jochen
379d19d907
The console gathered $SRV.INFO answers for a fixed 750 ms. The laptop's
runtime (48 modules, 341 endpoints, 164 kB) answers last every time: its
answer crosses to the broker on another machine and back, a median of
365 ms on a quiet link and 813 ms in one of 25 rounds measured. When it
missed the window the console said its modules ran nowhere ("nothing in
the mesh is called slack") or only on another machine.
Discovery now asks $SRV.PING alongside $SRV.INFO and waits, past the
window and up to 5 s, for every instance that answered PING. A runtime
that never sends what it serves, or answered before and not now, is
named in every answer that might concern it instead of the module being
called missing. An answer still too large after first-line descriptions
drops them, and says so in its metadata.
mesh_runtimes reports, per runtime, its machine, how long its answer
took, its size, its modules and tools, whether it was shortened and when
it was last heard, and the runtimes and machines not heard.
node-tools
The node's tool runtime as a module (novox/hq ADR 0175, to-be 38 WP3). Assigned to a machine, it is one process the host runs from this bundle, as the operator's account: it serves every assigned module's tools and every held seat's verbs on the bus, and answers MCP on the machine's loopback — the console (design 34). The controller composes the process (which bundles to load, where the credential is, whose machine it is); this manifest says only what the machine must have for it: the interpreter, a place for the credential, the loopback port, and leave to call every tool.
The code is the mesh-tools package in this directory; the module at the repository root,
mesh-tools, builds the images TypeScript bundles are compiled in. See the repository README.