kt and Transcripts.kt on Android. Everything else is AGPL-3.0-or-later, which the RPM specs and package.json already declared without a licence file to back them. Two AGPL section 7 permissions: - group applications may be under any licence when they use the interface only through a named surface (static/licenses/APPLICATION-EXCEPTION.txt); the reference application is 0BSD so that copying it brings no AGPL code; - the Android application may be conveyed linked with Google Play services. Third-party code is accounted for: THIRD-PARTY-NOTICES.txt is generated from what a build ships (packaging/third_party_notices.py) for the deb/rpm venv and the frozen Windows node — PyAV's wheel grafts in libx264 and libx265, which its BSD licence does not mention — and the vendored browser libraries get their licence texts and htm-preact.js its provenance. Wheels carry SPDX metadata, RPMs %license, debs a DEP-5 copyright file, every Windows target LICENSE.txt. test_licensing.py holds the line: the LGPL layer imports nothing under the AGPL, the reference application nothing outside the application interface, and every SPDX line is one of the known ones. Co-Authored-By: Claude Opus 5.5

fix: an identity signs a named kind, and a device approval answers a request

2026-09-30T19:04:39Z

The desktop main process builds every transcript itself from fields (transcripts.js) and signs no raw bytes; the page's identity has the same contract (crypto.js transcriptFor). The keyring seals no bundle while browser access is off. On the node, device_add must redeem a pending request filed by the same keys, and device_revoke is signed under its own prefix (meshbay:device_revoke:v1), so a retirement signature admits nothing. Co-Authored-By: Claude Opus 5.5

feat(client): the desktop application keeps M and every node identity in its main process

2026-09-30T14:58:31Z

keyring.js derives, opens, mints, seals, signs and agrees there; the page gets public keys and a handle. Argon2 comes from the page's own WebAssembly build (Electron's crypto has none). Without OS key storage the page keeps its keys as a browser does. A node's bundle is settled after connecting, re-sealed when the key changed. Co-Authored-By: Claude Opus 5.5

refactor(hub): the transport holds an identity, never a private key

2026-09-30T13:48:51Z

Two public keys, sign() and shared(); the apps take transport.signFn. What holds the keys (this page, or the desktop main process) is the identity's business alone. Co-Authored-By: Claude Opus 5.5

docs: keypair_bundle_delete is reserved for device_policy (O3)

2026-09-28T20:39:05Z

The node honours it and no interface sends it; offered alone it would strand the next browser that signs in. Stated in both documents. Co-Authored-By: Claude Opus 5.5

refactor(client): split transport.js into classic scripts

2026-09-25T10:07:49Z

transport.js keeps the core (connection, reconnect, leases, dispatch). Chat, media, admin, upload and device methods move, cut as text, into transport-*.js scripts that hand a class of their own to extendTransport, which copies each method onto MeshBayTransport.prototype; the codec, roster checks, node pins and the rewrap fan-out move as they were. Both shells load them after transport.js. Every prototype member, class property and top-level function has the same source text as before. Co-Authored-By: Claude Opus 5.5