mainframe has no desktop and the only connected output hangs off the Intel iGPU, while the RTX 3060 that encodes drives no monitor. Capturing the real output would copy every frame between GPUs. So: a minimal sway session on the headless wlroots backend, pinned to card0, with one 1920x1080 virtual output for Sunshine to capture. Verified end to end — Sunshine finds zwlr_screencopy_manager_v1 and creates h264_nvenc and hevc_nvenc. (av1_nvenc fails because Ampere has no AV1 encoder; that is expected.) Two things had to be fixed to get there. The installed sunshine-git was built against boost 1.89 against a system now on 1.92 and could not load five libraries — which is why the service had been enabled but never once run. Replaced with sunshine-bin, which is current and prebuilt. And Sunshine now gets a unit of ours rather than a drop-in: the source AUR package ships sunshine.service while -bin ships app-dev.lizardbyte.app.Sunshine.service, so a drop-in silently stops applying the moment you switch between them. apps.json replaces the stock file, whose "Low Res Desktop" entry shelled out to xrandr and would have done nothing on Wayland.
dotfiles
Everything that makes a machine mine. One branch, four hosts, no per-machine branches — see Why not a branch per machine below.
Bootstrap a bare machine
git clone --recurse-submodules <remote> ~/.dotfiles
cd ~/.dotfiles && ./install
cp common/zsh/secrets.zsh.example ~/.secrets.zsh && chmod 600 ~/.secrets.zsh # then fill it in
common/bin/pkg-restore # install the packages
sudo install -m755 hosts/<host>/sbin/* /usr/local/bin/ # if that host has any
install picks its host layer from hostname, lowercased. If there is no
meta/hosts/<hostname>.conf.yaml it stops rather than silently applying only
the base config — a half-configured machine that reports success is worse than
a clear failure. For a new machine, copy the closest host config and edit.
Layout
| Path | What lives here |
|---|---|
meta/base.conf.yaml |
links every host gets |
meta/hosts/<host>.conf.yaml |
links only that host gets |
common/ |
host-agnostic config and scripts |
hosts/<host>/ |
that machine's deltas |
hosts/<host>/bin |
scripts only that machine needs; shadows common/bin on PATH |
hosts/<host>/sbin |
scripts needing root at /usr/local/bin; not installed by ./install |
packages/ |
what is installed, per host |
Where host-specific things go
The rule is that a file is shared unless the machines genuinely disagree, and when they do the disagreement is expressed as a small file rather than a fork.
- zsh —
common/zsh/{zshenv,zshrc}sourcehosts/$DOTFILES_HOST/zsh/*.zsh(interactive) and*.zshenv(all shells). Host fragments are 1–7 lines each. Things that vary by distro rather than by machine — the oh-my-zsh prefix, the zsh-syntax-highlighting path,fdvsfdfind— are probed incommon/instead, so they need no host file at all. - hyprland —
common/hypr/hyprland.confsources the host layer twice:local-env.confnear the top for anything used later in the file ($browser,env,monitor), andlocal.confat the bottom for gaps, binds and overrides. Hyprland resolves variables in file order, so a single source at the end would leave$browserundefined at its first use. - waybar — one shared
configandstyle.css; the latter@importslocal.cssfor per-screen padding.colors.cssis pywal output, regenerated byupdate_colors.sh. - git — shared settings in
common/git/config, identity via anincludeofhosts/<host>/git/identity.
Singleton automations
inbox-tidy, movie-recs, rent-utilities and ddns must run on mainframe
and nowhere else. They mutate a live mailbox, send notifications, send bills,
and update live DNS records. Two independent guards:
- The units live only in
hosts/mainframe/systemd/, nevercommon/, so no other host's config can reference them. - Each
.servicecarriesConditionHost=mainframe. If one is ever enabled on the wrong machine, systemd logs a condition failure instead of running it.
The scripts themselves are in hosts/mainframe/bin. hypr_refresh on system76
is not a singleton — it is per-machine and correctly unguarded.
Verify after any change: systemctl --user list-timers --all.
~/.local/bin is not this repo
It used to be a symlink to scripts/, with GOPATH pointing inside it. Every
go install and pipx install therefore wrote into version control — 2.2 GB
on the work laptop, 426 MB on the personal one. git status was permanently
unusable, which is why nothing was committed for a year.
Now ~/.local/bin is an ordinary directory owned by package managers, GOPATH
is ~/.local/share/go, and this repo's common/bin and hosts/$HOST/bin go on
PATH directly. Do not link a directory that other tools write into.
Secrets
Never in the repo. ~/.secrets.zsh, mode 600, sourced at the end of zshenv
so non-interactive shells get it too — deliberately not rbw, which would add
a vault round-trip to every script and every ssh host cmd. rbw stays for
lazy, interactive use, as in common/zsh/opencode.zsh.
Back up edits by hand as ~/.secrets.zsh.pre-<thing>, matching the convention
used across ~/config.
Keeping it honest
dots reports uncommitted files, ahead/behind, and whether the package
manifest has gone stale. zshrc calls dots --nag at login, which prints
nothing when everything is clean.
After installing something worth keeping: pkg-snapshot, then commit the diff.
Why not a branch per machine
That was the previous design. A shared change had to be cherry-picked into four branches by hand, so it got made locally and never committed; the next change landed on top of an uncommitted one, and the cost of untangling grew until nobody committed at all. By September 2026 there were 146 dirty files across three machines, two histories that had never met, and a NAS that had never been enrolled. Host layers cost a few small files and remove the merge entirely.