WEFT_OS/infra/systemd/weft-appd.service

[Unit]
Description=WEFT Application Daemon
Documentation=https://github.com/weft-os/weft
Requires=weft-compositor.service
After=weft-compositor.service servo-shell.service

[Service]
Type=notify
ExecStart=/packages/system/weft-appd/active/bin/weft-appd
Restart=on-failure
RestartSec=1s
# sd_notify(READY=1) is sent after IpcServer is bound and CompositorClient
# has connected, so downstream services can depend on the IPC socket being ready.

[Install]
WantedBy=graphical.target
feat(appd): add weft-appd skeleton crate and service unit New crate implementing the application daemon entry point: - crates/weft-appd/Cargo.toml: tokio (current-thread runtime), anyhow, sd-notify, tracing dependencies - crates/weft-appd/src/main.rs: async run() resolves IPC socket path from WEFT_APPD_SOCKET or XDG_RUNTIME_DIR/weft/appd.sock; stubs for AppRegistry, IpcServer, CompositorClient, RuntimeSupervisor, CapabilityBroker, ResourceController per WEFT-OS-APPD-DESIGN.md; sd_notify(READY=1) to be sent after IpcServer bind + CompositorClient connect - infra/systemd/weft-appd.service: Type=notify, Requires+After weft-compositor.service, After servo-shell.service Also fix two winit backend issues that were present in the working tree: - remove spurious mut on display binding (never mutated after init) - wrap std::env::set_var in unsafe block (required since Rust 1.80) 2026-03-11 00:13:18 +00:00			`[Unit]`
			`Description=WEFT Application Daemon`
			`Documentation=https://github.com/weft-os/weft`
			`Requires=weft-compositor.service`
			`After=weft-compositor.service servo-shell.service`

			`[Service]`
			`Type=notify`
			`ExecStart=/packages/system/weft-appd/active/bin/weft-appd`
			`Restart=on-failure`
			`RestartSec=1s`
			`# sd_notify(READY=1) is sent after IpcServer is bound and CompositorClient`
			`# has connected, so downstream services can depend on the IPC socket being ready.`

			`[Install]`
			`WantedBy=graphical.target`