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yellowjacket/frontend/src/components/track-list/columns.ts
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feat(track-list): show Album by default, and search smart playlists
H-15: the default columns were track, artist and duration, so a library
manager with duplicate detection could not tell its own duplicate
fixtures apart by eye. Album is a default now, in Go and in the
frontend fallback — both, because a fresh install persists the Go list
and the UI renders the TS one until the config arrives.

It does not deliver the finding's stated benefit, and that is worth
recording: the three `Tideline / Aurora Fields / 00:06` rows are
duplicates of the same album, so they read identically with an Album
column too. What tells them apart is the duplicate-detection feature or
a file path column, not this. Album is still the right default for
every other row in the list.

smart-playlist-details joins search-store's scope map. Checked before
adding, as asked: it reads searchCtrl.term in getVisibleTracks and
prints the term in the page, so the header box was disabled and
unlabelled on a view that filters as you type — the fix is a scope
entry, not a disabled state with a reason.
2026-08-12 12:38:36 -04:00

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import type { library } from '@go/models';
import {
formatSampleRate,
formatBitDepth,
formatChannels,
formatBitrate,
formatFileSize,
} from '@utils/format';
import { formatMilliseconds } from '@utils/time';
import { html, nothing } from 'lit';
/** Compares two strings using locale-aware ordering. */
const compareStr = (
a: string,
b: string,
): number => a.localeCompare(b);
/** Compares two numbers, treating 0 as "empty" (sorted last). */
const compareNum = (a: number, b: number): number => {
if (!a && !b) return 0;
if (!a) return 1;
if (!b) return -1;
return a - b;
};
/** Definition for a single displayable column. */
export interface ColumnDef {
/** Unique identifier matching the backend ColumnID. */
id: string;
/** Human-readable header label. */
label: string;
/** Extracts the display value from a track. */
accessor: (track: library.Track) => string;
/** Default CSS width (used when no saved width exists). */
defaultWidth: string;
/** Text alignment. Defaults to left. */
align?: 'left' | 'right';
/** Optional custom render function returning an HTML template. */
renderCell?: (track: library.Track) => unknown;
/**
* Comparison function for sorting two tracks by this column.
* Returns negative if a < b, positive if a > b, zero if equal.
* If omitted the column is not sortable.
*/
comparator?: (
a: library.Track,
b: library.Track,
) => number;
}
/** Registry of every available column keyed by ID. */
export const COLUMN_DEFS: Record<string, ColumnDef> = {
albumArt: {
id: 'albumArt',
label: 'Art',
accessor: () => '',
defaultWidth: '36px',
renderCell: (track: library.Track) => {
// `perf.M3`. This rendered `CoverArtPath` — the *original*
// embedded artwork, commonly 1500×1500 and several hundred
// kB — scaled by CSS into a 24 px box, while the 100 px
// `CoverArtSmall` sat unused on the same model. Every row
// the virtualizer recycled into view decoded a full
// resolution JPEG on the main thread to draw 576 pixels.
//
// `cover-grid.getCoverUrl()` has picked the right tier all
// along; this is the same rule for a much smaller box, with
// the two attributes that keep the decode off the scroll
// path.
const src = track.CoverArtSmall
|| track.CoverArtMedium
|| track.CoverArtPath;
if (!src) return nothing;
return html`<img
src="${src}"
alt=""
loading="lazy"
decoding="async"
width="24"
height="24"
style="width:24px;height:24px;border-radius:3px;object-fit:cover;display:block;"
/>`;
},
},
trackName: {
id: 'trackName',
label: 'Track Name',
accessor: (t) => t.TrackName,
defaultWidth: '1fr',
comparator: (a, b) =>
compareStr(a.TrackName, b.TrackName),
},
artistName: {
id: 'artistName',
label: 'Artist',
accessor: (t) => t.ArtistName,
defaultWidth: '1fr',
comparator: (a, b) =>
compareStr(a.ArtistName, b.ArtistName),
},
trackLength: {
id: 'trackLength',
label: 'Duration',
accessor: (t) => formatMilliseconds(t.TrackLength),
defaultWidth: '80px',
comparator: (a, b) =>
Number(a.TrackLength) - Number(b.TrackLength),
},
album: {
id: 'album',
label: 'Album',
accessor: (t) => t.Album,
defaultWidth: '1fr',
comparator: (a, b) =>
compareStr(a.Album, b.Album),
},
genre: {
id: 'genre',
label: 'Genre',
accessor: (t) => (t.Genre ?? []).join(', '),
defaultWidth: '120px',
comparator: (a, b) =>
compareStr(
(a.Genre ?? []).join(', '),
(b.Genre ?? []).join(', '),
),
},
year: {
id: 'year',
label: 'Year',
accessor: (t) =>
t.Year ? String(t.Year) : '',
defaultWidth: '60px',
comparator: (a, b) =>
compareNum(a.Year, b.Year),
},
composer: {
id: 'composer',
label: 'Composer',
accessor: (t) => t.Composer,
defaultWidth: '1fr',
comparator: (a, b) =>
compareStr(a.Composer, b.Composer),
},
trackNumber: {
id: 'trackNumber',
label: 'Track #',
accessor: (t) =>
t.TrackNumber ? String(t.TrackNumber) : '',
defaultWidth: '60px',
comparator: (a, b) =>
compareNum(a.TrackNumber, b.TrackNumber),
},
discNumber: {
id: 'discNumber',
label: 'Disc #',
accessor: (t) =>
t.DiscNumber ? String(t.DiscNumber) : '',
defaultWidth: '60px',
comparator: (a, b) =>
compareNum(a.DiscNumber, b.DiscNumber),
},
filePath: {
id: 'filePath',
label: 'File Path',
accessor: (t) => t.FilePath,
defaultWidth: '1fr',
comparator: (a, b) =>
compareStr(a.FilePath, b.FilePath),
},
fileType: {
id: 'fileType',
label: 'File Type',
accessor: (t) => t.FileType,
defaultWidth: '80px',
comparator: (a, b) =>
compareStr(a.FileType, b.FileType),
},
sampleRate: {
id: 'sampleRate',
label: 'Sample Rate',
accessor: (t) => formatSampleRate(t.SampleRate),
defaultWidth: '100px',
align: 'right',
comparator: (a, b) =>
compareNum(a.SampleRate, b.SampleRate),
},
bitDepth: {
id: 'bitDepth',
label: 'Bit Depth',
accessor: (t) => formatBitDepth(t.BitDepth),
defaultWidth: '80px',
align: 'right',
comparator: (a, b) =>
compareNum(a.BitDepth, b.BitDepth),
},
channels: {
id: 'channels',
label: 'Channels',
accessor: (t) => formatChannels(t.Channels),
defaultWidth: '80px',
comparator: (a, b) =>
compareNum(a.Channels, b.Channels),
},
bitrate: {
id: 'bitrate',
label: 'Bitrate',
accessor: (t) => formatBitrate(t.Bitrate),
defaultWidth: '100px',
align: 'right',
comparator: (a, b) =>
compareNum(a.Bitrate, b.Bitrate),
},
fileSize: {
id: 'fileSize',
label: 'File Size',
accessor: (t) => formatFileSize(t.FileSize),
defaultWidth: '80px',
align: 'right',
comparator: (a, b) =>
compareNum(a.FileSize, b.FileSize),
},
playCount: {
id: 'playCount',
label: 'Play Count',
accessor: (t) => t.PlayCount > 0 ? `${t.PlayCount}` : '0',
defaultWidth: '80px',
comparator: (a, b) =>
compareNum(a.PlayCount, b.PlayCount),
},
};
/**
* All column IDs in default display order.
* Used by the settings UI to list available columns.
*/
export const ALL_COLUMN_IDS: string[] = Object.keys(COLUMN_DEFS);
/**
* Column IDs that are always searched regardless of visibility.
* These represent the most common search targets.
*/
export const CORE_SEARCH_COLUMN_IDS: string[] = [
'trackName',
'artistName',
'album',
];
/**
* Default column IDs. Album is in them (H-15): without it, the three
* `Tideline / Aurora Fields / 00:06` rows in this app's own fixture
* library are indistinguishable, in an app that has duplicate
* detection. Must match `tracklist.DefaultColumns` in Go, which is what
* a fresh install actually persists.
*/
export const DEFAULT_COLUMN_IDS: string[] = [
'trackName',
'artistName',
'album',
'trackLength',
];