@nexon.js/baileys
Version:
WhatsApp API MOD
1,258 lines (1,035 loc) • 67.7 kB
JavaScript
"use strict"
var __importDefault = (this && this.__importDefault) || function (mod) {
return (mod && mod.__esModule) ? mod : { "default": mod }
}
Object.defineProperty(exports, "__esModule", { value: true })
const node_cache_1 = __importDefault(require("@cacheable/node-cache"))
const boom_1 = require("@hapi/boom")
const crypto_1 = require("crypto")
const WAProto_1 = require("../../WAProto")
const Defaults_1 = require("../Defaults")
const Utils_1 = require("../Utils")
const Types_1 = require("../Types")
const WABinary_1 = require("../WABinary")
const WAUSync_1 = require("../WAUSync")
const newsletter_1 = require("./newsletter")
const link_preview_1 = require("../Utils/link-preview")
const make_keyed_mutex_1 = require("../Utils/make-mutex")
const makeMessagesSocket = (config) => {
const { logger, maxMsgRetryCount, linkPreviewImageThumbnailWidth, generateHighQualityLinkPreview, options: axiosOptions, patchMessageBeforeSending, cachedGroupMetadata, enableRecentMessageCache } = config
const suki = newsletter_1.makeNewsletterSocket(config)
const { ev, authState, processingMutex, signalRepository, upsertMessage, createCallLink, query, fetchPrivacySettings, sendNode, groupQuery, groupMetadata, groupToggleEphemeral, newsletterWMexQuery, executeUSyncQuery } = suki
const userDevicesCache = config.userDevicesCache || new node_cache_1.default({
stdTTL: Defaults_1.DEFAULT_CACHE_TTLS.USER_DEVICES,
useClones: false
})
// Initialize message retry manager if enabled
const messageRetryManager = enableRecentMessageCache ? new Utils_1.MessageRetryManager(logger, maxMsgRetryCount) : null
// Prevent race conditions in Signal session encryption by user
const encryptionMutex = make_keyed_mutex_1.makeKeyedMutex()
let mediaConn
const refreshMediaConn = async (forceGet = false) => {
const media = await mediaConn
if (!media || forceGet || (new Date().getTime() - media.fetchDate.getTime()) > media.ttl * 1000) {
mediaConn = (async () => {
const result = await query({
tag: 'iq',
attrs: {
type: 'set',
xmlns: 'w:m',
to: WABinary_1.S_WHATSAPP_NET,
},
content: [{ tag: 'media_conn', attrs: {} }]
})
const mediaConnNode = WABinary_1.getBinaryNodeChild(result, 'media_conn')
const node = {
hosts: WABinary_1.getBinaryNodeChildren(mediaConnNode, 'host').map(({ attrs }) => ({
hostname: attrs.hostname,
maxContentLengthBytes: +attrs.maxContentLengthBytes,
})),
auth: mediaConnNode.attrs.auth,
ttl: +mediaConnNode.attrs.ttl,
fetchDate: new Date()
}
logger.debug('fetched media conn')
return node
})()
}
return mediaConn
}
/**
* generic send receipt function
* used for receipts of phone call, read, delivery etc.
* */
const sendReceipt = async (jid, participant, messageIds, type) => {
const node = {
tag: 'receipt',
attrs: {
id: messageIds[0],
},
}
const isReadReceipt = type === 'read' || type === 'read-self'
if (isReadReceipt) {
node.attrs.t = Utils_1.unixTimestampSeconds().toString()
}
if (type === 'sender' && WABinary_1.isJidUser(jid)) {
node.attrs.recipient = jid
node.attrs.to = participant
}
else {
node.attrs.to = jid
if (participant) {
node.attrs.participant = participant
}
}
if (type) {
node.attrs.type = WABinary_1.isJidNewsletter(jid) ? 'read-self' : type
}
const remainingMessageIds = messageIds.slice(1)
if (remainingMessageIds.length) {
node.content = [
{
tag: 'list',
attrs: {},
content: remainingMessageIds.map(id => ({
tag: 'item',
attrs: { id }
}))
}
]
}
logger.debug({ attrs: node.attrs, messageIds }, 'sending receipt for messages')
await sendNode(node)
}
/** Correctly bulk send receipts to multiple chats, participants */
const sendReceipts = async (keys, type) => {
const recps = Utils_1.aggregateMessageKeysNotFromMe(keys)
for (const { jid, participant, messageIds } of recps) {
await sendReceipt(jid, participant, messageIds, type)
}
}
/** Bulk read messages. Keys can be from different chats & participants */
const readMessages = async (keys) => {
const privacySettings = await fetchPrivacySettings()
// based on privacy settings, we have to change the read type
const readType = privacySettings.readreceipts === 'all' ? 'read' : 'read-self'
await sendReceipts(keys, readType)
}
/**
* Deduplicate JIDs when both LID and PN versions exist for same user
* Prefers LID over PN to maintain single encryption layer
*/
const deduplicateLidPnJids = (jids) => {
const lidUsers = new Set()
const filteredJids = []
// Collect all LID users
for (const jid of jids) {
if (WABinary_1.isLidUser(jid)) {
const user = WABinary_1.jidDecode(jid)?.user
if (user)
lidUsers.add(user)
}
}
// Filter out PN versions when LID exists
for (const jid of jids) {
if (WABinary_1.isJidUser(jid)) {
const user = WABinary_1.jidDecode(jid)?.user
if (user && lidUsers.has(user)) {
logger.debug({ jid }, 'Skipping PN - LID version exists')
continue
}
}
filteredJids.push(jid)
}
return filteredJids
}
/** Fetch image for groups, user, and newsletter **/
const profilePictureUrl = async (jid) => {
if (WABinary_1.isJidNewsletter(jid)) {
let node = await newsletterWMexQuery(undefined, Types_1.QueryIds.METADATA, {
input: {
key: jid,
type: 'JID',
view_role: 'GUEST'
},
fetch_viewer_metadata: true,
fetch_full_image: true,
fetch_creation_time: true
})
let result = WABinary_1.getBinaryNodeChild(node, 'result')?.content?.toString()
let metadata = JSON.parse(result).data[Types_1.XWAPaths.NEWSLETTER]
return Utils_1.getUrlFromDirectPath(metadata.thread_metadata.picture?.direct_path || '')
}
else {
const result = await query({
tag: 'iq',
attrs: {
target: WABinary_1.jidNormalizedUser(jid),
to: WABinary_1.S_WHATSAPP_NET,
type: 'get',
xmlns: 'w:profile:picture'
},
content: [{
tag: 'picture',
attrs: {
type: 'image',
query: 'url'
}
}]
})
const child = WABinary_1.getBinaryNodeChild(result, 'picture')
return child?.attrs?.url || null
}
}
/** Fetch all the devices we've to send a message to */
const getUSyncDevices = async (jids, useCache, ignoreZeroDevices) => {
const deviceResults = []
if (!useCache) {
logger.debug('not using cache for devices')
}
const toFetch = []
jids = deduplicateLidPnJids(Array.from(new Set(jids)))
const jidsWithUser = jids
.map(jid => {
const decoded = WABinary_1.jidDecode(jid)
const user = decoded?.user
const device = decoded?.device
const isExplicitDevice = typeof device === 'number' && device >= 0
if (isExplicitDevice && user) {
deviceResults.push({
user,
device,
wireJid: jid // again this makes no sense
});
return null
}
jid = WABinary_1.jidNormalizedUser(jid)
return { jid, user }
})
.filter(jid => jid !== null)
let mgetDevices
if (useCache && userDevicesCache.mget) {
const usersToFetch = jidsWithUser.map(j => j?.user).filter(Boolean)
mgetDevices = await userDevicesCache.mget(usersToFetch)
}
for (const { jid, user } of jidsWithUser) {
if (useCache) {
const devices = mgetDevices?.[user] ||
(userDevicesCache.mget ? undefined : (await userDevicesCache.get(user)))
if (devices) {
const isLidJid = WABinary_1.isLidUser(jid)
const devicesWithWire = devices.map(d => ({
...d,
wireJid: isLidJid ? WABinary_1.jidEncode(d.user, 'lid', d.device) : WABinary_1.jidEncode(d.user, 's.whatsapp.net', d.device)
}))
deviceResults.push(...devicesWithWire)
logger.trace({ user }, 'using cache for devices')
}
else {
toFetch.push(jid)
}
}
else {
toFetch.push(jid)
}
}
if (!toFetch.length) {
return deviceResults
}
const requestedLidUsers = new Set()
for (const jid of toFetch) {
if (WABinary_1.isLidUser(jid)) {
const user = WABinary_1.jidDecode(jid)?.user
if (user)
requestedLidUsers.add(user)
}
}
const query = new WAUSync_1.USyncQuery().withContext('message').withDeviceProtocol()
for (const jid of toFetch) {
query.withUser(new WAUSync_1.USyncUser().withId(jid))
}
const result = await executeUSyncQuery(query)
if (result) {
const extracted = Utils_1.extractDeviceJids(result?.list, authState.creds.me.id, ignoreZeroDevices)
const deviceMap = {}
for (const item of extracted) {
deviceMap[item.user] = deviceMap[item.user] || []
deviceMap[item.user]?.push(item)
}
// Process each user's devices as a group for bulk LID migration
for (const [user, userDevices] of Object.entries(deviceMap)) {
const isLidUser = requestedLidUsers.has(user)
// Process all devices for this user
for (const item of userDevices) {
const finalWireJid = isLidUser
? WABinary_1.jidEncode(user, 'lid', item.device)
: WABinary_1.jidEncode(item.user, 's.whatsapp.net', item.device)
deviceResults.push({
...item,
wireJid: finalWireJid
});
logger.debug({
user: item.user,
device: item.device,
finalWireJid,
usedLid: isLidUser
}, 'Processed device with LID priority')
}
}
if (userDevicesCache.mset) {
// if the cache supports mset, we can set all devices in one go
await userDevicesCache.mset(Object.entries(deviceMap).map(([key, value]) => ({ key, value })))
}
else {
for (const key in deviceMap) {
if (deviceMap[key])
await userDevicesCache.set(key, deviceMap[key])
}
}
}
return deviceResults
}
const assertSessions = async (jids, force) => {
let didFetchNewSession = false
const jidsRequiringFetch = []
// Apply same deduplication as in getUSyncDevices
jids = deduplicateLidPnJids(jids)
if (force) {
// Check which sessions are missing (with LID migration check)
const addrs = jids.map(jid => signalRepository.jidToSignalProtocolAddress(jid))
const sessions = await authState.keys.get('session', addrs)
const checkJidSession = (jid) => {
const signalId = signalRepository.jidToSignalProtocolAddress(jid)
const hasSession = !!sessions[signalId]
// Add to fetch list if no session exists
// Session type selection (LID vs PN) is handled in encryptMessage
if (!hasSession) {
if (jid.includes('@lid')) {
logger.debug({ jid }, 'No LID session found, will create new LID session')
}
jidsRequiringFetch.push(jid)
}
}
// Process all JIDs
for (const jid of jids) {
checkJidSession(jid)
}
}
else {
const addrs = jids.map(jid => signalRepository.jidToSignalProtocolAddress(jid))
const sessions = await authState.keys.get('session', addrs)
// Group JIDs by user for bulk migration
const userGroups = new Map()
for (const jid of jids) {
const user = WABinary_1.jidNormalizedUser(jid)
if (!userGroups.has(user)) {
userGroups.set(user, [])
}
userGroups.get(user).push(jid)
}
// Helper to check LID mapping for a user
const checkUserLidMapping = async (user, userJids) => {
if (!userJids.some(jid => WABinary_1.isJidUser(jid))) {
return { shouldMigrate: false, lidForPN: undefined }
}
try {
// Convert user to proper PN JID format for getLIDForPN
const pnJid = `${user}@s.whatsapp.net`
const mapping = await signalRepository.lidMapping.getLIDForPN(pnJid)
if (mapping?.includes('@lid')) {
logger.debug({ user, lidForPN: mapping, deviceCount: userJids.length }, 'User has LID mapping - preparing bulk migration')
return { shouldMigrate: true, lidForPN: mapping }
}
}
catch (error) {
logger.debug({ user, error }, 'Failed to check LID mapping for user')
}
return { shouldMigrate: false, lidForPN: undefined }
}
// Process each user group for potential bulk LID migration
for (const [user, userJids] of userGroups) {
const mappingResult = await checkUserLidMapping(user, userJids)
const shouldMigrateUser = mappingResult.shouldMigrate
const lidForPN = mappingResult.lidForPN
// Migrate all devices for this user if LID mapping exists
if (shouldMigrateUser && lidForPN) {
// Bulk migrate all user devices in single transaction
const migrationResult = await signalRepository.migrateSession(userJids, lidForPN)
if (migrationResult.migrated > 0) {
logger.info({
user,
lidMapping: lidForPN,
migrated: migrationResult.migrated,
skipped: migrationResult.skipped,
total: migrationResult.total
}, 'Completed bulk migration for user devices');
}
else {
logger.debug({
user,
lidMapping: lidForPN,
skipped: migrationResult.skipped,
total: migrationResult.total
}, 'All user device sessions already migrated');
}
}
// Direct bulk session check with LID single source of truth
const addMissingSessionsToFetchList = (jid) => {
const signalId = signalRepository.jidToSignalProtocolAddress(jid)
if (sessions[signalId]) return
// Determine correct JID to fetch (LID if mapping exists, otherwise original)
if (jid.includes('@s.whatsapp.net') && shouldMigrateUser && lidForPN) {
const decoded = WABinary_1.jidDecode(jid)
const lidDeviceJid = decoded.device !== undefined ? `${WABinary_1.jidDecode(lidForPN).user}:${decoded.device}@lid` : lidForPN
jidsRequiringFetch.push(lidDeviceJid)
logger.debug({ pnJid: jid, lidJid: lidDeviceJid }, 'Adding LID JID to fetch list (conversion)')
}
else {
jidsRequiringFetch.push(jid)
logger.debug({ jid }, 'Adding JID to fetch list')
}
}
userJids.forEach(addMissingSessionsToFetchList)
}
}
if (jidsRequiringFetch.length) {
logger.debug({ jidsRequiringFetch }, 'fetching sessions')
// DEBUG: Check if there are PN versions of LID users being fetched
const lidUsersBeingFetched = new Set()
const pnUsersBeingFetched = new Set()
for (const jid of jidsRequiringFetch) {
const user = WABinary_1.jidDecode(jid)?.user
if (user) {
if (WABinary_1.isLidUser(jid)) {
lidUsersBeingFetched.add(user)
}
else if (WABinary_1.isJidUser(jid)) {
pnUsersBeingFetched.add(user)
}
}
}
// Find overlaps
const overlapping = Array.from(pnUsersBeingFetched).filter(user => lidUsersBeingFetched.has(user))
if (overlapping.length > 0) {
logger.warn({
overlapping,
lidUsersBeingFetched: Array.from(lidUsersBeingFetched),
pnUsersBeingFetched: Array.from(pnUsersBeingFetched)
}, 'Fetching both LID and PN sessions for same users')
}
const result = await query({
tag: 'iq',
attrs: {
xmlns: 'encrypt',
type: 'get',
to: WABinary_1.S_WHATSAPP_NET
},
content: [
{
tag: 'key',
attrs: {},
content: jidsRequiringFetch.map(jid => ({
tag: 'user',
attrs: { jid }
}))
}
]
})
await Utils_1.parseAndInjectE2ESessions(result, signalRepository)
didFetchNewSession = true
}
return didFetchNewSession
}
/** Send Peer Operation */
const sendPeerDataOperationMessage = async (pdoMessage) => {
//TODO: for later, abstract the logic to send a Peer Message instead of just PDO - useful for App State Key Resync with phone
if (!authState.creds.me?.id) {
throw new boom_1.Boom('Not authenticated')
}
const protocolMessage = {
protocolMessage: {
peerDataOperationRequestMessage: pdoMessage,
type: WAProto_1.proto.Message.ProtocolMessage.Type.PEER_DATA_OPERATION_REQUEST_MESSAGE
}
}
const meJid = WABinary_1.jidNormalizedUser(authState.creds.me.id)
const msgId = await relayMessage(meJid, protocolMessage, {
additionalAttributes: {
category: 'peer',
// eslint-disable-next-line camelcase
push_priority: 'high_force',
},
})
return msgId
}
const createParticipantNodes = async (jids, message, extraAttrs, dsmMessage) => {
let patched = await patchMessageBeforeSending(message, jids)
if (!Array.isArray(patched)) {
patched = jids ? jids.map(jid => ({ recipientJid: jid, ...patched })) : [patched]
}
let shouldIncludeDeviceIdentity = false
const meId = authState.creds.me.id
const meLid = authState.creds.me?.lid
const meLidUser = meLid ? WABinary_1.jidDecode(meLid)?.user : null
const devicesByUser = new Map()
for (const patchedMessageWithJid of patched) {
const { recipientJid: wireJid, ...patchedMessage } = patchedMessageWithJid
if (!wireJid)
continue
// Extract user from JID for grouping
const decoded = WABinary_1.jidDecode(wireJid)
const user = decoded?.user
if (!user)
continue
if (!devicesByUser.has(user)) {
devicesByUser.set(user, []);
}
devicesByUser.get(user).push({ recipientJid: wireJid, patchedMessage })
}
// Process each user's devices sequentially, but different users in parallel
const userEncryptionPromises = Array.from(devicesByUser.entries()).map(([user, userDevices]) => encryptionMutex.mutex(user, async () => {
logger.debug({ user, deviceCount: userDevices.length }, 'Acquiring encryption lock for user devices');
const userNodes = []
// Helper to get encryption JID with LID migration
const getEncryptionJid = async (wireJid) => {
if (!WABinary_1.isJidUser(wireJid))
return wireJid
try {
const lidForPN = await signalRepository.lidMapping.getLIDForPN(wireJid)
if (!lidForPN?.includes('@lid'))
return wireJid
// Preserve device ID from original wire JID
const wireDecoded = WABinary_1.jidDecode(wireJid)
const deviceId = wireDecoded?.device || 0
const lidDecoded = WABinary_1.jidDecode(lidForPN)
const lidWithDevice = WABinary_1.jidEncode(lidDecoded?.user, 'lid', deviceId)
// Migrate session to LID for unified encryption layer
try {
const migrationResult = await signalRepository.migrateSession([wireJid], lidWithDevice)
const recipientUser = WABinary_1.jidNormalizedUser(wireJid)
const ownPnUser = WABinary_1.jidNormalizedUser(meId)
const isOwnDevice = recipientUser === ownPnUser
logger.info({ wireJid, lidWithDevice, isOwnDevice }, 'Migrated to LID encryption')
// Delete PN session after successful migration
try {
if (migrationResult.migrated) {
await signalRepository.deleteSession([wireJid])
logger.debug({ deletedPNSession: wireJid }, 'Deleted PN session')
}
}
catch (deleteError) {
logger.warn({ wireJid, error: deleteError }, 'Failed to delete PN session')
}
return lidWithDevice
}
catch (migrationError) {
logger.warn({ wireJid, error: migrationError }, 'Failed to migrate session')
return wireJid
}
}
catch (error) {
logger.debug({ wireJid, error }, 'Failed to check LID mapping')
return wireJid
}
}
// Encrypt to this user's devices sequentially to prevent session corruption
for (const { recipientJid: wireJid, patchedMessage } of userDevices) {
// DSM logic: Use DSM for own other devices (following whatsmeow implementation)
let messageToEncrypt = patchedMessage
if (dsmMessage) {
const { user: targetUser } = WABinary_1.jidDecode(wireJid)
const { user: ownPnUser } = WABinary_1.jidDecode(meId)
const ownLidUser = meLidUser
// Check if this is our device (same user, different device)
const isOwnUser = targetUser === ownPnUser || (ownLidUser && targetUser === ownLidUser)
// Exclude exact sender device (whatsmeow: if jid == ownJID || jid == ownLID { continue })
const isExactSenderDevice = wireJid === meId || (authState.creds.me?.lid && wireJid === authState.creds.me.lid)
if (isOwnUser && !isExactSenderDevice) {
messageToEncrypt = dsmMessage
logger.debug({ wireJid, targetUser }, 'Using DSM for own device')
}
}
const bytes = Utils_1.encodeWAMessage(messageToEncrypt)
// Get encryption JID with LID migration
const encryptionJid = await getEncryptionJid(wireJid)
// ENCRYPT: Use the determined encryption identity (prefers migrated LID)
const { type, ciphertext } = await signalRepository.encryptMessage({
jid: encryptionJid, // Unified encryption layer (LID when available)
data: bytes
})
if (type === 'pkmsg') {
shouldIncludeDeviceIdentity = true
}
const node = {
tag: 'to',
attrs: { jid: wireJid }, // Always use original wire identity in envelope
content: [
{
tag: 'enc',
attrs: {
v: '2',
type,
...(extraAttrs || {})
},
content: ciphertext
}
]
}
userNodes.push(node)
}
logger.debug({ user, nodesCreated: userNodes.length }, 'Releasing encryption lock for user devices');
return userNodes
}))
// Wait for all users to complete (users are processed in parallel)
const userNodesArrays = await Promise.all(userEncryptionPromises)
const nodes = userNodesArrays.flat()
return { nodes, shouldIncludeDeviceIdentity }
}
const relayMessage = async (jid, message, { messageId: msgId, participant, additionalAttributes, useUserDevicesCache, useCachedGroupMetadata, statusJidList, additionalNodes, AI = true }) => {
const meId = authState.creds.me.id
const meLid = authState.creds.me?.lid
let didPushAdditional = false
let shouldIncludeDeviceIdentity = false
const { user, server } = WABinary_1.jidDecode(jid)
const statusJid = 'status@broadcast'
const isGroup = server === 'g.us'
const isPrivate = server === 's.whatsapp.net'
const isNewsletter = server == 'newsletter'
const isStatus = jid === statusJid
const isLid = server === 'lid'
// Keep user's original JID choice for envelope addressing
const finalJid = jid
// ADDRESSING CONSISTENCY: Match own identity to conversation context
let ownId = meId
if (isLid && meLid) {
ownId = meLid
logger.debug({ to: jid, ownId }, 'Using LID identity for @lid conversation')
}
else {
logger.debug({ to: jid, ownId }, 'Using PN identity for @s.whatsapp.net conversation')
}
msgId = msgId || Utils_1.generateMessageID(authState.creds.me.id)
useUserDevicesCache = useUserDevicesCache !== false
useCachedGroupMetadata = useCachedGroupMetadata !== false && !isStatus
const participants = []
const destinationJid = !isStatus ? finalJid : statusJid
const binaryNodeContent = []
const devices = []
const meMsg = {
deviceSentMessage: {
destinationJid,
message
},
messageContextInfo: message.messageContextInfo || {}
}
const extraAttrs = {}
const regexGroupOld = /^(\d{1,15})-(\d+)@g\.us$/
const messages = Utils_1.normalizeMessageContent(message)
const buttonType = getButtonType(messages)
const pollMessage = messages.pollCreationMessage || messages.pollCreationMessageV2 || messages.pollCreationMessageV3
if (participant) {
// when the retry request is not for a group
// only send to the specific device that asked for a retry
// otherwise the message is sent out to every device that should be a recipient
if (!isGroup && !isStatus) {
additionalAttributes = { ...additionalAttributes, 'device_fanout': 'false' }
}
const { user, device } = WABinary_1.jidDecode(participant.jid)
devices.push({
user,
device,
wireJid: participant.jid // Use the participant JID as wire JID
})
}
await authState.keys.transaction(async () => {
const mediaType = getMediaType(message)
if (mediaType) {
extraAttrs['mediatype'] = mediaType
}
if (messages.pinInChatMessage || messages.keepInChatMessage || message.reactionMessage || message.protocolMessage?.editedMessage) {
extraAttrs['decrypt-fail'] = 'hide'
}
if (messages.interactiveResponseMessage?.nativeFlowResponseMessage) {
extraAttrs['native_flow_name'] = messages.interactiveResponseMessage.nativeFlowResponseMessage?.name || 'menu_options'
}
if (isGroup || isStatus) {
const [groupData, senderKeyMap] = await Promise.all([
(async () => {
let groupData = useCachedGroupMetadata && cachedGroupMetadata ? await cachedGroupMetadata(jid) : undefined
if (groupData && Array.isArray(groupData?.participants)) {
logger.trace({ jid, participants: groupData.participants.length }, 'using cached group metadata')
}
else if (!isStatus) {
groupData = await groupMetadata(jid)
}
return groupData
})(),
(async () => {
if (!participant && !isStatus) {
const result = await authState.keys.get('sender-key-memory', [jid])
return result[jid] || {}
}
return {}
})()
])
if (!participant) {
const participantsList = (groupData && !isStatus) ? groupData.participants.map(p => p.id) : []
if (isStatus && statusJidList) {
participantsList.push(...statusJidList)
}
if (!isStatus) {
const groupAddressingMode = groupData?.addressingMode || (isLid ? Types_1.WAMessageAddressingMode.LID : Types_1.WAMessageAddressingMode.PN)
additionalAttributes = {
...additionalAttributes,
addressing_mode: groupAddressingMode
}
}
const additionalDevices = await getUSyncDevices(participantsList, !!useUserDevicesCache, false)
devices.push(...additionalDevices)
}
const patched = await patchMessageBeforeSending(message, devices.map(d => WABinary_1.jidEncode(d.user, isLid ? 'lid' : 's.whatsapp.net', d.device)))
const bytes = Utils_1.encodeWAMessage(patched)
// This should match the group's addressing mode and conversation context
const groupAddressingMode = groupData?.addressingMode || (isLid ? 'lid' : 'pn')
const groupSenderIdentity = groupAddressingMode === 'lid' && meLid ? meLid : meId
const { ciphertext, senderKeyDistributionMessage } = await signalRepository.encryptGroupMessage({
group: destinationJid,
data: bytes,
meId: groupSenderIdentity
})
const senderKeyJids = []
// ensure a connection is established with every device
for (const device of devices) {
// This preserves the LID migration results from getUSyncDevices
const deviceJid = device.wireJid
const hasKey = !!senderKeyMap[deviceJid]
if (!hasKey || !!participant) {
senderKeyJids.push(deviceJid)
// store that this person has had the sender keys sent to them
senderKeyMap[deviceJid] = true
}
}
// if there are some participants with whom the session has not been established
// if there are, we re-send the senderkey
if (senderKeyJids.length) {
logger.debug({ senderKeyJids }, 'sending new sender key')
const senderKeyMsg = {
senderKeyDistributionMessage: {
axolotlSenderKeyDistributionMessage: senderKeyDistributionMessage,
groupId: destinationJid
}
}
await assertSessions(senderKeyJids, false)
const result = await createParticipantNodes(senderKeyJids, senderKeyMsg, extraAttrs)
shouldIncludeDeviceIdentity = shouldIncludeDeviceIdentity || result.shouldIncludeDeviceIdentity
participants.push(...result.nodes)
}
binaryNodeContent.push({
tag: 'enc',
attrs: { v: '2', type: 'skmsg', ...extraAttrs },
content: ciphertext
})
await authState.keys.set({ 'sender-key-memory': { [jid]: senderKeyMap } })
}
else if (isNewsletter) {
// Message edit
if (message.protocolMessage?.editedMessage) {
msgId = message.protocolMessage.key?.id
message = message.protocolMessage.editedMessage
}
// Message delete
if (message.protocolMessage?.type === WAProto_1.proto.Message.ProtocolMessage.Type.REVOKE) {
msgId = message.protocolMessage.key?.id
message = {}
}
const patched = await patchMessageBeforeSending(message, [])
const bytes = Utils_1.encodeNewsletterMessage(patched)
binaryNodeContent.push({
tag: 'plaintext',
attrs: extraAttrs,
content: bytes
})
}
else {
const { user: ownUser } = WABinary_1.jidDecode(ownId)
if (!participant) {
const targetUserServer = isLid ? 'lid' : 's.whatsapp.net'
devices.push({
user,
device: 0,
wireJid: WABinary_1.jidEncode(user, targetUserServer, 0)
})
// Own user matches conversation addressing mode
if (user !== ownUser) {
const ownUserServer = isLid ? 'lid' : 's.whatsapp.net';
const ownUserForAddressing = isLid && meLid ? WABinary_1.jidDecode(meLid).user : WABinary_1.jidDecode(meId).user
devices.push({
user: ownUserForAddressing,
device: 0,
wireJid: WABinary_1.jidEncode(ownUserForAddressing, ownUserServer, 0)
})
}
if (additionalAttributes?.['category'] !== 'peer') {
// Clear placeholders and enumerate actual devices
devices.length = 0
// Use conversation-appropriate sender identity
const senderIdentity = isLid && meLid
? WABinary_1.jidEncode(WABinary_1.jidDecode(meLid)?.user, 'lid', undefined)
: WABinary_1.jidEncode(WABinary_1.jidDecode(meId)?.user, 's.whatsapp.net', undefined)
// Enumerate devices for sender and target with consistent addressing
const sessionDevices = await getUSyncDevices([senderIdentity, jid], false, false)
devices.push(...sessionDevices)
logger.debug({
deviceCount: devices.length,
devices: devices.map(d => `${d.user}:${d.device}@${WABinary_1.jidDecode(d.wireJid)?.server}`)
}, 'Device enumeration complete with unified addressing')
}
}
const allJids = []
const meJids = []
const otherJids = []
const { user: mePnUser } = WABinary_1.jidDecode(meId)
const { user: meLidUser } = meLid ? WABinary_1.jidDecode(meLid) : { user: null }
for (const { user, wireJid } of devices) {
const isExactSenderDevice = wireJid === meId || (meLid && wireJid === meLid)
if (isExactSenderDevice) {
logger.debug({ wireJid, meId, meLid }, 'Skipping exact sender device (whatsmeow pattern)')
continue
}
// Check if this is our device (could match either PN or LID user)
const isMe = user === mePnUser || (meLidUser && user === meLidUser)
const jid = wireJid
if (isMe) {
meJids.push(jid)
}
else {
otherJids.push(jid)
}
allJids.push(jid)
}
await assertSessions([...otherJids, ...meJids], false)
const [{ nodes: meNodes, shouldIncludeDeviceIdentity: s1 }, { nodes: otherNodes, shouldIncludeDeviceIdentity: s2 }] = await Promise.all([
// For own devices: use DSM if available (1:1 chats only)
createParticipantNodes(meJids, meMsg || message, extraAttrs),
createParticipantNodes(otherJids, message, extraAttrs, meMsg)
])
participants.push(...meNodes)
participants.push(...otherNodes)
if (meJids.length > 0 || otherJids.length > 0) {
extraAttrs['phash'] = Utils_1.generateParticipantHashV2([...meJids, ...otherJids])
}
shouldIncludeDeviceIdentity = shouldIncludeDeviceIdentity || s1 || s2
}
if (participants.length) {
if (additionalAttributes?.['category'] === 'peer') {
const peerNode = participants[0]?.content?.[0]
if (peerNode) {
binaryNodeContent.push(peerNode) // push only enc
}
}
else {
binaryNodeContent.push({
tag: 'participants',
attrs: {},
content: participants
})
}
}
const stanza = {
tag: 'message',
attrs: {
to: destinationJid,
id: msgId,
type: getTypeMessage(message),
...(additionalAttributes || {})
},
content: binaryNodeContent
}
// if the participant to send to is explicitly specified (generally retry recp)
// ensure the message is only sent to that person
// if a retry receipt is sent to everyone -- it'll fail decryption for everyone else who received the msg
if (participant) {
if (WABinary_1.isJidGroup(destinationJid)) {
stanza.attrs.to = destinationJid
stanza.attrs.participant = participant.jid
}
else if (WABinary_1.areJidsSameUser(participant.jid, meId)) {
stanza.attrs.to = participant.jid
stanza.attrs.recipient = destinationJid
}
else {
stanza.attrs.to = participant.jid
}
}
else {
stanza.attrs.to = destinationJid
}
if (shouldIncludeDeviceIdentity) {
stanza.content.push({
tag: 'device-identity',
attrs: {},
content: Utils_1.encodeSignedDeviceIdentity(authState.creds.account, true)
})
logger.debug({ jid }, 'adding device identity')
}
if (isGroup && regexGroupOld.test(jid) && !message.reactionMessage) {
stanza.content.push({
tag: 'multicast',
attrs: {}
})
}
if (pollMessage || messages.eventMessage) {
stanza.content.push({
tag: 'meta',
attrs: messages.eventMessage ? {
event_type: 'creation'
} : isNewsletter ? {
polltype: 'creation',
contenttype: pollMessage?.pollContentType === 2 ? 'image' : 'text'
} : {
polltype: 'creation'
}
})
}
if (!isNewsletter && buttonType) {
const buttonsNode = getButtonArgs(messages)
const filteredButtons = WABinary_1.getBinaryFilteredButtons(additionalNodes ? additionalNodes : [])
if (filteredButtons) {
stanza.content.push(...additionalNodes)
didPushAdditional = true
}
else {
stanza.content.push(buttonsNode)
}
}
if (AI && isPrivate) {
const botNode = {
tag: 'bot',
attrs: {
biz_bot: '1'
}
}
const filteredBizBot = WABinary_1.getBinaryFilteredBizBot(additionalNodes ? additionalNodes : [])
if (filteredBizBot) {
stanza.content.push(...additionalNodes)
didPushAdditional = true
}
else {
stanza.content.push(botNode)
}
}
if (!didPushAdditional && additionalNodes && additionalNodes.length > 0) {
stanza.content.push(...additionalNodes)
}
logger.debug({ msgId }, `sending message to ${participants.length} devices`)
await sendNode(stanza)
// Add message to retry cache if enabled
if (messageRetryManager && !participant) {
messageRetryManager.addRecentMessage(destinationJid, msgId, message)
}
}, meId)
return msgId
}
const getTypeMessage = (msg) => {
const message = Utils_1.normalizeMessageContent(msg)
if (message.pollCreationMessage || message.pollCreationMessageV2 || message.pollCreationMessageV3) {
return 'poll'
}
else if (message.reactionMessage) {
return 'reaction'
}
else if (message.eventMessage) {
return 'event'
}
else if (getMediaType(message)) {
return 'media'
}
else {
return 'text'
}
}
const getMediaType = (message) => {
if (message.imageMessage) {
return 'image'
}
else if (message.stickerMessage) {
return message.stickerMessage.isLottie ? '1p_sticker' : message.stickerMessage.isAvatar ? 'avatar_sticker' : 'sticker'
}
else if (message.videoMessage) {
return message.videoMessage.gifPlayback ? 'gif' : 'video'
}
else if (message.audioMessage) {
return message.audioMessage.ptt ? 'ptt' : 'audio'
}
else if (message.ptvMessage) {
return 'ptv'
}
else if (message.albumMessage) {
return 'collection'
}
else if (message.contactMessage) {
return 'vcard'
}
else if (message.documentMessage) {
return 'document'
}
else if (message.stickerPackMessage) {
return 'sticker_pack'
}
else if (message.contactsArrayMessage) {
return 'contact_array'
}
else if (message.locationMessage) {
return 'location'
}
else if (message.liveLocationMessage) {
return 'livelocation'
}
else if (message.listMessage) {
return 'list'
}
else if (message.listResponseMessage) {
return 'list_response'
}
else if (message.buttonsResponseMessage) {
return 'buttons_response'
}
else if (message.orderMessage) {
return 'order'
}
else if (message.productMessage) {
return 'product'
}
else if (message.interactiveResponseMessage) {
return 'native_flow_response'
}
else if (/https:\/\/wa\.me\/c\/\d+/.test(message.extendedTextMessage?.text)) {
return 'cataloglink'
}
else if (/https:\/\/wa\.me\/p\/\d+\/\d+/.test(message.extendedTextMessage?.text)) {
return 'productlink'
}
else if (message.extendedTextMessage?.matchedText || message.groupInviteMessage) {
return 'url'
}
}
const getButtonType = (message) => {
if (message.listMessage) {
return 'list'
}
else if (message.buttonsMessage) {
return 'buttons'
}
else if(message.interactiveMessage?.nativeFlowMessage) {
return 'native_flow'
}
}
const getButtonArgs = (message) => {
const nativeFlow = message.interactiveMessage?.nativeFlowMessage
const firstButtonName = nativeFlow?.buttons?.[0]?.name
const nativeFlowSpecials = [
'mpm', 'cta_catalog', 'send_location',
'call_permission_request', 'wa_payment_transaction_details',
'automated_greeting_message_view_catalog'
]
if (nativeFlow && (firstButtonName === 'review_and_pay' || firstButtonName === 'payment_info')) {