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Re-grade the open-source-release epic to [#B] and drop its stale 2026-05-21 schedule (the date had long passed, and an undated B is the honest state). Re-grade sleep/suspend to [#C]. Tag the mpd playlist-split task :quick:. Refresh the review dates on the oldest-unreviewed batch.
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Mark the dotfiles-separation epic DONE. Phases 1-3.2 shipped and ratio's stale dotfiles symlinks are cleaned up. Promote its two open follow-ups (per-host override, Phase-2 VM verify) to standalone [#B] tasks.
Close the claude-code-optional and input-validation items as shipped. Note that six open-source-release sub-tasks now target the dotfiles repo after Phase 3.2 moved that tree out.
File a [#B] guard against a live mesa/hyprland/wayland-runtime -Syu crashing the compositor.
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Since the installer clones DOTFILES_REPO into ~/.dotfiles and stows from there, the in-repo dotfiles/ tree was dead weight. Nothing reads it at install time. I removed it (831 files) now that both machines are migrated.
The Makefile's stow / restow / reset / unstow / import targets and the dotfile-script unit suites moved to the dotfiles repo. They sit alongside the scripts they manage and run standalone (cd ~/.dotfiles && make ...). This Makefile keeps the VM-integration targets and the installer-helper suite (safe-rm-rf).
I updated CLAUDE.md and README.md so stow operations run from ~/.dotfiles, and the dotfile-management, theme, and unit-test sections point at the standalone repo. The README was already describing the old in-repo model from before the installer switched to cloning. This brings it in line.
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archsetup installs mosh, but the ufw rule list never opened its UDP range. A fresh install or rerun leaves incoming mosh blocked until the port is added by hand. I added 60000:61000/udp to the declarative rule loop so the firewall config reproduces a working mosh setup on rebuild.
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Filed two new [#B] parent tasks. The local offline LLM runtime task carries design-decision and implementation children for resolving the open design questions alongside implementation work. The uv install task matches the existing eask/signal-cli tooling-codification shape — load-bearing for other projects, manually installed today, codify so fresh installs pick it up. Four cross-project handoffs moved to outbox.
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I closed the Hyprland dim-inactive task. The config itself shipped in the dotfiles repo. The cleanup pass archived five resolved subtrees into Resolved and bumped the per-machine-override task to [#A].
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I added cpupower earlier this session, VM-verified it, then realized it's the wrong tool here. Both my machines run active-mode pstate drivers (the desktop on amd-pstate-epp, the laptop on intel_pstate), where the only governors are performance and powersave and the driver scales frequency itself via EPP. Both already sit on powersave, which is the recommended adaptive mode, not "slow."
cpupower's governor-forcing only helps older acpi-cpufreq systems, which I don't run. Forcing performance would pin max clocks: worse battery on the laptop, pointless heat on the desktop. So I dropped the cpupower step rather than ship a backwards default. The cpufreq drivers self-manage with no help from us.
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Three task additions from this session: provision Eask in archsetup (linear-emacs handoff), add signal-cli to the standard install (.emacs.d handoff), and investigate dimming inactive Hyprland windows.
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A VM test caught my cpupower step failing with sed exit 2: the cpupower package no longer ships /etc/default/cpupower, so there was nothing to edit. The step was non-fatal, so the install carried on, but the governor never got set.
I now write the file fresh with printf, which creates it whether or not one exists. The governor stays performance for the reasons in the surrounding comment.
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A VM test run hung for 80 minutes and timed out. yay was blocking on "Diffs to show?" for an AUR package whose build files already existed, waiting for input that never comes in a headless install. --noconfirm doesn't cover yay's diff and clean menus.
I added --answerdiff None --answerclean None to the yay call in aur_install: show no diffs, don't clean, proceed. This is the right answer for an unattended run and matches the --noconfirm posture already in place. It likely explains the recurring 90-minute VM-test timeouts that read like slow AUR builds.
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Both were stale. The eval task pointed at a line-434 eval that no longer exists. The only eval left is in retry_install, and it's the deliberate one that captures the exit code directly, so there's nothing to replace. The rustup task was already implemented (rustup install plus rustup default stable in the languages section). It just predated that work.
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I added cpupower to the Power section: install it, set the governor in /etc/default/cpupower, and enable cpupower.service so the governor applies at boot.
The governor is performance. It's the one value valid under every cpufreq driver. amd_pstate and intel_pstate in active mode accept only performance or powersave, while passive and acpi-cpufreq also allow schedutil and ondemand. Laptops want powersave, so that's a per-host override to layer on later. The enable is non-fatal, matching the rest of the Power section.
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The claude-code step is a curl|sh from a third party, and not every user wants AI tooling. I put it behind INSTALL_CLAUDE_CODE (default yes, so current behavior is unchanged), with matching --claude-code / --no-claude-code flags. I wired it the same way as AUTOLOGIN and NO_GPU_DRIVERS: config mapping, a validate_config yes/no check, and a guard around the install block. I also documented the key in archsetup.conf.example.
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pacman_install and aur_install retry up to MAX_INSTALL_RETRIES. git_install only retried the clone once and never the build. I folded it into the same retry loop: it cleans the build dir between attempts and runs clone && make-install as one command list, so the captured exit code is the real failure rather than the if-statement's status (the trap retry_install documents).
One behavior change: a build that fails every attempt now warns and continues instead of being fatal on the re-clone path. That matches how pacman and aur failures are handled, so one source build that won't compile no longer aborts the whole install. It surfaces in the error summary instead.
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I added a spec for a per-machine override mechanism (docs/PLAN-per-host-overrides.org). It proposes per-host stow tiers keyed on hostname, with the existing conf.d glob as the first tenant, so HiDPI scaling can differ between ratio and velox without per-app patches. It's gated on review.
I also updated the task list: added a pocketbook development backlog and a waybar timer module task, fleshed out the per-host task with a spec link, and rewrote the stale velox "pocketbook not installed" review item as a dated entry now that nothing installs it.
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Pocketbook is nowhere near ready, so I pulled it back from publication: deleted the github mirror and the cjennings.net repo, removed the server mirror hook, and copied the package into pocketbook/ here until it's ready to spin back out.
Dropped the steps that provisioned it on a fresh install: the gtk4-layer-shell dep and the pip install in archsetup, and the clone in post-install.sh. That clone pointed at the now-deleted github repo, so it would have failed a fresh run regardless. Re-wiring the install is tracked in the pocketbook backlog.
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Phase 2 moved the dotfiles into their own repo at git.cjennings.net/dotfiles.git, so a fresh install clones DOTFILES_REPO to ~/.dotfiles and stows per DESKTOP_ENV. I documented that, the DOTFILES_REPO/BRANCH/DIR config keys, the DOTFILES= Makefile override, the post-install pull-and-restow flow, and the steps to migrate an existing machine off the in-repo dotfiles/.
The migration note calls out quitting Hyprland first: unstowing while it runs makes it write a stub hyprland.conf into the gap, which blocks the restow. The in-repo dotfiles/ stays until ratio and velox migrate, then it gets removed.
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The dotfiles live in a separate repo now, so the VM test clones that source, bundles it, and clones from the bundle into /tmp/dotfiles-test on the VM. archsetup's in-VM clone of DOTFILES_REPO then resolves against the local path with no network. DOTFILES_SOURCE overrides the source for testing a local checkout instead of the published repo. The cleanup trap tracks the host-side bundle and clone, so a mid-run abort leaves nothing behind.
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Dotfiles now live in their own repo (git.cjennings.net/dotfiles.git), so archsetup clones DOTFILES_REPO to the user's ~/.dotfiles and stows the right tree for the chosen DESKTOP_ENV: dwm and hyprland get common/ plus their own layer, none gets the standalone minimal/ tree. The clone runs as the target user, so the working tree is user-owned with no chown-after race.
Add DOTFILES_REPO / DOTFILES_BRANCH / DOTFILES_DIR config keys with the same injection guard the other repo keys carry. If the clone doesn't produce a git checkout, error_fatal stops the install rather than silently skipping the restore step that reverts what stow --adopt pulled in. That restore now runs for every DESKTOP_ENV, including none — minimal/ ships the .bashrc/.bash_profile that collide with /etc/skel, so its --adopt needs the same cleanup.
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I walked the open work and tagged 18 tasks finishable in 30 minutes or less — CSS spacing tweaks, single-file archsetup edits, gitignore-and-untrack cleanups, and config-flag gates. The tag filters the agenda down to quick wins.
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The priority scheme requires an [#A] to carry a date. Six were undated aspirational backlog with no active work — the CI/CD pipeline, recovery-script generation, the package-inventory trio (inventory system, monthly review, automated comparison), and security education — so I dropped them to [#B].
I cancelled "Prevent X termination and VT switching." Its whole approach is xorg.conf.d with DontVTSwitch and DontZap, dead now that these machines run pure Wayland with no XWayland.
I also recorded today's review date on the open tasks I walked.
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The touchpad toggle's notification was too loud, and the eight notify sounds varied by ~13 dB in RMS loudness — bug and fail came out two to three times louder than info or security.
I added a --silent flag to notify (shows the popup, plays no sound) and a NOTIFY_VOLUME knob (paplay scale, default 65536) so the master level can drop without re-encoding. toggle-touchpad now passes --silent on both enable and disable. normalize-notify-sounds.sh measures each .ogg and shifts it to a uniform -31 dB mean. It writes through the file instead of mv-ing over it, so the stow symlinks survive when the script runs against the live sound dir. I re-encoded all eight sounds to the new level.
Tests: a new tests/notify suite (12 tests) covers --silent, the volume knob, flag composition, and the error paths.
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I logged three follow-ups: uneven waybar indicator spacing, airplane-mode toggle hardening (a laptop guard and a brightness fallback), and rectangular wlogout exit-menu buttons. I also moved the finished touchpad and airplane-mode entries into the resolved section, and added a gitignore rule so dated .bak backups stay on disk but out of git.
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I added a laptop-only waybar button that drops the machine into a low-power state and restores it on a second click. Engaging turns wifi off, sets the CPU energy-performance preference to power, dims the backlight to 35%, and stops network-only services (tailscale, proton-vpn, avahi, cups, wsdd, geoclue, sshd, fail2ban, syncthing). Bluetooth is left alone so earbuds keep working.
Disengaging replays the state recorded when airplane mode was engaged rather than writing hardcoded defaults. A lever already in its low-power position is left untouched: wifi that was already off stays off, and a service that was already stopped isn't restarted.
The indicator hides itself on machines with no battery, so desktops never show the button. State lives in $XDG_RUNTIME_DIR/airplane-state, and the bar refreshes the moment the toggle fires via a realtime signal.
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The .ics feed URLs are secret tokens, so I keep them in the encrypted store instead of a plaintext config. Emacs calendar-sync looks them up at sync time through auth-source on the calendar-google, calendar-proton, and calendar-deepsat hosts. They travel across machines now with the rest of authinfo.
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Super+M now toggles the touchpad (M for Mouse), and the monitor scratchpad moves to Super+R (R for Resources, since btop is a resource monitor). The touchpad toggle was on Super+F9, which is now free. Super+Shift+M still switches to the monocle layout.
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I added an A/B/C/D priority scheme to the task list: what each level means, the assignment criteria, and the rule that an [#A] task needs a scheduled or deadline date so priorities stay grounded in time.
I also closed two finished tasks: the rm -rf path guard (done, with a pointer to the safe_rm_rf helper and its tests) and the touchpad toggle indicator (spec, implementation, and deploy record).
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The $mod+F9 toggle and the toggle-touchpad / touchpad-auto scripts already worked, but the scripts lived only in ~/.local/bin and were never committed, and there was no way to see the touchpad's state at a glance.
I committed both scripts into the repo so stow installs them, and added a waybar indicator: a waybar-touchpad status script and a custom/touchpad module that shows a mouse glyph when the touchpad is on and a mouse-off glyph (in the dupre orange) when it's off. The scripts signal the module with pkill -RTMIN+9 waybar after each state change, so the icon updates the moment the touchpad toggles. touchpad-auto now runs at login via exec-once.
The waybar-touchpad script has unit tests under tests/waybar-touchpad/ covering the enabled, disabled, and missing-state-file cases.
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Three rm -rf sites in archsetup delete paths built from variables: $state_dir for --fresh, and $source_dir/$prog_name for the git and AUR clone-retry cleanups. If a path variable were empty or malformed (preflight skipped, a degenerate git URL), the delete could expand to a top-level or otherwise unintended directory.
I added a safe_rm_rf <path> <allowed_prefix> helper that refuses to run unless the target is absolute, free of '..', deeper than a bare top-level dir, strictly inside the allowed prefix, and a real directory rather than a symlink. On the happy path it delegates to rm -rf, so successful installs are unchanged. The helper is self-contained and defined before the top-level --fresh handler, which runs before the logging helpers exist.
I covered the guard with unit tests under tests/safe-rm-rf/ that source the real function and exercise normal, boundary, and error cases against temp directories.
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I removed three dead `file:` links in todo.org. They pointed at docs that were never written: testing-strategy.org, firmware-cleanup.org, and PLAN-browser-themes.org. Each task body already carries that content inline, so the links were dead weight. I also reworded the Testinfra task's lead-in that claimed the testing-strategy doc exists.
I filed three resolved reference docs into assets/outbox/: the calendar-sync scrub note, the tmux copy-mode handoff, and the 2026-05-19 lint follow-up report.
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Recorded the git-history scrub of the private calendar config and added a follow-up to rotate the three exposed feed URLs once I'm at ratio's GUI. Also closed the testing-docs and shellcheck tasks that shipped this round.
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init runs under #!/bin/sh but used $(<file) to read /etc/hostname, a bashism that breaks on a strict POSIX sh. I switched it to $(cat) and quoted $interface_up in the same script.
The two VM_IP assignments in the test scripts are read by the sourced validation.sh, which shellcheck can't follow, so they now carry a documented disable=SC2034 instead of a bare suppression. The rest of the shellcheck findings across the scripts are intentional (word-splitting on $SSH_OPTS, integer tests in [ ]) or already accepted, so I left them alone.
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The README only covered the VM integration harness. The unit suites under tests/ (one directory per script, fake binaries on PATH) went unmentioned, so a contributor adding a .local/bin script had no way to know they existed or how to run them.
I added a make test-unit target that runs every tests/*/test_*.py suite explicitly. unittest discover can't find them because the per-script directory names are hyphenated and aren't valid package paths. Then I split the README Testing section into Unit and VM-integration layers, added a guide for adding a suite, and pointed Contributing at test-unit for script changes.
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Two updates in todo.org. I marked the two dconf entries in the `[#B] Fix install errors` parent body as RESOLVED in `dc06895`, since the system-wide dconf db migration verified clean in last night's VM run.
I converted the `*** TODO [#B] AUR exit-0 logged as error` sub-task into a dated event-log entry. The root cause was a bash if-compound semantics trap in `retry_install` (the if-compound exits 0 when no condition tested true, overwriting the eval's actual exit code that `last_exit_code=$?` was trying to capture). Today's VM run verified the fix: `mkinitcpio-firmware` and `tidaler` now report `error code: 1` instead of the misleading `error code: 0`.
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tmux-util rename closes out the original six-subcommand plan. The flow:
1. fzf-pick a session from the list.
2. Prompt for a new name on stdin.
3. Bail with a useful message on empty input, same-as-old, or conflict with an existing session.
4. Otherwise `tmux rename-session -t <old> <new>` and confirm.
The conflict check uses `tmux has-session -t =<new>` with the same `=`-prefix exact-match guard as the go subcommand. Without it, tmux's default prefix matching would let `rename foo` succeed even when a session named `foobar` already exists, then surprise the user later.
5 new tests cover Normal cases (pick + rename happy path) and Boundary cases (no sessions, fzf cancel, empty new name, same-as-old no-op, conflict with existing session). The test harness's run_script grew an `stdin=` param so tests can feed the prompt input. fake-tmux picked up a rename-session handler that mutates the state file. Total suite: 48 tests, all green.
Six subcommands shipped: go, pick, ls, find, reap, rename. The original "no args prints help" requirement still holds, and the stub-test for unimplemented subcommands got removed since everything's wired now.
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tmux-util pick lists every session ("attached"/"detached" plus name), pipes it through fzf, and attaches or switch-clients to the chosen one (matching the go subcommand's inside-vs-outside-tmux discipline).
If the user cancels fzf (Ctrl-C, Esc, empty selection), the pipeline returns empty and pick exits 0 without touching tmux state.
The new fake-fzf testing fake is driven by env vars:
- FAKE_FZF_CHOICE_LINE=<N>: return the Nth line of stdin as the selection
- FAKE_FZF_CHOICE=<string>: return the literal string (ignores stdin)
- (neither): exit 130 to simulate cancel
4 new tests cover Normal cases (pick second line, inside/outside tmux behavior) and Boundary cases (no sessions, user cancellation). Total suite: 43 tests, all green.
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tmux-util find <pattern> walks every pane across every session, queries each pane's foreground command (`#{pane_current_command}`), and prints the location of any pane whose command matches the pattern. Output format: `<session>:<window>.<pane> <command>`, one per line.
Pattern is a basic ERE (passed through `grep -E`), so anchors and alternation work. Substring matching is the common case.
Exit code:
- 0 with output: matches found
- 1 with no output: no matches (lets you script around it)
- 2 with usage on stderr: missing or empty pattern
7 new tests cover Normal cases (single match, multi-match across sessions, format verification) and Boundary cases (no matches, no sessions, missing pattern, empty pattern). fake-tmux now parses pid:cmd entries in the state file so panes can carry a synthetic command name. Total suite: 39 tests, all green.
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tmux-util go <name> attaches to a session named <name> if it exists, creates it otherwise. Behavior depends on whether the caller is already inside tmux:
- Outside tmux: `tmux attach-session -t <name>` (existing) or `tmux new-session -s <name> -c $PWD` (new).
- Inside tmux (TMUX env set): `tmux switch-client -t <name>` (existing) or `tmux new-session -d -s <name> -c $PWD` followed by `switch-client` (new). Attaching from inside tmux would nest sessions and break the outer view, so the inside path uses switch-client instead.
The existence check uses `tmux has-session -t =<name>` with the leading `=` to force exact-match. Without it, tmux does prefix matching, which would let `go foo` resolve to a session named `foobar`.
I added 6 new tests covering both inside/outside-tmux paths, both create/attach paths, plus error handling for missing or empty name arguments. fake-tmux picked up handlers for new-session (mutates state), attach-session and switch-client (record-only), and the `=`-prefix form of has-session. Total suite: 32 tests, all green.
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tmux-util ls is an opinionated replacement for `tmux ls` with columns for state (attached/detached), name, idle time (humanized), window count, and the current pane's cwd (tilde-fied if it sits under $HOME).
The cwd query goes through `tmux display -p -t <session> '#{pane_current_path}'`, which returns the cwd of the active pane of the active window. That's close enough to "what the session is about" for a one-line summary.
Idle calculation reads `date +%s` by default and accepts an override via the TMUX_UTIL_NOW env var so tests can pin "now" to a known epoch.
12 new tests cover Normal cases (attached / detached, multiple sessions) and Boundary cases (no sessions, idle exactly at minute / hour / day boundaries, $HOME tilde). One existing dispatch test got reworked because the original stub target (`ls`) is no longer unimplemented. Total suite is 26 tests, all green.
The fake-tmux harness picked up two things along the way: real format-string parsing for `list-sessions -F` and a new handler for `display -p`. The state file format extended to include activity epoch, window count, and cwd, with sensible defaults for older 3-tuple test inputs so the reap tests keep passing untouched.
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