The join's importers name the delivery repository's moved contracts and sdk
(MV1), node-tools' tests use mesh-sdk's gate, the duplicate node-engine claim
rule of the reader release gives way to G's, and the assigner names its first
watched branch, never a constant. The seat holders' AnswerSeat callers are
area 6's.
Builds: design 47 G join 11 (merge of fix round 11)
Claude-Session: https://claude.ai/code/session_01NcbgfGKaxw984XyAPfLm4h
The runtime's load test gains rows (run with the Python fixture, before the bundles' skip): a bundle whose
marks name a tool it does not register serves no tool of its module, and one that registers it serves.
mesh_call's failure words move into Surface.callFailed, whose rows hold that only a marked tool reaching no
responder names withheld and mesh-grants.grants_user_list.
Builds: design 46 7-approval-mark §4, §6, §22
Claude-Session: https://claude.ai/code/session_01NcbgfGKaxw984XyAPfLm4h
node-tools loaded every bundle once at start, so a bundle delivered after
it started (mesh-files on shanks, 2026-10-25 12:08) went unserved until a
hand restart, and a missing file was said as "not executable". The
runtime now watches the entrypoints' directories with inotify, loads a
module again once a burst of changes settles, and discovery answers with
what is served now. A bundle that cannot start says it does not exist, is
not executable with its mode, or the exec error.
Tests: 1945/AC19-AC22 in internal/runtime/reload_test.go.
"plex did not take radarr.download.completed: Unexpected end of JSON input"
read as the runtime failing to parse the bundle's answer. It was plex's own
handler error, relayed. A bundle's error answer is now a launch.Refused, and
the line says the handler answered an error, quotes it, names the event id
and the delay before the next offer; the runtime's own failures (no answer
in time, bundle exited) are said as before.
The rule, unchanged and now tested: any mesh/event answer that is not an
error takes the event, whatever its result says, including none.
The runtime knows no language, so nothing ties it to Node.js. This ports its serve mode — the
pinned bus connection and patient connect, following memberships, launching every served bundle
over MCP on stdio with its own environment, a child's emit published as its module, each tool,
the tools verb and seat verbs served where the mesh issued them, and the console on loopback —
to one static binary. Same subjects, request and reply bodies, event headers and MCP answers.
The TypeScript stays: it is still the runtime inside the per-module containers until WP4c.
Tests run against a real bus and share the TypeScript fixtures.
jschoubben
jochen