Files
webmail/stores/pro-tab-store.ts
T

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27 KiB
TypeScript

import { create } from 'zustand';
import { persist } from 'zustand/middleware';
import type { ComposerDraftData } from '@/components/email/email-composer';
import type { ComposePrefill } from '@/lib/plugin-compose-gate';
import type { EmailWriteSource } from '@/stores/email-store';
import type { SearchScope } from '@/lib/global-search/query-parser';
export type ProTabKind =
| 'mail' | 'calendar' | 'contacts' | 'files' | 'settings'
| 'compose' | 'email' | 'folder' | 'search';
export type ProAppTabKind = Exclude<ProTabKind, 'compose' | 'email' | 'folder' | 'search'>;
export type ProPaneId = 'main' | 'split';
/** Which visual side of the shell the split pane renders on. Persisted, so a reload never flips the layout. */
export type ProSplitSide = 'left' | 'right';
/**
* Pro split layout. Only side-by-side is supported - the pane that "splits
* off" always lives next to the main pane on the horizontal axis. Kept as
* a type alias to leave room for future layouts without churning callers.
*/
export type ProSplitOrientation = 'vertical';
export type ProComposerMode = 'compose' | 'reply' | 'replyAll' | 'forward';
/**
* Mirror of `EmailComposer.replyTo` - kept as a structural type here so the
* tab store doesn't take a runtime dependency on the composer module.
*/
export interface ProReplyContext {
from?: { email?: string; name?: string }[];
replyToAddresses?: { email?: string; name?: string }[];
to?: { email?: string; name?: string }[];
cc?: { email?: string; name?: string }[];
bcc?: { email?: string; name?: string }[];
subject?: string;
body?: string;
htmlBody?: string;
receivedAt?: string;
accountId?: string;
attachments?: Array<{
blobId: string; name?: string; type: string; size: number;
cid?: string; disposition?: string;
}>;
messageId?: string;
inReplyTo?: string[];
references?: string[];
quoteHeaderHtml?: string;
quoteHeaderText?: string;
quoteWrapInBlockquote?: boolean;
}
export interface ProComposeTabData {
sessionId: number;
mode: ProComposerMode;
replyTo?: ProReplyContext;
initialDraftText?: string;
initialData?: ComposerDraftData | null;
/** Fields a plugin filled in through onBeforeCompose; dropped on the first state save. */
prefill?: ComposePrefill | null;
sourceEmailId?: string | null;
/** The login and account of that message, for its $answered / $forwarded flag. */
sourceEmailSource?: EmailWriteSource | null;
title: string;
}
export interface ProEmailTabData {
accountId: string;
emailId: string;
mailboxId: string | null;
title: string;
/**
* Connected-account id (login) whose client fetches this email, with
* `accountId` the JMAP account there; unset = the active account. Set for
* a list row and a hit from another login (global search) - bare email ids
* are ambiguous across logins (#847).
*/
clientAccountId?: string;
}
export interface ProFolderTabData {
/**
* Connected-account id the folder belongs to (multi-account sidebar
* groups); null = the active account. Used to resolve the JMAP client the
* folder tab fetches through.
*/
accountId: string | null;
mailboxId: string;
title: string;
}
export interface ProSearchTabData {
/** The submitted query, exactly as typed (operators included). */
query: string;
scope: SearchScope;
/** Connected-account id to restrict to; null = every login. */
accountId: string | null;
title: string;
}
export interface ProTab {
id: string;
kind: ProTabKind;
/** i18n key under `sidebar.*` for built-in app tabs. Empty for compose/email/folder. */
labelKey: string;
title?: string;
closeable: boolean;
composeData?: ProComposeTabData;
emailData?: ProEmailTabData;
folderData?: ProFolderTabData;
searchData?: ProSearchTabData;
/** Which pane this tab lives in. Defaults to 'main' for the single-pane case. */
paneId: ProPaneId;
}
export interface OpenEmailTabOptions {
/**
* Force the tab into a specific pane. Passing 'split' when no split exists
* creates one (used by the shell's drop zones and by double-click routing).
*/
pane?: ProPaneId;
/**
* Reuse the shared "reader" email tab in the target pane instead of piling
* up a new tab per opened message (VS Code preview-tab behaviour). The
* reader tab is whatever email tab this flow created last; explicit flows
* that want a durable tab simply don't pass this.
*/
reuseReader?: boolean;
}
/**
* The data half of the store - everything `normalizeProTabState` operates on.
* Kept separate from the actions so the normalizer stays a pure function.
*/
export interface ProTabCoreState {
tabs: ProTab[];
/** Active tab in each pane. `split` is null when there is no split. */
activeTabId: string;
activeSplitTabId: string | null;
/** When the user last clicked into a tab/body, which pane was it? */
focusedPaneId: ProPaneId;
/** Derived: non-null exactly when the split pane has tabs. */
splitOrientation: ProSplitOrientation | null;
splitSide: ProSplitSide;
/** The reusable double-click/drop "reader" email tab, if it still exists. */
readerTabId: string | null;
loadedTabIds: string[];
}
interface ProTabState extends ProTabCoreState {
openTab: (kind: ProAppTabKind) => string;
openComposeTab: (data: ProComposeTabData) => string;
openEmailTab: (data: ProEmailTabData, opts?: OpenEmailTabOptions) => string;
/**
* Open a mailbox in its own tab (sidebar folder dragged onto a tab strip
* or a pane). One tab per folder: opening an already-open folder focuses
* its tab instead of duplicating it.
*/
openFolderTab: (data: ProFolderTabData, opts?: { pane?: ProPaneId }) => string;
/**
* Opens a search-results tab (global search, #641). One tab per submitted
* query: re-submitting an identical query focuses the existing tab.
*/
openSearchTab: (data: ProSearchTabData, opts?: { pane?: ProPaneId }) => string;
/** Refining the query inside a search tab renames and re-scopes that tab. */
updateSearchTab: (id: string, data: Partial<ProSearchTabData>) => void;
closeTab: (id: string) => void;
/**
* Request closing a tab, honouring any registered close interceptor (e.g. a
* compose tab with unsaved changes that wants to show the "Save or discard
* draft?" dialog first). Falls back to `closeTab` when none is registered.
*/
requestCloseTab: (id: string) => void;
setActiveTab: (id: string) => void;
setFocusedPane: (paneId: ProPaneId) => void;
setSplitSide: (side: ProSplitSide) => void;
/**
* Move a tab next to another tab. `edge` controls whether it lands before
* or after the target - used by the tab bar's drop indicator. Reordering
* works both within a pane and across panes (cross-pane drops move the
* tab to the target pane).
*/
reorderTab: (draggedId: string, targetTabId: string, edge: 'before' | 'after') => void;
/**
* Move a tab to a specific pane. Moving into `split` when no split exists
* opens one (on `opts.side` if given, else the persisted side). Moving the
* last main-pane tab into the split merges the panes instead of refusing -
* no drag is ever a silent no-op.
*/
moveTabToPane: (tabId: string, paneId: ProPaneId, opts?: { side?: ProSplitSide }) => void;
/** Collapse the split: every split-pane tab returns to main. */
collapseSplit: () => void;
updateTabTitle: (id: string, title: string) => void;
updateComposeDraft: (id: string, draft: ComposerDraftData) => void;
}
const TAB_BLUEPRINTS: Record<ProAppTabKind, { labelKey: string }> = {
mail: { labelKey: 'mail' },
calendar: { labelKey: 'calendar' },
contacts: { labelKey: 'contacts' },
files: { labelKey: 'files' },
settings: { labelKey: 'settings' },
};
const HOME_TAB: ProTab = {
id: 'home-mail',
kind: 'mail',
labelKey: TAB_BLUEPRINTS.mail.labelKey,
closeable: false,
paneId: 'main',
};
/**
* Module-level registry of tab close interceptors. Kept outside the persisted
* Zustand state so functions are never serialised. A compose tab registers a
* handler here so an external close request (tab-bar "X", middle-click) routes
* through the composer's unsaved-changes guard instead of closing instantly.
*/
const closeInterceptors = new Map<string, () => void>();
export function registerProTabCloseInterceptor(id: string, fn: () => void): () => void {
closeInterceptors.set(id, fn);
return () => {
if (closeInterceptors.get(id) === fn) closeInterceptors.delete(id);
};
}
function makeId(): string {
if (typeof crypto !== 'undefined' && typeof crypto.randomUUID === 'function') {
return crypto.randomUUID();
}
return `pro-tab-${Date.now()}-${Math.random().toString(36).slice(2, 9)}`;
}
function neighborInPane(tabs: ProTab[], removedId: string, paneId: ProPaneId): string | null {
const inPane = tabs.filter((t) => t.paneId === paneId);
const idx = inPane.findIndex((t) => t.id === removedId);
if (idx === -1) return inPane[0]?.id ?? null;
return (inPane[idx + 1] ?? inPane[idx - 1])?.id ?? null;
}
/**
* The single invariant enforcer. Every mutation builds its intended next
* state and runs it through here; rehydration runs through here too. The
* guarantees (see the Pro shell plan):
*
* I1 At least one tab always exists (the pinned home Mail tab is
* recreated if the list somehow empties).
* I2 Every tab belongs to a pane; the split pane exists iff it has tabs.
* I3 Each pane's active tab id points at a tab in that pane.
* I4 If main empties while split has tabs, the split pane *becomes* the
* main pane (pane merge) - callers never have to special-case it.
* I5 `focusedPaneId` points at an existing pane.
* I6 `loadedTabIds` contains both active tabs and only existing tabs.
*
* Pure function - exported for direct unit/property testing.
*/
export function normalizeProTabState(input: ProTabCoreState): ProTabCoreState {
let tabs = input.tabs.map((t) => (t.paneId ? t : { ...t, paneId: 'main' as const }));
// I1: never empty.
if (tabs.length === 0) {
return {
tabs: [HOME_TAB],
activeTabId: HOME_TAB.id,
activeSplitTabId: null,
focusedPaneId: 'main',
splitOrientation: null,
splitSide: input.splitSide === 'left' ? 'left' : 'right',
readerTabId: null,
loadedTabIds: [HOME_TAB.id],
};
}
let activeTabId = input.activeTabId;
let activeSplitTabId = input.activeSplitTabId;
// I4: main never sits empty next to a populated split - the split pane
// takes over as main. The user's split-side focus carries across.
if (!tabs.some((t) => t.paneId === 'main')) {
tabs = tabs.map((t) => (t.paneId === 'split' ? { ...t, paneId: 'main' as const } : t));
if (activeSplitTabId) activeTabId = activeSplitTabId;
activeSplitTabId = null;
}
const mainTabs = tabs.filter((t) => t.paneId === 'main');
const splitTabs = tabs.filter((t) => t.paneId === 'split');
const hasSplit = splitTabs.length > 0;
// I3: per-pane active ids must exist in their pane.
if (!mainTabs.some((t) => t.id === activeTabId)) {
activeTabId = mainTabs[0].id;
}
if (!hasSplit) {
activeSplitTabId = null;
} else if (!splitTabs.some((t) => t.id === activeSplitTabId)) {
activeSplitTabId = splitTabs[0].id;
}
// I2 (derived flag) + I5.
const splitOrientation: ProSplitOrientation | null = hasSplit ? 'vertical' : null;
const focusedPaneId: ProPaneId =
input.focusedPaneId === 'split' && hasSplit ? 'split' : 'main';
// Reader tab must still exist and still be an email tab.
const readerTabId = tabs.some((t) => t.id === input.readerTabId && t.kind === 'email')
? input.readerTabId
: null;
// I6: prune ghosts, keep both actives renderable.
const ids = new Set(tabs.map((t) => t.id));
let loadedTabIds = input.loadedTabIds.filter((id) => ids.has(id));
if (!loadedTabIds.includes(activeTabId)) loadedTabIds = [...loadedTabIds, activeTabId];
if (activeSplitTabId && !loadedTabIds.includes(activeSplitTabId)) {
loadedTabIds = [...loadedTabIds, activeSplitTabId];
}
return {
tabs,
activeTabId,
activeSplitTabId,
focusedPaneId,
splitOrientation,
splitSide: input.splitSide === 'left' ? 'left' : 'right',
readerTabId,
loadedTabIds,
};
}
/** True when the (normalized) state currently renders two panes. */
export function hasSplitPane(state: Pick<ProTabCoreState, 'tabs'>): boolean {
return state.tabs.some((t) => t.paneId === 'split');
}
function core(state: ProTabState): ProTabCoreState {
return {
tabs: state.tabs,
activeTabId: state.activeTabId,
activeSplitTabId: state.activeSplitTabId,
focusedPaneId: state.focusedPaneId,
splitOrientation: state.splitOrientation,
splitSide: state.splitSide,
readerTabId: state.readerTabId,
loadedTabIds: state.loadedTabIds,
};
}
/** Mark a tab active (and focused) in whichever pane it lives in. */
function withTabActivated(state: ProTabCoreState, tab: ProTab): ProTabCoreState {
return {
...state,
...(tab.paneId === 'main'
? { activeTabId: tab.id, focusedPaneId: 'main' as const }
: { activeSplitTabId: tab.id, focusedPaneId: 'split' as const }),
loadedTabIds: state.loadedTabIds.includes(tab.id)
? state.loadedTabIds
: [...state.loadedTabIds, tab.id],
};
}
export const useProTabStore = create<ProTabState>()(
persist(
(set, get) => {
/** Apply a mutation to the core state and commit the normalized result. */
const commit = (mutate: (s: ProTabCoreState) => ProTabCoreState) => {
set(normalizeProTabState(mutate(core(get()))));
};
return {
tabs: [HOME_TAB],
activeTabId: HOME_TAB.id,
activeSplitTabId: null,
focusedPaneId: 'main',
splitOrientation: null,
splitSide: 'right',
readerTabId: null,
loadedTabIds: [HOME_TAB.id],
openTab: (kind) => {
const state = core(get());
// App tabs are singletons across the whole workspace: opening one
// that already exists focuses it wherever it lives (fixes the
// duplicate-Settings-tab bug), it never creates a second copy.
const existing = state.tabs.find((tab) => tab.kind === kind);
if (existing) {
commit((s) => withTabActivated(s, existing));
return existing.id;
}
const newTab: ProTab = {
id: makeId(),
kind,
labelKey: TAB_BLUEPRINTS[kind].labelKey,
closeable: true,
paneId: state.focusedPaneId,
};
commit((s) => withTabActivated({ ...s, tabs: [...s.tabs, newTab] }, newTab));
return newTab.id;
},
openComposeTab: (data) => {
const newTab: ProTab = {
id: makeId(),
kind: 'compose',
labelKey: '',
title: data.title,
closeable: true,
composeData: data,
paneId: get().focusedPaneId,
};
commit((s) => withTabActivated({ ...s, tabs: [...s.tabs, newTab] }, newTab));
return newTab.id;
},
openEmailTab: (data, opts) => {
const state = core(get());
// Same email already open anywhere: focus it, never open twice.
// Of the same login: ids and account ids repeat across servers.
const existing = state.tabs.find(
(tab) => tab.kind === 'email'
&& tab.emailData?.emailId === data.emailId
&& tab.emailData?.accountId === data.accountId
&& tab.emailData?.clientAccountId === data.clientAccountId
);
if (existing) {
commit((s) => withTabActivated(s, existing));
return existing.id;
}
const targetPane: ProPaneId = opts?.pane ?? state.focusedPaneId;
// Reuse the reader tab in the target pane: replace its content
// in place so double-click / drop flows drive a single tab
// instead of accumulating one per message.
if (opts?.reuseReader && state.readerTabId) {
const reader = state.tabs.find(
(t) => t.id === state.readerTabId && t.kind === 'email' && t.paneId === targetPane,
);
if (reader) {
commit((s) => withTabActivated({
...s,
tabs: s.tabs.map((t) => t.id === reader.id
? { ...t, emailData: data, title: data.title }
: t),
}, reader));
return reader.id;
}
}
const newTab: ProTab = {
id: makeId(),
kind: 'email',
labelKey: '',
title: data.title,
closeable: true,
emailData: data,
paneId: targetPane,
};
commit((s) => withTabActivated({
...s,
tabs: [...s.tabs, newTab],
readerTabId: opts?.reuseReader ? newTab.id : s.readerTabId,
}, newTab));
return newTab.id;
},
openFolderTab: (data, opts) => {
const state = core(get());
// Same folder already open anywhere: focus it, never open twice.
const existing = state.tabs.find(
(tab) => tab.kind === 'folder'
&& tab.folderData?.mailboxId === data.mailboxId
&& (tab.folderData?.accountId ?? null) === (data.accountId ?? null)
);
if (existing) {
commit((s) => withTabActivated(s, existing));
return existing.id;
}
const newTab: ProTab = {
id: makeId(),
kind: 'folder',
labelKey: '',
title: data.title,
closeable: true,
folderData: data,
paneId: opts?.pane ?? state.focusedPaneId,
};
commit((s) => withTabActivated({ ...s, tabs: [...s.tabs, newTab] }, newTab));
return newTab.id;
},
openSearchTab: (data, opts) => {
const state = core(get());
// Same query already open: focus it, never open twice.
const existing = state.tabs.find(
(tab) => tab.kind === 'search'
&& tab.searchData?.query === data.query
&& tab.searchData?.scope === data.scope
&& (tab.searchData?.accountId ?? null) === (data.accountId ?? null)
);
if (existing) {
commit((s) => withTabActivated(s, existing));
return existing.id;
}
const newTab: ProTab = {
id: makeId(),
kind: 'search',
labelKey: '',
title: data.title,
closeable: true,
searchData: data,
paneId: opts?.pane ?? state.focusedPaneId,
};
commit((s) => withTabActivated({ ...s, tabs: [...s.tabs, newTab] }, newTab));
return newTab.id;
},
updateSearchTab: (id, data) => {
set({
tabs: get().tabs.map((tab) => {
if (tab.id !== id || tab.kind !== 'search' || !tab.searchData) return tab;
const searchData = { ...tab.searchData, ...data };
return { ...tab, searchData, title: searchData.title };
}),
});
},
requestCloseTab: (id) => {
const interceptor = closeInterceptors.get(id);
if (interceptor) {
interceptor();
return;
}
get().closeTab(id);
},
closeTab: (id) => {
const state = core(get());
const tab = state.tabs.find((t) => t.id === id);
if (!tab || !tab.closeable) return;
// Drop any registered close interceptor for this tab.
closeInterceptors.delete(id);
commit((s) => ({
...s,
tabs: s.tabs.filter((t) => t.id !== id),
// If the closed tab was active, hand its pane to a neighbour
// (looked up in the pre-close list, so it's the tab next door,
// not just the pane's first tab). normalize() covers the
// emptied-pane cases.
activeTabId: tab.paneId === 'main' && s.activeTabId === id
? (neighborInPane(s.tabs, id, 'main') ?? s.activeTabId)
: s.activeTabId,
activeSplitTabId: tab.paneId === 'split' && s.activeSplitTabId === id
? neighborInPane(s.tabs, id, 'split')
: s.activeSplitTabId,
}));
},
setActiveTab: (id) => {
const state = core(get());
const tab = state.tabs.find((t) => t.id === id);
if (!tab) return;
if (tab.paneId === 'main'
&& state.activeTabId === id && state.focusedPaneId === 'main') return;
if (tab.paneId === 'split'
&& state.activeSplitTabId === id && state.focusedPaneId === 'split') return;
commit((s) => withTabActivated(s, tab));
},
setFocusedPane: (paneId) => {
const state = core(get());
if (state.focusedPaneId === paneId) return;
commit((s) => ({ ...s, focusedPaneId: paneId }));
},
setSplitSide: (side) => {
if (get().splitSide === side) return;
commit((s) => ({ ...s, splitSide: side }));
},
reorderTab: (draggedId, targetTabId, edge) => {
const state = core(get());
if (draggedId === targetTabId) return;
const dragged = state.tabs.find((t) => t.id === draggedId);
const target = state.tabs.find((t) => t.id === targetTabId);
if (!dragged || !target) return;
commit((s) => {
const rest = s.tabs.filter((t) => t.id !== draggedId);
const insertAt = rest.findIndex((t) => t.id === targetTabId) + (edge === 'after' ? 1 : 0);
const moved: ProTab = dragged.paneId === target.paneId
? dragged
: { ...dragged, paneId: target.paneId };
const tabs = [...rest];
tabs.splice(insertAt, 0, moved);
let next: ProTabCoreState = { ...s, tabs };
if (dragged.paneId !== target.paneId) {
// The old pane needs a new active tab if the dragged one was
// active there (its neighbour in the pre-move list); the new
// pane activates the dragged tab.
if (dragged.paneId === 'main' && s.activeTabId === draggedId) {
next = { ...next, activeTabId: neighborInPane(s.tabs, draggedId, 'main') ?? s.activeTabId };
}
if (dragged.paneId === 'split' && s.activeSplitTabId === draggedId) {
next = { ...next, activeSplitTabId: neighborInPane(s.tabs, draggedId, 'split') };
}
next = withTabActivated(next, moved);
}
return next;
});
},
moveTabToPane: (tabId, paneId, opts) => {
const state = core(get());
const tab = state.tabs.find((t) => t.id === tabId);
if (!tab) return;
if (tab.paneId === paneId) return;
const openingSplit = paneId === 'split' && !hasSplitPane(state);
commit((s) => {
const tabs = s.tabs.map((t) => (t.id === tabId ? { ...t, paneId } : t));
const moved = { ...tab, paneId };
let next: ProTabCoreState = {
...s,
tabs,
splitSide: openingSplit ? (opts?.side ?? s.splitSide) : s.splitSide,
};
// Hand the vacated pane to a neighbour (from the pre-move list)
// before activating the moved tab in its new pane. If the
// vacated pane emptied, normalize() collapses/merges as needed.
if (tab.paneId === 'main' && s.activeTabId === tabId) {
next = { ...next, activeTabId: neighborInPane(s.tabs, tabId, 'main') ?? s.activeTabId };
}
if (tab.paneId === 'split' && s.activeSplitTabId === tabId) {
next = { ...next, activeSplitTabId: neighborInPane(s.tabs, tabId, 'split') };
}
return withTabActivated(next, moved);
});
},
collapseSplit: () => {
const state = core(get());
if (!hasSplitPane(state)) return;
commit((s) => ({
...s,
tabs: s.tabs.map((t) => (t.paneId === 'split' ? { ...t, paneId: 'main' as const } : t)),
activeSplitTabId: null,
focusedPaneId: 'main',
}));
},
updateTabTitle: (id, title) => {
set({
tabs: get().tabs.map((tab) => (tab.id === id ? { ...tab, title } : tab)),
});
},
updateComposeDraft: (id, draft) => {
set({
tabs: get().tabs.map((tab) => {
if (tab.id !== id || tab.kind !== 'compose' || !tab.composeData) return tab;
// The draft now carries the user's own text: a remount must not
// apply the plugin's prefill over it again.
return { ...tab, composeData: { ...tab.composeData, initialData: draft, prefill: null } };
}),
});
},
};
},
{
name: 'pro-tabs',
version: 4,
// Don't persist transient compose drafts in tab metadata - the composer's
// own draft-store already handles that. Persisted email tabs are fine to
// restore (the tab body refetches the email by id).
partialize: (state) => ({
tabs: state.tabs.filter((tab) => tab.kind !== 'compose'),
activeTabId: state.activeTabId,
activeSplitTabId: state.activeSplitTabId,
focusedPaneId: state.focusedPaneId,
splitOrientation: state.splitOrientation,
splitSide: state.splitSide,
readerTabId: state.readerTabId,
loadedTabIds: state.loadedTabIds,
}),
migrate: (persisted, version) => {
// v3 -> v4: `splitSide` and `readerTabId` are new; earlier versions
// carried an un-persisted "which side" that always reset to the
// right. Everything else is repaired by normalize() on rehydrate.
const state = persisted as Partial<ProTabCoreState>;
if (version < 4) {
return {
...state,
splitSide: 'right' as const,
readerTabId: null,
};
}
return state;
},
onRehydrateStorage: () => (state) => {
if (!state) return;
const normalized = normalizeProTabState({
tabs: Array.isArray(state.tabs) ? state.tabs : [],
activeTabId: state.activeTabId,
activeSplitTabId: state.activeSplitTabId ?? null,
focusedPaneId: state.focusedPaneId ?? 'main',
splitOrientation: state.splitOrientation ?? null,
splitSide: state.splitSide ?? 'right',
readerTabId: state.readerTabId ?? null,
loadedTabIds: Array.isArray(state.loadedTabIds) ? state.loadedTabIds : [],
});
state.tabs = normalized.tabs;
state.activeTabId = normalized.activeTabId;
state.activeSplitTabId = normalized.activeSplitTabId;
state.focusedPaneId = normalized.focusedPaneId;
state.splitOrientation = normalized.splitOrientation;
state.splitSide = normalized.splitSide;
state.readerTabId = normalized.readerTabId;
state.loadedTabIds = normalized.loadedTabIds;
},
},
),
);