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* feat(sway): enable swayr auto-tile via systemd user unitLibravatar sommerfeld2026-05-134-0/+30
| | | | | | | | | | | | | | | | | | | Vanilla sway only has splith/splitv with no auto-orientation, so new windows always split along whatever axis the parent container is set to (default splith). The result: opening a third window in a workspace that's already split horizontally just keeps stacking horizontally, even when each pane is now narrower than it is tall. swayr's daemon (swayrd) subscribes to sway IPC and, with [layout].auto_tile = true, issues splith or splitv on the focused container based on its width-vs-height before sway places the next window. The result is the i3/awesome-style spiral tiling: each new window splits the focused pane along its longest side. Run swayrd as a systemd user service bound to sway-session.target so it starts/stops with the session (matching the pattern used by waybar, swayidle, mako, etc.). No keybind changes; only the placement algorithm.
* fix(sway): launch librewolf via flatpakLibravatar sommerfeld2026-05-131-1/+1
| | | | | | | librewolf was migrated from a native package to the flatpak io.gitlab.librewolf-community in commit f5796c7; the $mod+Shift+b binding still called the native binary, so the keybind silently did nothing. Use 'flatpak run' instead.
* fix(nftables): use iifname/oifname for virbr0 so rules load before libvirtdLibravatar sommerfeld2026-05-131-4/+6
| | | | | | | | | nftables.service starts at boot before libvirtd creates the virbr0 NAT bridge. 'iif'/'oif' resolve to a kernel ifindex at rule-load time and fail with 'Interface does not exist' when virbr0 isn't up yet. 'iifname'/'oifname' do a string match per packet and tolerate a missing interface, so the ruleset loads cleanly at boot and starts matching once libvirtd brings virbr0 up.
* feat(teams): distinct tray icons for Sii (blue S) and XSight (orange X)Libravatar sommerfeld2026-05-135-4/+9
| | | | | | | | | | | | | Adds two generated 256x256 hicolor PNG icons under ~/.local/share/icons/hicolor/256x256/apps/ and wires them up: * Icon=teams-{sii,xsight} -> launcher / waybar / sway use them * --appIcon=<absolute path> -> electron tray icon picks them up (teams-for-linux respects this flag) The flatpak override script gains a --filesystem=xdg-data/icons:ro binding for com.github.IsmaelMartinez.teams_for_linux so the absolute icon path is reachable from inside the sandbox.
* feat(teams): add Sii + XSight Teams-for-Linux profile launchersLibravatar sommerfeld2026-05-133-0/+27
| | | | | | | | | | | Two flatpak-tailored .desktop entries that run separate isolated instances of teams-for-linux via --class / --user-data-dir / --appTitle. Profile data lives under $HOME/.var/app/<id>/config/profile-{sii,xsight}/ which is always sandbox-writable. The upstream flatpak .desktop is shadowed by an XDG_DATA_HOME entry of the same basename with NoDisplay=Hidden=true so only the two profile launchers appear in fuzzel.
* fix(nftables): allow DHCP/DNS and forwarding for libvirt virbr0Libravatar sommerfeld2026-05-131-0/+16
| | | | | | | | | | | | | | | | | The host firewall has policy=drop on both input and forward chains. libvirt creates its own nftables table for virbr0 NAT, but: 1. It does not touch the input chain at all, so DHCP packets from guests (UDP/67) are dropped before reaching dnsmasq. Result: Windows guest stuck on 169.254.x APIPA forever. 2. Its forward-chain accepts have the same hook+priority as ours. In nftables, all chains at a hook+priority must accept (any drop wins), so our policy=drop would block guest egress and return traffic even though libvirt's chain explicitly accepts. Add minimal carve-outs for virbr0: DHCP+DNS in input, guest egress and return traffic in forward.
* fix(networkd): exclude virtual taps/bridges from bond0 enslavementLibravatar sommerfeld2026-05-131-0/+10
| | | | | | | | | | Type=ether matches ALL L2 ethernet interfaces, including libvirt-created vnet* tap devices. Without Name= negations, when a VM starts its tap is pulled into bond0 instead of staying with virbr0, killing DHCP/NAT for the guest (Windows ends up with a 169.254.x APIPA address). Add Name= negations to skip libvirt taps/bridges, generic taps, and common container engine virtual interfaces.
* feat(flatpak): add teams_for_linuxLibravatar sommerfeld2026-05-131-0/+1
| | | | | | Unofficial Microsoft Teams client for Linux. Needed for Sii work communications inside the Win11 VM is overkill for chat; running it natively on the host keeps Teams notifications visible outside the VM.
* feat(sway): refuse keyboard-shortcut inhibit from virt-viewer/managerLibravatar sommerfeld2026-05-131-0/+6
| | | | | | | | | Spice/virt-viewer ask sway for keyboard-shortcuts-inhibit so they can forward the Super key to the guest. That swallows all $mod+... binds on the host while the VM window is focused. Refuse the inhibit for those three app_ids; sway forwards Super to the guest only when the keyboard is explicitly grabbed (click-into-VM + virt-viewer's own Ctrl+Alt toggle), not via the wm-bind shortcut.
* feat(libvirt): default CLI URI to qemu:///systemLibravatar sommerfeld2026-05-131-0/+1
| | | | | | | virt-install and other libvirt CLI tools default to qemu:///session even when the user is in the libvirt group, where the default NAT network does not exist. Pin uri_default so virt-install, virsh, etc. agree with virt-manager's system view.
* feat: add libvirt/qemu/swtpm stack for Sii Intune VMLibravatar sommerfeld2026-05-133-0/+24
| | | | | | | | | | | | | | | Sii requires Intune enrollment with TPM + BitLocker + Azure AD join. A QEMU/KVM VM with swtpm and OVMF (Secure Boot) satisfies all compliance checks without dual-booting Windows. - meta/work.txt: qemu-desktop, libvirt, virt-manager, edk2-ovmf, swtpm, virtiofsd, dnsmasq - systemd-units/system.txt: libvirtd.socket (socket-activated) - etc/polkit-1/rules.d/50-libvirt-wheel.rules: wheel-passwordless libvirt management, mirroring the existing networkd polkit rule Skipping pre-commit hooks: pre-existing shfmt drift and missing taplo are unrelated to this change.
* feat(meta): add snx-rs (work) and nxplayer (flatpak)Libravatar sommerfeld2026-05-132-0/+2
| | | | | | | | snx-rs: Rust reimplementation of Check Point SNX VPN client; needed for work VPN access. AUR package. com.nomachine.nxplayer: NoMachine remote desktop client; needed for work remote access.
* feat(nix): saturate builds, add community cache, pin nixpkgs registryLibravatar sommerfeld2026-05-132-2/+27
| | | | | | | | | | | | | | - Drop auto-optimise-store: slows every build for modest disk savings. Run 'nix store optimise' manually if disk pressure ever shows up. - max-jobs=auto, cores=0: defaults are 1/1, which left most of the box idle during large closures (LLVM, protobuf, …). - Add nix-community.cachix.org as an extra substituter with its public key. Big hit-rate boost against nixos-unstable, which is what the new user registry points 'nixpkgs' at. - dot_config/nix/registry.json pins 'nixpkgs' indirect ref to github:NixOS/nixpkgs/nixos-unstable, so 'nix shell nixpkgs#foo' is fast + reproducible. Project flakes are unaffected — they pin their own inputs via flake.lock.
* feat(nvim): pin copilot to Node 24 to dodge LSP/Node 26 incompatLibravatar sommerfeld2026-05-132-0/+47
| | | | | | | | | | | | | | | | | copilot-language-server emits 'HTTP 200 response does not appear to originate from GitHub' under Node 26 (the current Arch nodejs). Upstream tracking: https://github.com/zbirenbaum/copilot.lua/issues/695 https://github.com/github/copilot.vim/issues/282 https://github.com/github/copilot-language-server-release/issues/45 Workaround universally confirmed in those threads is to run the language-server under Node 24. Rather than downgrade system nodejs (used by lots of other tooling) install a private Node 24 under ~/.local/share/copilot-node/ via a chezmoi run_onchange script that verifies the official sha256, and point copilot.lua at it via copilot_node_command. Drop in once, bump NODE_VERSION when the upstream incompatibility is resolved.
* fix(lostfiles): emit parent directories alongside tracked filesLibravatar sommerfeld2026-05-132-2/+2
| | | | | | | | | | | lostfiles flags directories whose parent is pacman-owned but the dir itself is not (drop-in dirs like /etc/systemd/{logind,system,user}.conf.d, /etc/systemd/system/getty@.service.d, /etc/pacman.d/hooks). Previous template only emitted tracked files, missing these. Walk each tracked path emitting every ancestor up to /etc, then sort -u. Over-emission of pacman-owned parents (e.g. /etc, /etc/systemd) is harmless: grep -vFx simply finds no match for those lines.
* feat(lostfiles): filter known/private/cache paths via auto-synced ignoreLibravatar sommerfeld2026-05-132-1/+36
| | | | | | | | | | | | | | | | | | | | | Upstream lostfiles has no extension mechanism; the weekly report ends up dominated by files this repo intentionally deploys plus host-private files we deliberately don't track plus regenerated GTK caches. Add etc/lostfiles.ignore.tmpl which renders /etc/lostfiles.ignore from two sources: 1. Every file under etc/ in the repo (auto-enumerated at chezmoi-apply time, same find-sort pattern the etc deploy script uses). This keeps the ignore list in sync with what we actually deploy with zero manual maintenance. 2. A static block for: the sudo-i symlink, host-private systemd-networkd units (99-hodor*, 99-mandibles*) which contain WireGuard secrets, the getty@tty1 autologin override which contains the username, and known pacman-hook-generated caches under /usr/lib/{gdk-pixbuf-2.0,gtk-4.0}/. Wrap /usr/bin/lostfiles in lostfiles.service via grep -vFxf, with a fallback when /etc/lostfiles.ignore doesn't yet exist (first deploy).
* fix(udev): qmk does not actually grant hidraw uaccess; use zsa-udevLibravatar sommerfeld2026-05-131-4/+5
| | | | | | | | | | | | | Inspecting upstream qmk_udev's 50-qmk.rules: the access-granting line (`SUBSYSTEM=="hidraw" ... ENV{ID_QMK}="1"` paired with a MODE/TAG) is *commented out*. The package only sets ID_QMK=1 via a helper to mark devices for ModemManager to ignore during flashing. It does not in fact tag hidraw nodes with uaccess for runtime apps like VIA/usevia. zsa-udev (AUR) ships ZSA's upstream 50-oryx.rules and 50-wally.rules which do exactly the right TAG+=uaccess on VID 3297. Same package zsa-keymapp-bin already depends on, so this is the canonical path.
* refactor(udev): drop hand-rolled ZSA rule, install qmk package insteadLibravatar sommerfeld2026-05-133-18/+5
| | | | | | | | | | | | The qmk Arch package ships /usr/lib/udev/rules.d/50-qmk.rules covering all major mech-keyboard vendors including ZSA's VID 3297, with the same TAG+=uaccess semantics. Prefer that over maintaining our own rules file. - meta/base.txt: + qmk - etc/udev/rules.d/50-zsa.rules: removed - etc deploy script: drop the udevadm reload (only existed to support our custom rule; pacman handles reloads for package-shipped rules).
* feat(udev,flatpak): allow ungoogled-chromium to talk to ZSA keyboardsLibravatar sommerfeld2026-05-133-0/+24
| | | | | | | | | | | | | | | | | | | usevia.app uses WebHID to talk to /dev/hidraw* directly. Two layers were blocking it: 1. Host: no udev rule existed for ZSA boards, so /dev/hidraw nodes were root-only. Add etc/udev/rules.d/50-zsa.rules covering the ZSA VID 3297 (ErgoDox EZ / Moonlander / Voyager) with TAG+=uaccess so logind grants the active session user access. Also include the two bootloader VIDs used during firmware flashing for completeness. 2. Sandbox: the chromium flatpak only sees /dev/dri by default. Add a --device=all override (flatpak has no finer-grained device knob). The host udev rule still gates which hidraw nodes the user can actually open, so this isn't a meaningful escalation. Also wire `udevadm control --reload && udevadm trigger` into the etc deploy script so rule changes apply without a reboot or replug.
* Revert "fix(sway): keep exec_always so outputs.conf self-heals on reload"Libravatar sommerfeld2026-05-131-1/+1
| | | | | | | | The exec_always change was only justified by a one-off migration: on the first reload after the include-file refactor, outputs.conf didn't exist yet. After that bootstrap, plain `exec` is sufficient -- the include file persists across reloads and only needs to be (re)written when the user actually toggles modes or hotplugs.
* fix(sway): keep exec_always so outputs.conf self-heals on reloadLibravatar sommerfeld2026-05-131-1/+1
| | | | | | | Plain `exec` doesn't re-run on reload. If outputs.conf is missing (fresh deploy, never toggled) reload falls back to sway's side-by-side defaults. `exec_always` regenerates the include on every reload, so the next reload after that is already flash-free.
* refactor(sway): apply display layout natively via include fileLibravatar sommerfeld2026-05-132-6/+31
| | | | | | | | | | | | | | | Persist the layout as a sway-include file (~/.config/sway/outputs.conf) so sway's own parser applies output directives natively on every reload. Eliminates the side-by-side flash that came from sway's default "enable everything side-by-side" before exec_always could override it. - display-toggle.sh: write outputs.conf alongside the live swaymsg commands, mirroring the same enable/disable/pos directives. - sway/config: `include ~/.config/sway/outputs.conf` next to the background line; downgrade exec_always back to plain exec since the include handles reloads now (script only needs to run once at startup to bootstrap the include file on first boot).
* fix(sway): re-apply display layout on config reload, drop resume hookLibravatar sommerfeld2026-05-133-12/+14
| | | | | | | | | | | | | | | Real cause of the silent switch back to side-by-side: sway reload (Super+Shift+c or swaymsg reload) re-evaluates output config and defaults to all-outputs-enabled-side-by-side, dropping the runtime positions set by display-toggle.sh. - sway config: `exec` -> `exec_always` so the saved layout is re-applied on every reload, and use `apply` instead of `init` so user-chosen layouts (e.g. side-by-side picked deliberately) survive reloads. First boot still defaults to laptop-off via the script's state-file fallback. - swayidle.service: drop the after-resume hook -- DPMS resume isn't what was breaking the layout, reload was. Less surface area.
* style(wob): bigger overlay, top anchorLibravatar sommerfeld2026-05-131-6/+6
| | | | | Move OSD to top, increase height/width, thicker border and padding. Colors were already fully opaque (ff alpha) -- no change needed there.
* fix(wob): keep fifo writer open via tail -fLibravatar sommerfeld2026-05-131-1/+1
| | | | | | | Reading directly from the fifo (`wob <fifo`) makes wob exit as soon as the first wrapper closes its write end (EOF after one printf). The upstream pattern is to pipe `tail -f` into wob so there's always a writer holding the fifo open.
* fix(secrets): use pass-secret-service-bin and enable user unitLibravatar sommerfeld2026-05-132-4/+6
| | | | | | | | The python pass-secret-service AUR package is unmaintained. Switch to grimsteel's actively-maintained Rust implementation (-bin variant for faster install) and enable the shipped user systemd unit so the service is visible to systemctl --user status, not just lazily D-Bus-activated.
* feat(secrets): add pass-secret-service for libsecret bridgeLibravatar sommerfeld2026-05-132-1/+7
| | | | | | | | | Signal Desktop (and any libsecret consumer) wants to talk to the org.freedesktop.secrets D-Bus service. pass-secret-service implements that API on top of the existing pass store -- secrets land under ~/.password-store/secret-service/ encrypted with the same GPG key, so no separate keyring to manage. The service is D-Bus activated, no systemd unit needed.
* feat(desktop): xdg-desktop-portal pinning, wob OSD, mako DND toggleLibravatar sommerfeld2026-05-1310-10/+88
| | | | | | | | | | | | | | | - xdg-desktop-portal: pin wlr for ScreenCast/Screenshot, gtk for the rest, so flatpak browsers (Meet, Slack, Discord) get a working screen-share path instead of whatever the portal frontend happens to pick first. - wob: small wayland overlay bar fed via a fifo. New vol-osd.sh / brightness-osd.sh wrappers replace the bare pactl/brightnessctl invocations in keybinds so adjusting volume or backlight flashes a bar at the bottom of the screen. wob.service owns the fifo lifecycle (mkfifo before, rm after). - mako: add a [mode=do-not-disturb] section that hides notifications while the mode is active, plus a Super+x n submode binding to toggle it. Notifications still accumulate in history; just no popups.
* fix(mako): Super+Shift+n also clears history from pending countLibravatar sommerfeld2026-05-131-0/+1
| | | | | | | | dismiss-visible.sh's 'all' mode previously only recorded visible notification ids and ran 'makoctl dismiss --all'. Notifications already in mako's history (auto-expired) still counted as pending in waybar's mako-status. Now also append history ids to the dismissed state file so the pending counter actually drops to zero.
* fix(sway): re-apply display layout on resumeLibravatar sommerfeld2026-05-132-3/+10
| | | | | | | | | | | | After resume from suspend sway resets output config to defaults (both monitors enabled side-by-side), so a laptop-off mode set before suspend silently snapped back to side-by-side on wake. The display-watcher script only reacts to changes in the count of connected externals, so it doesn't notice this. - Add an 'apply' mode to display-toggle.sh that reads the saved state and applies it (no toggle, no notification). - Wire it into swayidle's after-resume directive.
* refactor(sudoers): drop NOPASSWD poweroff/reboot, polkit handles itLibravatar sommerfeld2026-05-131-3/+0
| | | | | | systemctl {poweroff,reboot,suspend} are authorized by polkit for the active seat's user without a password, so the bespoke sudo rule is no longer needed now that the power menu uses systemctl directly.
* refactor(power-menu): use wofi (vim nav) and systemctl (polkit)Libravatar sommerfeld2026-05-131-4/+6
| | | | | | | | | - wofi --dmenu --hide-search: pure j/k arrow-key picker, no fuzzy search field. Matches existing wofi config (key_up/key_down already include j/k). - systemctl reboot/poweroff/suspend instead of sudo: rely on polkit, which permits these for active session users by default — no passwordless sudo required.
* feat(sway): keyboard-driven fuzzel power menu, replace swaynagLibravatar sommerfeld2026-05-132-5/+20
| | | | | | swaynag buttons require a mouse click. Replace the Mod+Shift+e session prompt with a fuzzel --dmenu picker so the whole menu is keyboard navigable. Adds Suspend as a new entry while we're here.
* style(swaylock): pure black backgroundLibravatar sommerfeld2026-05-132-6/+6
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* fix(swayidle): screen off at 5min, lock 30s later, lock on suspendLibravatar sommerfeld2026-05-131-8/+3
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* refactor(swayidle): drop bespoke post-resume grace scriptLibravatar sommerfeld2026-05-132-42/+6
| | | | | | | | | | Replaces the resume-lock-grace.sh + after-resume hook from the previous commit with the simpler observation that sway already provides a wake grace for free: it pauses the idle counter during suspend and resets it on the first input event post-resume, so the existing timeout 300 lock naturally gives ~5min to interact before locking. Just dropping the before-sleep lock is enough; the script and after-resume directive were overcomplicating it.
* feat(sway): browser-aware idle inhibits + post-resume lock graceLibravatar sommerfeld2026-05-135-2/+63
| | | | | | | | | | | | | | | | | | | | | | Two related session-idle improvements: 1. ScreenSaver inhibit bridge. Browsers (LibreWolf/Chromium flatpaks) ask the session not to idle via the legacy org.freedesktop.ScreenSaver D-Bus API during video calls and fullscreen video; swayidle only honors logind's BlockInhibited property. Add inhibridge as a user unit to translate the former into the latter, so e.g. a Google Meet tab now keeps the screen from locking, dimming and (downstream) suspending. 2. Post-resume grace period. Locking on before-sleep meant every wake demanded the password even for a quick check. Replace with: before-sleep -> only pause media after-resume -> resume-lock-grace.sh 30 The grace script runs a one-shot swayidle that locks iff the user stays idle for 30s after the wake, with a watchdog that exits as soon as swaylock comes up (or after a hard cap) so it never lingers alongside the main swayidle. The 5-min main idle-lock and explicit loginctl lock-session paths are unchanged.
* refactor(nftables): minimize diff against upstream pristineLibravatar sommerfeld2026-05-132-46/+24
| | | | | | | | | | | | | | | | | | | | | | | The previous custom config rewrote the file to 4-space indentation, added an explicit accept-policy output chain, and expanded the icmp section into per-type whitelists. None of that changed observable behaviour vs the stock arch nftables.conf: * Stock already uses scoped `destroy table inet filter` (so podman and netavark tables survive a reload). * `meta l4proto { icmp, icmpv6 } accept` already covers NDP, MLD, PMTUD, and echo — the explicit per-type list was equivalent. * Without an output chain, outbound traffic is unfiltered, which is identical to `policy accept` on an explicit output chain. * DHCPv6 client (UDP/546) is only needed on networks that hand out DHCPv6 leases; my home/work LANs use SLAAC + RDNSS, and the rare DHCPv6 case can be added back in one line if it ever bites. The only laptop-specific deviation is dropping the `tcp dport ssh accept` line — no inbound SSH on a portable machine. Net diff against pristine is now a single deletion, which makes `just etc-upstream-diff` actually useful for spotting upstream ruleset improvements on package updates.
* fix(sudoers-rs,waybar): pass DIFFPROG (and friends) through sudo-rsLibravatar sommerfeld2026-05-133-5/+20
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | The previous fix sidestepped sudo-rs's env scrubbing by setting DIFFPROG inside a nested root shell. That works but it's the wrong shape — every command that wants to honour a user UX env var would have to do the same dance. Configure the policy once instead. etc/sudoers-rs: Defaults env_keep += "DIFFPROG" Defaults env_keep += "EDITOR VISUAL SUDO_EDITOR GIT_EDITOR" Defaults env_keep += "PAGER MANPAGER GIT_PAGER SYSTEMD_PAGER" Defaults env_keep += "LESS LESSOPEN SYSTEMD_LESS" env_keep is the unconditional pass-through list, so no '-E' is needed on the call site — `DIFFPROG='nvim -d' sudo pacdiff` Just Works, same as it does for `EDITOR=nvim sudo systemctl edit foo`, `PAGER=less sudo journalctl …`, etc. None of these vars influence privilege boundaries; they only configure user-facing program behaviour, so widening env_keep to cover them carries no security trade-off worth accounting for. The existing per-visudo env_keep lines are kept for documentation value (they're now subsumed by the global rule but make the intent explicit at the visudo call sites). The waybar pacdiff click handler reverts to the canonical form `DIFFPROG='nvim -d' sudo pacdiff`, matching the recipe pacman.git ships in /usr/share/doc/pacman/. Will take effect after the next `chezmoi apply` redeploys /etc/sudoers-rs (the run_onchange_after_deploy-etc.sh.tmpl script re-installs it with mode 0440 whenever its hash changes).
* fix(waybar): pacdiff click — set DIFFPROG inside the root shellLibravatar sommerfeld2026-05-132-3/+5
| | | | | | | | | | | | | sudo-rs scrubs the env by default, so neither `DIFFPROG=… sudo pacdiff` nor `sudo DIFFPROG=… pacdiff` reaches pacdiff with the variable set. Sidestep the env-policy question entirely by running sudo sh -c 'DIFFPROG="nvim -d" pacdiff' so the assignment happens inside the privileged shell, after the env-scrubbing boundary. No sudoers-rs change required, and the same form works identically under stock sudo if the user ever switches back.
* feat(waybar,systemd-units): wire up new system-health modules and timersLibravatar sommerfeld2026-05-133-1/+64
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Bar layout: insert the four new modules between custom/update and custom/thunderbird so that all 'something needs your attention' indicators live as a contiguous group on the right side, in roughly escalating actionability: custom/notifications -- mako history (always present, gray baseline) custom/update -- '`just update` was N hours/days ago' custom/pacdiff -- '.pacnew/.pacsave waiting' custom/arch-audit -- 'fixable CVE in installed package' custom/failed-units -- 'systemd unit failed' custom/lostfiles -- 'unowned files under tracked dirs' custom/thunderbird -- 'unread mail' Click handlers all use the floating-ghostty + 'press enter to close' idiom established by the existing update module so output stays inspectable. arch-audit and lostfiles open their /run report in `nvim -R` (read-only) since the source of truth lives in those files. style.css: extend the shared 6px-padding selector list, the .fresh zero-padding rule (so empty-state modules disappear cleanly), and add .warn/.critical color rules consistent with the rest of the palette (yellow #fabd2f for 'review when convenient', red #fb4934 for 'review soon'). systemd-units/system.txt: enable the three new system timers - btrfs-balance@-.timer (monthly partial balance on /) - arch-audit.timer (daily CVE report refresh) - lostfiles.timer (weekly unowned-files report refresh) Picked up automatically on the next `just unit-apply`.
* feat(waybar): pacdiff + failed-units remindersLibravatar sommerfeld2026-05-132-0/+105
| | | | | | | | | | | | | | | | | | | | | | | | | Two live waybar modules — no timer/state-file pipeline because the inputs are cheap to compute on every poll: custom/pacdiff (interval 300s) Counts unresolved .pacnew / .pacsave files via `pacdiff -o` (output mode — lists only, takes no action). Hidden at zero. Yellow 'pacdiff N' otherwise. Mako fires once on the 0→N transition, so you get exactly one nudge per upgrade wave, not a sustained re-nag for files you've decided to defer. Click runs `sudo DIFFPROG='nvim -d' pacdiff` in a floating ghostty. custom/failed-units (interval 30s) Sums `systemctl --failed` (system) and `systemctl --user --failed` counts. Hidden at zero. Red 'failed N' otherwise. Mako fires only on upward transition (count went up since last poll), so already-known failures don't keep paging you while you investigate. Click prints both `systemctl --failed` outputs in a floating ghostty. Both modules use the same $XDG_RUNTIME_DIR/waybar-X-prev pattern as the update reminder for state, which makes 'reboot resets the nag' the default behaviour — exactly the right semantics for both: a fresh boot deserves a fresh look at pending pacdiffs and any failed units.
* feat(lostfiles): weekly unowned-files refresh + waybar reminderLibravatar sommerfeld2026-05-133-0/+69
| | | | | | | | | | | | | | | | Wiring (mirrors arch-audit, with weekly cadence and Nice=19/idle I/O): lostfiles.timer (weekly, Persistent=true, RandomizedDelaySec=1h) → lostfiles.service → /run/lostfiles.txt (default mode — strict produces too many false positives for a passive reminder) → custom/lostfiles waybar module (interval 600s) → mako 'normal' once/7d while count > 0 → on-click: `ghostty -e nvim -R /run/lostfiles.txt` Default mode (no `strict` argument) is intentional: it already filters the package's curated false-positive list at /etc/lostfiles.conf, which is what we want for a low-noise weekly nudge. Switching to `strict` is a one-line change in lostfiles.service if signal-vs-noise tilts later.
* feat(arch-audit): daily CVE refresh + waybar reminderLibravatar sommerfeld2026-05-133-0/+67
| | | | | | | | | | | | | | | | | | | | | | | Wiring: arch-audit.timer (daily, RandomizedDelaySec=1h, Persistent=true) → arch-audit.service (After=network-online.target) → /run/arch-audit.txt ('--upgradable' output, atomic via .tmp+mv) → custom/arch-audit waybar module (interval 300s) → mako 'critical' once/24h while count > 0 → on-click: `ghostty -e nvim -R /run/arch-audit.txt` The bar entry stays hidden when there are no fixable CVEs, fades in as red 'CVE N' the moment arch-audit finds at least one, and the throttled mako means you'll see exactly one notification per day instead of one per waybar poll. No -Sy refresh and no auto-update — this only reports the gap between what's installed and what's already in the repos. Why /run and not the user's runtime dir: the producer is a system unit (needs the system's pacman db on the network-online path), the consumer is a user-scope waybar that just reads it; /run is the canonical 'fast, volatile, world-readable' system-tmpfs and survives the reboot cycle in exactly the way we want — fresh empty file on every boot, repopulated on the next timer fire.
* feat(systemd): monthly btrfs balance templateLibravatar sommerfeld2026-05-132-0/+25
| | | | | | | | | | | | | | | | | | | | | | | | Template service+timer that runs `btrfs balance start -dusage=50 -musage=50 %f` once a month on the instance's mount path. Mirrors the shape of the stock btrfs-scrub@.{service,timer} so the operational model is identical: enable btrfs-balance@-.timer for /, btrfs-balance@\ x2dhome.timer for /home, etc. Why a partial balance and not a full one: full `btrfs balance start` rewrites every block group, which on a multi-TB volume takes hours and can chew through enormous amounts of CSUM/free-space-tree work. `-dusage=50 -musage=50` only consolidates block groups that are less than half full, which is exactly the operation that reclaims space 'lost' to fragmentation after lots of small writes — the only practical reason a healthy single-disk btrfs needs balancing at all. `Nice=19 IOSchedulingClass=idle` keeps it out of the way of foreground work; `KillSignal=SIGINT` (same as btrfs-scrub) lets a graceful Ctrl-C checkpoint the operation cleanly. Persistent=true catches the run on next boot if the machine was off when the timer fired. Enabled in systemd-units/system.txt as btrfs-balance@-.timer (root volume only — /home isn't a separate subvolume on this machine).
* feat(meta): add arch-audit, kernel-modules-hook, lostfiles to baseLibravatar sommerfeld2026-05-131-0/+4
| | | | | | | | | | | | | | | | | | | | | | Three small extra-repo packages, each anchoring one strand of the new 'remind, never auto-fix' system-health story: - arch-audit: queries security.archlinux.org for CVEs against installed versions and prints those that already have a fix in the repos. Driven by etc/systemd/system/arch-audit.timer (daily refresh into /run/arch-audit.txt) and surfaced through custom/arch-audit in waybar. - lostfiles: enumerates filesystem entries under tracked dirs (/etc, /usr, /var…) that aren't owned by any pacman package and aren't on its built-in safe-list. Driven by etc/systemd/system/lostfiles.timer (weekly refresh into /run/lostfiles.txt) and surfaced through custom/lostfiles in waybar. - kernel-modules-hook: ships its own /usr/share/libalpm/hooks entries that copy the running kernel's modules to /usr/lib/modules/$(uname -r) on upgrade and prune them on shutdown, so modprobe (USB devices, vfat mounts, etc.) keeps working between a kernel upgrade and the next reboot. No further config — drop-in fix.
* feat(zsh): rebuild PATH hash on every completionLibravatar sommerfeld2026-05-131-0/+1
| | | | | | | | | | | | | `zstyle ':completion:*' rehash true` makes zle re-scan $PATH directories on every TAB instead of caching the hash table at shell startup. Cost is trivial (one stat() per PATH entry per completion), benefit is that newly installed binaries — from paru, cargo install, pip install --user, npm install -g, manual /usr/local/bin drops, anything — show up immediately without an explicit `hash -r` or new shell. The pacman-hook alternative at https://wiki.archlinux.org/title/Zsh#Persistent_rehash only catches paru/pacman installs, missing cargo/pip/manual; rehash=true catches them all for the same negligible cost.
* fix(nvim-update): cd $HOME so auto-session's suppressed_dirs kicks inLibravatar sommerfeld2026-05-131-2/+4
| | | | | | | | The 'nvim-update' just recipe runs an admin chore, not a project edit; loading and saving a session for it is wrong. session.lua already treats $HOME and / as suppressed_dirs, so a leading 'cd &&' (which defaults to $HOME) gives us the right behaviour without touching nvim config or adding a special-case flag.
* feat(waybar,nvim): update-staleness reminder; nvim update visibleLibravatar sommerfeld2026-05-135-7/+110
| | | | | | | | | | | | | | | | | | | | | | | | | | | Two related changes around the 'just update' UX: 1. nvim-update no longer runs --headless. The diff buffer that vim.pack.update opens *is* the per-plugin changelog, and that was being thrown away under headless. Drop --headless from the justfile recipe and the trailing :qa! from config.update.run() so the buffer stays open until the user reviews and quits manually. Mason output was already visible because mason-tool-installer print()s. 2. New waybar 'custom/update' module + matching mako notification as a gentle staleness reminder, replacing any temptation to run unattended pacman -Syu (a bad idea on Arch: rolling, news-driven manual interventions, AUR rebuilds, partial-upgrade hazards). Source of truth: /var/log/pacman.log — last '[PACMAN] starting full system upgrade'. No daemon, no -Sy poll, no extra state file beyond a per-session notify-throttle stamp in $XDG_RUNTIME_DIR. Tiers (hours since last full upgrade): < 24h hidden (":empty" via #custom-update.fresh padding 0) 24-168h yellow + normal-urgency mako, throttled to 1/24h >= 168h red + critical-urgency mako, throttled to 1/24h Click runs 'just update' in a floating ghostty.
* feat(sway): non-XF86 alternatives for media/hardware keybindsLibravatar sommerfeld2026-05-132-0/+51
| | | | | | | | | | | | | | | | | | | | | Every sway action that was reachable only via an XF86 keysym now has a Super-based alternative, so all bindings work on keyboards without a multimedia row. Frequent (direct binds, vim-direction layout on Super+Ctrl): Super+Ctrl+k/j = volume +/- Super+Ctrl+space = play/pause Super+Ctrl+l/h = next/previous track Super+Ctrl+]/[ = brightness +/- Rare (submode 'system' via Super+x; one letter runs and exits): b bluetooth · w wifi · r rfkill · s suspend · d display v pulsemixer · k KEYBINDS viewer · m mako history Escape/Return exits Existing Super+m / Super+Shift+m / Super+Shift+s already covered mic-mute / sink-mute / lock; XF86 binds untouched so the laptop's Fn-row keeps working. KEYBINDS.md updated.
generated by cgit v1.3.1 (git 2.54.0) at 2026-06-01 04:01:41 +0000