Implement transport abstraction (TCP/iroh), announce and routing table,
multi-hop mesh router, truncated-address link layer, and LoRa mock
medium with fragmentation plus EU868-style duty-cycle accounting.
Add mesh_lora_relay_demo and scripts/mesh-demo.sh. Relax CBOR vs JSON
size assertion to match fixed-size cryptographic overhead. Extend
.gitignore for nested targets and node_modules.
Made-with: Cursor
Rename all crate directories, package names, binary names, proto
package/module paths, ALPN strings, env var prefixes, config filenames,
mDNS service names, and plugin ABI symbols from quicproquo/qpq to
quicprochat/qpc.
- ROADMAP.md: add Phase 8 — Freifunk / Community Mesh Networking with
F0-F8 checkboxes; F0-F2 marked complete
- scripts/ai_team.py: rewrite to support asyncio.gather parallel agent
runs; add --sprint flag with predefined work packages (audit,
phase1-hardening, phase2-tests, phase1-infra, status); add --parallel
for ad-hoc concurrent agent invocations; output written to
logs/ai_team/<sprint>_<timestamp>/<agent>.md
- scripts/dev-shell.sh: convenience development shell helper
- docker: update Dockerfiles for quicproquo rename and new server flags
- .gitignore: add qpq-state artifacts (*.bin, *.session, *.pending.ks,
*.convdb*)
Add comprehensive documentation comparing quicnprotochat against classical
chat protocols (IRC+SSL, XMPP, Telegram) with diagrams and attack scenarios.
Promote comparison pages to top-level sidebar section. Include P2P transport
crate (iroh), production readiness audit, CI workflows, dependency policy,
and continued architecture improvements across all crates.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Establishes the foundational transport layer for noiseml:
- Noise_XX_25519_ChaChaPoly_BLAKE2s handshake (initiator + responder)
via `snow`; mutual authentication of static X25519 keys guaranteed
before any application data flows.
- Length-prefixed frame codec (4-byte LE u32, max 65 535 B per Noise
spec) implemented as a Tokio Encoder/Decoder pair.
- Cap'n Proto Envelope schema with MsgType enum (Ping, Pong, and
future MLS message types defined but not yet dispatched).
- Server: TCP listener, one Tokio task per connection, Ping→Pong
handler, fresh X25519 keypair logged at startup.
- Client: `ping` subcommand — handshake, send Ping, receive Pong,
print RTT, exit 0.
- Integration tests: bidirectional Ping/Pong with mutual-auth
verification; server keypair reuse across sequential connections.
- Docker multi-stage build (rust:bookworm → debian:bookworm-slim,
non-root) and docker-compose with TCP healthcheck.
No MLS group state, no AS/DS, no persistence — out of scope for M1.
