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| Viewing file: Select action/file-type: "use strict";
var __importDefault = (this && this.__importDefault) || function (mod) {
return (mod && mod.__esModule) ? mod : { "default": mod };
};
Object.defineProperty(exports, "__esModule", { value: true });
exports.makeEventBuffer = void 0;
const events_1 = __importDefault(require("events"));
const Types_1 = require("../Types");
const generics_1 = require("./generics");
const messages_1 = require("./messages");
const process_message_1 = require("./process-message");
const BUFFERABLE_EVENT = [
'messaging-history.set',
'chats.upsert',
'chats.update',
'chats.delete',
'contacts.upsert',
'contacts.update',
'messages.upsert',
'messages.update',
'messages.delete',
'messages.reaction',
'message-receipt.update',
'groups.update',
];
const BUFFERABLE_EVENT_SET = new Set(BUFFERABLE_EVENT);
/**
* The event buffer logically consolidates different events into a single event
* making the data processing more efficient.
* @param ev the baileys event emitter
*/
const makeEventBuffer = (logger) => {
const ev = new events_1.default();
const historyCache = new Set();
let data = makeBufferData();
let buffersInProgress = 0;
// take the generic event and fire it as a baileys event
ev.on('event', (map) => {
for (const event in map) {
ev.emit(event, map[event]);
}
});
function buffer() {
buffersInProgress += 1;
}
function flush(force = false) {
// no buffer going on
if (!buffersInProgress) {
return false;
}
if (!force) {
// reduce the number of buffers in progress
buffersInProgress -= 1;
// if there are still some buffers going on
// then we don't flush now
if (buffersInProgress) {
return false;
}
}
const newData = makeBufferData();
const chatUpdates = Object.values(data.chatUpdates);
// gather the remaining conditional events so we re-queue them
let conditionalChatUpdatesLeft = 0;
for (const update of chatUpdates) {
if (update.conditional) {
conditionalChatUpdatesLeft += 1;
newData.chatUpdates[update.id] = update;
delete data.chatUpdates[update.id];
}
}
const consolidatedData = consolidateEvents(data);
if (Object.keys(consolidatedData).length) {
ev.emit('event', consolidatedData);
}
data = newData;
logger.trace({ conditionalChatUpdatesLeft }, 'released buffered events');
return true;
}
return {
process(handler) {
const listener = (map) => {
handler(map);
};
ev.on('event', listener);
return () => {
ev.off('event', listener);
};
},
emit(event, evData) {
if (buffersInProgress && BUFFERABLE_EVENT_SET.has(event)) {
append(data, historyCache, event, evData, logger);
return true;
}
return ev.emit('event', { [event]: evData });
},
isBuffering() {
return buffersInProgress > 0;
},
buffer,
flush,
createBufferedFunction(work) {
return async (...args) => {
buffer();
try {
const result = await work(...args);
return result;
}
finally {
flush();
}
};
},
on: (...args) => ev.on(...args),
off: (...args) => ev.off(...args),
removeAllListeners: (...args) => ev.removeAllListeners(...args),
};
};
exports.makeEventBuffer = makeEventBuffer;
const makeBufferData = () => {
return {
historySets: {
chats: {},
messages: {},
contacts: {},
isLatest: false,
empty: true
},
chatUpserts: {},
chatUpdates: {},
chatDeletes: new Set(),
contactUpserts: {},
contactUpdates: {},
messageUpserts: {},
messageUpdates: {},
messageReactions: {},
messageDeletes: {},
messageReceipts: {},
groupUpdates: {}
};
};
function append(data, historyCache, event, eventData, logger) {
var _a, _b, _c;
switch (event) {
case 'messaging-history.set':
for (const chat of eventData.chats) {
const existingChat = data.historySets.chats[chat.id];
if (existingChat) {
existingChat.endOfHistoryTransferType = chat.endOfHistoryTransferType;
}
if (!existingChat && !historyCache.has(chat.id)) {
data.historySets.chats[chat.id] = chat;
historyCache.add(chat.id);
absorbingChatUpdate(chat);
}
}
for (const contact of eventData.contacts) {
const existingContact = data.historySets.contacts[contact.id];
if (existingContact) {
Object.assign(existingContact, (0, generics_1.trimUndefined)(contact));
}
else {
const historyContactId = `c:${contact.id}`;
const hasAnyName = contact.notify || contact.name || contact.verifiedName;
if (!historyCache.has(historyContactId) || hasAnyName) {
data.historySets.contacts[contact.id] = contact;
historyCache.add(historyContactId);
}
}
}
for (const message of eventData.messages) {
const key = stringifyMessageKey(message.key);
const existingMsg = data.historySets.messages[key];
if (!existingMsg && !historyCache.has(key)) {
data.historySets.messages[key] = message;
historyCache.add(key);
}
}
data.historySets.empty = false;
data.historySets.isLatest = eventData.isLatest || data.historySets.isLatest;
break;
case 'chats.upsert':
for (const chat of eventData) {
let upsert = data.chatUpserts[chat.id];
if (!upsert) {
upsert = data.historySets[chat.id];
if (upsert) {
logger.debug({ chatId: chat.id }, 'absorbed chat upsert in chat set');
}
}
if (upsert) {
upsert = concatChats(upsert, chat);
}
else {
upsert = chat;
data.chatUpserts[chat.id] = upsert;
}
absorbingChatUpdate(upsert);
if (data.chatDeletes.has(chat.id)) {
data.chatDeletes.delete(chat.id);
}
}
break;
case 'chats.update':
for (const update of eventData) {
const chatId = update.id;
const conditionMatches = update.conditional ? update.conditional(data) : true;
if (conditionMatches) {
delete update.conditional;
// if there is an existing upsert, merge the update into it
const upsert = data.historySets.chats[chatId] || data.chatUpserts[chatId];
if (upsert) {
concatChats(upsert, update);
}
else {
// merge the update into the existing update
const chatUpdate = data.chatUpdates[chatId] || {};
data.chatUpdates[chatId] = concatChats(chatUpdate, update);
}
}
else if (conditionMatches === undefined) {
// condition yet to be fulfilled
data.chatUpdates[chatId] = update;
}
// otherwise -- condition not met, update is invalid
// if the chat has been updated
// ignore any existing chat delete
if (data.chatDeletes.has(chatId)) {
data.chatDeletes.delete(chatId);
}
}
break;
case 'chats.delete':
for (const chatId of eventData) {
if (!data.chatDeletes.has(chatId)) {
data.chatDeletes.add(chatId);
}
// remove any prior updates & upserts
if (data.chatUpdates[chatId]) {
delete data.chatUpdates[chatId];
}
if (data.chatUpserts[chatId]) {
delete data.chatUpserts[chatId];
}
if (data.historySets.chats[chatId]) {
delete data.historySets.chats[chatId];
}
}
break;
case 'contacts.upsert':
for (const contact of eventData) {
let upsert = data.contactUpserts[contact.id];
if (!upsert) {
upsert = data.historySets.contacts[contact.id];
if (upsert) {
logger.debug({ contactId: contact.id }, 'absorbed contact upsert in contact set');
}
}
if (upsert) {
upsert = Object.assign(upsert, (0, generics_1.trimUndefined)(contact));
}
else {
upsert = contact;
data.contactUpserts[contact.id] = upsert;
}
if (data.contactUpdates[contact.id]) {
upsert = Object.assign(data.contactUpdates[contact.id], (0, generics_1.trimUndefined)(contact));
delete data.contactUpdates[contact.id];
}
}
break;
case 'contacts.update':
const contactUpdates = eventData;
for (const update of contactUpdates) {
const id = update.id;
// merge into prior upsert
const upsert = data.historySets.contacts[id] || data.contactUpserts[id];
if (upsert) {
Object.assign(upsert, update);
}
else {
// merge into prior update
const contactUpdate = data.contactUpdates[id] || {};
data.contactUpdates[id] = Object.assign(contactUpdate, update);
}
}
break;
case 'messages.upsert':
const { messages, type } = eventData;
for (const message of messages) {
const key = stringifyMessageKey(message.key);
let existing = (_a = data.messageUpserts[key]) === null || _a === void 0 ? void 0 : _a.message;
if (!existing) {
existing = data.historySets.messages[key];
if (existing) {
logger.debug({ messageId: key }, 'absorbed message upsert in message set');
}
}
if (existing) {
message.messageTimestamp = existing.messageTimestamp;
}
if (data.messageUpdates[key]) {
logger.debug('absorbed prior message update in message upsert');
Object.assign(message, data.messageUpdates[key].update);
delete data.messageUpdates[key];
}
if (data.historySets.messages[key]) {
data.historySets.messages[key] = message;
}
else {
data.messageUpserts[key] = {
message,
type: type === 'notify' || ((_b = data.messageUpserts[key]) === null || _b === void 0 ? void 0 : _b.type) === 'notify'
? 'notify'
: type
};
}
}
break;
case 'messages.update':
const msgUpdates = eventData;
for (const { key, update } of msgUpdates) {
const keyStr = stringifyMessageKey(key);
const existing = data.historySets.messages[keyStr] || ((_c = data.messageUpserts[keyStr]) === null || _c === void 0 ? void 0 : _c.message);
if (existing) {
Object.assign(existing, update);
// if the message was received & read by us
// the chat counter must have been incremented
// so we need to decrement it
if (update.status === Types_1.WAMessageStatus.READ && !key.fromMe) {
decrementChatReadCounterIfMsgDidUnread(existing);
}
}
else {
const msgUpdate = data.messageUpdates[keyStr] || { key, update: {} };
Object.assign(msgUpdate.update, update);
data.messageUpdates[keyStr] = msgUpdate;
}
}
break;
case 'messages.delete':
const deleteData = eventData;
if ('keys' in deleteData) {
const { keys } = deleteData;
for (const key of keys) {
const keyStr = stringifyMessageKey(key);
if (!data.messageDeletes[keyStr]) {
data.messageDeletes[keyStr] = key;
}
if (data.messageUpserts[keyStr]) {
delete data.messageUpserts[keyStr];
}
if (data.messageUpdates[keyStr]) {
delete data.messageUpdates[keyStr];
}
}
}
else {
// TODO: add support
}
break;
case 'messages.reaction':
const reactions = eventData;
for (const { key, reaction } of reactions) {
const keyStr = stringifyMessageKey(key);
const existing = data.messageUpserts[keyStr];
if (existing) {
(0, messages_1.updateMessageWithReaction)(existing.message, reaction);
}
else {
data.messageReactions[keyStr] = data.messageReactions[keyStr]
|| { key, reactions: [] };
(0, messages_1.updateMessageWithReaction)(data.messageReactions[keyStr], reaction);
}
}
break;
case 'message-receipt.update':
const receipts = eventData;
for (const { key, receipt } of receipts) {
const keyStr = stringifyMessageKey(key);
const existing = data.messageUpserts[keyStr];
if (existing) {
(0, messages_1.updateMessageWithReceipt)(existing.message, receipt);
}
else {
data.messageReceipts[keyStr] = data.messageReceipts[keyStr]
|| { key, userReceipt: [] };
(0, messages_1.updateMessageWithReceipt)(data.messageReceipts[keyStr], receipt);
}
}
break;
case 'groups.update':
const groupUpdates = eventData;
for (const update of groupUpdates) {
const id = update.id;
const groupUpdate = data.groupUpdates[id] || {};
if (!data.groupUpdates[id]) {
data.groupUpdates[id] = Object.assign(groupUpdate, update);
}
}
break;
default:
throw new Error(`"${event}" cannot be buffered`);
}
function absorbingChatUpdate(existing) {
const chatId = existing.id;
const update = data.chatUpdates[chatId];
if (update) {
const conditionMatches = update.conditional ? update.conditional(data) : true;
if (conditionMatches) {
delete update.conditional;
logger.debug({ chatId }, 'absorbed chat update in existing chat');
Object.assign(existing, concatChats(update, existing));
delete data.chatUpdates[chatId];
}
else if (conditionMatches === false) {
logger.debug({ chatId }, 'chat update condition fail, removing');
delete data.chatUpdates[chatId];
}
}
}
function decrementChatReadCounterIfMsgDidUnread(message) {
// decrement chat unread counter
// if the message has already been marked read by us
const chatId = message.key.remoteJid;
const chat = data.chatUpdates[chatId] || data.chatUpserts[chatId];
if ((0, process_message_1.isRealMessage)(message, '')
&& (0, process_message_1.shouldIncrementChatUnread)(message)
&& typeof (chat === null || chat === void 0 ? void 0 : chat.unreadCount) === 'number'
&& chat.unreadCount > 0) {
logger.debug({ chatId: chat.id }, 'decrementing chat counter');
chat.unreadCount -= 1;
if (chat.unreadCount === 0) {
delete chat.unreadCount;
}
}
}
}
function consolidateEvents(data) {
const map = {};
if (!data.historySets.empty) {
map['messaging-history.set'] = {
chats: Object.values(data.historySets.chats),
messages: Object.values(data.historySets.messages),
contacts: Object.values(data.historySets.contacts),
isLatest: data.historySets.isLatest
};
}
const chatUpsertList = Object.values(data.chatUpserts);
if (chatUpsertList.length) {
map['chats.upsert'] = chatUpsertList;
}
const chatUpdateList = Object.values(data.chatUpdates);
if (chatUpdateList.length) {
map['chats.update'] = chatUpdateList;
}
const chatDeleteList = Array.from(data.chatDeletes);
if (chatDeleteList.length) {
map['chats.delete'] = chatDeleteList;
}
const messageUpsertList = Object.values(data.messageUpserts);
if (messageUpsertList.length) {
const type = messageUpsertList[0].type;
map['messages.upsert'] = {
messages: messageUpsertList.map(m => m.message),
type
};
}
const messageUpdateList = Object.values(data.messageUpdates);
if (messageUpdateList.length) {
map['messages.update'] = messageUpdateList;
}
const messageDeleteList = Object.values(data.messageDeletes);
if (messageDeleteList.length) {
map['messages.delete'] = { keys: messageDeleteList };
}
const messageReactionList = Object.values(data.messageReactions).flatMap(({ key, reactions }) => reactions.flatMap(reaction => ({ key, reaction })));
if (messageReactionList.length) {
map['messages.reaction'] = messageReactionList;
}
const messageReceiptList = Object.values(data.messageReceipts).flatMap(({ key, userReceipt }) => userReceipt.flatMap(receipt => ({ key, receipt })));
if (messageReceiptList.length) {
map['message-receipt.update'] = messageReceiptList;
}
const contactUpsertList = Object.values(data.contactUpserts);
if (contactUpsertList.length) {
map['contacts.upsert'] = contactUpsertList;
}
const contactUpdateList = Object.values(data.contactUpdates);
if (contactUpdateList.length) {
map['contacts.update'] = contactUpdateList;
}
const groupUpdateList = Object.values(data.groupUpdates);
if (groupUpdateList.length) {
map['groups.update'] = groupUpdateList;
}
return map;
}
function concatChats(a, b) {
if (b.unreadCount === null) {
// neutralize unread counter
if (a.unreadCount < 0) {
a.unreadCount = undefined;
b.unreadCount = undefined;
}
}
if (typeof a.unreadCount === 'number' && typeof b.unreadCount === 'number') {
b = { ...b };
if (b.unreadCount >= 0) {
b.unreadCount = Math.max(b.unreadCount, 0) + Math.max(a.unreadCount, 0);
}
}
return Object.assign(a, b);
}
const stringifyMessageKey = (key) => `${key.remoteJid},${key.id},${key.fromMe ? '1' : '0'}`;
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