signal-desktop/ts/services/storageRecordOps.ts
2021-09-23 17:49:05 -07:00

1045 lines
31 KiB
TypeScript

// Copyright 2020-2021 Signal Messenger, LLC
// SPDX-License-Identifier: AGPL-3.0-only
import { isEqual, isNumber } from 'lodash';
import Long from 'long';
import { deriveMasterKeyFromGroupV1 } from '../Crypto';
import * as Bytes from '../Bytes';
import dataInterface from '../sql/Client';
import {
deriveGroupFields,
waitThenMaybeUpdateGroup,
waitThenRespondToGroupV2Migration,
} from '../groups';
import { assert } from '../util/assert';
import { normalizeUuid } from '../util/normalizeUuid';
import { missingCaseError } from '../util/missingCaseError';
import {
PhoneNumberSharingMode,
parsePhoneNumberSharingMode,
} from '../util/phoneNumberSharingMode';
import {
PhoneNumberDiscoverability,
parsePhoneNumberDiscoverability,
} from '../util/phoneNumberDiscoverability';
import { arePinnedConversationsEqual } from '../util/arePinnedConversationsEqual';
import { ConversationModel } from '../models/conversations';
import {
getSafeLongFromTimestamp,
getTimestampFromLong,
} from '../util/timestampLongUtils';
import {
get as getUniversalExpireTimer,
set as setUniversalExpireTimer,
} from '../util/universalExpireTimer';
import { ourProfileKeyService } from './ourProfileKey';
import { isGroupV1, isGroupV2 } from '../util/whatTypeOfConversation';
import * as preferredReactionEmoji from '../reactions/preferredReactionEmoji';
import { UUID } from '../types/UUID';
import * as Errors from '../types/errors';
import { SignalService as Proto } from '../protobuf';
import * as log from '../logging/log';
const { updateConversation } = dataInterface;
type RecordClass =
| Proto.IAccountRecord
| Proto.IContactRecord
| Proto.IGroupV1Record
| Proto.IGroupV2Record;
function toRecordVerified(verified: number): Proto.ContactRecord.IdentityState {
const VERIFIED_ENUM = window.textsecure.storage.protocol.VerifiedStatus;
const STATE_ENUM = Proto.ContactRecord.IdentityState;
switch (verified) {
case VERIFIED_ENUM.VERIFIED:
return STATE_ENUM.VERIFIED;
case VERIFIED_ENUM.UNVERIFIED:
return STATE_ENUM.UNVERIFIED;
default:
return STATE_ENUM.DEFAULT;
}
}
function addUnknownFields(
record: RecordClass,
conversation: ConversationModel
): void {
if (record.__unknownFields) {
log.info(
'storageService.addUnknownFields: Unknown fields found for',
conversation.idForLogging()
);
conversation.set({
storageUnknownFields: Bytes.toBase64(
Bytes.concatenate(record.__unknownFields)
),
});
} else if (conversation.get('storageUnknownFields')) {
// If the record doesn't have unknown fields attached but we have them
// saved locally then we need to clear it out
log.info(
'storageService.addUnknownFields: Clearing unknown fields for',
conversation.idForLogging()
);
conversation.unset('storageUnknownFields');
}
}
function applyUnknownFields(
record: RecordClass,
conversation: ConversationModel
): void {
const storageUnknownFields = conversation.get('storageUnknownFields');
if (storageUnknownFields) {
log.info(
'storageService.applyUnknownFields: Applying unknown fields for',
conversation.get('id')
);
// eslint-disable-next-line no-param-reassign
record.__unknownFields = [Bytes.fromBase64(storageUnknownFields)];
}
}
export async function toContactRecord(
conversation: ConversationModel
): Promise<Proto.ContactRecord> {
const contactRecord = new Proto.ContactRecord();
const uuid = conversation.get('uuid');
if (uuid) {
contactRecord.serviceUuid = uuid;
}
const e164 = conversation.get('e164');
if (e164) {
contactRecord.serviceE164 = e164;
}
const profileKey = conversation.get('profileKey');
if (profileKey) {
contactRecord.profileKey = Bytes.fromBase64(String(profileKey));
}
let maybeUuid: UUID | undefined;
try {
maybeUuid = uuid ? new UUID(uuid) : undefined;
} catch (error) {
log.warn(`Invalid uuid in contact record: ${Errors.toLogFormat(error)}`);
}
const identityKey = maybeUuid
? await window.textsecure.storage.protocol.loadIdentityKey(maybeUuid)
: undefined;
if (identityKey) {
contactRecord.identityKey = identityKey;
}
const verified = conversation.get('verified');
if (verified) {
contactRecord.identityState = toRecordVerified(Number(verified));
}
const profileName = conversation.get('profileName');
if (profileName) {
contactRecord.givenName = profileName;
}
const profileFamilyName = conversation.get('profileFamilyName');
if (profileFamilyName) {
contactRecord.familyName = profileFamilyName;
}
contactRecord.blocked = conversation.isBlocked();
contactRecord.whitelisted = Boolean(conversation.get('profileSharing'));
contactRecord.archived = Boolean(conversation.get('isArchived'));
contactRecord.markedUnread = Boolean(conversation.get('markedUnread'));
contactRecord.mutedUntilTimestamp = getSafeLongFromTimestamp(
conversation.get('muteExpiresAt')
);
applyUnknownFields(contactRecord, conversation);
return contactRecord;
}
export async function toAccountRecord(
conversation: ConversationModel
): Promise<Proto.AccountRecord> {
const accountRecord = new Proto.AccountRecord();
if (conversation.get('profileKey')) {
accountRecord.profileKey = Bytes.fromBase64(
String(conversation.get('profileKey'))
);
}
if (conversation.get('profileName')) {
accountRecord.givenName = conversation.get('profileName') || '';
}
if (conversation.get('profileFamilyName')) {
accountRecord.familyName = conversation.get('profileFamilyName') || '';
}
accountRecord.avatarUrl = window.storage.get('avatarUrl') || '';
accountRecord.noteToSelfArchived = Boolean(conversation.get('isArchived'));
accountRecord.noteToSelfMarkedUnread = Boolean(
conversation.get('markedUnread')
);
accountRecord.readReceipts = Boolean(window.Events.getReadReceiptSetting());
accountRecord.sealedSenderIndicators = Boolean(
window.storage.get('sealedSenderIndicators')
);
accountRecord.typingIndicators = Boolean(
window.Events.getTypingIndicatorSetting()
);
accountRecord.linkPreviews = Boolean(window.Events.getLinkPreviewSetting());
const primarySendsSms = window.storage.get('primarySendsSms');
if (primarySendsSms !== undefined) {
accountRecord.primarySendsSms = Boolean(primarySendsSms);
}
const accountE164 = window.storage.get('accountE164');
if (accountE164 !== undefined) {
accountRecord.e164 = accountE164;
}
const rawPreferredReactionEmoji = window.storage.get(
'preferredReactionEmoji'
);
if (preferredReactionEmoji.canBeSynced(rawPreferredReactionEmoji)) {
accountRecord.preferredReactionEmoji = rawPreferredReactionEmoji;
}
const universalExpireTimer = getUniversalExpireTimer();
if (universalExpireTimer) {
accountRecord.universalExpireTimer = Number(universalExpireTimer);
}
const PHONE_NUMBER_SHARING_MODE_ENUM =
Proto.AccountRecord.PhoneNumberSharingMode;
const phoneNumberSharingMode = parsePhoneNumberSharingMode(
window.storage.get('phoneNumberSharingMode')
);
switch (phoneNumberSharingMode) {
case PhoneNumberSharingMode.Everybody:
accountRecord.phoneNumberSharingMode =
PHONE_NUMBER_SHARING_MODE_ENUM.EVERYBODY;
break;
case PhoneNumberSharingMode.ContactsOnly:
accountRecord.phoneNumberSharingMode =
PHONE_NUMBER_SHARING_MODE_ENUM.CONTACTS_ONLY;
break;
case PhoneNumberSharingMode.Nobody:
accountRecord.phoneNumberSharingMode =
PHONE_NUMBER_SHARING_MODE_ENUM.NOBODY;
break;
default:
throw missingCaseError(phoneNumberSharingMode);
}
const phoneNumberDiscoverability = parsePhoneNumberDiscoverability(
window.storage.get('phoneNumberDiscoverability')
);
switch (phoneNumberDiscoverability) {
case PhoneNumberDiscoverability.Discoverable:
accountRecord.notDiscoverableByPhoneNumber = false;
break;
case PhoneNumberDiscoverability.NotDiscoverable:
accountRecord.notDiscoverableByPhoneNumber = true;
break;
default:
throw missingCaseError(phoneNumberDiscoverability);
}
const pinnedConversations = window.storage
.get('pinnedConversationIds', new Array<string>())
.map(id => {
const pinnedConversation = window.ConversationController.get(id);
if (pinnedConversation) {
const pinnedConversationRecord = new Proto.AccountRecord.PinnedConversation();
if (pinnedConversation.get('type') === 'private') {
pinnedConversationRecord.identifier = 'contact';
pinnedConversationRecord.contact = {
uuid: pinnedConversation.get('uuid'),
e164: pinnedConversation.get('e164'),
};
} else if (isGroupV1(pinnedConversation.attributes)) {
pinnedConversationRecord.identifier = 'legacyGroupId';
const groupId = pinnedConversation.get('groupId');
if (!groupId) {
throw new Error(
'toAccountRecord: trying to pin a v1 Group without groupId'
);
}
pinnedConversationRecord.legacyGroupId = Bytes.fromBinary(groupId);
} else if (isGroupV2(pinnedConversation.attributes)) {
pinnedConversationRecord.identifier = 'groupMasterKey';
const masterKey = pinnedConversation.get('masterKey');
if (!masterKey) {
throw new Error(
'toAccountRecord: trying to pin a v2 Group without masterKey'
);
}
pinnedConversationRecord.groupMasterKey = Bytes.fromBase64(masterKey);
}
return pinnedConversationRecord;
}
return undefined;
})
.filter(
(
pinnedConversationClass
): pinnedConversationClass is Proto.AccountRecord.PinnedConversation =>
pinnedConversationClass !== undefined
);
log.info(
'storageService.toAccountRecord: pinnedConversations',
pinnedConversations.length
);
accountRecord.pinnedConversations = pinnedConversations;
applyUnknownFields(accountRecord, conversation);
return accountRecord;
}
export async function toGroupV1Record(
conversation: ConversationModel
): Promise<Proto.GroupV1Record> {
const groupV1Record = new Proto.GroupV1Record();
groupV1Record.id = Bytes.fromBinary(String(conversation.get('groupId')));
groupV1Record.blocked = conversation.isBlocked();
groupV1Record.whitelisted = Boolean(conversation.get('profileSharing'));
groupV1Record.archived = Boolean(conversation.get('isArchived'));
groupV1Record.markedUnread = Boolean(conversation.get('markedUnread'));
groupV1Record.mutedUntilTimestamp = getSafeLongFromTimestamp(
conversation.get('muteExpiresAt')
);
applyUnknownFields(groupV1Record, conversation);
return groupV1Record;
}
export async function toGroupV2Record(
conversation: ConversationModel
): Promise<Proto.GroupV2Record> {
const groupV2Record = new Proto.GroupV2Record();
const masterKey = conversation.get('masterKey');
if (masterKey !== undefined) {
groupV2Record.masterKey = Bytes.fromBase64(masterKey);
}
groupV2Record.blocked = conversation.isBlocked();
groupV2Record.whitelisted = Boolean(conversation.get('profileSharing'));
groupV2Record.archived = Boolean(conversation.get('isArchived'));
groupV2Record.markedUnread = Boolean(conversation.get('markedUnread'));
groupV2Record.mutedUntilTimestamp = getSafeLongFromTimestamp(
conversation.get('muteExpiresAt')
);
groupV2Record.dontNotifyForMentionsIfMuted = Boolean(
conversation.get('dontNotifyForMentionsIfMuted')
);
applyUnknownFields(groupV2Record, conversation);
return groupV2Record;
}
type MessageRequestCapableRecord = Proto.IContactRecord | Proto.IGroupV1Record;
function applyMessageRequestState(
record: MessageRequestCapableRecord,
conversation: ConversationModel
): void {
const messageRequestEnum = Proto.SyncMessage.MessageRequestResponse.Type;
if (record.blocked) {
conversation.applyMessageRequestResponse(messageRequestEnum.BLOCK, {
fromSync: true,
viaStorageServiceSync: true,
});
} else if (record.whitelisted) {
// unblocking is also handled by this function which is why the next
// condition is part of the else-if and not separate
conversation.applyMessageRequestResponse(messageRequestEnum.ACCEPT, {
fromSync: true,
viaStorageServiceSync: true,
});
} else if (!record.blocked) {
// if the condition above failed the state could still be blocked=false
// in which case we should unblock the conversation
conversation.unblock({ viaStorageServiceSync: true });
}
if (record.whitelisted === false) {
conversation.disableProfileSharing({ viaStorageServiceSync: true });
}
}
type RecordClassObject = {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
[key: string]: any;
};
function doRecordsConflict(
localRecord: RecordClassObject,
remoteRecord: RecordClassObject,
conversation: ConversationModel
): boolean {
const idForLogging = conversation.idForLogging();
return Object.keys(remoteRecord).some((key: string): boolean => {
const localValue = localRecord[key];
const remoteValue = remoteRecord[key];
// Sometimes we have a ByteBuffer and an Uint8Array, this ensures that we
// are comparing them both equally by converting them into base64 string.
if (localValue instanceof Uint8Array) {
const areEqual = Bytes.areEqual(localValue, remoteValue);
if (!areEqual) {
log.info(
'storageService.doRecordsConflict: Conflict found for Uint8Array',
key,
idForLogging
);
}
return !areEqual;
}
// If both types are Long we can use Long's equals to compare them
if (localValue instanceof Long || typeof localValue === 'number') {
if (!(remoteValue instanceof Long) || typeof remoteValue !== 'number') {
return true;
}
const areEqual = Long.fromValue(localValue).equals(
Long.fromValue(remoteValue)
);
if (!areEqual) {
log.info(
'storageService.doRecordsConflict: Conflict found for Long',
key,
idForLogging
);
}
return !areEqual;
}
if (key === 'pinnedConversations') {
const areEqual = arePinnedConversationsEqual(localValue, remoteValue);
if (!areEqual) {
log.info(
'storageService.doRecordsConflict: Conflict found for pinnedConversations',
idForLogging
);
}
return !areEqual;
}
if (localValue === remoteValue) {
return false;
}
// Sometimes we get `null` values from Protobuf and they should default to
// false, empty string, or 0 for these records we do not count them as
// conflicting.
if (
remoteValue === null &&
(localValue === false ||
localValue === '' ||
localValue === 0 ||
(Long.isLong(localValue) && localValue.toNumber() === 0))
) {
return false;
}
const areEqual = isEqual(localValue, remoteValue);
if (!areEqual) {
log.info(
'storageService.doRecordsConflict: Conflict found for',
key,
idForLogging
);
}
return !areEqual;
});
}
function doesRecordHavePendingChanges(
mergedRecord: RecordClass,
serviceRecord: RecordClass,
conversation: ConversationModel
): boolean {
const shouldSync = Boolean(conversation.get('needsStorageServiceSync'));
if (!shouldSync) {
return false;
}
const hasConflict = doRecordsConflict(
mergedRecord,
serviceRecord,
conversation
);
if (!hasConflict) {
conversation.set({ needsStorageServiceSync: false });
}
return hasConflict;
}
export async function mergeGroupV1Record(
storageID: string,
groupV1Record: Proto.IGroupV1Record
): Promise<boolean> {
if (!groupV1Record.id) {
throw new Error(`No ID for ${storageID}`);
}
const groupId = Bytes.toBinary(groupV1Record.id);
// Attempt to fetch an existing group pertaining to the `groupId` or create
// a new group and populate it with the attributes from the record.
let conversation = window.ConversationController.get(groupId);
// Because ConversationController.get retrieves all types of records we
// may sometimes have a situation where we get a record of groupv1 type
// where the binary representation of its ID matches a v2 record in memory.
// Here we ensure that the record we're about to process is GV1 otherwise
// we drop the update.
if (conversation && !isGroupV1(conversation.attributes)) {
throw new Error(
`Record has group type mismatch ${conversation.idForLogging()}`
);
}
if (!conversation) {
// It's possible this group was migrated to a GV2 if so we attempt to
// retrieve the master key and find the conversation locally. If we
// are successful then we continue setting and applying state.
const masterKeyBuffer = deriveMasterKeyFromGroupV1(groupV1Record.id);
const fields = deriveGroupFields(masterKeyBuffer);
const derivedGroupV2Id = Bytes.toBase64(fields.id);
log.info(
'storageService.mergeGroupV1Record: failed to find group by v1 id ' +
`attempting lookup by v2 groupv2(${derivedGroupV2Id})`
);
conversation = window.ConversationController.get(derivedGroupV2Id);
}
if (conversation) {
log.info(
'storageService.mergeGroupV1Record: found existing group',
conversation.idForLogging()
);
} else {
if (groupV1Record.id.byteLength !== 16) {
throw new Error('Not a valid gv1');
}
conversation = await window.ConversationController.getOrCreateAndWait(
groupId,
'group'
);
log.info(
'storageService.mergeGroupV1Record: created a new group locally',
conversation.idForLogging()
);
}
conversation.set({
isArchived: Boolean(groupV1Record.archived),
markedUnread: Boolean(groupV1Record.markedUnread),
storageID,
});
conversation.setMuteExpiration(
getTimestampFromLong(groupV1Record.mutedUntilTimestamp),
{
viaStorageServiceSync: true,
}
);
applyMessageRequestState(groupV1Record, conversation);
let hasPendingChanges: boolean;
if (isGroupV1(conversation.attributes)) {
addUnknownFields(groupV1Record, conversation);
hasPendingChanges = doesRecordHavePendingChanges(
await toGroupV1Record(conversation),
groupV1Record,
conversation
);
} else {
// We cannot preserve unknown fields if local group is V2 and the remote is
// still V1, because the storageItem that we'll put into manifest will have
// a different record type.
log.info(
'storageService.mergeGroupV1Record marking v1' +
' group for an update to v2',
conversation.idForLogging()
);
// We want to upgrade group in the storage after merging it.
hasPendingChanges = true;
}
updateConversation(conversation.attributes);
return hasPendingChanges;
}
async function getGroupV2Conversation(
masterKeyBuffer: Uint8Array
): Promise<ConversationModel> {
const groupFields = deriveGroupFields(masterKeyBuffer);
const groupId = Bytes.toBase64(groupFields.id);
const masterKey = Bytes.toBase64(masterKeyBuffer);
const secretParams = Bytes.toBase64(groupFields.secretParams);
const publicParams = Bytes.toBase64(groupFields.publicParams);
// First we check for an existing GroupV2 group
const groupV2 = window.ConversationController.get(groupId);
if (groupV2) {
await groupV2.maybeRepairGroupV2({
masterKey,
secretParams,
publicParams,
});
return groupV2;
}
// Then check for V1 group with matching derived GV2 id
const groupV1 = window.ConversationController.getByDerivedGroupV2Id(groupId);
if (groupV1) {
return groupV1;
}
const conversationId = window.ConversationController.ensureGroup(groupId, {
// Note: We don't set active_at, because we don't want the group to show until
// we have information about it beyond these initial details.
// see maybeUpdateGroup().
groupVersion: 2,
masterKey,
secretParams,
publicParams,
});
const conversation = window.ConversationController.get(conversationId);
if (!conversation) {
throw new Error(
`getGroupV2Conversation: Failed to create conversation for groupv2(${groupId})`
);
}
return conversation;
}
export async function mergeGroupV2Record(
storageID: string,
groupV2Record: Proto.IGroupV2Record
): Promise<boolean> {
if (!groupV2Record.masterKey) {
throw new Error(`No master key for ${storageID}`);
}
const masterKeyBuffer = groupV2Record.masterKey;
const conversation = await getGroupV2Conversation(masterKeyBuffer);
log.info('storageService.mergeGroupV2Record:', conversation.idForLogging());
conversation.set({
isArchived: Boolean(groupV2Record.archived),
markedUnread: Boolean(groupV2Record.markedUnread),
dontNotifyForMentionsIfMuted: Boolean(
groupV2Record.dontNotifyForMentionsIfMuted
),
storageID,
});
conversation.setMuteExpiration(
getTimestampFromLong(groupV2Record.mutedUntilTimestamp),
{
viaStorageServiceSync: true,
}
);
applyMessageRequestState(groupV2Record, conversation);
addUnknownFields(groupV2Record, conversation);
const hasPendingChanges = doesRecordHavePendingChanges(
await toGroupV2Record(conversation),
groupV2Record,
conversation
);
updateConversation(conversation.attributes);
const isGroupNewToUs = !isNumber(conversation.get('revision'));
const isFirstSync = !window.storage.get('storageFetchComplete');
const dropInitialJoinMessage = isFirstSync;
if (isGroupV1(conversation.attributes)) {
// If we found a GroupV1 conversation from this incoming GroupV2 record, we need to
// migrate it!
// We don't await this because this could take a very long time, waiting for queues to
// empty, etc.
waitThenRespondToGroupV2Migration({
conversation,
});
} else if (isGroupNewToUs) {
// We don't need to update GroupV2 groups all the time. We fetch group state the first
// time we hear about these groups, from then on we rely on incoming messages or
// the user opening that conversation.
// We don't await this because this could take a very long time, waiting for queues to
// empty, etc.
waitThenMaybeUpdateGroup(
{
conversation,
dropInitialJoinMessage,
},
{ viaSync: true }
);
}
return hasPendingChanges;
}
export async function mergeContactRecord(
storageID: string,
originalContactRecord: Proto.IContactRecord
): Promise<boolean> {
const contactRecord = {
...originalContactRecord,
serviceUuid: originalContactRecord.serviceUuid
? normalizeUuid(
originalContactRecord.serviceUuid,
'ContactRecord.serviceUuid'
)
: undefined,
};
const e164 = contactRecord.serviceE164 || undefined;
const uuid = contactRecord.serviceUuid || undefined;
// All contacts must have UUID
if (!uuid) {
return false;
}
const id = window.ConversationController.ensureContactIds({
e164,
uuid,
highTrust: true,
});
if (!id) {
throw new Error(`No ID for ${storageID}`);
}
const conversation = await window.ConversationController.getOrCreateAndWait(
id,
'private'
);
log.info('storageService.mergeContactRecord:', conversation.idForLogging());
if (contactRecord.profileKey) {
await conversation.setProfileKey(Bytes.toBase64(contactRecord.profileKey), {
viaStorageServiceSync: true,
});
}
const verified = await conversation.safeGetVerified();
const storageServiceVerified = contactRecord.identityState || 0;
if (verified !== storageServiceVerified) {
const verifiedOptions = {
key: contactRecord.identityKey,
viaStorageServiceSync: true,
};
const STATE_ENUM = Proto.ContactRecord.IdentityState;
switch (storageServiceVerified) {
case STATE_ENUM.VERIFIED:
await conversation.setVerified(verifiedOptions);
break;
case STATE_ENUM.UNVERIFIED:
await conversation.setUnverified(verifiedOptions);
break;
default:
await conversation.setVerifiedDefault(verifiedOptions);
}
}
applyMessageRequestState(contactRecord, conversation);
addUnknownFields(contactRecord, conversation);
conversation.set({
isArchived: Boolean(contactRecord.archived),
markedUnread: Boolean(contactRecord.markedUnread),
storageID,
});
conversation.setMuteExpiration(
getTimestampFromLong(contactRecord.mutedUntilTimestamp),
{
viaStorageServiceSync: true,
}
);
const hasPendingChanges = doesRecordHavePendingChanges(
await toContactRecord(conversation),
contactRecord,
conversation
);
updateConversation(conversation.attributes);
return hasPendingChanges;
}
export async function mergeAccountRecord(
storageID: string,
accountRecord: Proto.IAccountRecord
): Promise<boolean> {
const {
avatarUrl,
linkPreviews,
notDiscoverableByPhoneNumber,
noteToSelfArchived,
noteToSelfMarkedUnread,
phoneNumberSharingMode,
pinnedConversations,
profileKey,
readReceipts,
sealedSenderIndicators,
typingIndicators,
primarySendsSms,
universalExpireTimer,
e164: accountE164,
preferredReactionEmoji: rawPreferredReactionEmoji,
} = accountRecord;
window.storage.put('read-receipt-setting', Boolean(readReceipts));
if (typeof sealedSenderIndicators === 'boolean') {
window.storage.put('sealedSenderIndicators', sealedSenderIndicators);
}
if (typeof typingIndicators === 'boolean') {
window.storage.put('typingIndicators', typingIndicators);
}
if (typeof linkPreviews === 'boolean') {
window.storage.put('linkPreviews', linkPreviews);
}
if (typeof primarySendsSms === 'boolean') {
window.storage.put('primarySendsSms', primarySendsSms);
}
if (typeof accountE164 === 'string' && accountE164) {
window.storage.put('accountE164', accountE164);
window.storage.user.setNumber(accountE164);
}
if (preferredReactionEmoji.canBeSynced(rawPreferredReactionEmoji)) {
window.storage.put('preferredReactionEmoji', rawPreferredReactionEmoji);
}
setUniversalExpireTimer(universalExpireTimer || 0);
const PHONE_NUMBER_SHARING_MODE_ENUM =
Proto.AccountRecord.PhoneNumberSharingMode;
let phoneNumberSharingModeToStore: PhoneNumberSharingMode;
switch (phoneNumberSharingMode) {
case undefined:
case null:
case PHONE_NUMBER_SHARING_MODE_ENUM.EVERYBODY:
phoneNumberSharingModeToStore = PhoneNumberSharingMode.Everybody;
break;
case PHONE_NUMBER_SHARING_MODE_ENUM.CONTACTS_ONLY:
phoneNumberSharingModeToStore = PhoneNumberSharingMode.ContactsOnly;
break;
case PHONE_NUMBER_SHARING_MODE_ENUM.NOBODY:
phoneNumberSharingModeToStore = PhoneNumberSharingMode.Nobody;
break;
default:
assert(
false,
`storageService.mergeAccountRecord: Got an unexpected phone number sharing mode: ${phoneNumberSharingMode}. Falling back to default`
);
phoneNumberSharingModeToStore = PhoneNumberSharingMode.Everybody;
break;
}
window.storage.put('phoneNumberSharingMode', phoneNumberSharingModeToStore);
const discoverability = notDiscoverableByPhoneNumber
? PhoneNumberDiscoverability.NotDiscoverable
: PhoneNumberDiscoverability.Discoverable;
window.storage.put('phoneNumberDiscoverability', discoverability);
if (profileKey) {
ourProfileKeyService.set(profileKey);
}
if (pinnedConversations) {
const modelPinnedConversations = window
.getConversations()
.filter(conversation => Boolean(conversation.get('isPinned')));
const modelPinnedConversationIds = modelPinnedConversations.map(
conversation => conversation.get('id')
);
const missingStoragePinnedConversationIds = window.storage
.get('pinnedConversationIds', new Array<string>())
.filter(id => !modelPinnedConversationIds.includes(id));
if (missingStoragePinnedConversationIds.length !== 0) {
log.info(
'mergeAccountRecord: pinnedConversationIds in storage does not match pinned Conversation models'
);
}
const locallyPinnedConversations = modelPinnedConversations.concat(
missingStoragePinnedConversationIds
.map(conversationId =>
window.ConversationController.get(conversationId)
)
.filter(
(conversation): conversation is ConversationModel =>
conversation !== undefined
)
);
log.info(
'storageService.mergeAccountRecord: Local pinned',
locallyPinnedConversations.length
);
log.info(
'storageService.mergeAccountRecord: Remote pinned',
pinnedConversations.length
);
const remotelyPinnedConversationPromises = pinnedConversations.map(
async ({ contact, legacyGroupId, groupMasterKey }) => {
let conversationId: string | undefined;
if (contact) {
conversationId = window.ConversationController.ensureContactIds(
contact
);
} else if (legacyGroupId && legacyGroupId.length) {
conversationId = Bytes.toBinary(legacyGroupId);
} else if (groupMasterKey && groupMasterKey.length) {
const groupFields = deriveGroupFields(groupMasterKey);
const groupId = Bytes.toBase64(groupFields.id);
conversationId = groupId;
} else {
log.error(
'storageService.mergeAccountRecord: Invalid identifier received'
);
}
if (!conversationId) {
log.error(
'storageService.mergeAccountRecord: missing conversation id.'
);
return undefined;
}
return window.ConversationController.get(conversationId);
}
);
const remotelyPinnedConversations = (
await Promise.all(remotelyPinnedConversationPromises)
).filter(
(conversation): conversation is ConversationModel =>
conversation !== undefined
);
const remotelyPinnedConversationIds = remotelyPinnedConversations.map(
({ id }) => id
);
const conversationsToUnpin = locallyPinnedConversations.filter(
({ id }) => !remotelyPinnedConversationIds.includes(id)
);
log.info(
'storageService.mergeAccountRecord: unpinning',
conversationsToUnpin.length
);
log.info(
'storageService.mergeAccountRecord: pinning',
remotelyPinnedConversations.length
);
conversationsToUnpin.forEach(conversation => {
conversation.set({ isPinned: false });
updateConversation(conversation.attributes);
});
remotelyPinnedConversations.forEach(conversation => {
conversation.set({ isPinned: true, isArchived: false });
updateConversation(conversation.attributes);
});
window.storage.put('pinnedConversationIds', remotelyPinnedConversationIds);
}
const ourID = window.ConversationController.getOurConversationId();
if (!ourID) {
throw new Error('Could not find ourID');
}
const conversation = await window.ConversationController.getOrCreateAndWait(
ourID,
'private'
);
addUnknownFields(accountRecord, conversation);
conversation.set({
isArchived: Boolean(noteToSelfArchived),
markedUnread: Boolean(noteToSelfMarkedUnread),
storageID,
});
if (accountRecord.profileKey) {
await conversation.setProfileKey(Bytes.toBase64(accountRecord.profileKey));
}
if (avatarUrl) {
await conversation.setProfileAvatar(avatarUrl);
window.storage.put('avatarUrl', avatarUrl);
}
const hasPendingChanges = doesRecordHavePendingChanges(
await toAccountRecord(conversation),
accountRecord,
conversation
);
updateConversation(conversation.attributes);
return hasPendingChanges;
}