triib 1.0.0

AVB Wireless, devices of the computer's own with several streams each
way, AI agents through MCP, and on a Mac the Mac's own AVB entity.

Controller

• AVB Wireless: triib asks each entity's AVB interfaces for their
  wireless status and shows it in the inspector, the entity list and the
  network map: the link, the time mode, and on an access point its
  stations and the frames a second it can deliver, which decide whether
  it admits Class A (12000 or more). Wi-Fi hops are marked on the map.
• A matrix cell whose input must change its format first opens a menu of
  the formats both ends take; picking one changes them and connects.
• The entity list keeps its headings and the names in view while the
  rest of it scrolls, and lines up plain media clock values with the
  menus.
• On a Mac, triib reads and controls the Mac's own AVB entity, through
  Apple's AudioVideoBridging framework, as macOS never hands that entity
  what a program writes to BPF.
• AI agents such as Claude Code can see and change the network through
  triib --mcp, a Model Context Protocol server: read the entities,
  their streams, formats, clocks and connections, connect and
  disconnect, change formats, sampling rates, clock sources and names,
  and identify. triib asks before each new agent, and Settings turns
  outside control off.
• Shift turns rediscover into clear and rescan.
• triib-cli wireless and wireless-config read AVB Wireless status
  and set whether an access point admits Class A; triib-cli network
  marks Wi-Fi hops.

This computer's talkers and listeners (Linux)

• Devices: one entity with any number of streams each way, each set up
  on its own, with its own virtual audio device in PipeWire unless it
  uses a sound card. Its outputs send from one thread and its inputs
  take their streams on another.
• Talkers can send in SR class B, with class B's own formats.
• Talkers, listeners and devices each have their own icon.
• MRP runs once for the port, for all the endpoints, and the port
  declares both SR classes' domains, so a bridge passes class B
  streams as well.

Packages

• The Linux packages are built on Ubuntu 24.04, as PipeWire's Rust
  bindings need its headers, so they need glibc 2.39 or newer: Ubuntu
  24.04, Debian 13, Fedora 40 and later. Ubuntu 22.04 and Debian 12 are
  no longer covered.

Fixed

• Connections to a class B talker say so, and a class B talker
  advertises class B support.
• An output says it is sending only while a listener takes its stream.
• Entities sharing a clock each show in the map, and a Wi-Fi station
  without a gPTP path shows under its access point.
• Wireless status queries left unanswered are asked again.
• This computer's entities offer only their internal clock.
• triib-cli says when a listener's binding is not known.