Adds the "Recording" category to the Settings page so the recording mode is
selectable from the UI (config + core wiring already existed from Stage 2).
- AppMessage::RecordingModeSelected → persists config + sends SetRecordingMode
(takes effect on the next recording start). recording_mode_hint copy.
- iced 0.14 pick_list can't host per-option tooltips, so the three modes are
RADIO BUTTONS each wrapped in a `tooltip` (hover explains that mode) — chosen
over a dropdown so each option is self-documenting. Placed after Microphone,
using the shared section_header; output-dir note below.
- +1 config test (recording_mode round-trip + is_multitrack classification).
User-verified live (Both mode writes the expected WAVs; radios + tooltips
approved). Senior-written — Gemini's unsanctioned Stage 3 attempt was discarded.
179 tests (169 lib +1 ign, 6 reconnect, 4 transport), clippy --all-targets clean.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Scopes the differentiating "record every peer to their own synced track"
feature and lands its pure, isolated core (no live-audio wiring yet).
- docs/multitrack-recording-plan.md: scope contract + locked decisions
(raw stems pre-volume/mute, stems + a mixed track, silence-pad late joiners).
- src/audio/multitrack.rs: MultitrackRecorder over the existing WavWriter.
One master clock = the mixer cycle; every end_cycle() appends exactly
FRAME_SAMPLES to every track (silence where idle) so all stems stay
sample-aligned. add_peer back-pads a late joiner to cycle 0; track_filename
gives fs-safe `<slug>-<shortid>.wav` (reuses sanitize_name). Optional mix
track for "Both" mode.
- +5 unit tests: equal length across tracks, late-joiner leading silence,
stems-only omits mix, fit() pad/truncate, filename slugging/disambiguation.
Stage 2 (wire into the mixer) is next, behind a checkpoint. 168 lib tests,
clippy --all-targets clean.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The UI was hardcoded to one Catppuccin Mocha palette (color literals in
view() + theme() pinned to Dark). It now sources colours from a chosen
theme's palette, selectable in Settings.
- theme.rs (NEW): Palette (13 semantic colour roles) + AppTheme enum
(Catppuccin Mocha/Macchiato/Frappe/Latte, Dracula, Nord, Tokyo Night,
Gruvbox Dark, Solarized Light, Gruvbox Light). Pure palette()/label()/
ALL/base_theme()/is_dark() + WCAG relative_luminance()/contrast_ratio().
- config: theme: AppTheme field (serde-default Mocha) + backward-compat.
- app: theme() returns config.theme.base_theme() (iced widget chrome);
view() + with_layout_picker() source colours from the palette; new
ThemeSwatch canvas widget; a Theme section of clickable swatches in
Settings; SelectTheme applies live + persists. Canvas widgets already
take colours as data, so they re-theme for free.
Tests written alongside (+7 theme, +2 config; 135 -> 144 lib): every
palette clears WCAG AA text-on-base contrast (4.5:1) with subtext/accent
>= 3:1, is_dark matches luminance direction, variants distinct/labeled,
serde round-trips, default = Mocha.
Verified live: the Settings swatch grid renders all 10 palettes and the
whole UI re-themes (screenshot-checked Latte light + Dracula dark).
clippy --all-targets clean.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
X11 sessions now persist and restore the window position (window_x/y) in
addition to size. Gated to X11: Wayland's xdg-shell gives clients no way
to self-position, so we center there (and iced never emits Moved on
Wayland, so window_x/y stay None). No drift across save/restore — iced's
Moved event and Position::Specific both use the window's outer position.
Also confirmed peerspeak already runs on X11 out of the box (winit
compiles both backends and auto-selects via WAYLAND_DISPLAY/DISPLAY) and
documented X11/Wayland support in FEATURES.md.
- config: window_x/window_y: Option<i32> (serde-default None).
- app: is_wayland() + pure initial_window_position() helper; a Moved
handler records position; the close path persists it.
- tests: +3 initial_window_position (X11 restore / Wayland centers /
partial-or-missing centers), +2 config (round-trip incl. negative
coords; backward-compat load without the new fields). 130 -> 135 lib.
Verified live on X11/XWayland: saved an off-center position, the window
reopened there (not centered). clippy clean incl. --all-targets.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Surface pixelpass screen-sharing from inside a peerspeak room. peerspeak owns
voice, pixelpass owns pixels — they're never Cargo deps of each other; the
contract is pixelpass's CLI flags + its `--output json` stdout stream.
Modelled on Discord: multiple simultaneous sharers, a 🔴 Live badge + 👁 Watch
on each sharing peer's card, and in-progress shares visible to late joiners.
- New `src/screenshare` module: pure `parse_pixelpass_event` seam + `pixelpass_path`
discovery (13 unit tests), async `spawn_host` (→ ticket) and `spawn_viewer`
(→ parse connected{url} → open mpv, vlc fallback). No new deps.
- Sharing rides presence: `PeerState.sharing: Option<ticket>` (serde-defaulted),
so the existing gossip re-announce delivers the offer to late joiners for free
and a PeerUpdated fires on start/stop — no separate gossip message needed.
- core: Start/Stop/ViewShare commands; host + viewer children tracked in the
session, killed on stop/leave (kill_on_drop backstop). Viewer limit left to
pixelpass's bandwidth-measured cap.
- UI: Share/Stop button (graceful "needs pixelpass" disabled state), Live badge
+ Watch on peer cards, Sharing badge on the self card. Verified by screenshot.
- config: optional `pixelpass_path` override (hand-editable).
Tests-green; the 2-machine gossip/remote path is not yet field-verified.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Approach B: peerspeak spawns pixelpass --host --output json, scrapes the
ticket from its JSON stdout, and distributes it over the existing gossip
plane as a ScreenShareOffer; peers get a one-click pixelpass viewer.
Mutually optional, runtime-only coupling -- neither tool is a Cargo
dependency of the other; the contract is pixelpass's CLI + JSON protocol.
Video-only, separate viewer window, PATH binary discovery. Not yet built.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Capability list of what PeerSpeak already does, companion to
ARCHITECTURE.md, so the feature surface doesn't have to be re-derived
from the code each session. Marks each row verified / tests-green /
plumbing, and collects the outstanding 2-machine field-test debt.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Add ARCHITECTURE.md Section 4 covering the jitter buffer's adaptive
playout delay: controller state/params, the grow/shrink/silence/overflow/
prime-timeout transitions, and a state diagram; note it in the Section 2
module map. Sections renumbered 4-7 -> 5-8 (no internal cross-refs).
Gemini-authored (junior) via the headless agy loop. Senior review caught +
fixed an inaccuracy: the original called the strategy "AIMD (multiplicative
decrease)" but the shrink is additive (-1, rate-limited by CLEAN_RUN_TO_SHRINK),
not multiplicative; reworded accordingly. Numbers fact-checked against
src/core/jitter.rs.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
molluskandClaude Opus 4.8