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	diff --git a/src/api/admin.js b/src/api/admin.js
	index c33f863a74..d4a9e8ff96 100644
	--- a/src/api/admin.js
	+++ b/src/api/admin.js
	@@ -1,491 +1,491 @@
	import { promisedRequest } from './helpers.js'

	const REPORTS = '/api/v1/pleroma/admin/reports'
	const CONFIG_URL = '/api/v1/pleroma/admin/config'
	const DESCRIPTIONS_URL = '/api/v1/pleroma/admin/config/descriptions'

	const ANNOUNCEMENTS_URL = (id = '') =>
	`/api/v1/pleroma/admin/announcements/${id}`

	const FRONTENDS_URL = '/api/v1/pleroma/admin/frontends'
	const FRONTENDS_INSTALL_URL = '/api/v1/pleroma/admin/frontends/install'

	const USERS_URL = (nickname = '') => `/api/v1/pleroma/admin/users/${nickname}`
	const USERS_URL_LIST = ({
	page,
	pageSize,
	filters = {},
	query = '',
	name = '',
	email = '',
	}) => {
	const {
	local = false,
	external = false,
	active = false,
	needApproval = false,
	unconfirmed = false,
	deactivated = false,
	isAdmin = true,
	isModerator = true,
	} = filters
	const filters_str = [
	local && 'local',
	external && 'external',
	active && 'active',
	needApproval && 'need_approval',
	unconfirmed && 'unconfirmed',
	deactivated && 'deactivated',
	isAdmin && 'is_admin',
	isModerator && 'is_moderator',
	]
	- .filter((x) => x)
	+ .filter(Boolean)
	.join(',')
	return `/api/v1/pleroma/admin/users?page=${page}&page_size=${pageSize}&filters=${filters_str}&query=${query}&name=${name}&email=${email}`
	}

	const TAG_USER_URL = '/api/pleroma/admin/users/tag'

	const PERMISSION_GROUP_URL = (right) =>
	`/api/pleroma/admin/users/permission_group/${right}`
	const ACTIVATE_USERS_URL = '/api/pleroma/admin/users/activate'
	const DEACTIVATE_USERS_URL = '/api/pleroma/admin/users/deactivate'
	const SUGGEST_USERS_URL = '/api/pleroma/admin/users/suggest'
	const UNSUGGEST_USERS_URL = '/api/pleroma/admin/users/unsuggest'
	const APPROVE_USERS_URL = '/api/v1/pleroma/admin/users/approve'
	const CONFIRM_USERS_URL = '/api/v1/pleroma/admin/users/confirm_email'
	const RESEND_CONFIRMATION_EMAIL_URL =
	'/api/v1/pleroma/admin/users/resend_confirmation_email'
	const LIST_STATUSES_URL = ({ id, page, pageSize, godmode, withReblogs }) =>
	`/api/v1/pleroma/admin/users/${id}/statuses?page_size=${pageSize}&page=${page}&godmode=${godmode}&with_reblogs=${withReblogs}`
	const CHANGE_STATUS_SCOPE_URL = (id) => `/api/v1/pleroma/admin/statuses/${id}`
	const REQUIRE_PASSWORD_CHANGE_URL =
	'/api/v1/pleroma/admin/users/force_password_reset'

	const DISABLE_MFA_URL = '/api/v1/pleroma/admin/users/disable_mfa'
	const EMOJI_RELOAD_URL = '/api/pleroma/admin/reload_emoji'
	const EMOJI_IMPORT_FS_URL = '/api/pleroma/emoji/packs/import'
	const EMOJI_PACK_URL = (name) => `/api/v1/pleroma/emoji/pack?name=${name}`
	const EMOJI_PACKS_DL_REMOTE_URL = '/api/v1/pleroma/emoji/packs/download'
	const EMOJI_PACKS_DL_REMOTE_ZIP_URL = '/api/v1/pleroma/emoji/packs/download_zip'
	const EMOJI_PACKS_LS_REMOTE_URL = (url, page, pageSize) =>
	`/api/v1/pleroma/emoji/packs/remote?url=${url}&page=${page}&page_size=${pageSize}`
	const EMOJI_UPDATE_FILE_URL = (name) =>
	`/api/v1/pleroma/emoji/packs/files?name=${name}`

	//

	export const setUsersTags = ({
	tags,
	credentials,
	value,
	screen_names: nicknames,
	}) =>
	promisedRequest({
	url: TAG_USER_URL,
	method: value ? 'PUT' : 'DELETE',
	credentials,
	payload: {
	nicknames,
	tags,
	},
	})

	export const setUsersRight = ({
	right,
	credentials,
	value,
	screen_names: nicknames,
	}) =>
	promisedRequest({
	url: PERMISSION_GROUP_URL(right),
	method: value ? 'POST' : 'DELETE',
	credentials,
	payload: {
	nicknames,
	},
	})

	export const setUsersActivationStatus = ({
	credentials,
	screen_names: nicknames,
	value,
	}) =>
	promisedRequest({
	url: value ? ACTIVATE_USERS_URL : DEACTIVATE_USERS_URL,
	method: 'PATCH',
	credentials,
	payload: {
	nicknames,
	},
	}).then((response) => response.users)

	export const setUsersApprovalStatus = ({
	credentials,
	screen_names: nicknames,
	}) =>
	promisedRequest({
	url: APPROVE_USERS_URL,
	method: 'PATCH',
	credentials,
	payload: {
	nicknames,
	},
	}).then((response) => response.users)

	export const setUsersConfirmationStatus = ({
	credentials,
	screen_names: nicknames,
	}) =>
	promisedRequest({
	url: CONFIRM_USERS_URL,
	method: 'PATCH',
	credentials,
	payload: {
	nicknames,
	},
	}).then((response) => response.users)

	export const setUsersSuggestionStatus = ({
	credentials,
	screen_names: nicknames,
	value,
	}) =>
	promisedRequest({
	url: value ? SUGGEST_USERS_URL : UNSUGGEST_USERS_URL,
	method: 'PATCH',
	credentials,
	payload: {
	nicknames,
	},
	}).then((response) => response.users)

	export const getUserData = ({ credentials, screen_name: nickname }) =>
	promisedRequest({
	url: USERS_URL(nickname),
	method: 'GET',
	credentials,
	})

	export const deleteAccounts = ({ credentials, screen_names: nicknames }) =>
	promisedRequest({
	url: USERS_URL(),
	method: 'DELETE',
	credentials,
	payload: {
	nicknames,
	},
	})

	export const getAnnouncements = ({ id, credentials }) =>
	promisedRequest({ url: ANNOUNCEMENTS_URL(id), credentials })

	// the reported list is hardly useful because standards are for dating i guess,
	// so make sure to fetchIfMissing right afterward using this call
	export const listUsers = ({ opts, credentials }) =>
	promisedRequest({
	url: USERS_URL_LIST(opts),
	credentials,
	method: 'GET',
	})

	export const resendConfirmationEmail = ({
	screen_names: nicknames,
	credentials,
	}) =>
	promisedRequest({
	url: RESEND_CONFIRMATION_EMAIL_URL,
	credentials,
	method: 'PATCH',
	payload: {
	nicknames,
	},
	})

	export const requirePasswordChange = ({
	screen_names: nicknames,
	credentials,
	}) =>
	promisedRequest({
	url: REQUIRE_PASSWORD_CHANGE_URL,
	credentials,
	method: 'PATCH',
	payload: {
	nicknames,
	},
	})

	export const disableMFA = ({ screen_name: nickname, credentials }) =>
	promisedRequest({
	url: DISABLE_MFA_URL,
	credentials,
	method: 'PUT',
	payload: {
	nickname,
	},
	})

	export const listStatuses = ({ opts, credentials }) =>
	promisedRequest({
	url: LIST_STATUSES_URL(opts),
	credentials,
	method: 'GET',
	})

	export const changeStatusScope = ({
	opts: { id, sensitive, visibility },
	credentials,
	}) => {
	- var payload = {}
	+ const payload = {}
	if (typeof sensitive !== 'undefined') {
	payload['sensitive'] = sensitive
	}
	if (typeof visibility !== 'undefined') {
	payload['visibility'] = visibility
	}

	return promisedRequest({
	url: CHANGE_STATUS_SCOPE_URL(id),
	credentials,
	method: 'PUT',
	payload,
	})
	}

	export const announcementToPayload = ({
	content,
	startsAt,
	endsAt,
	allDay,
	}) => {
	const payload = { content }

	if (typeof startsAt !== 'undefined') {
	payload.starts_at = startsAt ? new Date(startsAt).toISOString() : null
	}

	if (typeof endsAt !== 'undefined') {
	payload.ends_at = endsAt ? new Date(endsAt).toISOString() : null
	}

	if (typeof allDay !== 'undefined') {
	payload.all_day = allDay
	}

	return payload
	}

	export const postAnnouncement = ({
	credentials,
	content,
	startsAt,
	endsAt,
	allDay,
	}) =>
	promisedRequest({
	url: ANNOUNCEMENTS_URL(),
	credentials,
	method: 'POST',
	payload: announcementToPayload({ content, startsAt, endsAt, allDay }),
	})

	export const editAnnouncement = ({
	id,
	credentials,
	content,
	startsAt,
	endsAt,
	allDay,
	}) =>
	promisedRequest({
	url: ANNOUNCEMENTS_URL(id),
	credentials,
	method: 'PATCH',
	payload: announcementToPayload({ content, startsAt, endsAt, allDay }),
	})

	export const deleteAnnouncement = ({ id, credentials }) =>
	promisedRequest({
	url: ANNOUNCEMENTS_URL(id),
	credentials,
	method: 'DELETE',
	})

	export const setReportState = ({ id, state, credentials }) => {
	return promisedRequest({
	url: REPORTS,
	credentials,
	method: 'PATCH',
	payload: {
	reports: [
	{
	id,
	state,
	},
	],
	},
	})
	}

	export const getInstanceDBConfig = ({ credentials }) =>
	promisedRequest({
	url: CONFIG_URL,
	credentials,
	})

	export const getInstanceConfigDescriptions = ({ credentials }) =>
	promisedRequest({
	url: DESCRIPTIONS_URL,
	credentials,
	})

	export const getAvailableFrontends = ({ credentials }) =>
	promisedRequest({
	url: FRONTENDS_URL,
	credentials,
	})

	export const pushInstanceDBConfig = ({ credentials, payload }) =>
	promisedRequest({
	url: CONFIG_URL,
	method: 'POST',
	credentials,
	payload,
	})

	export const installFrontend = ({ credentials, payload }) =>
	promisedRequest({
	url: FRONTENDS_INSTALL_URL,
	credentials,
	method: 'POST',
	payload,
	})

	// Emoji packs
	export const deleteEmojiPack = ({ name }) =>
	promisedRequest({
	url: EMOJI_PACK_URL(name),
	method: 'DELETE',
	})

	export const reloadEmoji = ({ credentials }) =>
	promisedRequest({
	url: EMOJI_RELOAD_URL,
	method: 'POST',
	credentials,
	})

	export const importEmojiFromFS = ({ credentials }) =>
	promisedRequest({
	url: EMOJI_IMPORT_FS_URL,
	credentials,
	})

	export const createEmojiPack = ({ name, credentials }) =>
	promisedRequest({
	url: EMOJI_PACK_URL(name),
	method: 'POST',
	credentials,
	})

	export const listRemoteEmojiPacks = ({
	instance,
	page,
	pageSize,
	credentials,
	}) => {
	if (!instance.startsWith('http')) {
	instance = 'https://' + instance
	}

	return promisedRequest({
	url: EMOJI_PACKS_LS_REMOTE_URL(instance, page, pageSize),
	credentials,
	})
	}

	export const downloadRemoteEmojiPack = ({
	instance,
	packName,
	as,
	credentials,
	}) =>
	promisedRequest({
	url: EMOJI_PACKS_DL_REMOTE_URL,
	credentials,
	method: 'POST',
	payload: {
	url: instance,
	name: packName,
	as,
	},
	})

	export const downloadRemoteEmojiPackZIP = ({
	url,
	packName,
	file,
	credentials,
	}) => {
	const data = new FormData()
	if (file) data.set('file', file)
	if (url) data.set('url', url)
	data.set('name', packName)

	return promisedRequest({
	url: EMOJI_PACKS_DL_REMOTE_ZIP_URL,
	method: 'POST',
	formData: data,
	})
	}

	export const saveEmojiPackMetadata = ({ name, newData, credentials }) =>
	promisedRequest({
	url: EMOJI_PACK_URL(name),
	credentials,
	method: 'PATCH',
	payload: { metadata: newData },
	})

	export const addNewEmojiFile = ({ packName, file, shortcode, filename }) => {
	const data = new FormData()
	if (filename.trim() !== '') {
	data.set('filename', filename)
	}
	if (shortcode.trim() !== '') {
	data.set('shortcode', shortcode)
	}
	data.set('file', file)

	return promisedRequest({
	url: EMOJI_UPDATE_FILE_URL(packName),
	method: 'POST',
	formData: data,
	})
	}

	export const updateEmojiFile = ({
	packName,
	shortcode,
	newShortcode,
	newFilename,
	credentials,
	force,
	}) =>
	promisedRequest({
	url: EMOJI_UPDATE_FILE_URL(packName),
	credentials,
	method: 'PATCH',
	payload: {
	shortcode,
	new_shortcode: newShortcode,
	new_filename: newFilename,
	force,
	},
	})

	export const deleteEmojiFile = ({ packName, shortcode }) =>
	promisedRequest({
	url: `${EMOJI_UPDATE_FILE_URL(packName)}&shortcode=${shortcode}`,
	method: 'DELETE',
	})
	diff --git a/src/components/rich_content/rich_content.jsx b/src/components/rich_content/rich_content.jsx
	index 4322505481..55f8179ffa 100644
	--- a/src/components/rich_content/rich_content.jsx
	+++ b/src/components/rich_content/rich_content.jsx
	@@ -1,565 +1,565 @@
	import { flattenDeep, unescape as ldUnescape } from 'lodash'

	import HashtagLink from 'src/components/hashtag_link/hashtag_link.vue'
	import { MENTIONS_LIMIT } from 'src/components/mentions_line/mentions_line.js'
	import MentionsLine from 'src/components/mentions_line/mentions_line.vue'
	import StillImage from 'src/components/still-image/still-image.vue'
	import StillImageEmojiPopover from 'src/components/still-image/still-image-emoji-popover.vue'

	import { convertHtmlToLines } from 'src/services/html_converter/html_line_converter.service.js'
	import { convertHtmlToTree } from 'src/services/html_converter/html_tree_converter.service.js'
	import {
	getAttrs,
	getTagName,
	processTextForEmoji,
	} from 'src/services/html_converter/utility.service.js'

	import './rich_content.scss'

	const MAYBE_LINE_BREAKING_ELEMENTS = [
	'blockquote',
	'br',
	'hr',
	'ul',
	'ol',
	'li',
	'p',
	'table',
	'tbody',
	'td',
	'th',
	'thead',
	'tr',
	'h1',
	'h2',
	'h3',
	'h4',
	'h5',
	]

	/**
	* RichContent, The Über-powered component for rendering Post HTML.
	*
	* This takes post HTML and does multiple things to it:
	* - Groups all mentions into <MentionsLine>, this affects all mentions regardles
	* of where they are (beginning/middle/end), even single mentions are converted
	* to a <MentionsLine> containing single <MentionLink>.
	* - Replaces emoji shortcodes with <StillImage>'d images.
	*
	* There are two problems with this component's architecture:
	* 1. Parsing HTML and rendering are inseparable. Attempts to separate the two
	* proven to be a massive overcomplication due to amount of things done here.
	* 2. We need to output both render and some extra data, which seems to be imp-
	* possible in vue. Current solution is to emit 'parseReady' event when parsing
	* is done within render() function.
	*
	* Apart from that one small hiccup with emit in render this _should_ be vue3-ready
	*/
	export default {
	name: 'RichContent',
	components: {
	MentionsLine,
	HashtagLink,
	},
	props: {
	// Original html content
	html: {
	required: true,
	type: String,
	},
	attentions: {
	required: false,
	default: () => [],
	},
	// Emoji object, as in status.emojis, note the "s" at the end...
	emoji: {
	required: true,
	type: Array,
	},
	// Whether to handle links or not (posts: yes, everything else: no)
	handleLinks: {
	required: false,
	type: Boolean,
	default: false,
	},
	// Meme arrows
	greentext: {
	required: false,
	type: Boolean,
	default: false,
	},
	// Faint style (for notifs)
	faint: {
	required: false,
	type: Boolean,
	default: false,
	},
	// Collapse newlines
	collapse: {
	required: false,
	type: Boolean,
	default: false,
	},
	/* Content comes from current instance
	*
	* This is used for emoji stealing popover.
	* By default we assume it is, so that steal
	* emoji button isn't shown where it probably
	* should not be.
	*/
	isLocal: {
	required: false,
	type: Boolean,
	default: true,
	},
	// Allow wide emoji (max 3:1 ratio)
	allowNonSquareEmoji: {
	required: false,
	type: Boolean,
	default: false,
	},
	pauseMfm: {
	required: false,
	type: Boolean,
	default: false,
	},
	scaleMfm: {
	required: false,
	type: Boolean,
	default: false,
	},
	},
	// NEVER EVER TOUCH DATA INSIDE RENDER
	render() {
	// Pre-process HTML
	const { newHtml: html } = preProcessPerLine(this.html, this.greentext)
	let currentMentions = null // Current chain of mentions, we group all mentions together
	// This is used to recover spacing removed when parsing mentions
	let lastSpacing = ''

	const lastTags = [] // Tags that appear at the end of post body
	const writtenMentions = [] // All mentions that appear in post body
	const invisibleMentions = [] // All mentions that go beyond the limiter (see MentionsLine)
	// to collapse too many mentions in a row
	const writtenTags = [] // All tags that appear in post body
	// unique index for vue "tag" property
	let mentionIndex = 0
	let tagsIndex = 0

	const renderImage = (tag) => {
	return <StillImage {...getAttrs(tag)} class="img" />
	}

	const renderHashtag = (attrs, children, encounteredTextReverse) => {
	const { index, ...linkData } = getLinkData(attrs, children, tagsIndex++)
	writtenTags.push(linkData)
	if (!encounteredTextReverse) {
	lastTags.push(linkData)
	}
	const { url, tag, content } = linkData
	return <HashtagLink url={url} tag={tag} content={content} />
	}

	const renderMention = (attrs, children) => {
	const linkData = getLinkData(attrs, children, mentionIndex++)
	linkData.notifying = this.attentions.some(
	(a) => a.statusnet_profile_url === linkData.url,
	)
	writtenMentions.push(linkData)
	if (currentMentions === null) {
	currentMentions = []
	}
	currentMentions.push(linkData)
	if (currentMentions.length > MENTIONS_LIMIT) {
	invisibleMentions.push(linkData)
	}
	if (currentMentions.length === 1) {
	return <MentionsLine mentions={currentMentions} />
	} else {
	return ''
	}
	}

	// Processor to use with html_tree_converter
	const processItem = (item, index, array, what) => {
	// Handle text nodes - just add emoji
	if (typeof item === 'string') {
	const emptyText = item.trim() === ''
	if (item.includes('\n')) {
	currentMentions = null
	}
	if (emptyText) {
	// don't include spaces when processing mentions - we'll include them
	// in MentionsLine
	lastSpacing = item
	// Don't remove last space in a container (fixes poast mentions)
	return index !== array.length - 1 && currentMentions !== null
	? item.trim()
	: item
	}

	currentMentions = null
	if (item.includes(':')) {
	item = [
	'',
	processTextForEmoji(item, this.emoji, ({ shortcode, url }) => {
	return (
	<StillImageEmojiPopover
	class="emoji img"
	src={url}
	title={`:${shortcode}:`}
	alt={`:${shortcode}:`}
	shortcode={shortcode}
	isLocal={this.isLocal}
	/>
	)
	}),
	]
	}
	return item
	}

	// Handle tag nodes
	if (Array.isArray(item)) {
	const [opener, children, closer] = item
	let Tag = getTagName(opener)
	if (Tag.toLowerCase() === 'script') Tag = 'js-exploit'
	if (Tag.toLowerCase() === 'style') Tag = 'css-exploit'
	const fullAttrs = getAttrs(opener, () => true)
	const attrs = getAttrs(opener)
	const previouslyMentions = currentMentions !== null
	/* During grouping of mentions we trim all the empty text elements
	* This padding is added to recover last space removed in case
	* we have a tag right next to mentions
	*/
	const mentionsLinePadding =
	// Padding is only needed if we just finished parsing mentions
	previouslyMentions &&
	// Don't add padding if content is string and has padding already
	!(
	children &&
	typeof children[0] === 'string' &&
	children[0].match(/^\s/)
	)
	? lastSpacing
	: ''
	if (MAYBE_LINE_BREAKING_ELEMENTS.includes(Tag)) {
	// all the elements that can cause a line change
	currentMentions = null
	} else if (Tag === 'img') {
	// replace images with StillImage
	return ['', [mentionsLinePadding, renderImage(opener)], '']
	} else if (Tag === 'a' && this.handleLinks) {
	// replace mentions with MentionLink
	if (fullAttrs.class && fullAttrs.class.includes('mention')) {
	// Handling mentions here
	return renderMention(attrs, children)
	} else {
	currentMentions = null
	}
	} else if (Tag === 'span') {
	if (
	this.handleLinks &&
	fullAttrs.class &&
	fullAttrs.class.includes('h-card')
	) {
	return ['', children.map(processItem), '']
	}
	}

	if (children !== undefined) {
	return [
	'',
	[mentionsLinePadding, [opener, children.map(processItem), closer]],
	'',
	]
	} else {
	return ['', [mentionsLinePadding, item], '']
	}
	}
	}

	// Processor for back direction (for finding "last" stuff, just easier this way)
	let encounteredTextReverse = false
	const processItemReverse = (item, index, array, what) => {
	// Handle text nodes - just add emoji
	if (typeof item === 'string') {
	const emptyText = item.trim() === ''
	if (emptyText) return item
	if (!encounteredTextReverse) encounteredTextReverse = true
	return ldUnescape(item)
	} else if (Array.isArray(item)) {
	// Handle tag nodes
	const [opener, children] = item
	const Tag = opener === '' ? '' : getTagName(opener)
	switch (Tag) {
	case 'a': {
	// replace mentions with MentionLink
	if (!this.handleLinks) break
	const fullAttrs = getAttrs(opener, () => true)
	const attrs = getAttrs(opener, () => true)
	// should only be this
	if (
	(fullAttrs.class && fullAttrs.class.includes('hashtag')) \|\| // Pleroma style
	fullAttrs.rel === 'tag' // Mastodon style
	) {
	return renderHashtag(attrs, children, encounteredTextReverse)
	} else {
	attrs.target = '_blank'
	const newChildren = [...children]
	.reverse()
	.map(processItemReverse)
	.reverse()

	return <a {...attrs}>{newChildren}</a>
	}
	}
	case '':
	return [...children].reverse().map(processItemReverse).reverse()
	}

	// Render tag as is
	if (children !== undefined) {
	const newChildren = Array.isArray(children)
	? [...children].reverse().map(processItemReverse).reverse()
	: children
	const attrs = getAttrs(opener)
	const newAttrs = { ...attrs }
	const fullAttrs = getAttrs(opener, () => true)
	const classname = fullAttrs['class']
	const isMFM = classname?.startsWith('mfm-')
	if (isMFM) {
	const mfmOperator = /^mfm-(\w+)$/.exec(classname)?.[1]
	newAttrs['class'] = [
	'mfm',
	this.pauseMfm ? '-pause' : '',
	this.scaleMfm ? '-scale' : '',
	]
	- .filter((x) => x)
	+ .filter(Boolean)
	.join(' ')
	newAttrs['data-mfm-operator'] = mfmOperator
	switch (mfmOperator) {
	case 'position': {
	const x = Number.parseFloat(fullAttrs['data-mfm-x']) \|\| 0
	const y = Number.parseFloat(fullAttrs['data-mfm-y']) \|\| 0
	newAttrs.style = [
	'transform:',
	`translate(calc(${x} * (var(--emoji-size) / 2)), `,
	`calc(${y} * (var(--emoji-size) / 2)))`,
	].join(' ')
	break
	}
	case 'scale': {
	const x = Number.parseFloat(fullAttrs['data-mfm-x']) \|\| 1
	const y = Number.parseFloat(fullAttrs['data-mfm-y']) \|\| 1
	newAttrs.style = ['transform:', `scale(${x}, ${y})`].join(' ')
	break
	}
	case 'rotate': {
	const deg = Number.parseFloat(fullAttrs['data-mfm-deg']) \|\| 0
	newAttrs.style = [
	`transform: rotate(${deg}deg)`,
	'transform-origin: center',
	].join(';')
	break
	}
	case 'bg': {
	const color = fullAttrs['data-mfm-color'] \|\| 0
	newAttrs.style = [`background-color: #${color}`].join(' ')
	break
	}
	case 'fg': {
	const color = fullAttrs['data-mfm-color'] \|\| 0
	newAttrs.style = [`color: #${color}`].join(';')
	break
	}
	case 'spin': {
	const speed = fullAttrs['data-mfm-speed'] \|\| '1s'
	const delay = fullAttrs['data-mfm-delay'] \|\| 0
	const left = fullAttrs['data-mfm-left'] != null
	const alternate = fullAttrs['data-mfm-alternate'] != null
	const y = fullAttrs['data-mfm-y'] != null
	const x = fullAttrs['data-mfm-x'] != null

	const anim = [
	x ? 'mfm-spinX' : null,
	y ? 'mfm-spinY' : null,
	'mfm-spin',
	].filter((a) => a)[0]

	const direction = [
	alternate ? 'alternate' : null,
	left ? 'reverse' : null,
	'normal',
	].filter((a) => a)[0]

	newAttrs.style = [
	`animation-name: ${anim}`,
	`animation-duration: ${speed}`,
	'animation-iteration-count: infinite',
	`animation-delay: ${delay}`,
	`animation-direction: ${direction}`,
	'animation-fill-mode: none',
	'animation-timing-function: linear',
	].join(';')
	break
	}
	case 'flip': {
	newAttrs.style = 'transform: scaleX(-1)'
	break
	}
	case 'border': {
	const width = fullAttrs['data-mfm-width'] \|\| '0'
	const style = fullAttrs['data-mfm-style'] \|\| 'solid'
	const color = fullAttrs['data-mfm-color'] \|\| 'transparent'
	const radius = fullAttrs['data-mfm-radius'] \|\| '0'
	const noclip = fullAttrs['data-mfm-noclip'] \|\| false

	newAttrs.style = [
	`border: ${width} ${style} ${color}`,
	`border-radius: ${radius}`,
	`overflow: ${noclip ? 'visible' : 'clip'}`,
	].join(';')
	break
	}
	case 'tada':
	case 'jelly':
	case 'twitch':
	case 'shake':
	case 'jump':
	case 'bounce':
	case 'rainbow': {
	const speed = fullAttrs['data-mfm-speed'] \|\| '1s'
	const delay = fullAttrs['data-mfm-delay'] \|\| 0

	const rules = [
	`animation-name: mfm-${mfmOperator}`,
	`animation-duration: ${speed}`,
	'animation-iteration-count: infinite',
	`animation-delay: ${delay}`,
	'animation-direction: normal',
	'animation-fill-mode: none',
	'animation-timing-function: linear',
	].join(';')
	newAttrs.style = rules
	break
	}
	case 'sparkle':
	case 'x2':
	case 'x3':
	case 'x4':
	// handled by css
	break
	default:
	console.warn('Unsupported MFM operator:', mfmOperator, opener)
	break
	}
	}
	return <Tag {...newAttrs}>{newChildren}</Tag>
	} else {
	return <Tag />
	}
	}
	return item
	}

	const pass1 = convertHtmlToTree(html).map(processItem)
	const pass2 = [...pass1].reverse().map(processItemReverse).reverse()

	// DO NOT USE SLOTS they cause a re-render feedback loop here.
	// slots updated -> rerender -> emit -> update up the tree -> rerender -> ...
	// at least until vue3?
	const result = (
	<span
	class={[
	'RichContent',
	this.faint ? '-faint' : '',
	this.allowNonSquareEmoji ? '-allow-non-square-emoji' : '',
	]}
	>
	{this.collapse
	? pass2.map((x) => {
	if (!Array.isArray(x)) return x.replace(/\n/g, ' ')
	return x.map((y) => (y.type === 'br' ? ' ' : y))
	})
	: pass2}
	</span>
	)

	const event = {
	lastTags,
	writtenMentions,
	writtenTags,
	invisibleMentions,
	}

	// DO NOT MOVE TO UPDATE. BAD IDEA.
	this.$emit('parseReady', event)

	return result
	},
	}

	const getLinkData = (attrs, children, index) => {
	const stripTags = (item) => {
	if (typeof item === 'string') {
	return item
	} else {
	return item[1].map(stripTags).join('')
	}
	}
	const textContent = children.map(stripTags).join('')
	return {
	index,
	url: attrs.href,
	tag: attrs['data-tag'],
	content: flattenDeep(children).join(''),
	textContent,
	}
	}

	/** Pre-processing HTML
	*
	* Currently this does one thing:
	* - add green/cyantexting
	*
	* @param {String} html - raw HTML to process
	* @param {Boolean} greentext - whether to enable greentexting or not
	*/
	export const preProcessPerLine = (html, greentext) => {
	const greentextHandle = new Set(['p', 'div'])

	const lines = convertHtmlToLines(html)
	const newHtml = lines
	.reverse()
	.map((item, index, array) => {
	if (!item.text) return item
	const string = item.text

	// Greentext stuff
	if (
	// Only if greentext is engaged
	greentext &&
	// Only handle p's and divs. Don't want to affect blockquotes, code etc
	item.level.every((l) => greentextHandle.has(l)) &&
	// Only if line begins with '>' or '<'
	(string.includes('>') \|\| string.includes('<'))
	) {
	const cleanedString = string
	.replace(/<[^>]+?>/gi, '') // remove all tags
	.replace(/@\w+/gi, '') // remove mentions (even failed ones)
	.trim()
	if (cleanedString.startsWith('>')) {
	return `<span class='greentext'>${string}</span>`
	} else if (cleanedString.startsWith('<')) {
	return `<span class='cyantext'>${string}</span>`
	}
	}

	return string
	})
	.reverse()
	.join('')

	return { newHtml }
	}
	diff --git a/src/components/settings_modal/tabs/appearance_tab.js b/src/components/settings_modal/tabs/appearance_tab.js
	index c11579e53b..0fe9bc0221 100644
	--- a/src/components/settings_modal/tabs/appearance_tab.js
	+++ b/src/components/settings_modal/tabs/appearance_tab.js
	@@ -1,509 +1,509 @@
	import { mapActions } from 'pinia'

	import fileSizeFormatService from 'src/components/../services/file_size_format/file_size_format.js'
	import PaletteEditor from 'src/components/palette_editor/palette_editor.vue'
	import BooleanSetting from '../helpers/boolean_setting.vue'
	import ChoiceSetting from '../helpers/choice_setting.vue'
	import FloatSetting from '../helpers/float_setting.vue'
	import IntegerSetting from '../helpers/integer_setting.vue'
	import SharedComputedObject from '../helpers/shared_computed_object.js'
	import UnitSetting from '../helpers/unit_setting.vue'
	import Preview from './old_theme_tab/theme_preview.vue'

	import { useInstanceStore } from 'src/stores/instance.js'
	import { normalizeThemeData, useInterfaceStore } from 'src/stores/interface.js'
	import { useOAuthStore } from 'src/stores/oauth.js'

	import { updateProfileImages } from 'src/api/user.js'
	import { newImporter } from 'src/services/export_import/export_import.js'
	import {
	adoptStyleSheets,
	createStyleSheet,
	} from 'src/services/style_setter/style_setter.js'
	import { getCssRules } from 'src/services/theme_data/css_utils.js'
	import { deserialize } from 'src/services/theme_data/iss_deserializer.js'
	import { init } from 'src/services/theme_data/theme_data_3.service.js'
	import { convertTheme2To3 } from 'src/services/theme_data/theme2_to_theme3.js'

	const AppearanceTab = {
	data() {
	return {
	availableThemesV3: [],
	availableThemesV2: [],
	bundledPalettes: [],
	compilationCache: {},
	fileImporter: newImporter({
	accept: '.json, .iss',
	validator: this.importValidator,
	onImport: this.onImport,
	parser: this.importParser,
	onImportFailure: this.onImportFailure,
	}),
	palettesKeys: [
	'bg',
	'fg',
	'link',
	'text',
	'cRed',
	'cGreen',
	'cBlue',
	'cOrange',
	],
	userPalette: {},
	intersectionObserver: null,
	forcedRoundnessOptions: ['disabled', 'sharp', 'nonsharp', 'round'].map(
	(mode, i) => ({
	key: mode,
	value: i - 1,
	label: this.$t(
	`settings.style.themes3.hacks.forced_roundness_mode_${mode}`,
	),
	}),
	),
	underlayOverrideModes: ['none', 'opaque', 'transparent'].map((mode) => ({
	key: mode,
	value: mode,
	label: this.$t(
	`settings.style.themes3.hacks.underlay_override_mode_${mode}`,
	),
	})),
	backgroundUploading: false,
	background: null,
	backgroundError: null,
	backgroundPreview: null,
	}
	},
	components: {
	BooleanSetting,
	ChoiceSetting,
	IntegerSetting,
	FloatSetting,
	UnitSetting,
	Preview,
	PaletteEditor,
	},
	mounted() {
	useInterfaceStore().getThemeData()

	const updateIndex = (resource) => {
	const capitalizedResource = resource[0].toUpperCase() + resource.slice(1)
	const currentIndex = useInstanceStore()[`${resource}sIndex`]

	let promise
	if (currentIndex) {
	promise = Promise.resolve(currentIndex)
	} else {
	promise = useInterfaceStore()[`fetch${capitalizedResource}sIndex`]()
	}

	return promise.then((index) => {
	return Object.entries(index).map(([k, func]) => [k, func()])
	})
	}

	updateIndex('style').then((styles) => {
	styles.forEach(([key, stylePromise]) =>
	stylePromise.then((data) => {
	const meta = data.find((x) => x.component === '@meta')
	this.availableThemesV3.push({
	key,
	data,
	name: meta.directives.name,
	version: 'v3',
	})
	}),
	)
	})

	updateIndex('theme').then((themes) => {
	themes.forEach(([key, themePromise]) =>
	themePromise.then((data) => {
	if (!data) {
	console.warn(`Theme with key ${key} is empty or malformed`)
	} else if (Array.isArray(data)) {
	console.warn(
	`Theme with key ${key} is a v1 theme and should be moved to static/palettes/index.json`,
	)
	} else if (!data.source && !data.theme) {
	console.warn(`Theme with key ${key} is malformed`)
	} else {
	this.availableThemesV2.push({
	key,
	data,
	name: data.name,
	version: 'v2',
	})
	}
	}),
	)
	})

	this.userPalette = useInterfaceStore().paletteDataUsed \|\| {}

	updateIndex('palette').then((bundledPalettes) => {
	bundledPalettes.forEach(([key, palettePromise]) =>
	palettePromise.then((v) => {
	let palette
	if (Array.isArray(v)) {
	const [
	name,
	bg,
	fg,
	text,
	link,
	cRed = '#FF0000',
	cGreen = '#00FF00',
	cBlue = '#0000FF',
	cOrange = '#E3FF00',
	] = v
	palette = {
	key,
	name,
	bg,
	fg,
	text,
	link,
	cRed,
	cBlue,
	cGreen,
	cOrange,
	}
	} else {
	palette = { key, ...v }
	}
	if (!palette.key.startsWith('style.')) {
	this.bundledPalettes.push(palette)
	}
	}),
	)
	})

	this.previewTheme('stock', 'v3')

	if (window.IntersectionObserver) {
	this.intersectionObserver = new IntersectionObserver(
	(entries, observer) => {
	entries.forEach(({ target, isIntersecting }) => {
	if (!isIntersecting) return
	const theme = this.availableStyles.find(
	(x) => x.key === target.dataset.themeKey,
	)
	this.$nextTick(() => {
	if (theme) this.previewTheme(theme.key, theme.version, theme.data)
	})
	observer.unobserve(target)
	})
	},
	{
	root: this.$refs.themeList,
	},
	)
	} else {
	this.availableStyles.forEach((theme) =>
	this.previewTheme(theme.key, theme.version, theme.data),
	)
	}
	},
	updated() {
	this.$nextTick(() => {
	this.$refs.themeList
	.querySelectorAll('.theme-preview')
	.forEach((node) => {
	this.intersectionObserver.observe(node)
	})
	})
	},
	watch: {
	paletteDataUsed() {
	this.userPalette = this.paletteDataUsed \|\| {}
	},
	},
	computed: {
	isDefaultBackground() {
	return !this.$store.state.users.currentUser.background_image
	},
	switchInProgress() {
	return useInterfaceStore().themeChangeInProgress
	},
	paletteDataUsed() {
	return useInterfaceStore().paletteDataUsed
	},
	availableStyles() {
	return [...this.availableThemesV3, ...this.availableThemesV2]
	},
	availablePalettes() {
	return [...this.bundledPalettes, ...this.stylePalettes]
	},
	stylePalettes() {
	const ruleset = useInterfaceStore().styleDataUsed \|\| []
	if (!ruleset && ruleset.length === 0) return
	const meta = ruleset.find((x) => x.component === '@meta')
	const result = ruleset
	.filter((x) => x.component.startsWith('@palette'))
	.map((x) => {
	const { variant, directives } = x
	const {
	bg,
	fg,
	text,
	link,
	accent,
	cRed,
	cBlue,
	cGreen,
	cOrange,
	wallpaper,
	} = directives

	const result = {
	name: `${meta.directives.name \|\| this.$t('settings.style.themes3.palette.imported')}: ${variant}`,
	key: `style.${variant.toLowerCase().replace(/ /g, '_')}`,
	bg,
	fg,
	text,
	link,
	accent,
	cRed,
	cBlue,
	cGreen,
	cOrange,
	wallpaper,
	}
	return Object.fromEntries(Object.entries(result).filter(([, v]) => v))
	})
	return result
	},
	noIntersectionObserver() {
	return !window.IntersectionObserver
	},
	instanceWallpaper() {
	useInstanceStore().instanceIdentity.background
	},
	instanceWallpaperUsed() {
	return (
	useInstanceStore().instanceIdentity.background &&
	!this.$store.state.users.currentUser.background_image
	)
	},
	customThemeVersion() {
	const { themeVersion } = useInterfaceStore()
	return themeVersion
	},
	isCustomThemeUsed() {
	const { customTheme, customThemeSource } = this.mergedConfig
	return customTheme != null \|\| customThemeSource != null
	},
	isCustomStyleUsed() {
	const { styleCustomData } = this.mergedConfig
	return styleCustomData != null
	},
	...SharedComputedObject(),
	},
	methods: {
	importFile() {
	this.fileImporter.importData()
	},
	importParser(file, filename) {
	if (filename.endsWith('.json')) {
	return JSON.parse(file)
	} else if (filename.endsWith('.iss')) {
	return deserialize(file)
	}
	},
	onImport(parsed, filename) {
	if (filename.endsWith('.json')) {
	useInterfaceStore().setThemeCustom(parsed.source \|\| parsed.theme)
	} else if (filename.endsWith('.iss')) {
	useInterfaceStore().setStyleCustom(parsed)
	}
	},
	onImportFailure(result) {
	console.error('Failure importing theme:', result)
	useInterfaceStore().pushGlobalNotice({
	messageKey: 'settings.invalid_theme_imported',
	level: 'error',
	})
	},
	importValidator(parsed, filename) {
	if (filename.endsWith('.json')) {
	const version = parsed._pleroma_theme_version
	return version >= 1 \|\| version <= 2
	} else if (filename.endsWith('.iss')) {
	if (!Array.isArray(parsed)) return false
	if (parsed.length < 1) return false
	if (parsed.find((x) => x.component === '@meta') == null) return false
	return true
	}
	},
	isThemeActive(key) {
	return (
	key ===
	(this.mergedConfig.theme \|\| useInstanceStore().instanceIdentity.theme)
	)
	},
	isStyleActive(key) {
	return (
	key ===
	(this.mergedConfig.style \|\| useInstanceStore().instanceIdentity.style)
	)
	},
	isPaletteActive(key) {
	return (
	key ===
	(this.mergedConfig.palette \|\|
	useInstanceStore().instanceIdentity.palette)
	)
	},
	...mapActions(useInterfaceStore, ['setStyle', 'setTheme']),
	setPalette(name, data) {
	useInterfaceStore().setPalette(name)
	this.userPalette = data
	},
	setPaletteCustom(data) {
	useInterfaceStore().setPaletteCustom(data)
	this.userPalette = data
	},
	resetTheming() {
	useInterfaceStore().setStyle('stock')
	},
	previewTheme(key, version, input) {
	let theme3
	if (this.compilationCache[key]) {
	theme3 = this.compilationCache[key]
	} else if (input) {
	if (version === 'v2') {
	const style = normalizeThemeData(input)
	const theme2 = convertTheme2To3(style)
	theme3 = init({
	inputRuleset: theme2,
	ultimateBackgroundColor: '#000000',
	liteMode: true,
	debug: true,
	onlyNormalState: true,
	})
	} else if (version === 'v3') {
	const palette = input.find((x) => x.component === '@palette')
	let paletteRule
	if (palette) {
	const { directives } = palette
	directives.link = directives.link \|\| directives.accent
	directives.accent = directives.accent \|\| directives.link
	paletteRule = {
	component: 'Root',
	directives: Object.fromEntries(
	Object.entries(directives)
	.filter(([k]) => k && k !== 'name')
	.map(([k, v]) => ['--' + k, 'color \| ' + v]),
	),
	}
	} else {
	paletteRule = null
	}

	theme3 = init({
	- inputRuleset: [...input, paletteRule].filter((x) => x),
	+ inputRuleset: [...input, paletteRule].filter(Boolean),
	ultimateBackgroundColor: '#000000',
	liteMode: true,
	onlyNormalState: true,
	})
	}
	} else {
	theme3 = init({
	inputRuleset: [],
	ultimateBackgroundColor: '#000000',
	liteMode: true,
	onlyNormalState: true,
	})
	}

	if (!this.compilationCache[key]) {
	this.compilationCache[key] = theme3
	}

	const sheet = createStyleSheet('appearance-tab-previews', 90)
	sheet.addRule(
	[
	'#theme-preview-',
	key,
	' {\n',
	getCssRules(theme3.eager).join('\n'),
	'\n}',
	].join(''),
	)
	sheet.ready = true
	adoptStyleSheets()
	},
	uploadFile(slot, e) {
	const file = e.target.files[0]
	if (!file) {
	return
	}
	if (file.size > useInstanceStore()[slot + 'limit']) {
	const filesize = fileSizeFormatService.fileSizeFormat(file.size)
	const allowedsize = fileSizeFormatService.fileSizeFormat(
	useInstanceStore()[slot + 'limit'],
	)
	useInterfaceStore().pushGlobalNotice({
	messageKey: 'upload.error.message',
	messageArgs: [
	this.$t('upload.error.file_too_big', {
	filesize: filesize.num,
	filesizeunit: filesize.unit,
	allowedsize: allowedsize.num,
	allowedsizeunit: allowedsize.unit,
	}),
	],
	level: 'error',
	})
	return
	}

	const reader = new FileReader()
	reader.onload = ({ target }) => {
	const img = target.result
	this[slot + 'Preview'] = img
	this[slot] = file
	}
	reader.readAsDataURL(file)
	},
	resetBackground() {
	const confirmed = window.confirm(
	this.$t('settings.reset_background_confirm'),
	)
	if (confirmed) {
	this.submitBackground('')
	}
	},
	resetUploadedBackground() {
	this.backgroundPreview = null
	},
	clearBackgroundError() {
	this.backgroundError = null
	},
	submitBackground(background) {
	if (!this.backgroundPreview && background !== '') {
	return
	}

	this.backgroundUploading = true
	updateProfileImages({
	background,
	credentials: useOAuthStore().token,
	})
	.then(({ data }) => {
	this.$store.commit('addNewUsers', [data])
	this.$store.commit('setCurrentUser', data)
	this.backgroundPreview = null
	this.backgroundError = null
	})
	.catch((e) => {
	this.backgroundError = e
	})
	.finally(() => {
	this.backgroundUploading = false
	})
	},
	},
	}

	export default AppearanceTab
	diff --git a/src/components/settings_modal/tabs/style_tab/style_tab.js b/src/components/settings_modal/tabs/style_tab/style_tab.js
	index 4d3ed16954..a023b44159 100644
	--- a/src/components/settings_modal/tabs/style_tab/style_tab.js
	+++ b/src/components/settings_modal/tabs/style_tab/style_tab.js
	@@ -1,934 +1,934 @@
	import { get, set, throttle, unset } from 'lodash'
	import {
	computed,
	getCurrentInstance,
	provide,
	reactive,
	ref,
	watch,
	} from 'vue'

	import Checkbox from 'src/components/checkbox/checkbox.vue'
	import ColorInput from 'src/components/color_input/color_input.vue'
	import ComponentPreview from 'src/components/component_preview/component_preview.vue'
	import ContrastRatio from 'src/components/contrast_ratio/contrast_ratio.vue'
	import OpacityInput from 'src/components/opacity_input/opacity_input.vue'
	import PaletteEditor from 'src/components/palette_editor/palette_editor.vue'
	import RoundnessInput from 'src/components/roundness_input/roundness_input.vue'
	import Select from 'src/components/select/select.vue'
	import SelectMotion from 'src/components/select/select_motion.vue'
	import ShadowControl from 'src/components/shadow_control/shadow_control.vue'
	import TabSwitcher from 'src/components/tab_switcher/tab_switcher.jsx'
	import Tooltip from 'src/components/tooltip/tooltip.vue'
	import StringSetting from '../../helpers/string_setting.vue'
	import Preview from '../old_theme_tab/theme_preview.vue'
	import VirtualDirectivesTab from './virtual_directives_tab.vue'

	import { useInterfaceStore } from 'src/stores/interface'

	import {
	getContrastRatio,
	hex2rgb,
	rgb2hex,
	} from 'src/services/color_convert/color_convert.js'
	import {
	newExporter,
	newImporter,
	} from 'src/services/export_import/export_import.js'
	import {
	adoptStyleSheets,
	createStyleSheet,
	} from 'src/services/style_setter/style_setter.js'
	import { getCssRules } from 'src/services/theme_data/css_utils.js'
	import {
	deserialize,
	deserializeShadow,
	} from 'src/services/theme_data/iss_deserializer.js'
	import { serialize } from 'src/services/theme_data/iss_serializer.js'
	import {
	findColor,
	init,
	} from 'src/services/theme_data/theme_data_3.service.js'

	import { library } from '@fortawesome/fontawesome-svg-core'
	import {
	faArrowsRotate,
	faCheck,
	faFile,
	faFloppyDisk,
	faFolderOpen,
	} from '@fortawesome/free-solid-svg-icons'

	// helper for debugging
	// const toValue = (x) => JSON.parse(JSON.stringify(x === undefined ? 'null' : x))

	// helper to make states comparable
	const normalizeStates = (states) =>
	['normal', ...(states?.filter((x) => x !== 'normal') \|\| [])].join(':')

	library.add(faFile, faFloppyDisk, faFolderOpen, faArrowsRotate, faCheck)

	export default {
	components: {
	Select,
	SelectMotion,
	Checkbox,
	Tooltip,
	StringSetting,
	ComponentPreview,
	TabSwitcher,
	ShadowControl,
	ColorInput,
	PaletteEditor,
	OpacityInput,
	RoundnessInput,
	ContrastRatio,
	Preview,
	VirtualDirectivesTab,
	},
	setup() {
	const exports = {}
	const interfaceStore = useInterfaceStore()
	// All rules that are made by editor
	const allEditedRules = ref(interfaceStore.styleDataUsed \|\| {})
	const styleDataUsed = computed(() => interfaceStore.styleDataUsed)

	watch(
	[styleDataUsed],
	() => {
	onImport(interfaceStore.styleDataUsed)
	},
	{ once: true },
	)

	exports.isActive = computed(() => {
	const tabSwitcher = getCurrentInstance().parent.ctx
	return tabSwitcher ? tabSwitcher.isActive('style') : false
	})

	// ## Meta stuff
	exports.name = ref('')
	exports.author = ref('')
	exports.license = ref('')
	exports.website = ref('')

	const metaOut = computed(() => {
	return [
	'@meta {',
	` name: ${exports.name.value};`,
	` author: ${exports.author.value};`,
	` license: ${exports.license.value};`,
	` website: ${exports.website.value};`,
	'}',
	].join('\n')
	})

	const metaRule = computed(() => ({
	component: '@meta',
	directives: {
	name: exports.name.value,
	author: exports.author.value,
	license: exports.license.value,
	website: exports.website.value,
	},
	}))

	// ## Palette stuff
	const palettes = reactive([
	{
	name: 'default',
	bg: '#121a24',
	fg: '#182230',
	text: '#b9b9ba',
	link: '#d8a070',
	accent: '#d8a070',
	cRed: '#FF0000',
	cBlue: '#0095ff',
	cGreen: '#0fa00f',
	cOrange: '#ffa500',
	},
	{
	name: 'light',
	bg: '#f2f6f9',
	fg: '#d6dfed',
	text: '#304055',
	underlay: '#5d6086',
	accent: '#f55b1b',
	cBlue: '#0095ff',
	cRed: '#d31014',
	cGreen: '#0fa00f',
	cOrange: '#ffa500',
	border: '#d8e6f9',
	},
	])
	exports.palettes = palettes

	// This is kinda dumb but you cannot "replace" reactive() object
	// and so v-model simply fails when you try to chage (increase only?)
	// length of the array. Since linter complains about mutating modelValue
	// inside SelectMotion, the next best thing is to just wipe existing array
	// and replace it with new one.

	const onPalettesUpdate = (e) => {
	palettes.splice(0, palettes.length)
	palettes.push(...e)
	}
	exports.onPalettesUpdate = onPalettesUpdate

	const selectedPaletteId = ref(0)
	const selectedPalette = computed({
	get() {
	return palettes[selectedPaletteId.value]
	},
	set(newPalette) {
	palettes[selectedPaletteId.value] = newPalette
	},
	})
	exports.selectedPaletteId = selectedPaletteId
	exports.selectedPalette = selectedPalette
	provide('selectedPalette', selectedPalette)

	watch([selectedPalette], () => updateOverallPreview())

	exports.getNewPalette = () => ({
	name: 'new palette',
	bg: '#121a24',
	fg: '#182230',
	text: '#b9b9ba',
	link: '#d8a070',
	accent: '#d8a070',
	cRed: '#FF0000',
	cBlue: '#0095ff',
	cGreen: '#0fa00f',
	cOrange: '#ffa500',
	})

	// Raw format
	const palettesRule = computed(() => {
	return palettes.map((palette) => {
	const { name, ...rest } = palette
	return {
	component: '@palette',
	variant: name,
	directives: Object.entries(rest)
	.filter(([k, v]) => v && k)
	.reduce((acc, [k, v]) => ({ ...acc, [k]: v }), {}),
	}
	})
	})

	// Text format
	const palettesOut = computed(() => {
	return palettes
	.map(({ name, ...palette }) => {
	const entries = Object.entries(palette)
	.filter(([k, v]) => v && k)
	.map(([slot, data]) => ` ${slot}: ${data};`)
	.join('\n')

	return `@palette.${name} {\n${entries}\n}`
	})
	.join('\n\n')
	})

	// ## Components stuff
	// Getting existing components
	const componentsContext = import.meta.glob(
	['/src/*/.style.js', '/src/*/.style.json'],
	{ eager: true },
	)
	const componentKeysAll = Object.keys(componentsContext)
	const componentsMap = new Map(
	componentKeysAll
	.map((key) => [key, componentsContext[key].default])
	.filter(
	([, component]) => !component.virtual && !component.notEditable,
	),
	)
	exports.componentsMap = componentsMap
	const componentKeys = [...componentsMap.keys()]
	exports.componentKeys = componentKeys

	// Component list and selection
	const selectedComponentKey = ref(componentsMap.keys().next().value)
	exports.selectedComponentKey = selectedComponentKey

	const selectedComponent = computed(() =>
	componentsMap.get(selectedComponentKey.value),
	)
	const selectedComponentName = computed(() => selectedComponent.value.name)

	// Selection basis
	exports.selectedComponentVariants = computed(() => {
	return Object.keys({
	normal: null,
	...(selectedComponent.value.variants \|\| {}),
	})
	})
	exports.selectedComponentStates = computed(() => {
	const all = Object.keys({
	normal: null,
	...(selectedComponent.value.states \|\| {}),
	})
	return all.filter((x) => x !== 'normal')
	})

	// selection
	const selectedVariant = ref('normal')
	exports.selectedVariant = selectedVariant
	const selectedState = reactive(new Set())
	exports.selectedState = selectedState
	exports.updateSelectedStates = (state, v) => {
	if (v) {
	selectedState.add(state)
	} else {
	selectedState.delete(state)
	}
	}

	// Reset variant and state on component change
	const updateSelectedComponent = () => {
	selectedVariant.value = 'normal'
	selectedState.clear()
	}

	watch(selectedComponentName, updateSelectedComponent)

	// ### Rules stuff aka meat and potatoes
	// The native structure of separate rules and the child -> parent
	// relation isn't very convenient for editor, we replace the array
	// and child -> parent structure with map and parent -> child structure
	const rulesToEditorFriendly = (rules, root = {}) =>
	rules.reduce((acc, rule) => {
	const { parent: rParent, component: rComponent } = rule
	const parent = rParent ?? rule
	const hasChildren = !!rParent
	const child = hasChildren ? rule : null

	const {
	component: pComponent,
	variant: pVariant = 'normal',
	state: pState = [], // no relation to Intel CPUs whatsoever
	} = parent

	const pPath = `${hasChildren ? pComponent : rComponent}.${pVariant}.${normalizeStates(pState)}`

	let output = get(acc, pPath)
	if (!output) {
	set(acc, pPath, {})
	output = get(acc, pPath)
	}

	if (hasChildren) {
	output._children = output._children ?? {}
	const {
	component: cComponent,
	variant: cVariant = 'normal',
	state: cState = [],
	directives,
	} = child

	const cPath = `${cComponent}.${cVariant}.${normalizeStates(cState)}`
	set(output._children, cPath, { directives })
	} else {
	output.directives = parent.directives
	}
	return acc
	}, root)

	const editorFriendlyFallbackStructure = computed(() => {
	const root = {}

	componentKeys.forEach((componentKey) => {
	const componentValue = componentsMap.get(componentKey)
	const { defaultRules, name } = componentValue
	rulesToEditorFriendly(
	defaultRules.map((rule) => ({ ...rule, component: name })),
	root,
	)
	})

	return root
	})

	// Checking whether component can support some "directives" which
	// are actually virtual subcomponents, i.e. Text, Link etc
	exports.componentHas = (subComponent) => {
	return !!selectedComponent.value.validInnerComponents?.find(
	(x) => x === subComponent,
	)
	}

	// Path for lodash's get and set
	const getPath = (component, directive) => {
	const pathSuffix = component
	? `._children.${component}.normal.normal`
	: ''
	const path = `${selectedComponentName.value}.${selectedVariant.value}.${normalizeStates([...selectedState])}${pathSuffix}.directives.${directive}`
	return path
	}

	// Templates for directives
	const isElementPresent = (component, directive, defaultValue = '') =>
	computed({
	get() {
	return (
	get(allEditedRules.value, getPath(component, directive)) != null
	)
	},
	set(value) {
	if (value) {
	const fallback = get(
	editorFriendlyFallbackStructure.value,
	getPath(component, directive),
	)
	set(
	allEditedRules.value,
	getPath(component, directive),
	fallback ?? defaultValue,
	)
	} else {
	unset(allEditedRules.value, getPath(component, directive))
	}
	exports.updateOverallPreview()
	},
	})

	const getEditedElement = (component, directive, postProcess = (x) => x) =>
	computed({
	get() {
	let usedRule
	const fallback = editorFriendlyFallbackStructure.value
	const real = allEditedRules.value
	const path = getPath(component, directive)

	usedRule = get(real, path) // get real
	if (usedRule === '') {
	return usedRule
	}
	if (!usedRule) {
	usedRule = get(fallback, path)
	}

	return postProcess(usedRule)
	},
	set(value) {
	if (value != null) {
	set(allEditedRules.value, getPath(component, directive), value)
	} else {
	unset(allEditedRules.value, getPath(component, directive))
	}
	exports.updateOverallPreview()
	},
	})

	// All the editable stuff for the component
	exports.editedBackgroundColor = getEditedElement(null, 'background')
	exports.isBackgroundColorPresent = isElementPresent(
	null,
	'background',
	'#FFFFFF',
	)
	exports.editedOpacity = getEditedElement(null, 'opacity')
	exports.isOpacityPresent = isElementPresent(null, 'opacity', 1)
	exports.editedRoundness = getEditedElement(null, 'roundness')
	exports.isRoundnessPresent = isElementPresent(null, 'roundness', '0')
	exports.editedTextColor = getEditedElement('Text', 'textColor')
	exports.isTextColorPresent = isElementPresent(
	'Text',
	'textColor',
	'#000000',
	)
	exports.editedTextAuto = getEditedElement('Text', 'textAuto')
	exports.isTextAutoPresent = isElementPresent('Text', 'textAuto', '#000000')
	exports.editedLinkColor = getEditedElement('Link', 'textColor')
	exports.isLinkColorPresent = isElementPresent(
	'Link',
	'textColor',
	'#000080',
	)
	exports.editedIconColor = getEditedElement('Icon', 'textColor')
	exports.isIconColorPresent = isElementPresent(
	'Icon',
	'textColor',
	'#909090',
	)
	exports.editedBorderColor = getEditedElement('Border', 'textColor')
	exports.isBorderColorPresent = isElementPresent(
	'Border',
	'textColor',
	'#909090',
	)

	const getContrast = (bg, text) => {
	try {
	const bgRgb = hex2rgb(bg)
	const textRgb = hex2rgb(text)

	const ratio = getContrastRatio(bgRgb, textRgb)
	return {
	// TODO this ideally should be part of <ContractRatio />
	ratio,
	text: ratio.toPrecision(3) + ':1',
	// AA level, AAA level
	aa: ratio >= 4.5,
	aaa: ratio >= 7,
	// same but for 18pt+ texts
	laa: ratio >= 3,
	laaa: ratio >= 4.5,
	}
	} catch (e) {
	console.warn('Failure computing contrast', e)
	return { error: e }
	}
	}

	const normalizeShadows = (shadows) => {
	return shadows?.map((shadow) => {
	if (typeof shadow === 'object') {
	return shadow
	}
	if (typeof shadow === 'string') {
	try {
	return deserializeShadow(shadow)
	} catch (e) {
	console.warn('Failed to deserialize shadow', e)
	return shadow
	}
	}
	return null
	})
	}
	provide('normalizeShadows', normalizeShadows)

	// Shadow is partially edited outside the ShadowControl
	// for better space utilization
	const editedShadow = getEditedElement(null, 'shadow', normalizeShadows)
	exports.editedShadow = editedShadow
	const editedSubShadowId = ref(null)
	exports.editedSubShadowId = editedSubShadowId
	const editedSubShadow = computed(() => {
	if (editedShadow.value == null \|\| editedSubShadowId.value == null)
	return null
	return editedShadow.value[editedSubShadowId.value]
	})
	exports.editedSubShadow = editedSubShadow
	exports.isShadowPresent = isElementPresent(null, 'shadow', [])
	exports.onSubShadow = (id) => {
	if (id != null) {
	editedSubShadowId.value = id
	} else {
	editedSubShadow.value = null
	}
	}
	exports.updateSubShadow = (axis, value) => {
	if (!editedSubShadow.value \|\| editedSubShadowId.value == null) return
	const newEditedShadow = [...editedShadow.value]

	newEditedShadow[editedSubShadowId.value] = {
	...newEditedShadow[editedSubShadowId.value],
	[axis]: value,
	}

	editedShadow.value = newEditedShadow
	}
	exports.isShadowTabOpen = ref(false)
	exports.onTabSwitch = (tab) => {
	exports.isShadowTabOpen.value = tab === 'shadow'
	}

	// component preview
	exports.editorHintStyle = computed(() => {
	const editorHint = selectedComponent.value.editor
	const styles = []
	if (editorHint && Object.keys(editorHint).length > 0) {
	if (editorHint.aspect != null) {
	styles.push(`aspect-ratio: ${editorHint.aspect} !important;`)
	}
	if (editorHint.border != null) {
	styles.push(`border-width: ${editorHint.border}px !important;`)
	}
	}
	return styles.join('; ')
	})

	const editorFriendlyToOriginal = computed(() => {
	const resultRules = []

	const convert = (component, data = {}, parent) => {
	const variants = Object.entries(data \|\| {})

	variants.forEach(([variant, variantData]) => {
	const states = Object.entries(variantData)

	states.forEach(([jointState, stateData]) => {
	const state = jointState.split(/:/g)
	const result = {
	component,
	variant,
	state,
	directives: stateData.directives \|\| {},
	}

	if (parent) {
	result.parent = {
	component: parent,
	}
	}

	resultRules.push(result)

	// Currently we only support single depth for simplicity's sake
	if (!parent) {
	Object.entries(stateData._children \|\| {}).forEach(
	([cName, child]) => convert(cName, child, component),
	)
	}
	})
	})
	}

	;[...componentsMap.values()].forEach(({ name }) => {
	convert(name, allEditedRules.value[name])
	})

	return resultRules
	})

	const allCustomVirtualDirectives = [...componentsMap.values()]
	.map((c) => {
	return c.defaultRules
	.filter((c) => c.component === 'Root')
	.map((x) => Object.entries(x.directives))
	.flat()
	})
	- .filter((x) => x)
	+ .filter(Boolean)
	.flat()
	.map(([name, value]) => {
	const [valType, valVal] = value.split('\|')
	return {
	name: name.substring(2),
	valType: valType?.trim(),
	value: valVal?.trim(),
	}
	})

	const virtualDirectives = ref(allCustomVirtualDirectives)
	exports.virtualDirectives = virtualDirectives
	exports.updateVirtualDirectives = (value) => {
	virtualDirectives.value = value
	}

	// Raw format
	const virtualDirectivesRule = computed(() => ({
	component: 'Root',
	directives: Object.fromEntries(
	virtualDirectives.value.map((vd) => [
	`--${vd.name}`,
	`${vd.valType} \| ${vd.value}`,
	]),
	),
	}))

	// Text format
	const virtualDirectivesOut = computed(() => {
	return [
	'Root {',
	...virtualDirectives.value
	.filter((vd) => vd.name && vd.valType && vd.value)
	.map((vd) => ` --${vd.name}: ${vd.valType} \| ${vd.value};`),
	'}',
	].join('\n')
	})

	exports.computeColor = (color) => {
	let computedColor
	try {
	computedColor = findColor(color, {
	dynamicVars: dynamicVars.value,
	staticVars: staticVars.value,
	})
	if (computedColor) {
	return rgb2hex(computedColor)
	}
	} catch (e) {
	console.warn('failed to get computed color', e)
	}
	return null
	}
	provide('computeColor', exports.computeColor)

	exports.contrast = computed(() => {
	return getContrast(
	exports.computeColor(previewColors.value.background),
	exports.computeColor(previewColors.value.text),
	)
	})

	// ## Export and Import
	const styleExporter = newExporter({
	filename: () => exports.name.value ?? 'pleroma_theme',
	mime: 'text/plain',
	extension: 'iss',
	getExportedObject: () => exportStyleData.value,
	})

	const onImport = (parsed) => {
	const editorComponents = parsed.filter((x) => x.component.startsWith('@'))
	const rootComponent = parsed.find((x) => x.component === 'Root')
	const rules = parsed.filter(
	(x) => !x.component.startsWith('@') && x.component !== 'Root',
	)
	const metaIn = editorComponents.find(
	(x) => x.component === '@meta',
	).directives
	const palettesIn = editorComponents.filter(
	(x) => x.component === '@palette',
	)

	exports.name.value = metaIn.name
	exports.license.value = metaIn.license
	exports.author.value = metaIn.author
	exports.website.value = metaIn.website

	const newVirtualDirectives = Object.entries(rootComponent.directives).map(
	([name, value]) => {
	const [valType, valVal] = value.split('\|').map((x) => x.trim())
	return { name: name.substring(2), valType, value: valVal }
	},
	)
	virtualDirectives.value = newVirtualDirectives

	onPalettesUpdate(
	palettesIn.map((x) => ({ name: x.variant, ...x.directives })),
	)

	allEditedRules.value = rulesToEditorFriendly(rules)

	exports.updateOverallPreview()
	}

	const styleImporter = newImporter({
	accept: '.iss',
	parser(string) {
	return deserialize(string)
	},
	onImportFailure(result) {
	console.error('Failure importing style:', result)
	useInterfaceStore().pushGlobalNotice({
	messageKey: 'settings.invalid_theme_imported',
	level: 'error',
	})
	},
	onImport,
	})

	// Raw format
	const exportRules = computed(() => [
	metaRule.value,
	...palettesRule.value,
	virtualDirectivesRule.value,
	...editorFriendlyToOriginal.value,
	])

	// Text format
	const exportStyleData = computed(() => {
	return [
	metaOut.value,
	palettesOut.value,
	virtualDirectivesOut.value,
	serialize(editorFriendlyToOriginal.value),
	].join('\n\n')
	})

	exports.clearStyle = () => {
	onImport(interfaceStore.styleDataUsed)
	}

	exports.exportStyle = () => {
	styleExporter.exportData()
	}

	exports.importStyle = () => {
	styleImporter.importData()
	}

	exports.applyStyle = () => {
	useInterfaceStore().setStyleCustom(exportRules.value)
	}

	const overallPreviewRules = ref([])
	exports.overallPreviewRules = overallPreviewRules

	watch([overallPreviewRules], () => {
	let css = null
	try {
	css = getCssRules(overallPreviewRules.value).map((r) =>
	r.replace('html', '&'),
	)
	} catch (e) {
	console.error(e)
	return
	}

	const sheet = createStyleSheet('style-tab-overall-preview', 90)

	sheet.clear()
	sheet.addRule(
	['#edited-style-preview {\n', css.join('\n'), '\n}'].join(''),
	)
	sheet.ready = true
	adoptStyleSheets()
	})

	const updateOverallPreview = throttle(() => {
	try {
	overallPreviewRules.value = init({
	inputRuleset: [
	...exportRules.value,
	{
	component: 'Root',
	directives: Object.fromEntries(
	Object.entries(selectedPalette.value)
	.filter(([k, v]) => k && v && k !== 'name')
	.map(([k, v]) => [`--${k}`, `color \| ${v}`]),
	),
	},
	],
	ultimateBackgroundColor: '#000000',
	debug: true,
	}).eager
	} catch (e) {
	console.error('Could not compile preview theme', e)
	return null
	}
	}, 1000)
	//
	// Apart from "hover" we can't really show how component looks like in
	// certain states, so we have to fake them.
	const simulatePseudoSelectors = (css, prefix) =>
	css
	.replace(prefix, '.preview-block')
	.replace(':active', '.preview-active')
	.replace(':hover', '.preview-hover')
	.replace(':active', '.preview-active')
	.replace(':focus', '.preview-focus')
	.replace(':focus-within', '.preview-focus-within')
	.replace(':disabled', '.preview-disabled')

	const previewRules = computed(() => {
	const filtered = overallPreviewRules.value.filter((r) => {
	const componentMatch = r.component === selectedComponentName.value
	const parentComponentMatch =
	r.parent?.component === selectedComponentName.value
	if (!componentMatch && !parentComponentMatch) return false
	const rule = parentComponentMatch ? r.parent : r
	if (rule.component !== selectedComponentName.value) return false
	if (rule.variant !== selectedVariant.value) return false
	const ruleState = new Set(rule.state.filter((x) => x !== 'normal'))
	const differenceA = [...ruleState].filter((x) => !selectedState.has(x))
	const differenceB = [...selectedState].filter((x) => !ruleState.has(x))
	return differenceA.length + differenceB.length === 0
	})
	const sorted = [...filtered]
	.filter((x) => x.component === selectedComponentName.value)
	.sort((a, b) => {
	const aSelectorLength = a.selector.split(/ /g).length
	const bSelectorLength = b.selector.split(/ /g).length
	return aSelectorLength - bSelectorLength
	})

	const prefix = sorted[0].selector

	return filtered.filter((x) => x.selector.startsWith(prefix))
	})

	exports.previewClass = computed(() => {
	const selectors = []
	if (
	!!selectedComponent.value.variants?.normal \|\|
	selectedVariant.value !== 'normal'
	) {
	selectors.push(selectedComponent.value.variants[selectedVariant.value])
	}
	if (selectedState.size > 0) {
	selectedState.forEach((state) => {
	const original = selectedComponent.value.states[state]
	selectors.push(simulatePseudoSelectors(original))
	})
	}
	return selectors.map((x) => x.substring(1)).join('')
	})

	exports.previewCss = computed(() => {
	try {
	const prefix = previewRules.value[0].selector
	const scoped = getCssRules(previewRules.value).map((x) =>
	simulatePseudoSelectors(x, prefix),
	)
	return scoped.join('\n')
	} catch (e) {
	console.error('Invalid ruleset', e)
	return null
	}
	})

	const dynamicVars = computed(() => {
	return previewRules.value[0].dynamicVars
	})

	const staticVars = computed(() => {
	const rootComponent = overallPreviewRules.value.find((r) => {
	return r.component === 'Root'
	})
	const rootDirectivesEntries = Object.entries(rootComponent.directives)
	const directives = {}
	rootDirectivesEntries
	.filter(([k, v]) => k.startsWith('--') && v.startsWith('color \| '))
	.map(([k, v]) => [k.substring(2), v.substring('color \| '.length)])
	.forEach(([k, v]) => {
	directives[k] = findColor(v, {
	dynamicVars: {},
	staticVars: directives,
	})
	})
	return directives
	})
	provide('staticVars', staticVars)
	exports.staticVars = staticVars

	const previewColors = computed(() => {
	const stacked = dynamicVars.value.stacked
	const background =
	typeof stacked === 'string' ? stacked : rgb2hex(stacked)
	return {
	text: previewRules.value.find((r) => r.component === 'Text')
	?.virtualDirectives['--text'],
	link: previewRules.value.find((r) => r.component === 'Link')
	?.virtualDirectives['--link'],
	border: previewRules.value.find((r) => r.component === 'Border')
	?.virtualDirectives['--border'],
	icon: previewRules.value.find((r) => r.component === 'Icon')
	?.virtualDirectives['--icon'],
	background,
	}
	})
	exports.previewColors = previewColors
	exports.updateOverallPreview = updateOverallPreview

	updateOverallPreview()

	watch(
	[
	allEditedRules.value,
	palettes,
	selectedPalette,
	selectedState,
	selectedVariant,
	],
	updateOverallPreview,
	)

	return exports
	},
	}
	diff --git a/src/services/style_setter/style_setter.js b/src/services/style_setter/style_setter.js
	index 974d75ec05..83dc6ce2ce 100644
	--- a/src/services/style_setter/style_setter.js
	+++ b/src/services/style_setter/style_setter.js
	@@ -1,370 +1,370 @@
	import sum from 'hash-sum'
	import localforage from 'localforage'
	import { chunk, throttle } from 'lodash'

	import { getCssRules } from '../theme_data/css_utils.js'
	import { getEngineChecksum, init } from '../theme_data/theme_data_3.service.js'

	import { useMergedConfigStore } from 'src/stores/merged_config.js'
	import { useSyncConfigStore } from 'src/stores/sync_config.js'

	import { promisedRequest } from 'src/api/helpers.js'
	import { ROOT_CONFIG } from 'src/modules/default_config_state.js'

	// On platforms where this is not supported, it will return undefined
	// Otherwise it will return an array
	const supportsAdoptedStyleSheets = !!document.adoptedStyleSheets

	const stylesheets = {}

	export const createStyleSheet = (id, priority = 1000) => {
	if (stylesheets[id]) return stylesheets[id]
	const newStyleSheet = {
	rules: [],
	ready: false,
	priority,
	clear() {
	this.rules = []
	},
	addRule(rule) {
	let newRule = rule
	if (!CSS.supports?.('backdrop-filter', 'blur()')) {
	newRule = newRule.replace(/backdrop-filter:[^;]+;/g, '') // Remove backdrop-filter
	}

	if (newRule.startsWith('::-webkit')) {
	if (typeof CSS.supports !== 'function') return
	// firefox doesn't like invalid selectors
	const fullWebkitScrollbarSupport =
	CSS.supports('selector(::-webkit-scrollbar)') &&
	CSS.supports('selector(::-webkit-scrollbar-button)') &&
	CSS.supports('selector(::-webkit-resizer)') &&
	CSS.supports('selector(::-webkit-scrollbar-thumb)')
	if (!fullWebkitScrollbarSupport) return
	}

	this.rules.push(
	newRule.replace(/var$--shadowFilter$[^;]*;/g, ''), // Remove shadowFilter references
	)
	},
	}

	stylesheets[id] = newStyleSheet
	return newStyleSheet
	}

	export const adoptStyleSheets = throttle(() => {
	if (supportsAdoptedStyleSheets) {
	document.adoptedStyleSheets = Object.values(stylesheets)
	.filter((x) => x.ready)
	.sort((a, b) => a.priority - b.priority)
	.map((sheet) => {
	const css = new CSSStyleSheet()
	sheet.rules.forEach((r) => {
	try {
	css.insertRule(r)
	} catch (e) {
	console.warn('Error inserting rule:', e, r)
	}
	})
	return css
	})
	} else {
	const holder = document.getElementById('custom-styles-holder')

	for (let i = holder.sheet.cssRules.length - 1; i >= 0; --i) {
	holder.sheet.deleteRule(i)
	}

	Object.values(stylesheets)
	.filter((x) => x.ready)
	.sort((a, b) => a.priority - b.priority)
	.forEach((sheet) => {
	sheet.rules.forEach((r) => holder.sheet.insertRule(r))
	})
	}
	// Some older browsers do not support document.adoptedStyleSheets.
	// In this case, we use the <style> elements.
	// Since the <style> elements we need are already in the DOM, there
	// is nothing to do here.
	}, 500)

	const EAGER_STYLE_ID = 'pleroma-eager-styles'
	const LAZY_STYLE_ID = 'pleroma-lazy-styles'

	const generateTheme = (inputRuleset, callbacks, debug) => {
	const {
	onNewRule = () => {
	/* no-op */
	},
	onLazyFinished = () => {
	/* no-op */
	},
	onEagerFinished = () => {
	/* no-op */
	},
	} = callbacks

	const themes3 = init({
	inputRuleset,
	debug,
	})

	getCssRules(themes3.eager, debug).forEach((rule) => {
	// Hacks to support multiple selectors on same component
	onNewRule(rule, false)
	})
	onEagerFinished()

	// Optimization - instead of processing all lazy rules in one go, process them in small chunks
	// so that UI can do other things and be somewhat responsive while less important rules are being
	// processed
	let counter = 0
	const chunks = chunk(themes3.lazy, 200)
	// let t0 = performance.now()
	const processChunk = () => {
	const chunk = chunks[counter]
	Promise.all(chunk.map((x) => x())).then((result) => {
	getCssRules(
	- result.filter((x) => x),
	+ result.filter(Boolean),
	debug,
	).forEach((rule) => {
	onNewRule(rule, true)
	})
	// const t1 = performance.now()
	// console.debug('Chunk ' + counter + ' took ' + (t1 - t0) + 'ms')
	// t0 = t1
	counter += 1
	if (counter < chunks.length) {
	setTimeout(processChunk, 0)
	} else {
	onLazyFinished()
	}
	})
	}

	return { lazyProcessFunc: processChunk }
	}

	export const tryLoadCache = async () => {
	console.info('Trying to load compiled theme data from cache')
	const cache = await localforage.getItem('pleromafe-theme-cache')
	if (!cache) return null
	try {
	if (
	cache.engineChecksum === getEngineChecksum() &&
	cache.checksum !== undefined &&
	cache.checksum === useMergedConfigStore().mergedConfig.themeChecksum
	) {
	const eagerStyles = createStyleSheet(EAGER_STYLE_ID, 10)
	const lazyStyles = createStyleSheet(LAZY_STYLE_ID, 20)

	cache.data[0].forEach((rule) => eagerStyles.addRule(rule))
	cache.data[1].forEach((rule) => lazyStyles.addRule(rule))

	eagerStyles.ready = true
	lazyStyles.ready = true

	console.info(`Loaded theme from cache`)
	return true
	} else {
	console.warn("Checksums don't match, cache not usable, clearing")
	localStorage.removeItem('pleroma-fe-theme-cache')
	}
	} catch (e) {
	console.error('Failed to load theme cache:', e)
	return false
	}
	}

	export const applyTheme = (
	input,
	onEagerFinish = () => {
	/* no-op */
	},
	onFinish = () => {
	/* no-op */
	},
	debug,
	) => {
	const eagerStyles = createStyleSheet(EAGER_STYLE_ID, 10)
	const lazyStyles = createStyleSheet(LAZY_STYLE_ID, 20)

	eagerStyles.clear()
	lazyStyles.clear()

	const { lazyProcessFunc } = generateTheme(
	input,
	{
	onNewRule(rule, isLazy) {
	if (isLazy) {
	lazyStyles.addRule(rule)
	} else {
	eagerStyles.addRule(rule)
	}
	},
	onEagerFinished() {
	eagerStyles.ready = true
	adoptStyleSheets()
	onEagerFinish()
	console.info(
	'Eager part of theme finished, waiting for lazy part to finish to store cache',
	)
	},
	onLazyFinished() {
	lazyStyles.ready = true
	adoptStyleSheets()
	const data = [eagerStyles.rules, lazyStyles.rules]
	const checksum = sum(data)
	const cache = {
	checksum,
	engineChecksum: getEngineChecksum(),
	data,
	}
	useSyncConfigStore().setSimplePrefAndSave({
	path: 'themeChecksum',
	value: checksum,
	})
	onFinish(cache)
	localforage.setItem('pleromafe-theme-cache', cache)
	console.info('Theme cache stored')
	},
	},
	debug,
	)

	setTimeout(lazyProcessFunc, 0)
	}

	const extractStyleConfig = ({
	sidebarColumnWidth,
	contentColumnWidth,
	notifsColumnWidth,
	themeEditorMinWidth,
	emojiReactionsScale,
	emojiSize,
	navbarSize,
	panelHeaderSize,
	textSize,
	forcedRoundness,
	}) => {
	const result = {
	sidebarColumnWidth,
	contentColumnWidth,
	notifsColumnWidth,
	themeEditorMinWidth:
	parseInt(themeEditorMinWidth) === 0 ? 'fit-content' : themeEditorMinWidth,
	emojiReactionsScale,
	emojiSize,
	navbarSize,
	panelHeaderSize,
	textSize,
	}

	switch (forcedRoundness) {
	case 'disable':
	break
	case '0':
	result.forcedRoundness = '0'
	break
	case '1':
	result.forcedRoundness = '1px'
	break
	case '2':
	result.forcedRoundness = '0.4rem'
	break
	default:
	}

	return result
	}

	const defaultStyleConfig = extractStyleConfig(ROOT_CONFIG)

	export const applyStyleConfig = (input) => {
	const config = extractStyleConfig(input)

	if (config === defaultStyleConfig) {
	return
	}

	const rules = Object.entries(config)
	.filter(([, v]) => v)
	.map(([k, v]) => `--${k}: ${v}`)
	.join(';')

	const styleSheet = createStyleSheet('theme-holder', 30)

	styleSheet.clear()
	styleSheet.addRule(`:root { ${rules} }`)

	// TODO find a way to make this not apply to theme previews
	if (Object.hasOwn(config, 'forcedRoundness')) {
	styleSheet.addRule(` *:not(.preview-block) {
	--roundness: var(--forcedRoundness) !important;
	}`)
	}
	styleSheet.ready = true
	adoptStyleSheets()
	}

	export const getResourcesIndex = async (url, parser = (x) => x) => {
	const cache = 'no-store'
	const customUrl = url.replace(/\.(\w+)$/, '.custom.$1')
	let builtin
	let custom

	const resourceTransform = (resources) => {
	return Object.entries(resources).map(([k, v]) => {
	if (typeof v === 'object') {
	return [k, () => Promise.resolve(v)]
	} else if (typeof v === 'string') {
	return [
	k,
	() =>
	promisedRequest({
	url: v,
	cache,
	})
	.then(({ data: text }) => parser(text))
	.catch((e) => {
	console.error(e)
	return null
	}),
	]
	} else {
	console.error(`Unknown resource format - ${k} is a ${typeof v}`)
	return [k, null]
	}
	})
	}

	try {
	const { data: builtinData } = await promisedRequest({ url, cache })
	builtin = resourceTransform(builtinData)
	} catch {
	builtin = []
	console.warn(`Builtin resources at ${url} unavailable`)
	}

	try {
	const { data: customData } = await promisedRequest({
	url: customUrl,
	cache,
	})
	custom = resourceTransform(customData)
	} catch {
	custom = []
	console.warn(`Custom resources at ${customUrl} unavailable`)
	}

	const total = [...custom, ...builtin]
	if (total.length === 0) {
	return Promise.reject(
	new Error(
	`Resource at ${url} and ${customUrl} completely unavailable. Panicking`,
	),
	)
	}
	return Promise.resolve(Object.fromEntries(total))
	}
	diff --git a/src/services/theme_data/css_utils.js b/src/services/theme_data/css_utils.js
	index 2e3758ad52..990db652c5 100644
	--- a/src/services/theme_data/css_utils.js
	+++ b/src/services/theme_data/css_utils.js
	@@ -1,190 +1,190 @@
	import { convert } from 'chromatism'

	import { hex2rgb, rgba2css } from '../color_convert/color_convert.js'

	export const getCssColorString = (color, alpha = 1) =>
	rgba2css({ ...convert(color).rgb, a: alpha })

	export const getCssShadow = (input, usesDropShadow) => {
	if (input.length === 0) {
	return 'none'
	}

	return input
	.filter((_) => (usesDropShadow ? _.inset : _))
	.map((shad) =>
	[shad.x, shad.y, shad.blur, shad.spread]
	.map((_) => _ + 'px ')
	.concat([
	getCssColorString(shad.color, shad.alpha),
	shad.inset ? 'inset' : '',
	])
	.join(' '),
	)
	.join(', ')
	}

	export const getCssShadowFilter = (input) => {
	if (input.length === 0) {
	return 'none'
	}

	return (
	input
	// drop-shadow doesn't support inset or spread
	.filter((shad) => !shad.inset && Number(shad.spread) === 0)
	.map((shad) =>
	[
	shad.x,
	shad.y,
	// drop-shadow's blur is twice as strong compared to box-shadow
	shad.blur / 2,
	]
	.map((_) => _ + 'px')
	.concat([getCssColorString(shad.color, shad.alpha)])
	.join(' '),
	)
	.map((_) => `drop-shadow(${_})`)
	.join(' ')
	)
	}

	// `debug` changes what backgrounds are used to "stacked" solid colors so you can see
	// what theme engine "thinks" is actual background color is for purposes of text color
	// generation and for when --stacked variable is used
	export const getCssRules = (rules, debug) =>
	rules
	.map((rule) => {
	let selector = rule.selector
	if (!selector) {
	selector = 'html'
	}
	const header = selector + ' {'
	const footer = '}'

	const virtualDirectives = Object.entries(rule.virtualDirectives \|\| {})
	.map(([k, v]) => {
	return ' ' + k + ': ' + v
	})
	.join(';\n')

	const directives = Object.entries(rule.directives)
	.map(([k, v]) => {
	switch (k) {
	case 'roundness': {
	return ' ' + ['--roundness: ' + v + 'px'].join(';\n ')
	}
	case 'shadow': {
	if (!rule.dynamicVars.shadow) {
	return ''
	}
	return (
	' ' +
	[
	'--shadow: ' + getCssShadow(rule.dynamicVars.shadow),
	'--shadowFilter: ' +
	getCssShadowFilter(rule.dynamicVars.shadow),
	'--shadowInset: ' +
	getCssShadow(rule.dynamicVars.shadow, true),
	].join(';\n ')
	)
	}
	case 'background': {
	if (debug) {
	return `
	--background: ${getCssColorString(rule.dynamicVars.stacked)};
	background-color: ${getCssColorString(rule.dynamicVars.stacked)};
	`
	}
	if (v === 'transparent') {
	if (rule.component === 'Root') return null
	return [
	rule.directives.backgroundNoCssColor !== 'yes'
	? 'background-color: ' + v
	: '',
	' --background: ' + v,
	]
	- .filter((x) => x)
	+ .filter(Boolean)
	.join(';\n')
	}
	const color = getCssColorString(
	rule.dynamicVars.background,
	rule.directives.opacity,
	)
	const cssDirectives = ['--background: ' + color]
	if (rule.directives.backgroundNoCssColor !== 'yes') {
	cssDirectives.push('background-color: ' + color)
	}
	- return cssDirectives.filter((x) => x).join(';\n')
	+ return cssDirectives.filter(Boolean).join(';\n')
	}
	case 'blur': {
	const cssDirectives = []
	if (rule.directives.opacity < 1) {
	cssDirectives.push(`--backdrop-filter: blur(${v}) `)
	if (rule.directives.backgroundNoCssColor !== 'yes') {
	cssDirectives.push(`backdrop-filter: blur(${v}) `)
	}
	}
	return cssDirectives.join(';\n')
	}
	case 'font': {
	return 'font-family: ' + v
	}
	case 'textColor': {
	if (rule.directives.textNoCssColor === 'yes') {
	return ''
	}
	return 'color: ' + v
	}
	default:
	if (k.startsWith('--')) {
	const [type, value] = v.split('\|').map((x) => x.trim())
	switch (type) {
	case 'color': {
	const color = rule.dynamicVars[k]
	if (typeof color === 'string') {
	return k + ': ' + rgba2css(hex2rgb(color))
	} else {
	return k + ': ' + rgba2css(color)
	}
	}
	case 'generic':
	return k + ': ' + value
	default:
	return null
	}
	}
	return null
	}
	})
	- .filter((x) => x)
	+ .filter(Boolean)
	.map((x) => ' ' + x + ';')
	.join('\n')

	return [
	header,
	directives,
	rule.component === 'Text' &&
	rule.state.indexOf('faint') < 0 &&
	rule.directives.textNoCssColor !== 'yes'
	? ' color: var(--text);'
	: '',
	virtualDirectives,
	footer,
	]
	- .filter((x) => x)
	+ .filter(Boolean)
	.join('\n')
	})
	- .filter((x) => x)
	+ .filter(Boolean)

	export const getScopedVersion = (rules, newScope) => {
	return rules.map((x) => {
	if (x.startsWith('html')) {
	return x.replace('html', newScope)
	} else if (x.startsWith('#content')) {
	return x.replace('#content', newScope)
	} else {
	return newScope + ' > ' + x
	}
	})
	}
	diff --git a/src/services/theme_data/iss_serializer.js b/src/services/theme_data/iss_serializer.js
	index a9c3887dd3..5a336f10bf 100644
	--- a/src/services/theme_data/iss_serializer.js
	+++ b/src/services/theme_data/iss_serializer.js
	@@ -1,67 +1,67 @@
	import { deserializeShadow } from './iss_deserializer.js'
	import { unroll } from './iss_utils.js'

	export const serializeShadow = (s) => {
	if (typeof s === 'object') {
	const inset = s.inset ? 'inset ' : ''
	const name = s.name ? ` #${s.name} ` : ''
	const result = `${inset}${s.x} ${s.y} ${s.blur} ${s.spread} ${s.color} / ${s.alpha}${name}`
	deserializeShadow(result) // Verify that output is valid and parseable
	return result
	} else {
	return s
	}
	}

	export const serialize = (ruleset) => {
	return ruleset
	.map((rule) => {
	if (Object.keys(rule.directives \|\| {}).length === 0) return false

	const header = unroll(rule)
	.reverse()
	.map((rule) => {
	const { component } = rule
	const newVariant =
	rule.variant == null \|\| rule.variant === 'normal'
	? ''
	: '.' + rule.variant
	const newState = (rule.state \|\| []).filter((st) => st !== 'normal')

	return `${component}${newVariant}${newState.map((st) => ':' + st).join('')}`
	})
	.join(' ')

	const content = Object.entries(rule.directives).map(
	([directive, value]) => {
	if (directive.startsWith('--')) {
	const [valType, newValue] = value.split('\|') // only first one! intentional!
	switch (valType) {
	case 'shadow':
	return ` ${directive}: ${valType.trim()} \| ${newValue
	.map(serializeShadow)
	.map((s) => s.trim())
	.join(', ')}`
	default:
	return ` ${directive}: ${valType.trim()} \| ${newValue.trim()}`
	}
	} else {
	switch (directive) {
	case 'shadow':
	if (value.length > 0) {
	return ` ${directive}: ${value.map(serializeShadow).join(', ')}`
	} else {
	return ` ${directive}: none`
	}
	default:
	return ` ${directive}: ${value}`
	}
	}
	},
	)

	return `${header} {\n${content.join(';\n')}\n}`
	})
	- .filter((x) => x)
	+ .filter(Boolean)
	.join('\n\n')
	}
	diff --git a/src/services/theme_data/theme2_to_theme3.js b/src/services/theme_data/theme2_to_theme3.js
	index aa323ac91f..5bab4818cc 100644
	--- a/src/services/theme_data/theme2_to_theme3.js
	+++ b/src/services/theme_data/theme2_to_theme3.js
	@@ -1,574 +1,574 @@
	import { convert } from 'chromatism'

	import allKeys from './theme2_keys'

	// keys that are meant to be used globally, i.e. what's the rest of the theme is based upon.
	export const basePaletteKeys = new Set([
	'bg',
	'fg',
	'text',
	'link',
	'accent',

	'cBlue',
	'cRed',
	'cGreen',
	'cOrange',

	'wallpaper',
	])

	export const fontsKeys = new Set(['interface', 'input', 'post', 'postCode'])

	export const opacityKeys = new Set([
	'alert',
	'alertPopup',
	'bg',
	'border',
	'btn',
	'faint',
	'input',
	'panel',
	'popover',
	'profileTint',
	'underlay',
	])

	export const shadowsKeys = new Set([
	'panel',
	'topBar',
	'popup',
	'avatar',
	'avatarStatus',
	'panelHeader',
	'button',
	'buttonHover',
	'buttonPressed',
	'input',
	])

	export const radiiKeys = new Set([
	'btn',
	'input',
	'checkbox',
	'panel',
	'avatar',
	'avatarAlt',
	'tooltip',
	'attachment',
	'chatMessage',
	])

	// Keys that are not available in editor and never meant to be edited
	export const hiddenKeys = new Set(['profileBg', 'profileTint'])

	export const extendedBasePrefixes = [
	'border',
	'icon',
	'highlight',
	'lightText',

	'popover',

	'panel',
	'topBar',
	'tab',
	'btn',
	'input',
	'selectedMenu',

	'alert',
	'alertPopup',
	'badge',

	'post',
	'selectedPost', // wrong nomenclature
	'poll',

	'chatBg',
	'chatMessage',
	]
	export const nonComponentPrefixes = new Set([
	'border',
	'icon',
	'highlight',
	'lightText',
	'chatBg',
	])

	export const extendedBaseKeys = Object.fromEntries(
	extendedBasePrefixes.map((prefix) => [
	prefix,
	allKeys.filter((k) => {
	if (prefix === 'alert') {
	return k.startsWith(prefix) && !k.startsWith('alertPopup')
	}
	return k.startsWith(prefix)
	}),
	]),
	)

	// Keysets that are only really used intermideately, i.e. to generate other colors
	export const temporary = new Set(['', 'highlight'])

	export const temporaryColors = {}

	export const convertTheme2To3 = (data) => {
	data.colors.accent = data.colors.accent \|\| data.colors.link
	data.colors.link = data.colors.link \|\| data.colors.accent
	const generateRoot = () => {
	const directives = {}
	basePaletteKeys.forEach((key) => {
	directives['--' + key] = 'color \| ' + convert(data.colors[key]).hex
	})
	return {
	component: 'Root',
	directives,
	}
	}

	const convertOpacity = () => {
	const newRules = []
	Object.keys(data.opacity \|\| {}).forEach((key) => {
	if (!opacityKeys.has(key) \|\| data.opacity[key] === undefined) return null
	const originalOpacity = data.opacity[key]
	const rule = { source: '2to3' }

	switch (key) {
	case 'alert':
	rule.component = 'Alert'
	break
	case 'alertPopup':
	rule.component = 'Alert'
	rule.parent = { component: 'Popover' }
	break
	case 'bg':
	rule.component = 'Panel'
	break
	case 'border':
	rule.component = 'Border'
	break
	case 'btn':
	rule.component = 'Button'
	break
	case 'faint':
	rule.component = 'Text'
	rule.state = ['faint']
	break
	case 'input':
	rule.component = 'Input'
	break
	case 'panel':
	rule.component = 'PanelHeader'
	break
	case 'popover':
	rule.component = 'Popover'
	break
	case 'profileTint':
	return null
	case 'underlay':
	rule.component = 'Underlay'
	break
	}

	switch (key) {
	case 'alert':
	case 'alertPopup':
	case 'bg':
	case 'btn':
	case 'input':
	case 'panel':
	case 'popover':
	case 'underlay':
	rule.directives = { opacity: originalOpacity }
	break
	case 'faint':
	case 'border':
	rule.directives = { textOpacity: originalOpacity }
	break
	}

	newRules.push(rule)

	if (rule.component === 'Button') {
	newRules.push({ ...rule, component: 'ScrollbarElement' })
	newRules.push({ ...rule, component: 'Tab' })
	newRules.push({
	...rule,
	component: 'Tab',
	state: ['active'],
	directives: { opacity: 0 },
	})
	}
	if (rule.component === 'Panel') {
	newRules.push({ ...rule, component: 'Post' })
	}
	})
	return newRules
	}

	const convertRadii = () => {
	const newRules = []
	Object.keys(data.radii \|\| {}).forEach((key) => {
	if (!radiiKeys.has(key) \|\| data.radii[key] === undefined) return null
	const originalRadius = data.radii[key]
	const rule = { source: '2to3' }

	switch (key) {
	case 'btn':
	rule.component = 'Button'
	break
	case 'tab':
	rule.component = 'Tab'
	break
	case 'input':
	rule.component = 'Input'
	break
	case 'checkbox':
	rule.component = 'Input'
	rule.variant = 'checkbox'
	break
	case 'panel':
	rule.component = 'Panel'
	break
	case 'avatar':
	rule.component = 'Avatar'
	break
	case 'avatarAlt':
	rule.component = 'Avatar'
	rule.variant = 'compact'
	break
	case 'tooltip':
	rule.component = 'Popover'
	break
	case 'ChatMessage':
	rule.component = 'Button'
	break
	}
	rule.directives = {
	roundness: originalRadius,
	}
	newRules.push(rule)
	if (rule.component === 'Button') {
	newRules.push({ ...rule, component: 'ScrollbarElement' })
	newRules.push({ ...rule, component: 'Tab' })
	}
	})
	return newRules
	}

	const convertFonts = () => {
	const newRules = []
	Object.keys(data.fonts \|\| {}).forEach((key) => {
	if (!fontsKeys.has(key)) return
	if (!data.fonts[key]) return
	const originalFont = data.fonts[key]
	const rule = { source: '2to3' }

	switch (key) {
	case 'interface':
	case 'postCode':
	rule.component = 'Root'
	break
	case 'input':
	rule.component = 'Input'
	break
	case 'post':
	rule.component = 'RichContent'
	break
	}
	switch (key) {
	case 'interface':
	case 'input':
	case 'post':
	rule.directives = { '--font': 'generic \| ' + originalFont }
	break
	case 'postCode':
	rule.directives = { '--monoFont': 'generic \| ' + originalFont }
	newRules.push({ ...rule, component: 'RichContent' })
	break
	}
	newRules.push(rule)
	})
	return newRules
	}
	const convertShadows = () => {
	const newRules = []
	Object.keys(data.shadows \|\| {}).forEach((key) => {
	if (!shadowsKeys.has(key)) return
	const originalShadow = data.shadows[key]
	const rule = { source: '2to3' }

	switch (key) {
	case 'panel':
	rule.component = 'Panel'
	break
	case 'topBar':
	rule.component = 'TopBar'
	break
	case 'popup':
	rule.component = 'Popover'
	break
	case 'avatar':
	rule.component = 'Avatar'
	break
	case 'avatarStatus':
	rule.component = 'Avatar'
	rule.parent = { component: 'Post' }
	break
	case 'panelHeader':
	rule.component = 'PanelHeader'
	break
	case 'button':
	rule.component = 'Button'
	break
	case 'buttonHover':
	rule.component = 'Button'
	rule.state = ['hover']
	break
	case 'buttonPressed':
	rule.component = 'Button'
	rule.state = ['pressed']
	break
	case 'input':
	rule.component = 'Input'
	break
	}
	rule.directives = {
	shadow: originalShadow,
	}
	newRules.push(rule)
	if (key === 'topBar') {
	newRules.push({
	...rule,
	component: 'PanelHeader',
	parent: { component: 'MobileDrawer' },
	})
	}
	if (key === 'avatarStatus') {
	newRules.push({ ...rule, parent: { component: 'Notification' } })
	}
	if (key === 'buttonPressed') {
	newRules.push({ ...rule, state: ['toggled'] })
	newRules.push({ ...rule, state: ['toggled', 'focus'] })
	newRules.push({ ...rule, state: ['pressed', 'focus'] })
	newRules.push({ ...rule, state: ['toggled', 'focus', 'hover'] })
	newRules.push({ ...rule, state: ['pressed', 'focus', 'hover'] })
	}

	if (rule.component === 'Button') {
	newRules.push({ ...rule, component: 'ScrollbarElement' })
	newRules.push({ ...rule, component: 'Tab' })
	}
	})
	return newRules
	}

	const extendedRules = Object.entries(extendedBaseKeys).map(
	([prefix, keys]) => {
	if (nonComponentPrefixes.has(prefix)) return null
	const rule = { source: '2to3' }
	if (prefix === 'alertPopup') {
	rule.component = 'Alert'
	rule.parent = { component: 'Popover' }
	} else if (prefix === 'selectedPost') {
	rule.component = 'Post'
	rule.state = ['selected']
	} else if (prefix === 'selectedMenu') {
	rule.component = 'MenuItem'
	rule.state = ['hover']
	} else if (prefix === 'chatMessageIncoming') {
	rule.component = 'ChatMessage'
	} else if (prefix === 'chatMessageOutgoing') {
	rule.component = 'ChatMessage'
	rule.variant = 'outgoing'
	} else if (prefix === 'panel') {
	rule.component = 'PanelHeader'
	} else if (prefix === 'topBar') {
	rule.component = 'TopBar'
	} else if (prefix === 'chatMessage') {
	rule.component = 'ChatMessage'
	} else if (prefix === 'poll') {
	rule.component = 'PollGraph'
	} else if (prefix === 'btn') {
	rule.component = 'Button'
	} else {
	rule.component = prefix[0].toUpperCase() + prefix.slice(1).toLowerCase()
	}
	return keys.map((key) => {
	if (!data.colors[key]) return null
	const leftoverKey = key.replace(prefix, '')
	const parts = (leftoverKey \|\| 'Bg').match(/[A-Z][a-z]*/g)
	const last = parts.slice(-1)[0]
	let newRule = { source: '2to3', directives: {} }
	let variantArray = []

	switch (last) {
	case 'Text':
	case 'Faint': // typo
	case 'Link':
	case 'Icon':
	case 'Greentext':
	case 'Cyantext':
	case 'Border':
	newRule.parent = rule
	newRule.directives.textColor = data.colors[key]
	variantArray = parts.slice(0, -1)
	break
	default:
	newRule = { ...rule, directives: {} }
	newRule.directives.background = data.colors[key]
	variantArray = parts
	break
	}

	if (last === 'Text' \|\| last === 'Link') {
	const secondLast = parts.slice(-2)[0]
	if (secondLast === 'Light') {
	return null // unsupported
	} else if (secondLast === 'Faint') {
	newRule.state = ['faint']
	variantArray = parts.slice(0, -2)
	}
	}

	switch (last) {
	case 'Text':
	case 'Link':
	case 'Icon':
	case 'Border':
	newRule.component = last
	break
	case 'Greentext':
	case 'Cyantext':
	newRule.component = 'FunText'
	newRule.variant = last.toLowerCase()
	break
	case 'Faint':
	newRule.component = 'Text'
	newRule.state = ['faint']
	break
	}

	variantArray = variantArray.filter((x) => x !== 'Bg')

	if (last === 'Link' && prefix === 'selectedPost') {
	// selectedPost has typo - duplicate 'Post'
	variantArray = variantArray.filter((x) => x !== 'Post')
	}

	if (prefix === 'popover' && variantArray[0] === 'Post') {
	newRule.component = 'Post'
	newRule.parent = { source: '2to3hack', component: 'Popover' }
	variantArray = variantArray.filter((x) => x !== 'Post')
	}

	if (prefix === 'selectedMenu' && variantArray[0] === 'Popover') {
	newRule.parent = { source: '2to3hack', component: 'Popover' }
	variantArray = variantArray.filter((x) => x !== 'Popover')
	}

	switch (prefix) {
	case 'btn':
	case 'input':
	case 'alert': {
	const hasPanel = variantArray.find((x) => x === 'Panel')
	if (hasPanel) {
	newRule.parent = {
	source: '2to3hack',
	component: 'PanelHeader',
	parent: newRule.parent,
	}
	variantArray = variantArray.filter((x) => x !== 'Panel')
	}
	const hasTop = variantArray.find((x) => x === 'Top') // TopBar
	if (hasTop) {
	newRule.parent = {
	source: '2to3hack',
	component: 'TopBar',
	parent: newRule.parent,
	}
	variantArray = variantArray.filter(
	(x) => x !== 'Top' && x !== 'Bar',
	)
	}
	break
	}
	}

	if (variantArray.length > 0) {
	if (prefix === 'btn') {
	newRule.state = variantArray.map((x) => x.toLowerCase())
	} else {
	newRule.variant = variantArray[0].toLowerCase()
	}
	}

	if (newRule.component === 'Panel') {
	return [newRule, { ...newRule, component: 'MobileDrawer' }]
	} else if (newRule.component === 'Button') {
	const rules = [
	newRule,
	{ ...newRule, component: 'Tab' },
	{ ...newRule, component: 'ScrollbarElement' },
	]
	if (newRule.state?.indexOf('toggled') >= 0) {
	rules.push({ ...newRule, state: [...newRule.state, 'focused'] })
	rules.push({ ...newRule, state: [...newRule.state, 'hover'] })
	rules.push({
	...newRule,
	state: [...newRule.state, 'hover', 'focused'],
	})
	}
	if (newRule.state?.indexOf('hover') >= 0) {
	rules.push({ ...newRule, state: [...newRule.state, 'focused'] })
	}
	return rules
	} else if (newRule.component === 'Badge') {
	if (newRule.variant === 'notification') {
	return [
	newRule,
	{
	component: 'Root',
	directives: {
	'--badgeNotification':
	'color \| ' + newRule.directives.background,
	},
	},
	]
	} else if (newRule.variant === 'neutral') {
	return [{ ...newRule, variant: 'normal' }]
	} else {
	return [newRule]
	}
	} else if (newRule.component === 'TopBar') {
	return [
	newRule,
	{
	...newRule,
	parent: { component: 'MobileDrawer' },
	component: 'PanelHeader',
	},
	]
	} else {
	return [newRule]
	}
	})
	},
	)

	const flatExtRules = extendedRules
	- .filter((x) => x)
	+ .filter(Boolean)
	.reduce((acc, x) => [...acc, ...x], [])
	- .filter((x) => x)
	+ .filter(Boolean)
	.reduce((acc, x) => [...acc, ...x], [])

	return [
	generateRoot(),
	...convertShadows(),
	...convertRadii(),
	...convertOpacity(),
	...convertFonts(),
	...flatExtRules,
	]
	}
	diff --git a/src/services/theme_data/theme_data_3.service.js b/src/services/theme_data/theme_data_3.service.js
	index 0c5c82991f..626d7daeb6 100644
	--- a/src/services/theme_data/theme_data_3.service.js
	+++ b/src/services/theme_data/theme_data_3.service.js
	@@ -1,780 +1,780 @@
	import { brightness, convert } from 'chromatism'
	import sum from 'hash-sum'
	import { flattenDeep, sortBy } from 'lodash'

	import {
	alphaBlend,
	getTextColor,
	mixrgb,
	relativeLuminance,
	rgba2css,
	} from '../color_convert/color_convert.js'
	import { deserializeShadow } from './iss_deserializer.js'
	import {
	findRules,
	genericRuleToSelector,
	getAllPossibleCombinations,
	normalizeCombination,
	unroll,
	} from './iss_utils.js'
	import {
	colorFunctions,
	process,
	shadowFunctions,
	} from './theme3_slot_functions.js'

	// Ensuring the order of components
	const components = {
	Root: null,
	Text: null,
	FunText: null,
	Link: null,
	Icon: null,
	Border: null,
	PanelHeader: null,
	Panel: null,
	Chat: null,
	ChatMessage: null,
	Button: null,
	}

	export const findShadow = (shadows, { dynamicVars, staticVars }) => {
	return (shadows \|\| []).map((shadow) => {
	let targetShadow
	if (typeof shadow === 'string') {
	if (shadow.startsWith('$')) {
	targetShadow = process(
	shadow,
	shadowFunctions,
	{ findColor, findShadow },
	{ dynamicVars, staticVars },
	)
	} else if (shadow.startsWith('--')) {
	// modifiers are completely unsupported here
	const variableSlot = shadow.substring(2)
	return findShadow(staticVars[variableSlot], { dynamicVars, staticVars })
	} else {
	targetShadow = deserializeShadow(shadow)
	}
	} else {
	targetShadow = shadow
	}

	const shadowArray = Array.isArray(targetShadow)
	? targetShadow
	: [targetShadow]
	return shadowArray.map((s) => ({
	...s,
	color: findColor(s.color, { dynamicVars, staticVars }),
	}))
	})
	}

	export const findColor = (color, { dynamicVars, staticVars }) => {
	try {
	if (
	typeof color !== 'string' \|\|
	(!color.startsWith('--') && !color.startsWith('$'))
	)
	return color
	let targetColor = null
	if (color.startsWith('--')) {
	// Modifier support is pretty much for v2 themes only
	const [variable, modifier] = color.split(/,/g).map((str) => str.trim())
	const variableSlot = variable.substring(2)
	if (variableSlot === 'stack') {
	const { r, g, b } = dynamicVars.stacked
	targetColor = { r, g, b }
	} else if (variableSlot.startsWith('parent')) {
	if (variableSlot === 'parent') {
	const { r, g, b } = dynamicVars.lowerLevelBackground ?? {}
	targetColor = { r, g, b }
	} else {
	const virtualSlot = variableSlot.replace(/^parent/, '')
	targetColor = convert(
	dynamicVars.lowerLevelVirtualDirectivesRaw[virtualSlot],
	).rgb
	}
	} else {
	const staticVar = staticVars[variableSlot]
	const dynamicVar = dynamicVars[variableSlot]
	if (!staticVar && !dynamicVar) {
	console.warn(
	`Couldn't find variable "${variableSlot}", falling back to magenta. Variables are:
	Static:
	${JSON.stringify(staticVars, null, 2)}
	Dynamic:
	${JSON.stringify(dynamicVars, null, 2)}`,
	dynamicVars,
	variableSlot,
	dynamicVars[variableSlot],
	)
	}
	targetColor = convert(staticVar ?? dynamicVar ?? '#FF00FF').rgb
	}

	if (modifier) {
	const effectiveBackground =
	dynamicVars.lowerLevelBackground ?? targetColor
	const isLightOnDark =
	relativeLuminance(convert(effectiveBackground).rgb) < 0.5
	const mod = isLightOnDark ? 1 : -1
	targetColor = brightness(
	Number.parseFloat(modifier) * mod,
	targetColor,
	).rgb
	}
	}

	if (color.startsWith('$')) {
	try {
	targetColor = process(
	color,
	colorFunctions,
	{ findColor },
	{ dynamicVars, staticVars },
	)
	} catch (e) {
	console.error(
	'Failure executing color function',
	e,
	'\n Function: ' + color,
	)
	targetColor = '#FF00FF'
	}
	}
	// Color references other color
	return targetColor
	} catch (e) {
	throw new Error(`Couldn't find color "${color}", variables are:
	Static:
	${JSON.stringify(staticVars, null, 2)}
	Dynamic:
	${JSON.stringify(dynamicVars, null, 2)}\nError: ${e}`)
	}
	}

	const getTextColorAlpha = (
	directives,
	intendedTextColor,
	dynamicVars,
	staticVars,
	) => {
	const opacity = directives.textOpacity
	const backgroundColor = convert(dynamicVars.lowerLevelBackground).rgb
	const textColor = convert(
	findColor(intendedTextColor, { dynamicVars, staticVars }),
	).rgb
	if (opacity === null \|\| opacity === undefined \|\| opacity >= 1) {
	return convert(textColor).hex
	}
	if (opacity === 0) {
	return convert(backgroundColor).hex
	}
	const opacityMode = directives.textOpacityMode
	switch (opacityMode) {
	case 'fake':
	return convert(alphaBlend(textColor, opacity, backgroundColor)).hex
	case 'mixrgb':
	return convert(mixrgb(backgroundColor, textColor)).hex
	default:
	return rgba2css({ a: opacity, ...textColor })
	}
	}

	// Loading all style.js[on] files dynamically
	const componentsContext = import.meta.glob(
	['/src/*/.style.js', '/src/*/.style.json'],
	{ eager: true },
	)
	Object.keys(componentsContext).forEach((key) => {
	const component = componentsContext[key].default
	if (components[component.name] != null) {
	console.warn(
	`Component in file ${key} is trying to override existing component ${component.name}! You have collisions/duplicates!`,
	)
	}
	components[component.name] = component
	})

	Object.keys(components).forEach((key) => {
	if (key === 'Root') return
	components.Root.validInnerComponents =
	components.Root.validInnerComponents \|\| []
	components.Root.validInnerComponents.push(key)
	})

	Object.keys(components).forEach((key) => {
	const component = components[key]
	const { validInnerComponents = [] } = component
	validInnerComponents.forEach((inner) => {
	const child = components[inner]
	component.possibleChildren = component.possibleChildren \|\| []
	component.possibleChildren.push(child)
	child.possibleParents = child.possibleParents \|\| []
	child.possibleParents.push(component)
	})
	})

	const engineChecksum = sum(components)

	const ruleToSelector = genericRuleToSelector(components)

	export const getEngineChecksum = () => engineChecksum

	/**
	* Initializes and compiles the theme according to the ruleset
	*
	* @param {Object[]} inputRuleset - set of rules to compile theme against. Acts as an override to
	* component default rulesets
	* @param {string} ultimateBackgroundColor - Color that will be the "final" background for
	* calculating contrast ratios and making text automatically accessible. Really used for cases when
	* stuff is transparent.
	* @param {boolean} debug - print out debug information in console, mostly just performance stuff
	* @param {boolean} liteMode - use validInnerComponentsLite instead of validInnerComponents, meant to
	* generatate theme previews and such that need to be compiled faster and don't require a lot of other
	* components present in "normal" mode
	* @param {boolean} onlyNormalState - only use components 'normal' states, meant for generating theme
	* previews since states are the biggest factor for compilation time and are completely unnecessary
	* when previewing multiple themes at same time
	*/
	export const init = ({
	inputRuleset,
	ultimateBackgroundColor,
	debug = false,
	liteMode = false,
	editMode = false,
	onlyNormalState = false,
	initialStaticVars = {},
	}) => {
	const rootComponentName = 'Root'
	if (!inputRuleset) throw new Error('Ruleset is null or undefined!')
	const staticVars = { ...initialStaticVars }
	const stacked = {}
	const computed = {}

	const rulesetUnsorted = [
	...Object.values(components)
	.map((c) =>
	(c.defaultRules \|\| []).map((r) => ({
	source: 'Built-in',
	component: c.name,
	...r,
	})),
	)
	.reduce((acc, arr) => [...acc, ...arr], []),
	...inputRuleset,
	].map((rule) => {
	normalizeCombination(rule)
	let currentParent = rule.parent
	while (currentParent) {
	normalizeCombination(currentParent)
	currentParent = currentParent.parent
	}

	return rule
	})

	const ruleset = rulesetUnsorted
	.map((data, index) => ({ data, index }))
	.toSorted(({ data: a, index: ai }, { data: b, index: bi }) => {
	const parentsA = unroll(a).length
	const parentsB = unroll(b).length

	let aScore = 0
	let bScore = 0

	aScore += parentsA * 1000
	bScore += parentsB * 1000

	aScore += a.variant !== 'normal' ? 100 : 0
	bScore += b.variant !== 'normal' ? 100 : 0

	aScore += a.state.filter((x) => x !== 'normal').length * 1000
	bScore += b.state.filter((x) => x !== 'normal').length * 1000

	aScore += a.component === 'Text' ? 1 : 0
	bScore += b.component === 'Text' ? 1 : 0

	// Debug
	a._specificityScore = aScore
	b._specificityScore = bScore

	if (aScore === bScore) {
	return ai - bi
	}
	return aScore - bScore
	})
	.map(({ data }) => data)

	if (!ultimateBackgroundColor) {
	console.warn(
	'No ultimate background color provided, falling back to panel color',
	)
	const rootRule = ruleset.findLast(
	(x) => x.component === 'Root' && x.directives?.['--bg'],
	)
	ultimateBackgroundColor = rootRule.directives['--bg'].split('\|')[1].trim()
	}

	const virtualComponents = new Set(
	Object.values(components)
	.filter((c) => c.virtual)
	.map((c) => c.name),
	)
	const transparentComponents = new Set(
	Object.values(components)
	.filter((c) => c.transparent)
	.map((c) => c.name),
	)
	const nonEditableComponents = new Set(
	Object.values(components)
	.filter((c) => c.notEditable)
	.map((c) => c.name),
	)
	const extraCompileComponents = new Set([])

	Object.values(components).forEach((component) => {
	const relevantRules = ruleset.filter((r) => r.component === component.name)
	const backgrounds = relevantRules
	.map((r) => r.directives.background)
	- .filter((x) => x)
	+ .filter(Boolean)
	const opacities = relevantRules
	.map((r) => r.directives.opacity)
	- .filter((x) => x)
	+ .filter(Boolean)
	if (
	backgrounds.some((x) => x.match(/--parent/)) \|\|
	opacities.some((x) => x != null && x < 1)
	) {
	extraCompileComponents.add(component.name)
	}
	})

	const processCombination = (combination) => {
	try {
	const selector = ruleToSelector(combination, true)
	const cssSelector = ruleToSelector(combination)

	const parentSelector = selector.split(/ /g).slice(0, -1).join(' ')
	const soloSelector = selector.split(/ /g).slice(-1)[0]

	const lowerLevelSelector = parentSelector
	let lowerLevelBackground = computed[lowerLevelSelector]?.background
	if (editMode && !lowerLevelBackground) {
	// FIXME hack for editor until it supports handling component backgrounds
	lowerLevelBackground = '#00FFFF'
	}
	const lowerLevelVirtualDirectives =
	computed[lowerLevelSelector]?.virtualDirectives
	const lowerLevelVirtualDirectivesRaw =
	computed[lowerLevelSelector]?.virtualDirectivesRaw

	const dynamicVars = computed[selector] \|\| {
	lowerLevelSelector,
	lowerLevelBackground,
	lowerLevelVirtualDirectives,
	lowerLevelVirtualDirectivesRaw,
	}

	// Inheriting all of the applicable rules
	const existingRules = ruleset.filter(findRules(combination))
	const computedDirectives = existingRules
	.map((r) => r.directives)
	.reduce((acc, directives) => ({ ...acc, ...directives }), {})
	const computedRule = {
	...combination,
	directives: computedDirectives,
	}

	computed[selector] = computed[selector] \|\| {}
	computed[selector].computedRule = computedRule
	computed[selector].dynamicVars = dynamicVars

	// avoid putting more stuff into actual CSS
	computed[selector].virtualDirectives = {}
	// but still be able to access it i.e. from --parent
	computed[selector].virtualDirectivesRaw =
	computed[lowerLevelSelector]?.virtualDirectivesRaw \|\| {}

	if (virtualComponents.has(combination.component)) {
	const virtualName = [
	'--',
	combination.component.toLowerCase(),
	combination.variant === 'normal'
	? ''
	: combination.variant[0].toUpperCase() +
	combination.variant.slice(1).toLowerCase(),
	...sortBy(combination.state.filter((x) => x !== 'normal')).map(
	(state) => state[0].toUpperCase() + state.slice(1).toLowerCase(),
	),
	].join('')

	let inheritedTextColor = computedDirectives.textColor
	let inheritedTextAuto = computedDirectives.textAuto
	let inheritedTextOpacity = computedDirectives.textOpacity
	let inheritedTextOpacityMode = computedDirectives.textOpacityMode
	const lowerLevelTextSelector = [
	...selector.split(/ /g).slice(0, -1),
	soloSelector,
	].join(' ')
	const lowerLevelTextRule = computed[lowerLevelTextSelector]

	if (
	inheritedTextColor == null \|\|
	inheritedTextOpacity == null \|\|
	inheritedTextOpacityMode == null
	) {
	inheritedTextColor =
	computedDirectives.textColor ?? lowerLevelTextRule.textColor
	inheritedTextAuto =
	computedDirectives.textAuto ?? lowerLevelTextRule.textAuto
	inheritedTextOpacity =
	computedDirectives.textOpacity ?? lowerLevelTextRule.textOpacity
	inheritedTextOpacityMode =
	computedDirectives.textOpacityMode ??
	lowerLevelTextRule.textOpacityMode
	}

	const newTextRule = {
	...computedRule,
	directives: {
	...computedRule.directives,
	textColor: inheritedTextColor,
	textAuto: inheritedTextAuto ?? 'preserve',
	textOpacity: inheritedTextOpacity,
	textOpacityMode: inheritedTextOpacityMode,
	},
	}

	dynamicVars.inheritedBackground = lowerLevelBackground
	dynamicVars.stacked = convert(stacked[lowerLevelSelector]).rgb

	const intendedTextColor = convert(
	findColor(inheritedTextColor, { dynamicVars, staticVars }),
	).rgb
	const textColor =
	newTextRule.directives.textAuto === 'no-auto'
	? intendedTextColor
	: getTextColor(
	convert(stacked[lowerLevelSelector]).rgb,
	intendedTextColor,
	newTextRule.directives.textAuto === 'preserve',
	)
	const virtualDirectives = {
	...(computed[lowerLevelSelector].virtualDirectives \|\| {}),
	}
	const virtualDirectivesRaw = {
	...(computed[lowerLevelSelector].virtualDirectivesRaw \|\| {}),
	}

	// Storing color data in lower layer to use as custom css properties
	virtualDirectives[virtualName] = getTextColorAlpha(
	newTextRule.directives,
	textColor,
	dynamicVars,
	)
	virtualDirectivesRaw[virtualName] = textColor

	computed[lowerLevelSelector].virtualDirectives = virtualDirectives
	computed[lowerLevelSelector].virtualDirectivesRaw = virtualDirectivesRaw

	return {
	dynamicVars,
	selector: cssSelector.split(/ /g).slice(0, -1).join(' '),
	...combination,
	directives: {},
	virtualDirectives,
	virtualDirectivesRaw,
	}
	} else {
	computed[selector] = computed[selector] \|\| {}

	// TODO: DEFAULT TEXT COLOR
	const lowerLevelStackedBackground =
	stacked[lowerLevelSelector] \|\| convert(ultimateBackgroundColor).rgb

	if (computedDirectives.background) {
	let inheritRule = null
	const variantRules = ruleset.filter(
	findRules({
	component: combination.component,
	variant: combination.variant,
	parent: combination.parent,
	}),
	)
	const lastVariantRule = variantRules[variantRules.length - 1]
	const lastVariantSelector = ruleToSelector(lastVariantRule, true)

	if (lastVariantRule && lastVariantSelector !== selector) {
	inheritRule = lastVariantRule
	} else {
	const normalRules = ruleset.filter(
	findRules({
	component: combination.component,
	parent: combination.parent,
	}),
	)
	const lastNormalRule = normalRules[normalRules.length - 1]
	inheritRule = lastNormalRule
	}

	const inheritSelector = ruleToSelector(
	{ ...inheritRule, parent: combination.parent },
	true,
	)
	const inheritedBackground = computed[inheritSelector].background

	dynamicVars.inheritedBackground = inheritedBackground

	const rgb = convert(
	findColor(computedDirectives.background, {
	dynamicVars,
	staticVars,
	}),
	).rgb

	if (!stacked[selector]) {
	let blend
	const alpha = computedDirectives.opacity ?? 1
	if (alpha >= 1) {
	blend = rgb
	} else if (alpha <= 0) {
	blend = lowerLevelStackedBackground
	} else {
	blend = alphaBlend(
	rgb,
	computedDirectives.opacity,
	lowerLevelStackedBackground,
	)
	}
	stacked[selector] = blend
	computed[selector].background = {
	...rgb,
	a: computedDirectives.opacity ?? 1,
	}
	}
	}

	if (computedDirectives.shadow) {
	dynamicVars.shadow = flattenDeep(
	findShadow(flattenDeep(computedDirectives.shadow), {
	dynamicVars,
	staticVars,
	}),
	)
	}

	if (!stacked[selector]) {
	computedDirectives.background = 'transparent'
	computedDirectives.opacity = 0
	stacked[selector] = lowerLevelStackedBackground
	computed[selector].background = {
	...lowerLevelStackedBackground,
	a: 0,
	}
	}

	dynamicVars.stacked = stacked[selector]
	dynamicVars.background = computed[selector].background

	const dynamicSlots = Object.entries(computedDirectives).filter(([k]) =>
	k.startsWith('--'),
	)

	dynamicSlots.forEach(([k, v]) => {
	const [type, value] = v.split('\|').map((x) => x.trim()) // woah, Extreme!
	switch (type) {
	case 'color': {
	const color = findColor(value, { dynamicVars, staticVars })
	dynamicVars[k] = color
	if (combination.component === rootComponentName) {
	staticVars[k.substring(2)] = color
	}
	break
	}
	case 'shadow': {
	const shadow = value
	.split(/,/g)
	.map((s) => s.trim())
	- .filter((x) => x)
	+ .filter(Boolean)
	dynamicVars[k] = shadow
	if (combination.component === rootComponentName) {
	staticVars[k.substring(2)] = shadow
	}
	break
	}
	case 'generic': {
	dynamicVars[k] = value
	if (combination.component === rootComponentName) {
	staticVars[k.substring(2)] = value
	}
	break
	}
	}
	})

	const rule = {
	dynamicVars,
	selector: cssSelector,
	...combination,
	directives: computedDirectives,
	}

	return rule
	}
	} catch (e) {
	const { component, variant, state } = combination
	throw new Error(
	`Error processing combination ${component}.${variant}:${state.join(':')}: ${e}`,
	)
	}
	}

	const processInnerComponent = (component, parent) => {
	const combinations = []
	const { states: originalStates = {}, variants: originalVariants = {} } =
	component

	let validInnerComponents
	if (editMode) {
	const temp =
	component.validInnerComponentsLite \|\|
	component.validInnerComponents \|\|
	[]
	validInnerComponents = temp.filter(
	(c) => virtualComponents.has(c) && !nonEditableComponents.has(c),
	)
	} else if (liteMode) {
	validInnerComponents =
	component.validInnerComponentsLite \|\|
	component.validInnerComponents \|\|
	[]
	} else if (
	component.name === 'Root' \|\|
	component.states != null \|\|
	component.background?.includes('--parent')
	) {
	validInnerComponents = component.validInnerComponents \|\| []
	} else {
	validInnerComponents =
	component.validInnerComponents?.filter(
	(c) =>
	virtualComponents.has(c) \|\|
	transparentComponents.has(c) \|\|
	extraCompileComponents.has(c),
	) \|\| []
	}

	// Normalizing states and variants to always include "normal"
	const states = { normal: '', ...originalStates }
	const variants = { normal: '', ...originalVariants }
	const innerComponents = validInnerComponents.map((name) => {
	const result = components[name]
	if (result === undefined)
	console.error(
	`Component ${component.name} references a component ${name} which does not exist!`,
	)
	return result
	})

	// Optimization: we only really need combinations without "normal" because all states implicitly have it
	const permutationStateKeys = Object.keys(states).filter(
	(s) => s !== 'normal',
	)
	const stateCombinations =
	onlyNormalState && !virtualComponents.has(component.name)
	? [['normal']]
	: [
	['normal'],
	...getAllPossibleCombinations(permutationStateKeys)
	.map((combination) => ['normal', ...combination])
	.filter((combo) => {
	// Optimization: filter out some hard-coded combinations that don't make sense
	if (combo.indexOf('disabled') >= 0) {
	return !(
	combo.indexOf('hover') >= 0 \|\|
	combo.indexOf('focused') >= 0 \|\|
	combo.indexOf('pressed') >= 0
	)
	}
	return true
	}),
	]

	const stateVariantCombination = Object.keys(variants)
	.map((variant) => {
	return stateCombinations.map((state) => ({ variant, state }))
	})
	.reduce((acc, x) => [...acc, ...x], [])

	stateVariantCombination.forEach((combination) => {
	combination.component = component.name
	combination.lazy = component.lazy \|\| parent?.lazy
	combination.parent = parent
	if (!liteMode && combination.state.indexOf('hover') >= 0) {
	combination.lazy = true
	}

	if (
	!liteMode &&
	parent?.component !== 'Root' &&
	!virtualComponents.has(component.name) &&
	!transparentComponents.has(component.name) &&
	extraCompileComponents.has(component.name)
	) {
	combination.lazy = true
	}

	combinations.push(combination)

	innerComponents.forEach((innerComponent) => {
	combinations.push(...processInnerComponent(innerComponent, combination))
	})
	})

	return combinations
	}

	const t0 = performance.now()
	const combinations = processInnerComponent(
	components[rootComponentName] ?? components.Root,
	)
	const t1 = performance.now()
	if (debug) {
	console.debug('Tree traveral took ' + (t1 - t0) + ' ms')
	}

	const result = combinations
	.map((combination) => {
	if (combination.lazy) {
	return async () => processCombination(combination)
	} else {
	return processCombination(combination)
	}
	})
	- .filter((x) => x)
	+ .filter(Boolean)
	const t2 = performance.now()
	if (debug) {
	console.debug('Eager processing took ' + (t2 - t1) + ' ms')
	}

	// optimization to traverse big-ass array only once instead of twice
	const eager = []
	const lazy = []

	result.forEach((x) => {
	if (typeof x === 'function') {
	lazy.push(x)
	} else {
	eager.push(x)
	}
	})

	return {
	lazy,
	eager,
	staticVars,
	engineChecksum,
	themeChecksum: sum([lazy, eager]),
	}
	}
	diff --git a/src/stores/interface.js b/src/stores/interface.js
	index 48d7cb061e..8c101b9f4c 100644
	--- a/src/stores/interface.js
	+++ b/src/stores/interface.js
	@@ -1,805 +1,805 @@
	import { defineStore } from 'pinia'

	import {
	applyTheme,
	getResourcesIndex,
	tryLoadCache,
	} from '../services/style_setter/style_setter.js'
	import { deserialize } from '../services/theme_data/iss_deserializer.js'

	import { useInstanceStore } from 'src/stores/instance.js'
	import { useMergedConfigStore } from 'src/stores/merged_config.js'
	import { useSyncConfigStore } from 'src/stores/sync_config.js'

	import {
	CURRENT_VERSION,
	generatePreset,
	} from 'src/services/theme_data/theme_data.service.js'
	import { convertTheme2To3 } from 'src/services/theme_data/theme2_to_theme3.js'

	const GENERIC_FONT_NAMES = new Set([
	'serif',
	'sans-serif',
	'system-ui',
	'cursive',
	'fantasy',
	'math',
	'monospace',
	])

	export const useInterfaceStore = defineStore('interface', {
	state: () => ({
	localFonts: null,
	themeApplied: false,
	themeChangeInProgress: false,
	themeVersion: 'v3',
	styleNameUsed: null,
	styleDataUsed: null,
	useStylePalette: false, // hack for applying styles from appearance tab
	paletteNameUsed: null,
	paletteDataUsed: null,
	themeNameUsed: null,
	themeDataUsed: null,
	temporaryChangesTimeoutId: null,
	temporaryChangesCountdown: -1, // used for temporary options that revert after a timeout
	temporaryChangesConfirm: () => {
	/* no-op */
	}, // used for applying temporary options
	temporaryChangesRevert: () => {
	/* no-op */
	}, // used for reverting temporary options
	settingsModalState: 'hidden',
	settingsModalLoadedUser: false,
	settingsModalLoadedAdmin: false,
	settingsModalTargetTab: null,
	settingsModalMode: 'user',
	settings: {
	currentSaveStateNotice: null,
	noticeClearTimeout: null,
	notificationPermission: null,
	},
	browserSupport: {
	cssFilter:
	window.CSS &&
	window.CSS.supports &&
	(window.CSS.supports('filter', 'drop-shadow(0 0)') \|\|
	window.CSS.supports('-webkit-filter', 'drop-shadow(0 0)')),
	localFonts: typeof window.queryLocalFonts === 'function',
	},
	layoutType: 'normal',
	globalNotices: [],
	globalError: null,
	layoutHeight: 0,
	lastTimeline: null,
	foreignProfileBackground: null,
	}),
	actions: {
	setTemporaryChanges({ confirm, revert }) {
	this.temporaryChangesCountdown = 10
	this.temporaryChangesConfirm = confirm
	this.temporaryChangesRevert = revert
	const countdownFunc = () => {
	if (this.temporaryChangesCountdown <= 1) {
	this.temporaryChangesRevert()
	this.clearTemporaryChanges()
	} else {
	this.temporaryChangesCountdown--
	this.temporaryChangesTimeoutId = setTimeout(countdownFunc, 1000)
	}
	}
	this.temporaryChangesTimeoutId = setTimeout(countdownFunc, 1000)
	},
	clearTemporaryChanges() {
	this.temporaryChangesTimeoutId ??
	clearTimeout(this.temporaryChangesTimeoutId)
	this.temporaryChangesTimeoutId = null
	this.temporaryChangesCountdown = -1
	this.temporaryChangesConfirm = () => {
	/* no-op */
	}
	this.temporaryChangesRevert = () => {
	/* no-op */
	}
	},
	setPageTitle(option = '') {
	try {
	document.title = `${option} ${useInstanceStore().instanceIdentity.name}`
	} catch (error) {
	console.error(`${error}`)
	}
	},
	setForeignProfileBackground(url) {
	this.foreignProfileBackground = url
	},
	settingsSaved({ success, error }) {
	if (success) {
	if (this.noticeClearTimeout) {
	clearTimeout(this.noticeClearTimeout)
	}
	this.settings.currentSaveStateNotice = { error: false, data: success }
	this.settings.noticeClearTimeout = setTimeout(
	() => delete this.settings.currentSaveStateNotice,
	2000,
	)
	} else {
	this.settings.currentSaveStateNotice = { error: true, errorData: error }
	}
	},
	setNotificationPermission(permission) {
	this.notificationPermission = permission
	},
	closeSettingsModal() {
	this.settingsModalState = 'hidden'
	},
	openSettingsModal(value) {
	this.settingsModalMode = value
	this.settingsModalState = 'visible'
	if (value === 'user') {
	if (!this.settingsModalLoadedUser) {
	this.settingsModalLoadedUser = true
	}
	} else if (value === 'admin') {
	if (!this.settingsModalLoadedAdmin) {
	this.settingsModalLoadedAdmin = true
	}
	}
	},
	setSettingsModalState(newState) {
	const oldState = this.settingsModalState
	const legal = (() => {
	switch (oldState) {
	case 'minimized':
	return true
	case 'visible':
	return true
	case 'hidden':
	return newState === 'visible'
	}
	})()

	if (legal) {
	this.settingsModalState = newState
	}
	},
	toggleMinimizeSettingsModal() {
	switch (this.settingsModalState) {
	case 'minimized':
	this.settingsModalState = 'visible'
	return
	case 'visible':
	this.settingsModalState = 'minimized'
	return
	case 'hidden':
	return
	default:
	throw new Error(
	`Illegal minimization state of settings modal: ${this.settingsModalState}`,
	)
	}
	},
	clearSettingsModalTargetTab() {
	this.settingsModalTargetTab = null
	},
	openSettingsModalTab(value, mode = 'user') {
	this.settingsModalTargetTab = value
	this.openSettingsModal(mode)
	},
	removeGlobalNotice(notice) {
	this.globalNotices = this.globalNotices.filter((n) => n !== notice)
	},
	setGlobalError({ error, instance, info }) {
	console.log(info)
	switch (info) {
	case 'https://vuejs.org/error-reference/#runtime-13': {
	this.globalError = {
	title: 'general.refresh_required',
	content: 'general.refresh_required_content',
	// `true` disables cache on Firefox (non-standard)
	recover: () => window.location.reload(true),
	recoverText: 'general.refresh_required_refresh',
	error,
	}
	break
	}
	default: {
	this.globalError = { error }
	break
	}
	}
	console.log(this.globalError)
	},
	clearGlobalError() {
	this.globalError = null
	},
	pushGlobalNotice({
	messageKey,
	messageArgs = {},
	level = 'error',
	timeout = 5000,
	}) {
	const notice = {
	messageKey,
	messageArgs,
	level,
	}

	this.globalNotices.push(notice)

	// Adding a new element to array wraps it in a Proxy, which breaks the comparison
	// TODO: Generate UUID or something instead or relying on !== operator?
	const newNotice = this.globalNotices[this.globalNotices.length - 1]
	if (timeout > 0) {
	setTimeout(() => this.removeGlobalNotice(newNotice), timeout)
	}

	return newNotice
	},
	setLayoutHeight(value) {
	this.layoutHeight = value
	},
	setLayoutWidth(value) {
	let width = value
	if (value !== undefined) {
	this.layoutWidth = value
	} else {
	width = this.layoutWidth
	}

	const mobileLayout = width <= 800
	const normalOrMobile = mobileLayout ? 'mobile' : 'normal'
	const { thirdColumnMode } = useMergedConfigStore().mergedConfig
	if (thirdColumnMode === 'none' \|\| !window.vuex.state.users.currentUser) {
	this.layoutType = normalOrMobile
	} else {
	const wideLayout = width >= 1300
	this.layoutType = wideLayout ? 'wide' : normalOrMobile
	}
	},
	setFontsList(value) {
	this.localFonts = [...new Set(value.map(({ family }) => family)).values()]
	},
	queryLocalFonts() {
	if (this.localFonts !== null) return
	this.setFontsList([])

	if (!this.browserSupport.localFonts) {
	return
	}
	window
	.queryLocalFonts()
	.then((fonts) => {
	this.setFontsList(fonts)
	})
	.catch((e) => {
	this.pushGlobalNotice({
	messageKey: 'settings.style.themes3.font.font_list_unavailable',
	messageArgs: {
	error: e,
	},
	level: 'error',
	})
	})
	},
	setLastTimeline(value) {
	this.lastTimeline = value
	},
	async fetchPalettesIndex() {
	try {
	const value = await getResourcesIndex('/static/palettes/index.json')
	useInstanceStore().set({
	path: 'palettesIndex',
	value,
	})
	return value
	} catch (e) {
	console.error('Could not fetch palettes index', e)
	useInstanceStore().set({
	path: 'palettesIndex',
	value: { _error: e },
	})
	return Promise.resolve({})
	}
	},
	setPalette(value) {
	this.resetThemeV3Palette()
	this.resetThemeV2()

	useSyncConfigStore().setPreference({ path: 'simple.palette', value })
	useSyncConfigStore().pushSyncConfig()

	this.applyTheme({ recompile: true })
	},
	setPaletteCustom(value) {
	this.resetThemeV3Palette()
	this.resetThemeV2()

	useSyncConfigStore().setPreference({
	path: 'simple.paletteCustomData',
	value,
	})
	useSyncConfigStore().pushSyncConfig()

	this.applyTheme({ recompile: true })
	},
	async fetchStylesIndex() {
	try {
	const value = await getResourcesIndex(
	'/static/styles/index.json',
	deserialize,
	)
	useInstanceStore().set({ path: 'stylesIndex', value })
	return value
	} catch (e) {
	console.error('Could not fetch styles index', e)
	useInstanceStore().set({
	path: 'simple.stylesIndex',
	value: { _error: e },
	})
	return Promise.resolve({})
	}
	},
	setStyle(value) {
	this.resetThemeV3()
	this.resetThemeV2()
	this.resetThemeV3Palette()

	useSyncConfigStore().setPreference({ path: 'simple.style', value })
	useSyncConfigStore().pushSyncConfig()
	this.useStylePalette = true

	this.applyTheme({ recompile: true }).then(() => {
	this.useStylePalette = false
	})
	},
	setStyleCustom(value) {
	this.resetThemeV3()
	this.resetThemeV2()
	this.resetThemeV3Palette()

	useSyncConfigStore().setPreference({
	path: 'simple.styleCustomData',
	value,
	})
	useSyncConfigStore().pushSyncConfig()

	this.useStylePalette = true
	this.applyTheme({ recompile: true }).then(() => {
	this.useStylePalette = false
	})
	},
	async fetchThemesIndex() {
	try {
	const value = await getResourcesIndex('/static/styles.json')
	useInstanceStore().set({ path: 'themesIndex', value })
	return value
	} catch (e) {
	console.error('Could not fetch themes index', e)
	useInstanceStore().set({
	path: 'themesIndex',
	value: { _error: e },
	})
	return Promise.resolve({})
	}
	},
	setTheme(value) {
	this.resetThemeV3()
	this.resetThemeV3Palette()
	this.resetThemeV2()

	useSyncConfigStore().setPreference({ path: 'simple.theme', value })
	useSyncConfigStore().pushSyncConfig()

	this.applyTheme({ recompile: true })
	},
	setThemeCustom(value) {
	this.resetThemeV3()
	this.resetThemeV3Palette()
	this.resetThemeV2()

	useSyncConfigStore().setPreference({ path: 'simple.customTheme', value })
	useSyncConfigStore().setPreference({
	path: 'simple.customThemeSource',
	value,
	})
	useSyncConfigStore().pushSyncConfig()

	this.applyTheme({ recompile: true })
	},
	resetThemeV3() {
	useSyncConfigStore().setPreference({ path: 'simple.style', value: null })
	useSyncConfigStore().setPreference({
	path: 'simple.styleCustomData',
	value: null,
	})
	},
	resetThemeV3Palette() {
	useSyncConfigStore().setPreference({
	path: 'simple.palette',
	value: null,
	})
	useSyncConfigStore().setPreference({
	path: 'simple.paletteCustomData',
	value: null,
	})
	},
	resetThemeV2() {
	useSyncConfigStore().setPreference({ path: 'simple.theme', value: null })
	useSyncConfigStore().setPreference({
	path: 'simple.customTheme',
	value: null,
	})
	useSyncConfigStore().setPreference({
	path: 'simple.customThemeSource',
	value: null,
	})
	},
	async getThemeData() {
	const getData = async (resource, index, customData, name) => {
	const capitalizedResource =
	resource[0].toUpperCase() + resource.slice(1)
	const result = {}

	if (customData) {
	result.nameUsed = 'custom' // custom data overrides name
	result.dataUsed = customData
	} else {
	result.nameUsed = name

	if (result.nameUsed == null) {
	result.dataUsed = null
	return result
	}

	let fetchFunc = index[result.nameUsed]
	// Fallbacks
	if (!fetchFunc) {
	if (resource === 'style' \|\| resource === 'palette') {
	return result
	}
	const newName = Object.keys(index)[0]
	fetchFunc = index[newName]
	console.warn(
	`${capitalizedResource} with id '${this.styleNameUsed}' not found, trying back to '${newName}'`,
	)
	if (!fetchFunc) {
	console.warn(
	`${capitalizedResource} doesn't have a fallback, defaulting to stock.`,
	)
	fetchFunc = () => Promise.resolve(null)
	}
	}
	result.dataUsed = await fetchFunc()
	}
	return result
	}

	let {
	theme: instanceThemeName,
	style: instanceStyleName,
	palette: instancePaletteName,
	} = useInstanceStore().instanceIdentity

	let { themesIndex, stylesIndex, palettesIndex } = useInstanceStore()

	const {
	style: userStyleName,
	styleCustomData: userStyleCustomData,
	palette: userPaletteName,
	paletteCustomData: userPaletteCustomData,
	} = useMergedConfigStore().mergedConfig

	let {
	theme: userThemeV2Name,
	customTheme: userThemeV2Snapshot,
	customThemeSource: userThemeV2Source,
	} = useMergedConfigStore().mergedConfig

	let majorVersionUsed

	console.debug(
	`User V3 palette: ${userPaletteName}, style: ${userStyleName} , custom: ${!!userStyleCustomData}`,
	)
	console.debug(
	`User V2 name: ${userThemeV2Name}, source: ${!!userThemeV2Source}, snapshot: ${!!userThemeV2Snapshot}`,
	)

	console.debug(
	`Instance V3 palette: ${instancePaletteName}, style: ${instanceStyleName}`,
	)
	console.debug('Instance V2 theme: ' + instanceThemeName)

	if (
	userPaletteName \|\|
	userPaletteCustomData \|\|
	userStyleName \|\|
	userStyleCustomData \|\|
	// User V2 overrides instance V3
	((instancePaletteName \|\| instanceStyleName) &&
	instanceThemeName == null &&
	userThemeV2Name == null)
	) {
	// Palette and/or style overrides V2 themes
	instanceThemeName = null
	userThemeV2Name = null
	userThemeV2Source = null
	userThemeV2Snapshot = null

	majorVersionUsed = 'v3'
	} else if (
	userThemeV2Name \|\|
	userThemeV2Snapshot \|\|
	userThemeV2Source \|\|
	instanceThemeName
	) {
	majorVersionUsed = 'v2'
	} else {
	// if all fails fallback to v3
	majorVersionUsed = 'v3'
	}

	if (majorVersionUsed === 'v3') {
	const result = await Promise.all([
	this.fetchPalettesIndex(),
	this.fetchStylesIndex(),
	])

	palettesIndex = result[0]
	stylesIndex = result[1]
	} else {
	// Promise.all just to be uniform with v3
	const result = await Promise.all([this.fetchThemesIndex()])

	themesIndex = result[0]
	}

	this.themeVersion = majorVersionUsed

	console.debug('Version used', majorVersionUsed)

	if (majorVersionUsed === 'v3') {
	this.themeDataUsed = null
	this.themeNameUsed = null

	const style = await getData(
	'style',
	stylesIndex,
	userStyleCustomData,
	userStyleName \|\| instanceStyleName,
	)
	this.styleNameUsed = style.nameUsed
	this.styleDataUsed = style.dataUsed

	let firstStylePaletteName = null
	style.dataUsed
	?.filter((x) => x.component === '@palette')
	.map((x) => {
	const cleanDirectives = Object.fromEntries(
	Object.entries(x.directives).filter(([k]) => k),
	)

	return { name: x.variant, ...cleanDirectives }
	})
	.forEach((palette) => {
	const key = 'style.' + palette.name.toLowerCase().replace(/ /g, '_')
	if (!firstStylePaletteName) firstStylePaletteName = key
	palettesIndex[key] = () => Promise.resolve(palette)
	})

	const palette = await getData(
	'palette',
	palettesIndex,
	userPaletteCustomData,
	this.useStylePalette
	? firstStylePaletteName
	: userPaletteName \|\| instancePaletteName,
	)

	if (this.useStylePalette) {
	useSyncConfigStore().setPreference({
	path: 'simple.palette',
	value: firstStylePaletteName,
	})
	useSyncConfigStore().pushSyncConfig()
	}

	this.paletteNameUsed = palette.nameUsed
	this.paletteDataUsed = palette.dataUsed

	if (this.paletteDataUsed) {
	this.paletteDataUsed.link =
	this.paletteDataUsed.link \|\| this.paletteDataUsed.accent
	this.paletteDataUsed.accent =
	this.paletteDataUsed.accent \|\| this.paletteDataUsed.link
	}
	if (Array.isArray(this.paletteDataUsed)) {
	const [
	name,
	bg,
	fg,
	text,
	link,
	cRed = '#FF0000',
	cGreen = '#00FF00',
	cBlue = '#0000FF',
	cOrange = '#E3FF00',
	] = palette.dataUsed
	this.paletteDataUsed = {
	name,
	bg,
	fg,
	text,
	link,
	accent: link,
	cRed,
	cBlue,
	cGreen,
	cOrange,
	}
	}
	console.debug('Palette data used', palette.dataUsed)
	} else {
	this.styleNameUsed = null
	this.styleDataUsed = null
	this.paletteNameUsed = null
	this.paletteDataUsed = null

	const theme = await getData(
	'theme',
	themesIndex,
	userThemeV2Source \|\| userThemeV2Snapshot,
	userThemeV2Name \|\| instanceThemeName,
	)
	this.themeNameUsed = theme.nameUsed
	this.themeDataUsed = theme.dataUsed
	}
	},
	async setThemeApplied() {
	this.themeApplied = true
	},
	async applyTheme({ recompile = false } = {}) {
	const { mergedConfig } = useMergedConfigStore()
	const { forceThemeRecompilation, themeDebug } = mergedConfig

	this.themeChangeInProgress = true
	// If we're not forced to recompile try using
	// cache (tryLoadCache return true if load successful)

	const forceRecompile = forceThemeRecompilation \|\| recompile

	await this.getThemeData()

	if (!forceRecompile && !themeDebug && (await tryLoadCache())) {
	this.themeChangeInProgress = false
	return this.setThemeApplied()
	}
	window.splashUpdate('splash.theme')

	try {
	const paletteIss = (() => {
	if (!this.paletteDataUsed) return null
	const result = {
	component: 'Root',
	directives: {},
	}

	Object.entries(this.paletteDataUsed)
	.filter(([k]) => k !== 'name')
	.forEach(([k, v]) => {
	let issRootDirectiveName
	switch (k) {
	case 'background':
	issRootDirectiveName = 'bg'
	break
	case 'foreground':
	issRootDirectiveName = 'fg'
	break
	default:
	issRootDirectiveName = k
	}
	result.directives['--' + issRootDirectiveName] = 'color \| ' + v
	})
	return result
	})()

	const theme2ruleset =
	this.themeDataUsed &&
	convertTheme2To3(normalizeThemeData(this.themeDataUsed))
	const hacks = []

	const fontMap = {
	Interface: 'Root',
	Input: 'Input',
	Posts: 'Post',
	Monospace: 'Root',
	}

	Object.entries(fontMap).forEach(([font, component]) => {
	const family = mergedConfig[`font${font}`]
	const variable = font === 'Monospace' ? '--monoFont' : '--font'
	if (typeof family === 'string') {
	const familyString = GENERIC_FONT_NAMES.has(family)
	? family
	: `"${family}"`
	hacks.push({
	component,
	directives: {
	[variable]: `generic \| ${familyString}`,
	},
	})
	}
	})

	if (mergedConfig.underlay !== 'none') {
	const newRule = {
	component: 'Underlay',
	directives: {},
	}
	if (mergedConfig.underlay === 'opaque') {
	newRule.directives.opacity = 1
	newRule.directives.background = '--wallpaper'
	}
	if (mergedConfig.underlay === 'transparent') {
	newRule.directives.opacity = 0
	}
	hacks.push(newRule)
	}

	const rulesetArray = [
	theme2ruleset,
	this.styleDataUsed,
	paletteIss,
	hacks,
	- ].filter((x) => x)
	+ ].filter(Boolean)

	return applyTheme(
	rulesetArray.flat(),
	() => this.setThemeApplied(),
	() => {
	this.themeChangeInProgress = false
	},
	themeDebug,
	)
	} catch (e) {
	console.error(e)
	window.splashError(e)
	}
	},
	},
	})

	export const normalizeThemeData = (input) => {
	let themeData, themeSource

	if (input.themeFileVerison === 1) {
	// this might not be even used at all, some leftover of unimplemented code in V2 editor
	return generatePreset(input).theme
	} else if (
	Object.hasOwn(input, '_pleroma_theme_version') \|\|
	Object.hasOwn(input, 'source') \|\|
	Object.hasOwn(input, 'theme')
	) {
	// We got passed a full theme file
	themeData = input.theme
	themeSource = input.source
	} else if (
	Object.hasOwn(input, 'themeEngineVersion') \|\|
	Object.hasOwn(input, 'colors')
	) {
	// We got passed a source/snapshot
	themeData = input
	themeSource = input
	}
	// New theme presets don't have 'theme' property, they use 'source'

	let out // shout, shout let it all out
	if (themeSource && themeSource.themeEngineVersion === CURRENT_VERSION) {
	// There are some themes in wild that have completely broken source
	out = { ...(themeData \|\| {}), ...themeSource }
	} else {
	out = themeData
	}

	// generatePreset here basically creates/updates "snapshot",
	// while also fixing the 2.2 -> 2.3 colors/shadows/etc
	return generatePreset(out).theme
	}

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