etherpad-lite/src/node/db/Pad.ts
John McLear f7e4100aba
fix: appendText API now attributes text to the specified author (#7446)
* fix: appendText API now attributes text to the specified author

spliceText() was calling makeSplice() without passing author attributes,
so inserted text had no authorship attribution in the changeset — even
though the authorId was recorded in the revision metadata. Now passes
[['author', authorId]] and the pool to makeSplice() so the changeset
ops carry the author attribute, making the text show the author's color
in the editor and appear in listAuthorsOfPad.

Also fixed the same issue in pad init (first changeset creation) and
updated PadType interface to include the authorId parameter.

Fixes #6873

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

* test: assert API response code on createPad and anonymous appendText

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

---------

Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
2026-04-04 09:28:09 +01:00

770 lines
26 KiB
TypeScript

'use strict';
import {Database} from "ueberdb2";
import {AChangeSet, APool, AText} from "../types/PadType";
import {MapArrayType} from "../types/MapType";
/**
* The pad object, defined with joose
*/
import AttributeMap from '../../static/js/AttributeMap';
import {applyToAText, checkRep, copyAText, deserializeOps, makeAText, makeSplice, opsFromAText, pack, unpack} from '../../static/js/Changeset';
import ChatMessage from '../../static/js/ChatMessage';
import AttributePool from '../../static/js/AttributePool';
const Stream = require('../utils/Stream');
const assert = require('assert').strict;
const db = require('./DB');
import settings from '../utils/Settings';
const authorManager = require('./AuthorManager');
const padManager = require('./PadManager');
const padMessageHandler = require('../handler/PadMessageHandler');
const groupManager = require('./GroupManager');
const CustomError = require('../utils/customError');
import readOnlyManager from './ReadOnlyManager';
import randomString from '../utils/randomstring';
const hooks = require('../../static/js/pluginfw/hooks');
import pad_utils from "../../static/js/pad_utils";
import {SmartOpAssembler} from "../../static/js/SmartOpAssembler";
import {timesLimit} from "async";
/**
* Copied from the Etherpad source code. It converts Windows line breaks to Unix
* line breaks and convert Tabs to spaces
* @param {String} txt The text to clean
* @returns {String} The cleaned text
*/
exports.cleanText = (txt:string): string => txt.replace(/\r\n/g, '\n')
.replace(/\r/g, '\n')
.replace(/\t/g, ' ')
.replace(/\xa0/g, ' ');
class Pad {
private db: Database;
private atext: AText;
private pool: AttributePool;
private head: number;
private chatHead: number;
private publicStatus: boolean;
private id: string;
private savedRevisions: any[];
/**
* @param id
* @param [database] - Database object to access this pad's records (and only this pad's records;
* the shared global Etherpad database object is still used for all other pad accesses, such
* as copying the pad). Defaults to the shared global Etherpad database object. This parameter
* can be used to shard pad storage across multiple database backends, to put each pad in its
* own database table, or to validate imported pad data before it is written to the database.
*/
constructor(id:string, database = db) {
this.db = database;
this.atext = makeAText('\n');
this.pool = new AttributePool();
this.head = -1;
this.chatHead = -1;
this.publicStatus = false;
this.id = id;
this.savedRevisions = [];
}
apool() {
return this.pool;
}
getHeadRevisionNumber() {
return this.head;
}
getSavedRevisionsNumber() {
return this.savedRevisions.length;
}
getSavedRevisionsList() {
const savedRev = this.savedRevisions.map((rev) => rev.revNum);
savedRev.sort((a, b) => a - b);
return savedRev;
}
getPublicStatus() {
return this.publicStatus;
}
/**
* Appends a new revision
* @param {Object} aChangeset The changeset to append to the pad
* @param {String} authorId The id of the author
* @return {Promise<number|string>}
*/
async appendRevision(aChangeset:string, authorId = '') {
const newAText = applyToAText(aChangeset, this.atext, this.pool);
if (newAText.text === this.atext.text && newAText.attribs === this.atext.attribs &&
this.head !== -1) {
return this.head;
}
copyAText(newAText, this.atext);
const newRev = ++this.head;
// ex. getNumForAuthor
if (authorId !== '') this.pool.putAttrib(['author', authorId]);
const hook = this.head === 0 ? 'padCreate' : 'padUpdate';
await Promise.all([
// @ts-ignore
this.db.set(`pad:${this.id}:revs:${newRev}`, {
changeset: aChangeset,
meta: {
author: authorId,
timestamp: Date.now(),
...newRev === this.getKeyRevisionNumber(newRev) ? {
pool: this.pool,
atext: this.atext,
} : {},
},
}),
this.saveToDatabase(),
authorId && authorManager.addPad(authorId, this.id),
hooks.aCallAll(hook, {
pad: this,
authorId,
get author() {
pad_utils.warnDeprecated(`${hook} hook author context is deprecated; use authorId instead`);
return this.authorId;
},
set author(authorId) {
pad_utils.warnDeprecated(`${hook} hook author context is deprecated; use authorId instead`);
this.authorId = authorId;
},
...this.head === 0 ? {} : {
revs: newRev,
changeset: aChangeset,
},
}),
]);
return newRev;
}
toJSON() {
const o:Pad = {...this, pool: this.pool.toJsonable()};
// @ts-ignore
delete o.db;
// @ts-ignore
delete o.id;
return o;
}
// save all attributes to the database
async saveToDatabase() {
// @ts-ignore
await this.db.set(`pad:${this.id}`, this);
}
// get time of last edit (changeset application)
async getLastEdit() {
const revNum = this.getHeadRevisionNumber();
// @ts-ignore
return await this.db.getSub(`pad:${this.id}:revs:${revNum}`, ['meta', 'timestamp']);
}
async getRevisionChangeset(revNum: number) {
// @ts-ignore
return await this.db.getSub(`pad:${this.id}:revs:${revNum}`, ['changeset']);
}
async getRevisionAuthor(revNum: number) {
// @ts-ignore
return await this.db.getSub(`pad:${this.id}:revs:${revNum}`, ['meta', 'author']);
}
async getRevisionDate(revNum: number) {
// @ts-ignore
return await this.db.getSub(`pad:${this.id}:revs:${revNum}`, ['meta', 'timestamp']);
}
/**
* @param {number} revNum - Must be a key revision number (see `getKeyRevisionNumber`).
* @returns The attribute text stored at `revNum`.
*/
async _getKeyRevisionAText(revNum: number) {
// @ts-ignore
return await this.db.getSub(`pad:${this.id}:revs:${revNum}`, ['meta', 'atext']);
}
/**
* Returns all authors that worked on this pad
* @return {[String]} The id of authors who contributed to this pad
*/
getAllAuthors() {
const authorIds = [];
for (const key in this.pool.numToAttrib) {
if (this.pool.numToAttrib[key][0] === 'author' && this.pool.numToAttrib[key][1] !== '') {
authorIds.push(this.pool.numToAttrib[key][1]);
}
}
return authorIds;
}
async getInternalRevisionAText(targetRev: number) {
const keyRev = this.getKeyRevisionNumber(targetRev);
const headRev = this.getHeadRevisionNumber();
if (targetRev > headRev) targetRev = headRev;
const [keyAText, changesets] = await Promise.all([
this._getKeyRevisionAText(keyRev),
Promise.all(
Stream.range(keyRev + 1, targetRev + 1).map(this.getRevisionChangeset.bind(this))),
]);
const apool = this.apool();
let atext = keyAText;
for (const cs of changesets) atext = applyToAText(cs, atext, apool);
return atext;
}
async getRevision(revNum: number) {
return await this.db.get(`pad:${this.id}:revs:${revNum}`);
}
async getAllAuthorColors() {
const authorIds = this.getAllAuthors();
const returnTable:MapArrayType<string> = {};
const colorPalette = authorManager.getColorPalette();
await Promise.all(
authorIds.map((authorId) => authorManager.getAuthorColorId(authorId).then((colorId:string) => {
// colorId might be a hex color or an number out of the palette
returnTable[authorId] = colorPalette[colorId] || colorId;
})));
return returnTable;
}
getValidRevisionRange(startRev: any, endRev:any) {
startRev = parseInt(startRev, 10);
const head = this.getHeadRevisionNumber();
endRev = endRev ? parseInt(endRev, 10) : head;
if (isNaN(startRev) || startRev < 0 || startRev > head) {
startRev = null;
}
if (isNaN(endRev) || endRev < startRev) {
endRev = null;
} else if (endRev > head) {
endRev = head;
}
if (startRev != null && endRev != null) {
return {startRev, endRev};
}
return null;
}
getKeyRevisionNumber(revNum: number) {
return Math.floor(revNum / 100) * 100;
}
/**
* @returns {string} The pad's text.
*/
text(): string {
return this.atext.text;
}
/**
* Splices text into the pad. If the result of the splice does not end with a newline, one will be
* automatically appended.
*
* @param {number} start - Location in pad text to start removing and inserting characters. Must
* be a non-negative integer less than or equal to `this.text().length`.
* @param {number} ndel - Number of characters to remove starting at `start`. Must be a
* non-negative integer less than or equal to `this.text().length - start`.
* @param {string} ins - New text to insert at `start` (after the `ndel` characters are deleted).
* @param {string} [authorId] - Author ID of the user making the change (if applicable).
*/
async spliceText(start:number, ndel:number, ins: string, authorId: string = '') {
if (start < 0) throw new RangeError(`start index must be non-negative (is ${start})`);
if (ndel < 0) throw new RangeError(`characters to delete must be non-negative (is ${ndel})`);
const orig = this.text();
assert(orig.endsWith('\n'));
if (start + ndel > orig.length) throw new RangeError('start/delete past the end of the text');
ins = exports.cleanText(ins);
const willEndWithNewline =
start + ndel < orig.length || // Keeping last char (which is guaranteed to be a newline).
ins.endsWith('\n') ||
(!ins && start > 0 && orig[start - 1] === '\n');
if (!willEndWithNewline) ins += '\n';
if (ndel === 0 && ins.length === 0) return;
const attribs = authorId ? [['author', authorId] as [string, string]] : undefined;
const changeset = makeSplice(orig, start, ndel, ins, attribs, this.pool);
await this.appendRevision(changeset, authorId);
}
/**
* Replaces the pad's text with new text.
*
* @param {string} newText - The pad's new text. If this string does not end with a newline, one
* will be automatically appended.
* @param {string} [authorId] - The author ID of the user that initiated the change, if
* applicable.
*/
async setText(newText: string, authorId = '') {
await this.spliceText(0, this.text().length, newText, authorId);
}
/**
* Appends text to the pad.
*
* @param {string} newText - Text to insert just BEFORE the pad's existing terminating newline.
* @param {string} [authorId] - The author ID of the user that initiated the change, if
* applicable.
*/
async appendText(newText:string, authorId = '') {
await this.spliceText(this.text().length - 1, 0, newText, authorId);
}
/**
* Adds a chat message to the pad, including saving it to the database.
*
* @param {(ChatMessage|string)} msgOrText - Either a chat message object (recommended) or a
* string containing the raw text of the user's chat message (deprecated).
* @param {?string} [authorId] - The user's author ID. Deprecated; use `msgOrText.authorId`
* instead.
* @param {?number} [time] - Message timestamp (milliseconds since epoch). Deprecated; use
* `msgOrText.time` instead.
*/
async appendChatMessage(msgOrText: string| ChatMessage, authorId = null, time = null) {
const msg =
msgOrText instanceof ChatMessage ? msgOrText : new ChatMessage(msgOrText, authorId, time);
this.chatHead++;
await Promise.all([
// Don't save the display name in the database because the user can change it at any time. The
// `displayName` property will be populated with the current value when the message is read
// from the database.
this.db.set(`pad:${this.id}:chat:${this.chatHead}`, {...msg, displayName: undefined}),
this.saveToDatabase(),
]);
}
/**
* @param {number} entryNum - ID of the desired chat message.
* @returns {?ChatMessage}
*/
async getChatMessage(entryNum: number) {
const entry = await this.db.get(`pad:${this.id}:chat:${entryNum}`);
if (entry == null) return null;
const message = ChatMessage.fromObject(entry);
message.displayName = await authorManager.getAuthorName(message.authorId);
return message;
}
/**
* @param {number} start - ID of the first desired chat message.
* @param {number} end - ID of the last desired chat message.
* @returns {ChatMessage[]} Any existing messages with IDs between `start` (inclusive) and `end`
* (inclusive), in order. Note: `start` and `end` form a closed interval, not a half-open
* interval as is typical in code.
*/
async getChatMessages(start: string, end: number) {
const entries =
await Promise.all(Stream.range(start, end + 1).map(this.getChatMessage.bind(this)));
// sort out broken chat entries
// it looks like in happened in the past that the chat head was
// incremented, but the chat message wasn't added
return entries.filter((entry) => {
const pass = (entry != null);
if (!pass) {
console.warn(`WARNING: Found broken chat entry in pad ${this.id}`);
}
return pass;
});
}
async init(text:string, authorId = '') {
// try to load the pad
const value = await this.db.get(`pad:${this.id}`);
// if this pad exists, load it
if (value != null) {
Object.assign(this, value);
if ('pool' in value) this.pool = new AttributePool().fromJsonable(value.pool);
} else {
if (text == null) {
const context = {pad: this, authorId, type: 'text', content: settings.defaultPadText};
await hooks.aCallAll('padDefaultContent', context);
if (context.type !== 'text') throw new Error(`unsupported content type: ${context.type}`);
text = exports.cleanText(context.content);
}
const firstAttribs = authorId ? [['author', authorId] as [string, string]] : undefined;
const firstChangeset = makeSplice('\n', 0, 0, text, firstAttribs, this.pool);
await this.appendRevision(firstChangeset, authorId);
}
await hooks.aCallAll('padLoad', {pad: this});
}
async copy(destinationID: string, force: boolean) {
// Kick everyone from this pad.
// This was commented due to https://github.com/ether/etherpad-lite/issues/3183.
// Do we really need to kick everyone out?
// padMessageHandler.kickSessionsFromPad(sourceID);
// flush the source pad:
await this.saveToDatabase();
// if it's a group pad, let's make sure the group exists.
const destGroupID = await this.checkIfGroupExistAndReturnIt(destinationID);
// if force is true and already exists a Pad with the same id, remove that Pad
await this.removePadIfForceIsTrueAndAlreadyExist(destinationID, force);
const copyRecord = async (keySuffix: string) => {
const val = await this.db.get(`pad:${this.id}${keySuffix}`);
await db.set(`pad:${destinationID}${keySuffix}`, val);
};
const promises = (function* () {
yield copyRecord('');
// @ts-ignore
yield* Stream.range(0, this.head + 1).map((i) => copyRecord(`:revs:${i}`));
// @ts-ignore
yield* Stream.range(0, this.chatHead + 1).map((i) => copyRecord(`:chat:${i}`));
// @ts-ignore
yield this.copyAuthorInfoToDestinationPad(destinationID);
if (destGroupID) yield db.setSub(`group:${destGroupID}`, ['pads', destinationID], 1);
}).call(this);
for (const p of new Stream(promises).batch(100).buffer(99)) await p;
// Initialize the new pad (will update the listAllPads cache)
const dstPad = await padManager.getPad(destinationID, null);
// let the plugins know the pad was copied
await hooks.aCallAll('padCopy', {
get originalPad() {
pad_utils.warnDeprecated('padCopy originalPad context property is deprecated; use srcPad instead');
return this.srcPad;
},
get destinationID() {
pad_utils.warnDeprecated(
'padCopy destinationID context property is deprecated; use dstPad.id instead');
return this.dstPad.id;
},
srcPad: this,
dstPad,
});
return {padID: destinationID};
}
async checkIfGroupExistAndReturnIt(destinationID: string) {
let destGroupID:false|string = false;
if (destinationID.indexOf('$') >= 0) {
destGroupID = destinationID.split('$')[0];
const groupExists = await groupManager.doesGroupExist(destGroupID);
// group does not exist
if (!groupExists) {
throw new CustomError('groupID does not exist for destinationID', 'apierror');
}
}
return destGroupID;
}
async removePadIfForceIsTrueAndAlreadyExist(destinationID: string, force: boolean|string) {
// if the pad exists, we should abort, unless forced.
const exists = await padManager.doesPadExist(destinationID);
// allow force to be a string
if (typeof force === 'string') {
force = (force.toLowerCase() === 'true');
} else {
force = !!force;
}
if (exists) {
if (!force) {
console.error('erroring out without force');
throw new CustomError('destinationID already exists', 'apierror');
}
// exists and forcing
const pad = await padManager.getPad(destinationID);
await pad.remove();
}
}
async copyAuthorInfoToDestinationPad(destinationID: string) {
// add the new sourcePad to all authors who contributed to the old one
await Promise.all(this.getAllAuthors().map(
(authorID) => authorManager.addPad(authorID, destinationID)));
}
async copyPadWithoutHistory(destinationID: string, force: string|boolean, authorId = '') {
// flush the source pad
this.saveToDatabase();
// if it's a group pad, let's make sure the group exists.
const destGroupID = await this.checkIfGroupExistAndReturnIt(destinationID);
// if force is true and already exists a Pad with the same id, remove that Pad
await this.removePadIfForceIsTrueAndAlreadyExist(destinationID, force);
await this.copyAuthorInfoToDestinationPad(destinationID);
// Group pad? Add it to the group's list
if (destGroupID) {
await db.setSub(`group:${destGroupID}`, ['pads', destinationID], 1);
}
// initialize the pad with a new line to avoid getting the defaultText
const dstPad = await padManager.getPad(destinationID, '\n', authorId);
dstPad.pool = this.pool.clone();
const oldAText = this.atext;
// based on Changeset.makeSplice
const assem = new SmartOpAssembler();
for (const op of opsFromAText(oldAText)) assem.append(op);
assem.endDocument();
// although we have instantiated the dstPad with '\n', an additional '\n' is
// added internally, so the pad text on the revision 0 is "\n\n"
const oldLength = 2;
const newLength = assem.getLengthChange();
const newText = oldAText.text;
// create a changeset that removes the previous text and add the newText with
// all atributes present on the source pad
const changeset = pack(oldLength, newLength, assem.toString(), newText);
dstPad.appendRevision(changeset, authorId);
await hooks.aCallAll('padCopy', {
get originalPad() {
pad_utils.warnDeprecated('padCopy originalPad context property is deprecated; use srcPad instead');
return this.srcPad;
},
get destinationID() {
pad_utils.warnDeprecated(
'padCopy destinationID context property is deprecated; use dstPad.id instead');
return this.dstPad.id;
},
srcPad: this,
dstPad,
});
return {padID: destinationID};
}
async remove() {
const padID = this.id;
const p = [];
// kick everyone from this pad
padMessageHandler.kickSessionsFromPad(padID);
// delete all relations - the original code used async.parallel but
// none of the operations except getting the group depended on callbacks
// so the database operations here are just started and then left to
// run to completion
// is it a group pad? -> delete the entry of this pad in the group
if (padID.indexOf('$') >= 0) {
// it is a group pad
const groupID = padID.substring(0, padID.indexOf('$'));
const group = await db.get(`group:${groupID}`);
// remove the pad entry
delete group.pads[padID];
// set the new value
p.push(db.set(`group:${groupID}`, group));
}
// remove the readonly entries
p.push(readOnlyManager.getReadOnlyId(padID).then(async (readonlyID: string) => {
await db.remove(`readonly2pad:${readonlyID}`);
}));
p.push(db.remove(`pad2readonly:${padID}`));
// delete all chat messages
// @ts-ignore
p.push(timesLimit(this.chatHead + 1, 500, async (i: string) => {
await this.db.remove(`pad:${this.id}:chat:${i}`, null);
}));
// delete all revisions
// @ts-ignore
p.push(timesLimit(this.head + 1, 500, async (i: string) => {
await this.db.remove(`pad:${this.id}:revs:${i}`, null);
}));
// remove pad from all authors who contributed
this.getAllAuthors().forEach((authorId) => {
p.push(authorManager.removePad(authorId, padID));
});
// delete the pad entry and delete pad from padManager
p.push(padManager.removePad(padID));
p.push(hooks.aCallAll('padRemove', {
get padID() {
pad_utils.warnDeprecated('padRemove padID context property is deprecated; use pad.id instead');
return this.pad.id;
},
pad: this,
}));
await Promise.all(p);
}
// set in db
async setPublicStatus(publicStatus: boolean) {
this.publicStatus = publicStatus;
await this.saveToDatabase();
}
async addSavedRevision(revNum: string, savedById: string, label: string) {
// if this revision is already saved, return silently
for (const i in this.savedRevisions) {
if (this.savedRevisions[i] && this.savedRevisions[i].revNum === revNum) {
return;
}
}
// build the saved revision object
const savedRevision:MapArrayType<any> = {};
savedRevision.revNum = revNum;
savedRevision.savedById = savedById;
savedRevision.label = label || `Revision ${revNum}`;
savedRevision.timestamp = Date.now();
savedRevision.id = randomString(10);
// save this new saved revision
this.savedRevisions.push(savedRevision);
await this.saveToDatabase();
}
getSavedRevisions() {
return this.savedRevisions;
}
/**
* Asserts that all pad data is consistent. Throws if inconsistent.
*/
async check() {
assert(this.id != null);
assert.equal(typeof this.id, 'string');
const head = this.getHeadRevisionNumber();
assert(head != null);
assert(Number.isInteger(head));
assert(head >= -1);
const savedRevisionsList = this.getSavedRevisionsList();
assert(Array.isArray(savedRevisionsList));
assert.equal(this.getSavedRevisionsNumber(), savedRevisionsList.length);
let prevSavedRev = null;
for (const rev of savedRevisionsList) {
assert(rev != null);
assert(Number.isInteger(rev));
assert(rev >= 0);
assert(rev <= head);
assert(prevSavedRev == null || rev > prevSavedRev);
prevSavedRev = rev;
}
const savedRevisions = this.getSavedRevisions();
assert(Array.isArray(savedRevisions));
assert.equal(savedRevisions.length, savedRevisionsList.length);
const savedRevisionsIds = new Set();
for (const savedRev of savedRevisions) {
assert(savedRev != null);
assert.equal(typeof savedRev, 'object');
assert(savedRevisionsList.includes(savedRev.revNum));
assert(savedRev.id != null);
assert.equal(typeof savedRev.id, 'string');
assert(!savedRevisionsIds.has(savedRev.id));
savedRevisionsIds.add(savedRev.id);
}
const pool = this.apool();
assert(pool instanceof AttributePool);
await pool.check();
const authorIds = new Set();
pool.eachAttrib((k, v) => {
if (k === 'author' && v) authorIds.add(v);
});
const revs = Stream.range(0, head + 1)
.map(async (r: number) => {
const isKeyRev = r === this.getKeyRevisionNumber(r);
try {
return await Promise.all([
r,
this.getRevisionChangeset(r),
this.getRevisionAuthor(r),
this.getRevisionDate(r),
isKeyRev,
isKeyRev ? this._getKeyRevisionAText(r) : null,
]);
} catch (err:any) {
err.message = `(pad ${this.id} revision ${r}) ${err.message}`;
throw err;
}
})
.batch(100).buffer(99);
let atext = makeAText('\n');
for await (const [r, changeset, authorId, timestamp, isKeyRev, keyAText] of revs) {
try {
assert(authorId != null);
assert.equal(typeof authorId, 'string');
if (authorId) authorIds.add(authorId);
assert(timestamp != null);
assert.equal(typeof timestamp, 'number');
assert(timestamp > 0);
assert(changeset != null);
assert.equal(typeof changeset, 'string');
checkRep(changeset);
const unpacked = unpack(changeset);
let text = atext.text;
for (const op of deserializeOps(unpacked.ops)) {
if (['=', '-'].includes(op.opcode)) {
assert(text.length >= op.chars);
const consumed = text.slice(0, op.chars);
const nlines = (consumed.match(/\n/g) || []).length;
assert.equal(op.lines, nlines);
if (op.lines > 0) assert(consumed.endsWith('\n'));
text = text.slice(op.chars);
}
assert.equal(op.attribs, AttributeMap.fromString(op.attribs, pool).toString());
}
atext = applyToAText(changeset, atext, pool);
if (isKeyRev) assert.deepEqual(keyAText, atext);
} catch (err:any) {
err.message = `(pad ${this.id} revision ${r}) ${err.message}`;
throw err;
}
}
assert.equal(this.text(), atext.text);
assert.deepEqual(this.atext, atext);
assert.deepEqual(this.getAllAuthors().sort(), [...authorIds].sort());
assert(this.chatHead != null);
assert(Number.isInteger(this.chatHead));
assert(this.chatHead >= -1);
const chats = Stream.range(0, this.chatHead + 1)
.map(async (c: number) => {
try {
const msg = await this.getChatMessage(c);
assert(msg != null);
assert(msg instanceof ChatMessage);
} catch (err:any) {
err.message = `(pad ${this.id} chat message ${c}) ${err.message}`;
throw err;
}
})
.batch(100).buffer(99);
for (const p of chats) await p;
await hooks.aCallAll('padCheck', {pad: this});
}
}
exports.Pad = Pad;