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	diff --git a/src/components/conversation/conversation.js b/src/components/conversation/conversation.js
	index b0d1163417..d87176300e 100644
	--- a/src/components/conversation/conversation.js
	+++ b/src/components/conversation/conversation.js
	@@ -1,374 +1,373 @@
	import { storeToRefs } from 'pinia'
	import {
	computed,
	nextTick,
	onUnmounted,
	provide,
	ref,
	toRefs,
	useTemplateRef,
	watch,
	} from 'vue'

	import ChatMessageList from 'src/components/chat_message_list/chat_message_list.vue'
	import PostStatusForm from 'src/components/post_status_form/post_status_form.vue'
	import QuickFilterSettings from 'src/components/quick_filter_settings/quick_filter_settings.vue'
	import QuickViewSettings from 'src/components/quick_view_settings/quick_view_settings.vue'
	import RichContent from 'src/components/rich_content/rich_content.jsx'
	import ThreadTree from 'src/components/thread_tree/thread_tree.vue'

	import { useInterfaceStore } from 'src/stores/interface.js'
	import { useMergedConfigStore } from 'src/stores/merged_config.js'

	import { useConversation } from 'src/composables/useConversation.js'
	import { useInterfaceSizes } from 'src/composables/useInterfaceSizes.js'
	import { useScrollPosition } from 'src/composables/useScrollPosition.js'
	import { useTreeConversationTopology } from 'src/composables/useTreeConversationTopology.js'
	import { useVirtualScrolling } from 'src/composables/useVirtualScrolling.js'

	import { library } from '@fortawesome/fontawesome-svg-core'
	import {
	faAngleDoubleDown,
	faAngleDoubleLeft,
	faChevronLeft,
	faReply,
	faTimes,
	} from '@fortawesome/free-solid-svg-icons'

	library.add(
	faAngleDoubleDown,
	faAngleDoubleLeft,
	faChevronLeft,
	faReply,
	faTimes,
	)

	export default {
	props: {
	statusId: {
	// Main thing
	type: String,
	required: true,
	},
	isPage: {
	// Whether conversation is rendered as a standalone page
	// as opposed to embedded into a timeline
	type: Boolean,
	default: false,
	},
	},
	components: {
	ThreadTree,
	QuickFilterSettings,
	QuickViewSettings,
	ChatMessageList,
	PostStatusForm,
	RichContent,
	},
	emits: ['heightChange', 'suspendableStateChange', 'expanded', 'collapsed'],
	setup(props, { emit }) {
	const scroller = useScrollPosition()
	const { statusId } = toRefs(props)

	// # Main Configuration / global state
	const { mergedConfig } = storeToRefs(useMergedConfigStore())
	const displayStyle = computed(() => mergedConfig.value.conversationDisplay)
	const { layoutType } = storeToRefs(useInterfaceStore())
	const mobileLayout = computed(() => layoutType.value === 'mobile')

	// # Conversation Expansion
	const expanded = ref(false)
	const { isPage } = toRefs(props)
	const isExpanded = computed(() => !!(expanded.value \|\| isPage.value))
	const toggleExpanded = async () => {
	const newVal = !expanded.value
	if (newVal) {
	virtualScrollingEnabled.value = newVal
	await nextTick()
	expanded.value = newVal
	} else {
	expanded.value = newVal
	await nextTick()
	virtualScrollingEnabled.value = newVal
	}
	}
	provide('isExpanded', isExpanded)
	provide('isPage', isPage)
	provide('expandable', true)
	watch(expanded, (val) => (val ? emit('expanded') : emit('collapsed')), {
	flush: 'post',
	})

	// # Main things
	const {
	focusedId,
	conversationId,
	setFocused,
	currentStatus,
	conversation,
	replies,
	getReplies,
	fetchConversation,
	loadError,
	} = useConversation(statusId, isExpanded)
	const conversationLite = computed(() =>
	conversation.value.map(({ id }) => ({ id })),
	)
	provide('focusedId', focusedId)
	provide('conversation', conversation)
	provide('replies', replies)

	// Component created
	if (isPage.value) {
	fetchConversation()
	}

	// # Misc UI things
	const firstStatus = computed(() => conversation.value[0])
	const lastStatus = computed(
	() => conversation.value[conversation.value.legnth - 1],
	)
	const getStatusClasses = (statusId, ancestor) => {
	const result = {
	'-first': statusId === firstStatus.value?.id,
	'-last': statusId === lastStatus.value?.id,
	}
	if (ancestor) {
	result['-ancestor'] = true
	result['-fade'] = mergedConfig.value.conversationTreeFadeAncestors
	}
	return result
	}

	// # External virtual scrolling
	const unsuspendableIds = ref(new Set())
	const suspendable = computed(
	() => !isExpanded.value && unsuspendableIds.value.size === 0,
	)
	const rootElement = useTemplateRef('root')
	const rootElementMargin = ref(null)
	const updateVirtualHeight = (e) => {
	const [entry] = e

	const rootCss = window.getComputedStyle(rootElement.value)
	const rootMarginString = rootCss.getPropertyValue('margin-top')
	const rootMargin = Number.parseInt(rootMarginString.slice(0, -2), 10)
	rootElementMargin.value = rootMargin

	emit('heightChange', {
	id: statusId.value,
	height: entry.contentRect.height,
	element: rootElement,
	})
	}
	const resizeObserver = ref(new ResizeObserver(updateVirtualHeight))
	watch(rootElement, () => resizeObserver.value.observe(rootElement.value))
	watch(suspendable, (value) =>
	- emit('suspendableStateChange', { suspend: value, id: statusId.value }),
	+ emit('suspendableStateChange', { suspendable: value, id: statusId.value }),
	)
	onUnmounted(() => resizeObserver.value.disconnect())

	// # Internal virtual scrolling
	const virtualScrollingEnabled = ref(isExpanded.value)

	// Placeholder heights.
	const { fontSize, navbarSize, panelHeaderSize } = useInterfaceSizes()
	const normalStatusHeight = computed(() => fontSize.value * 10)
	const getPlaceholderHeight = (id) => normalStatusHeight
	const offset = computed(() => {
	// The fontsize after navbar is the little gap between navbar and content
	if (isPage.value) {
	return navbarSize.value + fontSize.value + panelHeaderSize.value
	} else if (expanded.value) {
	return (
	navbarSize.value +
	fontSize.value +
	panelHeaderSize.value * 2 +
	rootElementMargin.value
	)
	} else {
	return navbarSize.value + fontSize.value
	}
	})

	// # Linear style stuff
	const isLinearView = computed(() => displayStyle.value !== 'tree')
	const linearElement = useTemplateRef('linear')
	const linearScrollCompensation = computed(
	() => virtualScrollingEnabled.value && isLinearView.value,
	)
	const {
	heightChart: heightChartLinear,
	changeSuspendState: changeSuspendStateLinear,
	updateVirtualHeight: updateVirtualHeightLinear,
	reset: resetLinearScrollVirtualization,
	scrollTo: linearScrollTo,
	} = useVirtualScrolling({
	name: 'Linear',
	enabled: linearScrollCompensation,
	list: conversationLite,
	body: linearElement,
	offset,
	scrollPositionInstance: scroller,
	scrollCompensation: linearScrollCompensation,
	getPlaceholderHeight,
	})
	const changeSuspendStateLinearLocal = (e) => {
	changeSuspendStateLinear(e)
	- const { id, suspend } = e
	- if (suspend) {
	+ const { id, suspendable } = e
	+ if (suspendable) {
	unsuspendableIds.value.delete(id)
	} else {
	unsuspendableIds.value.add(id)
	}
	}

	// # Tree style stuff
	const isTreeView = computed(() => displayStyle.value === 'tree')
	const {
	topLevel,
	currentAncestors,
	threadDisplay,
	showThreadRecursively,
	resetThreadDisplay,
	} = useTreeConversationTopology(conversation, replies, focusedId)
	provide('threadDisplay', threadDisplay)
	watch(
	isExpanded,
	(value) => {
	if (!value) resetThreadDisplay()
	},
	{ flush: 'post' },
	)

	const currentAncestorsLite = computed(() =>
	currentAncestors.value.map(({ id }) => ({ id })),
	)
	const ancestorsElement = useTemplateRef('ancestors')
	const treeScrollCompensation = computed(
	() => virtualScrollingEnabled.value && isTreeView.value,
	)
	const {
	heightChart: heightChartAncestors,
	changeSuspendState: changeSuspendStateAncestors,
	updateVirtualHeight: updateVirtualHeightAncestors,
	reset: resetTreeScrollVirtualization,
	} = useVirtualScrolling({
	name: 'Ancestors',
	enabled: treeScrollCompensation,
	list: currentAncestorsLite,
	body: ancestorsElement,
	offset,
	scrollPositionInstance: scroller,
	scrollCompensation: treeScrollCompensation,
	collapseMode: 'height',
	getPlaceholderHeight,
	})
	const changeSuspendStateAncestorsLocal = (e) => {
	changeSuspendStateAncestors(e)
	- const { id, suspend } = e
	- if (suspend) {
	- unsuspendableIds.value.add(id)
	- } else {
	+ const { id, suspendable } = e
	+ if (suspendable) {
	unsuspendableIds.value.delete(id)
	+ } else {
	+ unsuspendableIds.value.add(id)
	}
	}
	const changeSuspendStateCurrentLevelLocal = (e) => {
	- changeSuspendStateLinear(e)
	- const { id, suspend } = e
	- if (suspend) {
	- unsuspendableIds.value.add(id)
	- } else {
	+ const { id, suspendable } = e
	+ if (suspendable) {
	unsuspendableIds.value.delete(id)
	+ } else {
	+ unsuspendableIds.value.add(id)
	}
	}

	watch(conversationId, (neu, old) => {
	resetLinearScrollVirtualization()
	resetTreeScrollVirtualization()
	})

	const treeViewIsSimple = computed(
	() => !mergedConfig.value.conversationTreeAdvanced,
	)
	const shouldShowAllConversationButton = computed(
	() => currentAncestors.value.length > 0 && topLevel.value.length > 1,
	)
	const shouldShowAncestors = computed(
	() => isExpanded.value && heightChartAncestors.value.length > 0,
	)

	// # Scrolling
	const scrollTo = (ids) => {
	if (isLinearView.value) {
	return linearScrollTo(ids)
	}
	}
	const diveIntoStatus = (id) => setFocused(id)
	const diveToTopLevel = () => setFocused(currentAncestors.value[0].id)

	watch(focusedId, async (neu, old) => {
	// Ignoring initial update (null -> id) since that is handled by scroll compensation
	if (old && neu) scrollTo(new Set([neu]))
	})

	return {
	// # Misc
	loadError,
	mobileLayout,

	// # Conversation Expansion
	isPage,
	isExpanded,
	toggleExpanded,

	// # Focus
	focusedId,
	setFocused,

	// # Main things
	conversation,
	currentStatus,
	getReplies,

	// # Misc UI things
	getStatusClasses,

	// # Linear style stuff
	isLinearView,

	// ## Linear virtual scrolling
	heightChartLinear,
	changeSuspendStateLinearLocal,
	updateVirtualHeightLinear,

	// # Tree style stuff
	isTreeView,

	// ## Tree virtual scrolling
	heightChartAncestors,
	changeSuspendStateAncestorsLocal,
	updateVirtualHeightAncestors,

	changeSuspendStateCurrentLevelLocal,

	// ## Tree state
	// ### Topology
	topLevel,
	currentAncestors,

	// ### Thread Display
	showThreadRecursively,

	// ### Derived values and config
	treeViewIsSimple,
	shouldShowAllConversationButton,
	shouldShowAncestors,

	// # Scrolling
	diveToTopLevel,
	diveIntoStatus,
	unsuspendableIds,
	}
	},
	}
	diff --git a/src/components/status/status.js b/src/components/status/status.js
	index 79c6f4050a..cdae5d2e1a 100644
	--- a/src/components/status/status.js
	+++ b/src/components/status/status.js
	@@ -1,643 +1,643 @@
	import { defineAsyncComponent } from 'vue'

	import AvatarList from 'src/components/avatar_list/avatar_list.vue'
	import EmojiReactions from 'src/components/emoji_reactions/emoji_reactions.vue'
	import MentionLink from 'src/components/mention_link/mention_link.vue'
	import MentionsLine from 'src/components/mentions_line/mentions_line.vue'
	import PostStatusForm from 'src/components/post_status_form/post_status_form.vue'
	import StatusActionButtons from 'src/components/status_action_buttons/status_action_buttons.vue'
	import StatusContent from 'src/components/status_content/status_content.vue'
	import StatusPopover from 'src/components/status_popover/status_popover.vue'
	import Timeago from 'src/components/timeago/timeago.vue'
	import UserAvatar from 'src/components/user_avatar/user_avatar.vue'
	import UserLink from 'src/components/user_link/user_link.vue'
	import UserListPopover from 'src/components/user_list_popover/user_list_popover.vue'
	import UserPopover from 'src/components/user_popover/user_popover.vue'
	import { muteFilterHits } from '../../services/status_parser/status_parser.js'
	import {
	highlightClass,
	highlightStyle,
	} from '../../services/user_highlighter/user_highlighter.js'

	import { useInstanceStore } from 'src/stores/instance.js'
	import { useInstanceCapabilitiesStore } from 'src/stores/instance_capabilities.js'
	import { useMergedConfigStore } from 'src/stores/merged_config.js'
	import { useScrobblesStore } from 'src/stores/scrobbles.js'
	import { useStatusesStore } from 'src/stores/statuses.js'
	import { useSyncConfigStore } from 'src/stores/sync_config.js'
	import { useUserHighlightStore } from 'src/stores/user_highlight.js'
	import { useUsersStore } from 'src/stores/users.js'

	import generateProfileLink from 'src/services/user_profile_link_generator/user_profile_link_generator'

	import { library } from '@fortawesome/fontawesome-svg-core'
	import {
	faAngleDoubleRight,
	faChevronDown,
	faChevronUp,
	faEllipsisH,
	faEnvelope,
	faEye,
	faEyeSlash,
	faGlobe,
	faIgloo,
	faLock,
	faLockOpen,
	faPlay,
	faPlusSquare,
	faReply,
	faRetweet,
	faSmileBeam,
	faStar,
	faThumbtack,
	faTimes,
	} from '@fortawesome/free-solid-svg-icons'

	library.add(
	faEnvelope,
	faGlobe,
	faIgloo,
	faLock,
	faLockOpen,
	faTimes,
	faRetweet,
	faReply,
	faPlusSquare,
	faStar,
	faSmileBeam,
	faEllipsisH,
	faEyeSlash,
	faEye,
	faThumbtack,
	faChevronUp,
	faChevronDown,
	faAngleDoubleRight,
	faPlay,
	)

	const Status = {
	name: 'Status',
	components: {
	PostStatusForm,
	UserAvatar,
	AvatarList,
	Timeago,
	StatusPopover,
	UserListPopover,
	EmojiReactions,
	StatusContent,
	MentionLink,
	MentionsLine,
	UserPopover,
	UserLink,
	Quote: defineAsyncComponent(() => import('src/components/quote/quote.vue')),
	StatusActionButtons,
	},
	props: {
	statusId: String,
	statusoid: Object,
	replies: Set,

	focused: Boolean,
	compact: Boolean,
	isPreview: Boolean,
	noHeading: Boolean,
	inQuote: Boolean,

	ignoreMute: Boolean,

	threadDisplayState: String,
	conversationRank: {
	type: String,
	default: 'linear',
	},
	},
	emits: [
	'goto',
	'dive',
	'toggleExpanded',
	'suspendableStateChange',
	'heightChange',
	],
	inject: {
	profileUserId: {
	default: null,
	},
	isPage: {
	default: false,
	},
	isExpanded: {
	default: false,
	},
	expandable: {
	default: false,
	},
	},
	data() {
	return {
	resizeObserver: new ResizeObserver(this.updateVirtualHeight),
	replying: false,
	unmuted: false,
	mediaPlaying: new Set(),
	error: null,
	headTailLinks: null,
	}
	},
	created() {
	useScrobblesStore().getLatestScrobble(this.status.user.id)
	},
	computed: {
	rootClasses() {
	return [
	{
	'-focused': this.focused,
	'-conversation': !this.isPage && this.isExpanded,
	},
	`-conversation-rank-${this.conversationRank}`,
	]
	},
	// Whatever we're given to work with
	status() {
	return this.statusoid ?? useStatusesStore().allStatuses.get(this.statusId)
	},
	inConversation() {
	return this.isExpanded
	},
	inProfile() {
	return this.profileUserId != null
	},
	// Status repeated
	repeatedStatus() {
	if (this.status.retweeted_status === undefined) return undefined
	return useStatusesStore().allStatuses.get(this.status.retweeted_status.id)
	},
	// THE repeat
	repeatStatus() {
	if (this.isRepeat) {
	return this.status
	} else {
	return null
	}
	},
	mainStatus() {
	if (this.isRepeat) {
	return this.repeatedStatus
	} else {
	return this.status
	}
	},
	repeater() {
	return useUsersStore().findUser(this.status.user.id)
	},
	user() {
	return useUsersStore().findUser(this.mainStatus.user.id)
	},
	isTreeView() {
	return this.mergedConfig.conversationDisplay === 'tree'
	},
	simpleTree() {
	return !this.mergedConfig.conversationTreeAdvanced
	},
	showOtherRepliesInside() {
	return this.mergedConfig.conversationOtherRepliesButton === 'inside'
	},
	showOtherRepliesBelow() {
	return this.mergedConfig.conversationOtherRepliesButton === 'below'
	},
	showReasonMutedThread() {
	return (
	(this.mainStatus.thread_muted \|\| this.repeatStatus?.thread_muted) &&
	!this.inConversation
	)
	},
	allowNonSquareEmoji() {
	return this.mergedConfig.nonSquareEmoji
	},
	pauseMfm() {
	return this.mergedConfig.pauseMfm
	},
	scaleMfm() {
	return this.mergedConfig.scaleMfm
	},
	repeaterClass() {
	return highlightClass(this.repeater)
	},
	userClass() {
	return highlightClass(this.user)
	},
	isDeleted() {
	return this.status.deleted
	},
	repeaterStyle() {
	return highlightStyle(
	useUserHighlightStore().get(this.repeater.screen_name),
	)
	},
	favoritedBy() {
	return useStatusesStore().favs.get(this.mainStatus.id) ?? new Set()
	},
	repeatedBy() {
	return useStatusesStore().repeats.get(this.mainStatus.id) ?? new Set()
	},
	userStyle() {
	if (this.noHeading) return
	return highlightStyle(useUserHighlightStore().get(this.user.screen_name))
	},
	userProfileLink() {
	return this.generateUserProfileLink(this.user.id, this.user.screen_name)
	},
	replyProfileLink() {
	if (this.isReply) {
	const user = useUsersStore().findUser(
	this.mainStatus.in_reply_to_user_id,
	)

	// User referenced in post might not be yet present in store
	// since their data is not included in status data, just the id
	return user?.statusnet_profile_url
	}
	},
	isRepeat() {
	return !!this.repeatedStatus
	},
	repeaterName() {
	return this.status.user.name \|\| this.status.user.screen_name_ui
	},
	repeaterHtml() {
	return this.status.user.name
	},
	repeaterProfileLink() {
	return this.generateUserProfileLink(
	this.repeater.id,
	this.repeater.screen_name,
	)
	},
	loggedIn() {
	return !!this.currentUser
	},
	muteFilterHits() {
	return muteFilterHits(
	Object.values(
	useSyncConfigStore().prefsStorage.simple.muteFilters \|\| {},
	),
	this.status,
	)
	},
	botStatus() {
	return this.status.user.actor_type === 'Service'
	},
	sensitiveStatus() {
	return this.status.nsfw
	},
	mentionsLine() {
	if (!this.headTailLinks) return []
	const writtenSet = new Set(
	this.headTailLinks.writtenMentions.map((_) => _.url),
	)
	return this.mainStatus.attentions
	.filter((attn) => {
	// no reply user
	return (
	attn.id !== this.mainStatus.in_reply_to_user_id &&
	// no self-replies
	attn.statusnet_profile_url !==
	this.mainStatus.user.statusnet_profile_url &&
	// don't include if mentions is written
	!writtenSet.has(attn.statusnet_profile_url)
	)
	})
	.map((attn) => ({
	url: attn.statusnet_profile_url,
	content: attn.screen_name,
	userId: attn.id,
	}))
	},
	hasMentionsLine() {
	return this.mentionsLine.length > 0
	},
	// TODO move muting logic into some store
	muteReasons() {
	return [
	this.userIsMuted ? 'user' : null,
	this.mainStatus.thread_muted ? 'thread' : null,
	this.muteFilterHits.length > 0 ? 'filtered' : null,
	this.muteBotStatuses && this.botStatus ? 'bot' : null,
	this.muteSensitiveStatuses && this.sensitiveStatus ? 'nsfw' : null,
	].filter(Boolean)
	},
	muteLocalized() {
	if (this.muteReasons.length === 0) return null
	const mainReason = () => {
	switch (this.muteReasons[0]) {
	case 'user':
	return this.$t('status.muted_user')
	case 'thread':
	return this.$t('status.thread_muted')
	case 'filtered':
	return this.$t(
	'status.muted_filters',
	{
	name: this.muteFilterHits[0].name,
	filterMore: this.muteFilterHits.length - 1,
	},
	this.muteFilterHits.length,
	)
	case 'bot':
	return this.$t('status.bot_muted')
	case 'nsfw':
	return this.$t('status.sensitive_muted')
	}
	}
	if (this.muteReasons.length > 1) {
	return this.$t(
	'status.multi_reason_mute',
	{
	main: mainReason(),
	numReasonsMore: this.muteReasons.length - 1,
	},
	this.muteReasons.length - 1,
	)
	} else {
	return mainReason()
	}
	},
	muted() {
	if (this.ignoreMute) return false
	if (this.status.user.id === this.currentUser?.id) return false
	return !this.unmuted && !this.shouldNotMute && this.muteReasons.length > 0
	},
	userIsMuted() {
	if (!this.currentUser) return false
	if (this.user === this.currentUser) return false
	if (this.repeater === this.currentUser) return false
	const relationship = useUsersStore().relationship(this.user.id)
	const relationshipRepeat = useUsersStore().relationship(this.repeater?.id)
	return (
	(this.status.muted && !this.status.thread_muted) \|\|
	// Reprööt of a muted post according to BE
	(this.repeatedStatus?.muted && !this.repeatedStatus.thread_muted) \|\|
	// Muted user
	relationship.muting \|\|
	// Muted user of a reprööt
	relationshipRepeat?.muting
	)
	},
	shouldNotMute() {
	if (this.ignoreMute) return true
	if (this.focused) return true
	const { reblog } = this.mainStatus
	return (
	((this.inProfile &&
	// Don't mute user's posts on user timeline (except reblogs)
	((!reblog && this.mainStatus.user.id === this.profileUserId) \|\|
	// Same as above but also allow self-reblogs
	reblog?.user.id === this.profileUserId)) \|\|
	// Don't mute statuses in muted conversation when said conversation is opened
	(this.inConversation && this.mainStatus.thread_muted)) &&
	// No excuses if post has muted words
	!this.muteFilterHits.length > 0
	)
	},
	hideMutedUsers() {
	return this.mergedConfig.hideMutedPosts
	},
	hideMutedThreads() {
	return this.mergedConfig.hideMutedThreads
	},
	hideFilteredStatuses() {
	return this.mergedConfig.hideFilteredStatuses
	},
	hideWordFilteredPosts() {
	return this.mergedConfig.hideWordFilteredPosts
	},
	hideStatus() {
	return (
	!this.shouldNotMute &&
	((this.muted && this.hideFilteredStatuses) \|\|
	(this.userIsMuted && this.hideMutedUsers) \|\|
	(this.status.thread_muted && this.hideMutedThreads) \|\|
	(this.muteFilterHits.length > 0 && this.hideWordFilteredPosts) \|\|
	this.muteFilterHits.some((x) => x.hide))
	)
	},
	isReply() {
	return !!(
	this.mainStatus.in_reply_to_status_id &&
	this.mainStatus.in_reply_to_user_id
	)
	},
	replyToName() {
	if (this.mainStatus.in_reply_to_screen_name) {
	return this.mainStatus.in_reply_to_screen_name
	} else {
	const user = useUsersStore().findUser(
	this.mainStatus.in_reply_to_user_id,
	)
	return user?.screen_name_ui
	}
	},
	combinedFavsAndRepeatsUsers() {
	return new Set([...this.favoritedBy, ...this.repeatedBy])
	},
	tags() {
	return [...this.status.tags]
	.filter((tagObj) => Object.hasOwn(tagObj, 'name'))
	.map((tagObj) => tagObj.name)
	.join(' ')
	},
	hidePostStats() {
	return this.mergedConfig.hidePostStats
	},
	shouldDisplayFavsAndRepeats() {
	return (
	!this.hidePostStats &&
	this.focused &&
	(this.combinedFavsAndRepeatsUsers.size > 0 \|\|
	this.mainStatus.quotes_count)
	)
	},
	muteBotStatuses() {
	return this.mergedConfig.muteBotStatuses
	},
	muteSensitiveStatuses() {
	return this.mergedConfig.muteSensitiveStatuses
	},
	hideBotIndication() {
	return this.mergedConfig.hideBotIndication
	},
	currentUser() {
	return useUsersStore().currentUser
	},
	mergedConfig() {
	return useMergedConfigStore().mergedConfig
	},
	isSuspendable() {
	return !this.replying && this.mediaPlaying.size === 0
	},
	inThreadForest() {
	return !!this.threadDisplayState
	},
	threadShowing() {
	return this.threadDisplayState === 'showing'
	},
	visibilityLocalized() {
	return this.$i18n.t('general.scope_in_timeline.' + this.status.visibility)
	},
	isEdited() {
	return this.mainStatus.edited_at !== null
	},
	editingAvailable() {
	return useInstanceCapabilitiesStore().editingAvailable
	},
	quoteId() {
	return this.mainStatus.quote_id
	},
	quoteUrl() {
	return this.mainStatus.quote_url
	},
	quoteVisible() {
	return this.mainStatus.quote_visible
	},
	quoteExpanded() {
	return !this.inQuote
	},
	scrobblePresent() {
	if (this.mergedConfig.hideScrobbles) return false
	if (!this.status.user?.latestScrobble) return false
	const value = this.mergedConfig.hideScrobblesAfter.match(/\d+/gs)[0]
	const unit = this.mergedConfig.hideScrobblesAfter.match(/\D+/gs)[0]
	let multiplier = 60 * 1000 // minutes is smallest unit
	switch (unit) {
	case 'm':
	break
	case 'h':
	multiplier *= 60 // hour
	break
	case 'd':
	multiplier *= 60 // hour
	multiplier *= 24 // day
	break
	}
	const maxAge = Number(value) * multiplier
	const createdAt = Date.parse(this.status.user.latestScrobble.created_at)
	const age = Date.now() - createdAt
	if (age > maxAge) return false
	return this.status.user.latestScrobble.artist
	},
	scrobble() {
	return this.status.user?.latestScrobble
	},
	},
	methods: {
	visibilityIcon(visibility) {
	switch (visibility) {
	case 'private':
	return 'lock'
	case 'unlisted':
	return 'lock-open'
	case 'direct':
	return 'envelope'
	case 'local':
	return 'igloo'
	default:
	return 'globe'
	}
	},
	showError(error) {
	this.error = error
	},
	clearError() {
	this.error = undefined
	},
	toggleReplyForm() {
	if (this.replying) {
	// This emits 'close-accepted' if successful
	// which in turn callse closeReply()
	this.$refs.postStatusForm.requestClose()
	} else {
	this.replying = true
	}
	},
	closeReplyForm() {
	this.replying = false
	},
	gotoOriginal(id) {
	if (this.inConversation) {
	this.$emit('goto', id)
	}
	},
	toggleExpanded() {
	this.$emit('toggleExpanded')
	},
	toggleMute() {
	this.unmuted = !this.unmuted
	},
	generateUserProfileLink(id, name) {
	return generateProfileLink(
	id,
	name,
	useInstanceStore().restrictedNicknames,
	)
	},
	addMediaPlaying(id) {
	this.mediaPlaying.add(id)
	},
	removeMediaPlaying(id) {
	this.mediaPlaying.delete(id)
	},
	setHeadTailLinks(headTailLinks) {
	this.headTailLinks = headTailLinks
	},
	toggleThreadDisplay() {
	// FIXME
	this.controlledToggleThreadDisplay()
	},
	updateVirtualHeight(e) {
	const [entry] = e
	this.$emit('heightChange', {
	id: this.status.id,
	height: entry.contentRect.height + 1,
	element: this.$el,
	})
	},
	},
	mounted() {
	if (this.$refs.root) {
	this.resizeObserver.observe(this.$refs.root)
	this.updateVirtualHeight([
	{
	contentRect: this.$refs.root.getBoundingClientRect(),
	},
	])
	}
	},
	unmounted() {
	this.resizeObserver.disconnect()
	},
	watch: {
	hideStatus: function () {
	if (this.$refs.root) {
	this.resizeObserver.observe(this.$refs.root)
	} else {
	this.resizeObserver.disconnect()
	}
	},
	'mainStatus.repeat_num': function (num) {
	// refetch repeats when repeat_num is changed in any way
	if (this.focused && this.repeatedBy.size !== num) {
	useStatusesStore().fetchRepeats(this.mainStatus.id)
	}
	},
	'mainStatus.fave_num': function (num) {
	// refetch favs when fave_num is changed in any way
	if (this.focused && this.favoritedBy.size !== num) {
	useStatusesStore().fetchFavs(this.mainStatus.id)
	}
	},
	- isSuspendable: function (suspend) {
	- this.$emit('suspendableStateChange', { id: this.status.id, suspend })
	+ isSuspendable: function (suspendable) {
	+ this.$emit('suspendableStateChange', { id: this.status.id, suspendable })
	},
	},
	}

	export default Status
	diff --git a/src/composables/useVirtualScrolling.js b/src/composables/useVirtualScrolling.js
	index 7d76a632e1..886edf853b 100644
	--- a/src/composables/useVirtualScrolling.js
	+++ b/src/composables/useVirtualScrolling.js
	@@ -1,314 +1,314 @@
	import { first, last } from 'lodash-es'
	import { computed, nextTick, ref, toValue, watch } from 'vue'

	import { useWindowSize } from 'src/composables/useWindowSize.js'

	export function useVirtualScrolling({
	// For debugging
	name = 'Generic',
	// Master toggle
	enabled,
	// List of items
	list,
	// Container of items, used for measuring scroll position
	body,
	// vertical offset to account for fixed and sticky headers
	offset,
	// useScrollPosition composable, used to prevent dupicating instances
	scrollPositionInstance,
	// buffer zone, the amount of placeholder heights to include
	buffer,
	// whether to use scroll compensation when elements above anchor change
	scrollCompensation,
	// How to handle collapse/expansion (going from 0 elements to full and back)
	// - false - don't do scroll compensation at all
	// - 'height' - compensate scroll according to list's height
	// - 'item' - same as height but uses anchor element's top offset
	// instead of whole height
	collapseMode,
	// Placeholder height specification. Must be a function.
	// function will be called either:
	// - without arguments (for generic placeholder, i.e. buffer zone size)
	// - with id (for specific item placeholders)
	// function must return ref pointing to height
	getPlaceholderHeight,
	}) {
	// # Suspension
	const unsuspendibleIds = ref(new Set())
	- const changeSuspendState = ({ id, suspend }) => {
	- if (!suspend) {
	- unsuspendibleIds.value.add(id)
	- } else {
	+ const changeSuspendState = ({ id, suspendable }) => {
	+ if (suspendable) {
	unsuspendibleIds.value.delete(id)
	+ } else {
	+ unsuspendibleIds.value.add(id)
	}
	}

	// # Heights mapping.
	const heights = ref(new Map())
	const heightChart = computed(() => {
	// Map every height and suspendable state
	const chart = list.value.map((item) => {
	const { id } = item
	const height = (() => {
	if (heights.value.has(id)) {
	return heights.value.get(id)
	} else {
	return getPlaceholderHeight(id).value
	}
	})()
	const suspendable = !unsuspendibleIds.value.has(id)
	const real = heights.value.has(id)
	return { id, height, suspendable, real, visible: true }
	})

	// Walk over the list to set top offsets
	chart.reduce((sum, item) => {
	item.top = sum
	return sum + item.height
	}, 0)

	return chart
	})
	const updateVirtualHeight = ({ id, height }) => {
	heights.value.set(id, height)
	}

	const { y: scrollY, scrollBy } = scrollPositionInstance
	const { height: windowHeight } = useWindowSize()

	// Real scroll boundary, relative to body's bounds
	const topScrollBoundary = ref(0)
	const bottomScrollBoundary = ref(0)

	const updateBoundaries = () => {
	if (!toValue(enabled)) return
	if (!body.value) return // Not mounted yet

	const { top } = body.value.getBoundingClientRect()

	const distanceItemTopToWindowTop = 0 - top + offset.value
	const distanceItemTopToWindowBottom = windowHeight.value - top

	// Technically, bottom scroll boundary should be distance
	// from element's top border to window's bottom border,
	// but it just so happens that it is equal to this.
	// You can verify it by drawing the boxes and measuring
	// distances yourself, I know I did. Geometry, man...
	topScrollBoundary.value = distanceItemTopToWindowTop
	bottomScrollBoundary.value = distanceItemTopToWindowBottom
	}

	const windowWatcher = watch(windowHeight, updateBoundaries)
	const scrollWatcher = watch(scrollY, updateBoundaries)
	const heightWatcher = watch(heightChart, updateBoundaries)
	const bodyWatcher = watch(body, updateBoundaries)

	const pauseWatchers = () => {
	windowWatcher.pause()
	scrollWatcher.pause()
	heightWatcher.pause()
	bodyWatcher.pause()
	}
	const resumeWatchers = (skipUpdate = false) => {
	windowWatcher.resume()
	scrollWatcher.resume()
	heightWatcher.resume()
	bodyWatcher.resume()
	if (skipUpdate) return
	updateBoundaries()
	}

	watch(enabled, (val) => {
	if (val) {
	resumeWatchers()
	} else {
	pauseWatchers()
	}
	})

	// # Visiblity
	// Add buffer zone to boundary, equal to approx 3 items heights
	const bufferZone = computed(
	() => getPlaceholderHeight().value * (toValue(buffer) ?? 3),
	)

	const checkVisible = ({ top, height }) => {
	const itemTopBoundary = top
	const itemBottomBoundary = top + height

	// Include buffer zone
	const finalTopScrollBoundary = topScrollBoundary.value - bufferZone.value
	const finalBottomScrollBoundary =
	bottomScrollBoundary.value + bufferZone.value

	// To be visible, item's bottom boundary shoud be below top scroll boundary)
	const isBelowTopBoundary = itemBottomBoundary > finalTopScrollBoundary
	// To be visible, item's top boundary shoud be above bottom scroll boundary)
	const isAboveBottomBoundary = itemTopBoundary < finalBottomScrollBoundary
	// This accounts for the case where item's boundaries exceed scroll boundary

	return isBelowTopBoundary && isAboveBottomBoundary
	}

	const heightChartVisibility = computed(() =>
	heightChart.value.map((heightChartItem) => ({
	...heightChartItem,
	visible: checkVisible(heightChartItem),
	})),
	)
	const heightChartGrouped = computed(() => {
	const chart = enabled.value ? heightChartVisibility : heightChart
	// Group invisible items into spacers
	return chart.value.reduce((acc, heightChartItem) => {
	const { suspendable, visible, height, top, bottom, id } = heightChartItem
	// Bottom value isn't really used otherwise for debugging
	const present = visible \|\| !suspendable
	if (present) {
	return [...acc, { type: 'item', height, top, bottom, id }]
	} else {
	// Reusing previous item if possible
	const previousItem = acc[acc.length - 1]
	const usingPreviousItem = previousItem?.type === 'spacer'
	// We only really care for height and id of spacer, everything else
	// is just for debugging
	const spacer = usingPreviousItem
	? previousItem
	: {
	type: 'spacer',
	top: Number.POSITIVE_INFINITY,
	bottom: Number.POSITIVE_INFINITY,
	height: 0,
	ids: new Set(),
	}

	spacer.ids.add(id)
	spacer.id = [...spacer.ids].join() // used for v-for key attribute
	spacer.height += height

	if (top < spacer.top) spacer.top = top
	if (bottom < spacer.bottom) spacer.bottom = bottom

	// If we used previous item there is no need to push it to array
	if (usingPreviousItem) {
	return acc
	} else {
	return [...acc, spacer]
	}
	}
	}, [])
	})

	// ## Scroll compensation
	watch(
	heightChart,
	async (newVal, oldVal) => {
	if (!toValue(scrollCompensation)) return
	if (newVal.length === 0 && oldVal.length === 0) return
	const expansion = oldVal.length === 0 && newVal.length !== 0
	const collapse = oldVal.length !== 0 && newVal.length === 0

	const diff = (() => {
	if (expansion) {
	if (toValue(collapseMode) === 'height') {
	const newBottomElement = last(newVal)

	return newBottomElement.top + newBottomElement.height
	} else {
	return 0
	}
	} else if (collapse) {
	const oldBottomElement = last(oldVal)

	return 0 - oldBottomElement.top - oldBottomElement.height
	} else {
	const contextChange = (() => {
	const oldIds = new Set(oldVal.map(({ id }) => id))
	const newIds = new Set(newVal.map(({ id }) => id))

	if (oldVal.length <= newVal.length) {
	return [...oldIds].some((id) => !newIds.has(id))
	} else {
	return [...newIds].some((id) => !oldIds.has(id))
	}
	})()
	if (contextChange) return 0

	const expansion = (() => {
	if (newVal.length < oldVal.length) return 0
	const oldVisible = oldVal.filter(
	(item) => checkVisible(item) && item.real,
	)
	const oldItem = first(oldVisible)
	if (!oldItem) return 0 // probably out of bounds in timeline
	const oldItemUpdated = newVal.find(({ id }) => id === oldItem.id)

	return (
	oldItemUpdated.top -
	oldItem.top -
	(oldItem.height - oldItemUpdated.height)
	)
	})()

	const collapsing = (() => {
	if (newVal.length >= oldVal.length) return 0
	const newVisible = newVal
	const newItem = first(newVisible)
	if (!newItem) return 0 // probably out of bounds in timeline
	const newItemBefore = oldVal.find(({ id }) => id === newItem.id)

	return (
	newItem.top -
	newItemBefore.top -
	(newItemBefore.height - newItem.height)
	)
	})()

	return expansion + collapsing
	}
	})()

	if (diff !== 0) {
	// Scroll by amount offset changed to keep it in view
	topScrollBoundary.value += diff
	bottomScrollBoundary.value += diff
	await scrollBy(0, diff)
	await nextTick()
	}

	resumeWatchers()
	},
	{ flush: 'post' },
	)

	// Misc
	const reset = async () => {
	unsuspendibleIds.value = new Set()
	heights.value = new Map()
	}

	const scrollTo = (anchors) => {
	pauseWatchers()

	const element = heightChart.value.find(({ id }) => anchors.has(id))
	const elementMiddle = element.top + element.height / 2
	const desiredTopBoundary = Math.min(
	element.top,
	elementMiddle - (windowHeight.value - offset.value) / 2,
	)

	scrollBy(0, desiredTopBoundary - topScrollBoundary.value)

	resumeWatchers()
	}

	return {
	heightChart: heightChartGrouped,
	changeSuspendState,
	updateVirtualHeight,
	pauseWatchers,
	resumeWatchers,
	updateBoundaries,
	reset,
	scrollTo,
	}
	}

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