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Code Issues Packages Projects Releases Wiki Activity

autodj fixes and enhancements (#2271)

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- add setting to allow duplicates
- add setting to only prefer similar sogs
- fix autodj algorithm to match by the priority order instead of incorrectly grouping when limit not reached
This commit is contained in:
jeffvli
2026-07-23 19:51:30 -07:00
parent e0ac1c0db6
commit a0bae0ffb0
12 changed files with 406 additions and 127 deletions
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docs/ENV_SETTINGS.md
+2
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@@ -128,9 +128,11 @@ Applies to the default lyrics display profile (`lyricsDisplay.default`).
| Setting path | Default | Env variable | Available values / Description |
|-------------|---------|--------------|--------------------------------|
| `autoDJ.albumStrategy` | `similar` | `FS_AUTO_DJ_ALBUM_STRATEGY` | `similar` / `library_random`. |
| `autoDJ.allowDuplicates` | `false` | `FS_AUTO_DJ_ALLOW_DUPLICATES` | `true` / `false` — Allow songs or albums already in the queue to be added again. |
| `autoDJ.enabled` | `false` | `FS_AUTO_DJ_ENABLED` | `true` / `false`. |
| `autoDJ.itemCount` | `5` | `FS_AUTO_DJ_ITEM_COUNT` | Number of items to add. |
| `autoDJ.mode` | `songs` | `FS_AUTO_DJ_MODE` | `songs` / `albums`. |
| `autoDJ.onlySimilar` | `false` | `FS_AUTO_DJ_ONLY_SIMILAR` | `true` / `false` — Treat item count as a maximum; use the first non-empty source (similar, then genre, artist, or random) and do not fill from later sources. |
| `autoDJ.songStrategy` | `similar` | `FS_AUTO_DJ_SONG_STRATEGY` | `similar` / `library_random`. |
| `autoDJ.timing` | `1` | `FS_AUTO_DJ_TIMING` | Timing value (number). |
settings.js.template
+2
View File
@@ -93,9 +93,11 @@ window.FS_LYRICS_PADDING_LEFT = "${FS_LYRICS_PADDING_LEFT}";
window.FS_LYRICS_PADDING_RIGHT = "${FS_LYRICS_PADDING_RIGHT}";
window.FS_AUTO_DJ_ALBUM_STRATEGY = "${FS_AUTO_DJ_ALBUM_STRATEGY}";
window.FS_AUTO_DJ_ALLOW_DUPLICATES = "${FS_AUTO_DJ_ALLOW_DUPLICATES}";
window.FS_AUTO_DJ_ENABLED = "${FS_AUTO_DJ_ENABLED}";
window.FS_AUTO_DJ_ITEM_COUNT = "${FS_AUTO_DJ_ITEM_COUNT}";
window.FS_AUTO_DJ_MODE = "${FS_AUTO_DJ_MODE}";
window.FS_AUTO_DJ_ONLY_SIMILAR = "${FS_AUTO_DJ_ONLY_SIMILAR}";
window.FS_AUTO_DJ_SONG_STRATEGY = "${FS_AUTO_DJ_SONG_STRATEGY}";
window.FS_AUTO_DJ_TIMING = "${FS_AUTO_DJ_TIMING}";
src/i18n/locales/en.json
+4
View File
@@ -796,6 +796,10 @@
"autoDJ_songStrategy": "Song selection mode",
"autoDJ_strategy_option_library_random": "Random",
"autoDJ_strategy_option_similar": "Similar",
"autoDJ_allowDuplicates": "Allow duplicates",
"autoDJ_allowDuplicates_description": "Allow songs or albums already in the queue to be added again by Auto DJ",
"autoDJ_onlySimilar": "Only similar",
"autoDJ_onlySimilar_description": "Only add items that are similar to the triggering song. The item count is treated as a maximum amount of items to add instead of being filled up to the limit by other sources",
"autosave": "Automatically save play queue",
"autosave_description": "Enable automatically saving the play queue to your server. This is only possible when using Navidrome/Subsonic, and you cannot have a mixed play queue.",
"autosaveCount": "Automatic play queue save frequency",
src/renderer/features/player/auto-dj/auto-dj-albums.ts
+141 -37
View File
@@ -1,6 +1,6 @@
import type { QueryClient } from '@tanstack/react-query';
import { autoDjGenreIdsForSongGenre, autoDjPushUniqueAlbumIds } from './auto-dj-utils';
import { autoDjGenreIdsForSongGenre } from './auto-dj-utils';
import { queryKeys } from '/@/renderer/api/query-keys';
import { albumQueries } from '/@/renderer/features/albums/api/album-api';
@@ -16,9 +16,11 @@ import {
export type AutoDjAlbumCollectArgs = {
albumStrategy: AutoDJStrategy;
allowDuplicates: boolean;
currentSong: QueueSong;
itemCount: number;
musicFolderId: string | string[] | undefined;
onlySimilar: boolean;
queryClient: QueryClient;
queueAlbumIdSet: Set<string>;
server: null | ServerListItem | undefined;
@@ -37,6 +39,19 @@ export const runAutoDjAlbumIds = async (args: AutoDjAlbumCollectArgs): Promise<s
}
};
const isAlbumIdAvailable = (
albumId: string,
allowDuplicates: boolean,
queueAlbumIdSet: Set<string>,
selectedAlbumIdSet: Set<string>,
) => {
if (allowDuplicates) {
return true;
}
return !queueAlbumIdSet.has(albumId) && !selectedAlbumIdSet.has(albumId);
};
const collectAlbumsLibraryRandom = async (args: AutoDjAlbumCollectArgs): Promise<string[]> => {
const page = await args.queryClient.fetchQuery({
...albumQueries.list({
@@ -52,14 +67,18 @@ const collectAlbumsLibraryRandom = async (args: AutoDjAlbumCollectArgs): Promise
queryKey: queryKeys.player.fetch({ autoDjAlbumLibraryRandom: args.currentSong?.id }),
});
const ids = page.items.map((a) => a.id).filter((id) => id && !args.queueAlbumIdSet.has(id));
const ids = page.items
.map((album) => album.id)
.filter(
(albumId) => albumId && (args.allowDuplicates || !args.queueAlbumIdSet.has(albumId)),
);
return shuffle(ids).slice(0, args.itemCount);
};
const collectAlbumsSimilar = async (args: AutoDjAlbumCollectArgs): Promise<string[]> => {
const targetAlbumCount = args.itemCount;
const candidateAlbumIds: string[] = [];
const seenAlbumCandidates = new Set<string>();
const selectedAlbumIds: string[] = [];
const selectedAlbumIdSet = new Set<string>();
const remainingCount = () => args.itemCount - selectedAlbumIds.length;
if (args.trySimilarSongs && args.currentSong?.id) {
const similarSongsFromSimilarApi = await args.queryClient.fetchQuery({
@@ -75,24 +94,46 @@ const collectAlbumsSimilar = async (args: AutoDjAlbumCollectArgs): Promise<strin
}),
});
autoDjPushUniqueAlbumIds(
candidateAlbumIds,
seenAlbumCandidates,
args.queueAlbumIdSet,
...similarSongsFromSimilarApi.map((s) => s.albumId),
);
const similarSlotsToFill = remainingCount();
const shuffledSimilarAlbumIds = shuffle(
similarSongsFromSimilarApi
.map((song) => song.albumId)
.filter((albumId): albumId is string => {
if (!albumId) {
return false;
}
if (candidateAlbumIds.length < targetAlbumCount && args.currentSong && args.server) {
return isAlbumIdAvailable(
albumId,
args.allowDuplicates,
args.queueAlbumIdSet,
selectedAlbumIdSet,
);
}),
);
for (const albumId of shuffledSimilarAlbumIds.slice(0, similarSlotsToFill)) {
selectedAlbumIdSet.add(albumId);
selectedAlbumIds.push(albumId);
}
if (args.onlySimilar && selectedAlbumIds.length > 0) {
return selectedAlbumIds;
}
}
if (remainingCount() > 0 && args.currentSong && args.server) {
const genre = args.currentSong.genres?.[0];
if (genre) {
const genreIds = autoDjGenreIdsForSongGenre(genre, args.server.type);
const genreLimit = 50;
const genreAlbums = await args.queryClient.fetchQuery({
...albumQueries.list({
query: {
genreIds,
limit: 50,
limit: genreLimit,
musicFolderId: args.musicFolderId,
sortBy: AlbumListSort.RANDOM,
sortOrder: SortOrder.ASC,
@@ -106,15 +147,8 @@ const collectAlbumsSimilar = async (args: AutoDjAlbumCollectArgs): Promise<strin
}),
});
autoDjPushUniqueAlbumIds(
candidateAlbumIds,
seenAlbumCandidates,
args.queueAlbumIdSet,
...genreAlbums.items.map((album) => album.id),
);
if (!args.trySimilarSongs) {
const randomAlbumMixCount = Math.max(1, Math.ceil(50 * 0.2));
const randomAlbumMixCount = Math.max(1, Math.ceil(genreLimit * 0.2));
const randomAlbumsMix = await args.queryClient.fetchQuery({
...albumQueries.list({
query: {
@@ -131,17 +165,56 @@ const collectAlbumsSimilar = async (args: AutoDjAlbumCollectArgs): Promise<strin
}),
});
autoDjPushUniqueAlbumIds(
candidateAlbumIds,
seenAlbumCandidates,
const spiceSlotsToFill = Math.min(randomAlbumMixCount, remainingCount());
const shuffledSpiceAlbumIds = shuffle(
randomAlbumsMix.items
.map((album) => album.id)
.filter(
(albumId): albumId is string =>
Boolean(albumId) &&
isAlbumIdAvailable(
albumId,
args.allowDuplicates,
args.queueAlbumIdSet,
...randomAlbumsMix.items.map((album) => album.id),
selectedAlbumIdSet,
),
),
);
for (const albumId of shuffledSpiceAlbumIds.slice(0, spiceSlotsToFill)) {
selectedAlbumIdSet.add(albumId);
selectedAlbumIds.push(albumId);
}
}
const genreSlotsToFill = remainingCount();
const shuffledGenreAlbumIds = shuffle(
genreAlbums.items
.map((album) => album.id)
.filter(
(albumId): albumId is string =>
Boolean(albumId) &&
isAlbumIdAvailable(
albumId,
args.allowDuplicates,
args.queueAlbumIdSet,
selectedAlbumIdSet,
),
),
);
for (const albumId of shuffledGenreAlbumIds.slice(0, genreSlotsToFill)) {
selectedAlbumIdSet.add(albumId);
selectedAlbumIds.push(albumId);
}
if (args.onlySimilar && selectedAlbumIds.length > 0) {
return selectedAlbumIds;
}
}
}
if (candidateAlbumIds.length < targetAlbumCount && args.currentSong) {
if (remainingCount() > 0 && args.currentSong) {
const albumArtist = args.currentSong.albumArtists?.[0];
if (albumArtist) {
@@ -163,16 +236,34 @@ const collectAlbumsSimilar = async (args: AutoDjAlbumCollectArgs): Promise<strin
}),
});
autoDjPushUniqueAlbumIds(
candidateAlbumIds,
seenAlbumCandidates,
const artistSlotsToFill = remainingCount();
const shuffledArtistAlbumIds = shuffle(
albumsByArtist.items
.map((album) => album.id)
.filter(
(albumId): albumId is string =>
Boolean(albumId) &&
isAlbumIdAvailable(
albumId,
args.allowDuplicates,
args.queueAlbumIdSet,
...albumsByArtist.items.map((album) => album.id),
selectedAlbumIdSet,
),
),
);
for (const albumId of shuffledArtistAlbumIds.slice(0, artistSlotsToFill)) {
selectedAlbumIdSet.add(albumId);
selectedAlbumIds.push(albumId);
}
if (args.onlySimilar && selectedAlbumIds.length > 0) {
return selectedAlbumIds;
}
}
}
if (candidateAlbumIds.length < targetAlbumCount && args.currentSong) {
if (remainingCount() > 0 && args.currentSong) {
const randomAlbumsFallback = await args.queryClient.fetchQuery({
...albumQueries.list({
query: {
@@ -189,14 +280,27 @@ const collectAlbumsSimilar = async (args: AutoDjAlbumCollectArgs): Promise<strin
}),
});
autoDjPushUniqueAlbumIds(
candidateAlbumIds,
seenAlbumCandidates,
const randomSlotsToFill = remainingCount();
const shuffledRandomAlbumIds = shuffle(
randomAlbumsFallback.items
.map((album) => album.id)
.filter(
(albumId): albumId is string =>
Boolean(albumId) &&
isAlbumIdAvailable(
albumId,
args.allowDuplicates,
args.queueAlbumIdSet,
...randomAlbumsFallback.items.map((album) => album.id),
selectedAlbumIdSet,
),
),
);
for (const albumId of shuffledRandomAlbumIds.slice(0, randomSlotsToFill)) {
selectedAlbumIdSet.add(albumId);
selectedAlbumIds.push(albumId);
}
}
const shuffledAlbums = shuffle(candidateAlbumIds);
return shuffledAlbums.slice(0, targetAlbumCount);
return selectedAlbumIds;
};
src/renderer/features/player/auto-dj/auto-dj-songs.ts
+103 -23
View File
@@ -14,9 +14,11 @@ import {
} from '/@/shared/types/domain-types';
export type AutoDjSongCollectArgs = {
allowDuplicates: boolean;
currentSong: QueueSong;
itemCount: number;
musicFolderId: string | string[] | undefined;
onlySimilar: boolean;
queryClient: QueryClient;
queueSongIdSet: Set<string>;
server: null | ServerListItem | undefined;
@@ -36,6 +38,19 @@ export const runAutoDjSongs = async (args: AutoDjSongCollectArgs): Promise<Song[
}
};
const isSongAvailable = (
song: Song,
allowDuplicates: boolean,
queueSongIdSet: Set<string>,
selectedSongIds: Set<string>,
) => {
if (allowDuplicates) {
return true;
}
return !queueSongIdSet.has(song.id) && !selectedSongIds.has(song.id);
};
const collectSongsLibraryRandom = async (args: AutoDjSongCollectArgs): Promise<Song[]> => {
const randomSongs = await args.queryClient.fetchQuery({
...songsQueries.random({
@@ -48,13 +63,17 @@ const collectSongsLibraryRandom = async (args: AutoDjSongCollectArgs): Promise<S
queryKey: queryKeys.player.fetch({ autoDjLibraryRandomSongs: args.currentSong.id }),
});
const pool = randomSongs.items.filter((song) => !args.queueSongIdSet.has(song.id));
const pool = randomSongs.items.filter(
(song) => args.allowDuplicates || !args.queueSongIdSet.has(song.id),
);
const shuffled = shuffleInPlace(pool);
return shuffled.slice(0, args.itemCount);
};
const collectSongsSimilar = async (args: AutoDjSongCollectArgs): Promise<Song[]> => {
let uniqueSimilarSongs: Song[] = [];
const selected: Song[] = [];
const selectedSongIds = new Set<string>();
const remainingCount = () => args.itemCount - selected.length;
if (args.trySimilarSongs) {
const similarSongs = await args.queryClient.fetchQuery({
@@ -68,10 +87,24 @@ const collectSongsSimilar = async (args: AutoDjSongCollectArgs): Promise<Song[]>
queryKey: queryKeys.player.fetch({ similarSongs: args.currentSong?.id }),
});
uniqueSimilarSongs = similarSongs.filter((song) => !args.queueSongIdSet.has(song.id));
const slotsToFill = remainingCount();
const shuffledSimilarSongs = shuffleInPlace(
similarSongs.filter((song) =>
isSongAvailable(song, args.allowDuplicates, args.queueSongIdSet, selectedSongIds),
),
);
for (const song of shuffledSimilarSongs.slice(0, slotsToFill)) {
selectedSongIds.add(song.id);
selected.push(song);
}
if (uniqueSimilarSongs.length < args.itemCount) {
if (args.onlySimilar && selected.length > 0) {
return selected;
}
}
if (remainingCount() > 0) {
const genre = args.currentSong?.genres?.[0];
if (genre) {
@@ -91,10 +124,6 @@ const collectSongsSimilar = async (args: AutoDjSongCollectArgs): Promise<Song[]>
}),
});
const genreSongs = genreSimilarSongs.items.filter(
(song) => !args.queueSongIdSet.has(song.id),
);
if (!args.trySimilarSongs) {
const randomSongCount = Math.max(1, Math.ceil(genreLimit * 0.2));
@@ -105,19 +134,48 @@ const collectSongsSimilar = async (args: AutoDjSongCollectArgs): Promise<Song[]>
}),
});
const uniqueRandomSongs = randomSongs.items.filter(
(song) => !args.queueSongIdSet.has(song.id),
const spiceSlotsToFill = Math.min(randomSongCount, remainingCount());
const shuffledSpiceSongs = shuffleInPlace(
randomSongs.items.filter((song) =>
isSongAvailable(
song,
args.allowDuplicates,
args.queueSongIdSet,
selectedSongIds,
),
),
);
const randomSongsToAdd = uniqueRandomSongs.slice(0, randomSongCount);
uniqueSimilarSongs.push(...randomSongsToAdd, ...genreSongs);
} else {
uniqueSimilarSongs.push(...genreSongs);
for (const song of shuffledSpiceSongs.slice(0, spiceSlotsToFill)) {
selectedSongIds.add(song.id);
selected.push(song);
}
}
const genreSlotsToFill = remainingCount();
const shuffledGenreSongs = shuffleInPlace(
genreSimilarSongs.items.filter((song) =>
isSongAvailable(
song,
args.allowDuplicates,
args.queueSongIdSet,
selectedSongIds,
),
),
);
for (const song of shuffledGenreSongs.slice(0, genreSlotsToFill)) {
selectedSongIds.add(song.id);
selected.push(song);
}
if (args.onlySimilar && selected.length > 0) {
return selected;
}
}
}
if (uniqueSimilarSongs.length < args.itemCount) {
if (remainingCount() > 0) {
const albumArtist = args.currentSong?.albumArtists?.[0];
if (albumArtist) {
@@ -138,15 +196,30 @@ const collectSongsSimilar = async (args: AutoDjSongCollectArgs): Promise<Song[]>
}),
});
uniqueSimilarSongs.push(
...albumArtistSimilarSongs.items.filter(
(song) => !args.queueSongIdSet.has(song.id),
const artistSlotsToFill = remainingCount();
const shuffledArtistSongs = shuffleInPlace(
albumArtistSimilarSongs.items.filter((song) =>
isSongAvailable(
song,
args.allowDuplicates,
args.queueSongIdSet,
selectedSongIds,
),
),
);
for (const song of shuffledArtistSongs.slice(0, artistSlotsToFill)) {
selectedSongIds.add(song.id);
selected.push(song);
}
if (args.onlySimilar && selected.length > 0) {
return selected;
}
}
}
if (uniqueSimilarSongs.length < args.itemCount) {
if (remainingCount() > 0) {
const randomSongs = await args.queryClient.fetchQuery({
...songsQueries.random({
query: { limit: 50, played: Played.All },
@@ -154,11 +227,18 @@ const collectSongsSimilar = async (args: AutoDjSongCollectArgs): Promise<Song[]>
}),
});
uniqueSimilarSongs.push(
...randomSongs.items.filter((song) => !args.queueSongIdSet.has(song.id)),
const randomSlotsToFill = remainingCount();
const shuffledRandomSongs = shuffleInPlace(
randomSongs.items.filter((song) =>
isSongAvailable(song, args.allowDuplicates, args.queueSongIdSet, selectedSongIds),
),
);
for (const song of shuffledRandomSongs.slice(0, randomSlotsToFill)) {
selectedSongIds.add(song.id);
selected.push(song);
}
}
const shuffledSongs = shuffleInPlace(uniqueSimilarSongs);
return shuffledSongs.slice(0, args.itemCount);
return selected;
};
src/renderer/features/player/auto-dj/auto-dj-utils.ts
-13
View File
@@ -2,19 +2,6 @@ import type { Genre } from '/@/shared/types/domain-types';
import { ServerType } from '/@/shared/types/domain-types';
export const autoDjPushUniqueAlbumIds = (
accumulator: string[],
seenAlbums: Set<string>,
queueAlbumIdSet: Set<string>,
...ids: (string | undefined)[]
) => {
for (const id of ids) {
if (!id || queueAlbumIdSet.has(id) || seenAlbums.has(id)) continue;
seenAlbums.add(id);
accumulator.push(id);
}
};
export const autoDjGenreIdsForSongGenre = (genre: Genre, serverType: ServerType): string[] => {
if (serverType === ServerType.JELLYFIN) {
return [genre.id];
src/renderer/features/player/components/right-controls.tsx
+56 -3
View File
@@ -194,6 +194,7 @@ const AutoDJButton = () => {
value={settings.mode}
w="100%"
/>
<Paper p="md" radius="md">
<Select
comboboxProps={{ withinPortal: false }}
data={strategySelectData}
@@ -208,10 +209,13 @@ const AutoDJButton = () => {
: { songStrategy: value as AutoDJStrategy },
});
}}
size="md"
size="sm"
value={strategyValue}
variant="filled"
w="100%"
/>
</Paper>
<Paper p="md" radius="md">
<NumberInput
aria-label={itemLabels.title}
description={itemLabels.description}
@@ -226,9 +230,12 @@ const AutoDJButton = () => {
},
})
}
size="md"
size="sm"
value={Number(settings.itemCount)}
variant="filled"
/>
</Paper>
<Paper p="md" radius="md">
<NumberInput
aria-label={t('setting.autoDJ_timing')}
description={t('setting.autoDJ_timing_description')}
@@ -243,9 +250,55 @@ const AutoDJButton = () => {
},
})
}
size="md"
size="sm"
value={Number(settings.timing)}
variant="filled"
/>
</Paper>
<Paper p="md" radius="md">
<Group align="center" gap="sm" justify="space-between" wrap="nowrap">
<Stack gap="xs" style={{ flex: 1, minWidth: 0 }}>
<Text fw={600} isNoSelect size="sm">
{t('setting.autoDJ_allowDuplicates')}
</Text>
<Text isMuted isNoSelect size="xs">
{t('setting.autoDJ_allowDuplicates_description')}
</Text>
</Stack>
<Switch
checked={settings.allowDuplicates}
onChange={(e) =>
setSettings({
autoDJ: {
allowDuplicates: e.currentTarget.checked,
},
})
}
/>
</Group>
</Paper>
<Paper p="md" radius="md">
<Group align="center" gap="sm" justify="space-between" wrap="nowrap">
<Stack gap="xs" style={{ flex: 1, minWidth: 0 }}>
<Text fw={600} isNoSelect size="sm">
{t('setting.autoDJ_onlySimilar')}
</Text>
<Text isMuted isNoSelect size="xs">
{t('setting.autoDJ_onlySimilar_description')}
</Text>
</Stack>
<Switch
checked={settings.onlySimilar}
onChange={(e) =>
setSettings({
autoDJ: {
onlySimilar: e.currentTarget.checked,
},
})
}
/>
</Group>
</Paper>
</Stack>
</Popover.Dropdown>
</Popover>
src/renderer/features/player/hooks/use-auto-dj.ts
+4
View File
@@ -79,8 +79,10 @@ export const useAutoDJ = () => {
!hasMusicFolder || (hasMusicFolder && hasSimilarSongsMusicFolder);
const runnerDepsBase = {
allowDuplicates: settings.allowDuplicates,
itemCount: settings.itemCount,
musicFolderId,
onlySimilar: settings.onlySimilar,
queryClient,
server,
serverId,
@@ -165,8 +167,10 @@ export const useAutoDJ = () => {
serverId,
settings.enabled,
settings.albumStrategy,
settings.allowDuplicates,
settings.itemCount,
settings.mode,
settings.onlySimilar,
settings.songStrategy,
settings.timing,
]);
src/renderer/features/settings/components/playback/auto-dj-settings.tsx
+35
View File
@@ -15,6 +15,7 @@ import {
import { NumberInput } from '/@/shared/components/number-input/number-input';
import { SegmentedControl } from '/@/shared/components/segmented-control/segmented-control';
import { Select } from '/@/shared/components/select/select';
import { Switch } from '/@/shared/components/switch/switch';
export const AutoDJSettings = memo(() => {
const { t } = useTranslation();
@@ -145,6 +146,40 @@ export const AutoDJSettings = memo(() => {
}),
title: t('setting.autoDJ_timing'),
},
{
control: (
<Switch
aria-label={t('setting.autoDJ_allowDuplicates')}
checked={settings.allowDuplicates}
onChange={(e) => {
setSettings({
autoDJ: {
allowDuplicates: e.currentTarget.checked,
},
});
}}
/>
),
description: t('setting.autoDJ_allowDuplicates_description'),
title: t('setting.autoDJ_allowDuplicates'),
},
{
control: (
<Switch
aria-label={t('setting.autoDJ_onlySimilar')}
checked={settings.onlySimilar}
onChange={(e) => {
setSettings({
autoDJ: {
onlySimilar: e.currentTarget.checked,
},
});
}}
/>
),
description: t('setting.autoDJ_onlySimilar_description'),
title: t('setting.autoDJ_onlySimilar'),
},
];
return <SettingsSection options={autoDJOptions} title={t('setting.autoDJ')} />;
src/renderer/global.d.ts
Vendored
+2
View File
@@ -2,9 +2,11 @@ declare global {
interface Window {
ANALYTICS_DISABLED?: boolean | string;
FS_AUTO_DJ_ALBUM_STRATEGY?: string;
FS_AUTO_DJ_ALLOW_DUPLICATES?: string;
FS_AUTO_DJ_ENABLED?: string;
FS_AUTO_DJ_ITEM_COUNT?: string;
FS_AUTO_DJ_MODE?: string;
FS_AUTO_DJ_ONLY_SIMILAR?: string;
FS_AUTO_DJ_SONG_STRATEGY?: string;
FS_AUTO_DJ_TIMING?: string;
FS_CSS_CONTENT?: string;
src/renderer/store/env-settings-overrides.ts
+2
View File
@@ -461,9 +461,11 @@ const ENV_SETTING_SPECS: EnvSettingSpec[] = [
path: ['autoDJ', 'albumStrategy'],
type: 'enum',
},
{ key: 'FS_AUTO_DJ_ALLOW_DUPLICATES', path: ['autoDJ', 'allowDuplicates'], type: 'bool' },
{ key: 'FS_AUTO_DJ_ENABLED', path: ['autoDJ', 'enabled'], type: 'bool' },
{ key: 'FS_AUTO_DJ_ITEM_COUNT', path: ['autoDJ', 'itemCount'], type: 'num' },
{ enumSet: AUTO_DJ_MODES, key: 'FS_AUTO_DJ_MODE', path: ['autoDJ', 'mode'], type: 'enum' },
{ key: 'FS_AUTO_DJ_ONLY_SIMILAR', path: ['autoDJ', 'onlySimilar'], type: 'bool' },
{
enumSet: AUTO_DJ_STRATEGIES,
key: 'FS_AUTO_DJ_SONG_STRATEGY',
src/renderer/store/settings.store.ts
+4
View File
@@ -746,9 +746,11 @@ const autoDjStrategyEnum = z.enum(['similar', 'library_random']);
const AutoDJSettingsSchema = z.object({
albumStrategy: autoDjStrategyEnum,
allowDuplicates: z.boolean(),
enabled: z.boolean(),
itemCount: z.number(),
mode: z.enum(['songs', 'albums']),
onlySimilar: z.boolean(),
songStrategy: autoDjStrategyEnum,
timing: z.number(),
});
@@ -1219,9 +1221,11 @@ const platformDefaultWindowBarStyle: Platform = getPlatformDefaultWindowBarStyle
const initialState: SettingsState = {
autoDJ: {
albumStrategy: AUTO_DJ_STRATEGY.SIMILAR,
allowDuplicates: false,
enabled: false,
itemCount: 5,
mode: 'songs',
onlySimilar: false,
songStrategy: AUTO_DJ_STRATEGY.SIMILAR,
timing: 1,
},