redox-wayland-compositor/crates/redox-wl-poc-pixels/Cargo.toml

[package]
name = "redox-wl-poc-pixels"
version = "0.1.0"
edition = "2021"

[dependencies]
libc = "0.2"
Initial commit: phases 1-3 du portage Wayland Rust pour Redox OS Plan directeur 14 phases / 5 ans (REDOX_COSMIC_XWAYLAND_RS_PLAN.md). Phase 1 — Audit Redox (docs/existing-redox-gui.md, 486 lignes) : - Orbital, graphics-ipc (API DRM compatible Linux subset KMS), inputd, vesad - relibc support : AF_UNIX, SCM_RIGHTS, shm_open, mmap, poll - 3 manques identifiés : memfd_create, keymap XKB, AT-SPI Phase 2 — Validation primitives sur Redox via redoxer (5 tests + 1 POC) : - test-unix-socket : SOCK_STREAM Wayland-shaped roundtrip - test-fd-passing : SCM_RIGHTS mono-process (artefact kernel) - test-fd-passing-fork : SCM_RIGHTS multi-process (validation Wayland critique) - test-shm-open : shm_open + mmap + persistance + unlink - test-poll-multifd : poll() multiplexing + POLLHUP - poc-pixels : datapath shm + SCM_RIGHTS bout en bout (10000 pixels ARGB) Phase 3 — wayland-rs sur Redox (compile + runtime) : - wayland-{scanner,backend,server,client} compilent pour x86_64-unknown-redox sans patch upstream (rustix supporte Redox via libc backend) - test-handshake : server/client wl_registry handshake roundtrip - test-shm-pipeline : pipeline complet (ListeningSocket Unix réel + fd passing via wl_shm.create_pool + wl_shm_pool + wl_buffer + wl_surface + commit + serveur lit pixels via fd reçu, validation pixel-perfect) Verdict phase 3 : wayland-rs upstream est viable sur Redox out-of-the-box, le port "Wayland sur Redox" est désormais un problème de compositor à écrire, pas de stack à porter. Prérequis build : redoxer (pas cargo direct, car CMSG_NXTHDR/CMSG_DATA ne sont pas linkés autrement vers librelibc.a). Leyoda 2026 – GPLv3 2026-05-08 17:41:55 +02:00			`[package]`
			`name = "redox-wl-poc-pixels"`
			`version = "0.1.0"`
			`edition = "2021"`

			`[dependencies]`
			`libc = "0.2"`