Install ct from its flake, with its config, a tmux menu on prefix T and a user service for the web UI. Also keep Claude Code transcripts for ten years instead of 30 days, since threads are meant to be revisited.
Have logind ignore the lid switch and suspend/hibernate keys so the
machine stays reachable over SSH with the lid closed. SUPER + SHIFT + x
remains the way to suspend; closing the lid now only locks the screen.
With the default 6 icamerasrc buffers the camera HAL ran out of pending
requests and dropped every fourth sensor frame, capping output at ~22.5 fps.
Using 10 buffers keeps the request queue fed and restores 30 fps.
Pinwheel's sshd had no way to accept keys from other hosts. Give it the
same `authorizedKeysCommand` setup as backwards and manatee, and authorize
a new `alex.backwards-pinwheel` key that backwards uses for `ssh pinwheel`.
systemd-tmpfiles now ensures ~/code and ~/code/work are owned by
alex, since agenix previously created ~/code/work as root when the
work secrets pointed there directly.
Also drop the custom path= on work-gitconfig, work-github-token, and
work-go-private so they use agenix's default secret path instead of
living under ~/code/work.
Adds hardware.ipu6 for the built-in MIPI camera, plus two overlay
fixes needed for it to actually work on this hardware:
- Pin icamerasrc-ipu6epmtl to the same release tag already used by
ipu6-camera-bins/ipu6-camera-hal (20250923_ov02e). The version
nixpkgs currently pulls is an Intel internal IoT/Panther-Lake
validation build whose device table only lists external USB
AR0234 test sensors, never the real ov08x40, so the camera never
gets selected.
- Patch ipu6-camera-hal's hardcoded IVSC/CVS entity name from
"Intel IVSC CSI" (the out-of-tree ivsc driver's name) to "Intel
CVS" (the mainlined intel_cvs driver's name). The mismatch broke
I2C bus address resolution for the sensor, which cascaded into
wrong stream configs and black/missing video.
Bluetooth HID devices (e.g. a mouse) appearing as power_supply
entries in sysfs make waybar's Battery::refreshBatteries() throw
an uncaught exception and abort. Restricting to BAT0 avoids
enumerating those devices.
Hyprland's lua API only registers hl.bind; there is no separate
hl.bindm. The settings.bindm key rendered as a literal hl.bindm(...)
call, which errored with "attempt to call a nil value" at runtime.
Fold the mouse binds into settings.bind with { mouse = true }, per
the wiki's own example config.
Hyprland 0.56.x dropped the hyprlang (.conf) config backend in favor
of Lua-only config. Switch configType to "lua" and rewrite monitors,
workspace/window rules, binds, env vars, and autostart using the new
hl.* dispatcher API. Un-pin the hyprland flake input (back to current,
following root nixpkgs) now that the config no longer depends on the
old hyprlang backend.
Every module that injects Hyprland keybinds (foot, wezterm, bemenu,
music, light, sound, screenshot, physlock, hyprlock) is converted to
the same Lua bind syntax, since the config is all-or-nothing per
configType. hyprlock's swayidle dpms toggle and the hyprland-monitors
hotplug script's hyprctl dispatch calls are updated to the new
hl.dsp.* expression syntax the same way.
One behavior change: hl.workspace_rule keeps only the last monitor set
per workspace (unlike hyprlang's rule list), so workspaces that used
to declare two candidate monitors now declare one static default;
the hyprland-monitors service still re-dispatches the correct monitor
on startup and hotplug.
And don't force the async path, wait at least 0.1sec for terminal to
answer with capabilities. Using the async path broke the answer and
inserted 4 spaces in the beginning of the buffer
Alexander Heldt