signal-desktop/ts/jobs/conversationJobQueue.ts

932 lines
30 KiB
TypeScript

// Copyright 2021 Signal Messenger, LLC
// SPDX-License-Identifier: AGPL-3.0-only
import { z } from 'zod';
import type PQueue from 'p-queue';
import * as globalLogger from '../logging/log';
import * as durations from '../util/durations';
import { exponentialBackoffMaxAttempts } from '../util/exponentialBackoff';
import { InMemoryQueues } from './helpers/InMemoryQueues';
import { jobQueueDatabaseStore } from './JobQueueDatabaseStore';
import { JOB_STATUS, JobQueue } from './JobQueue';
import { sendNormalMessage } from './helpers/sendNormalMessage';
import { sendDirectExpirationTimerUpdate } from './helpers/sendDirectExpirationTimerUpdate';
import { sendGroupUpdate } from './helpers/sendGroupUpdate';
import { sendDeleteForEveryone } from './helpers/sendDeleteForEveryone';
import { sendDeleteStoryForEveryone } from './helpers/sendDeleteStoryForEveryone';
import { sendProfileKey } from './helpers/sendProfileKey';
import { sendReaction } from './helpers/sendReaction';
import { sendStory } from './helpers/sendStory';
import { sendReceipts } from './helpers/sendReceipts';
import type { LoggerType } from '../types/Logging';
import { ConversationVerificationState } from '../state/ducks/conversationsEnums';
import { MINUTE } from '../util/durations';
import {
OutgoingIdentityKeyError,
SendMessageChallengeError,
SendMessageProtoError,
} from '../textsecure/Errors';
import { strictAssert } from '../util/assert';
import { missingCaseError } from '../util/missingCaseError';
import { explodePromise } from '../util/explodePromise';
import type { Job } from './Job';
import type { ParsedJob, StoredJob } from './types';
import type SendMessage from '../textsecure/SendMessage';
import type { ServiceIdString } from '../types/ServiceId';
import { commonShouldJobContinue } from './helpers/commonShouldJobContinue';
import { sleeper } from '../util/sleeper';
import { receiptSchema, ReceiptType } from '../types/Receipt';
import { serviceIdSchema, aciSchema } from '../types/ServiceId';
import { sendResendRequest } from './helpers/sendResendRequest';
import { sendNullMessage } from './helpers/sendNullMessage';
import { sendSenderKeyDistribution } from './helpers/sendSenderKeyDistribution';
import { sendSavedProto } from './helpers/sendSavedProto';
import { drop } from '../util/drop';
import { isInPast } from '../util/timestamp';
import { clearTimeoutIfNecessary } from '../util/clearTimeoutIfNecessary';
// Note: generally, we only want to add to this list. If you do need to change one of
// these values, you'll likely need to write a database migration.
export const conversationQueueJobEnum = z.enum([
'DeleteForEveryone',
'DeleteStoryForEveryone',
'DirectExpirationTimerUpdate',
'GroupUpdate',
'NormalMessage',
'NullMessage',
'ProfileKey',
'Reaction',
'ResendRequest',
'SavedProto',
'SenderKeyDistribution',
'Story',
'Receipts',
]);
type ConversationQueueJobEnum = z.infer<typeof conversationQueueJobEnum>;
const deleteForEveryoneJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.DeleteForEveryone),
conversationId: z.string(),
messageId: z.string(),
recipients: z.array(z.string()),
revision: z.number().optional(),
targetTimestamp: z.number(),
});
export type DeleteForEveryoneJobData = z.infer<
typeof deleteForEveryoneJobDataSchema
>;
const deleteStoryForEveryoneJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.DeleteStoryForEveryone),
conversationId: z.string(),
storyId: z.string(),
targetTimestamp: z.number(),
updatedStoryRecipients: z
.array(
z.object({
destinationServiceId: serviceIdSchema.optional(),
distributionListIds: z.array(z.string()),
isAllowedToReply: z.boolean(),
})
)
.optional(),
});
export type DeleteStoryForEveryoneJobData = z.infer<
typeof deleteStoryForEveryoneJobDataSchema
>;
const expirationTimerUpdateJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.DirectExpirationTimerUpdate),
conversationId: z.string(),
expireTimer: z.number().or(z.undefined()),
// Note: no recipients/revision, because this job is for 1:1 conversations only!
});
export type ExpirationTimerUpdateJobData = z.infer<
typeof expirationTimerUpdateJobDataSchema
>;
const groupUpdateJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.GroupUpdate),
conversationId: z.string(),
groupChangeBase64: z.string().optional(),
recipients: z.array(z.string()),
revision: z.number(),
});
export type GroupUpdateJobData = z.infer<typeof groupUpdateJobDataSchema>;
const normalMessageSendJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.NormalMessage),
conversationId: z.string(),
messageId: z.string(),
// Note: recipients are baked into the message itself
revision: z.number().optional(),
// See sendEditedMessage
editedMessageTimestamp: z.number().optional(),
});
export type NormalMessageSendJobData = z.infer<
typeof normalMessageSendJobDataSchema
>;
const nullMessageJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.NullMessage),
conversationId: z.string(),
idForTracking: z.string().optional(),
});
export type NullMessageJobData = z.infer<typeof nullMessageJobDataSchema>;
const profileKeyJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.ProfileKey),
conversationId: z.string(),
// Note: we will use whichever recipients list is up to date when this job runs
revision: z.number().optional(),
});
export type ProfileKeyJobData = z.infer<typeof profileKeyJobDataSchema>;
const reactionJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.Reaction),
conversationId: z.string(),
messageId: z.string(),
// Note: recipients are baked into the message itself
revision: z.number().optional(),
});
export type ReactionJobData = z.infer<typeof reactionJobDataSchema>;
const resendRequestJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.ResendRequest),
conversationId: z.string(),
contentHint: z.number().optional(),
groupId: z.string().optional(),
plaintext: z.string(),
receivedAtCounter: z.number(),
receivedAtDate: z.number(),
senderAci: aciSchema,
senderDevice: z.number(),
timestamp: z.number(),
});
export type ResendRequestJobData = z.infer<typeof resendRequestJobDataSchema>;
const savedProtoJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.SavedProto),
conversationId: z.string(),
contentHint: z.number(),
groupId: z.string().optional(),
protoBase64: z.string(),
story: z.boolean(),
timestamp: z.number(),
urgent: z.boolean(),
});
export type SavedProtoJobData = z.infer<typeof savedProtoJobDataSchema>;
const senderKeyDistributionJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.SenderKeyDistribution),
conversationId: z.string(),
groupId: z.string(),
});
export type SenderKeyDistributionJobData = z.infer<
typeof senderKeyDistributionJobDataSchema
>;
const storyJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.Story),
conversationId: z.string(),
// Note: recipients are baked into the message itself
messageIds: z.string().array(),
timestamp: z.number(),
revision: z.number().optional(),
});
export type StoryJobData = z.infer<typeof storyJobDataSchema>;
const receiptsJobDataSchema = z.object({
type: z.literal(conversationQueueJobEnum.enum.Receipts),
conversationId: z.string(),
receiptsType: z.nativeEnum(ReceiptType),
receipts: receiptSchema.array(),
});
export type ReceiptsJobData = z.infer<typeof receiptsJobDataSchema>;
export const conversationQueueJobDataSchema = z.union([
deleteForEveryoneJobDataSchema,
deleteStoryForEveryoneJobDataSchema,
expirationTimerUpdateJobDataSchema,
groupUpdateJobDataSchema,
normalMessageSendJobDataSchema,
nullMessageJobDataSchema,
profileKeyJobDataSchema,
reactionJobDataSchema,
resendRequestJobDataSchema,
savedProtoJobDataSchema,
senderKeyDistributionJobDataSchema,
storyJobDataSchema,
receiptsJobDataSchema,
]);
export type ConversationQueueJobData = z.infer<
typeof conversationQueueJobDataSchema
>;
export type ConversationQueueJobBundle = {
isFinalAttempt: boolean;
log: LoggerType;
messaging: SendMessage;
shouldContinue: boolean;
timeRemaining: number;
timestamp: number;
};
const MAX_RETRY_TIME = durations.DAY;
const MAX_ATTEMPTS = exponentialBackoffMaxAttempts(MAX_RETRY_TIME);
function shouldSendShowCaptcha(type: ConversationQueueJobEnum): boolean {
if (type === 'DeleteForEveryone') {
return true;
}
if (type === 'DeleteStoryForEveryone') {
return true;
}
if (type === 'DirectExpirationTimerUpdate') {
return true;
}
if (type === 'GroupUpdate') {
return false;
}
if (type === 'NormalMessage') {
return true;
}
if (type === 'NullMessage') {
return false;
}
if (type === 'ProfileKey') {
return false;
}
if (type === 'Reaction') {
return false;
}
if (type === 'ResendRequest') {
return false;
}
if (type === 'SavedProto') {
return false;
}
if (type === 'SenderKeyDistribution') {
return false;
}
if (type === 'Story') {
return true;
}
if (type === 'Receipts') {
return false;
}
throw missingCaseError(type);
}
enum RETRY_STATUS {
BLOCKED = 'BLOCKED',
BLOCKED_WITH_JOBS = 'BLOCKED_WITH_JOBS',
UNBLOCKED = 'UNBLOCKED',
}
type ConversationData = Readonly<
| {
// When we get a retryAt from a 428 error, we immediately record it, but we don't
// yet have a job to retry. We should, very soon, when the job returns
// JOB_STATUS.NEEDS_RETRY. This should be a very short-lived state.
status: RETRY_STATUS.BLOCKED;
callback: undefined;
jobsNeedingRetry: undefined;
retryAt: number;
}
| {
// This is the next stage, when we've added at least one job needing retry, and we
// have a callback registered to run on queue idle (or be called directly).
status: RETRY_STATUS.BLOCKED_WITH_JOBS;
callback: () => void;
jobsNeedingRetry: Array<Readonly<StoredJob>>;
retryAt: number;
retryAtTimeout?: NodeJS.Timeout;
}
| {
// When we discover that we can now run these deferred jobs, we flip into this
// state, which should be short-lived. We very quickly re-enqueue all
// jobsNeedingRetry, and erase perConversationData for this conversation.
status: RETRY_STATUS.UNBLOCKED;
callback: () => void;
jobsNeedingRetry: Array<Readonly<StoredJob>>;
retryAt: undefined;
retryAtTimeout?: NodeJS.Timeout;
}
>;
export class ConversationJobQueue extends JobQueue<ConversationQueueJobData> {
private readonly perConversationData = new Map<
string,
ConversationData | undefined
>();
private readonly inMemoryQueues = new InMemoryQueues();
private readonly verificationWaitMap = new Map<
string,
{
resolve: (value: unknown) => unknown;
reject: (error: Error) => unknown;
promise: Promise<unknown>;
}
>();
private callbackCount = 0;
override getQueues(): ReadonlySet<PQueue> {
return this.inMemoryQueues.allQueues;
}
public override async add(
data: Readonly<ConversationQueueJobData>,
insert?: (job: ParsedJob<ConversationQueueJobData>) => Promise<void>
): Promise<Job<ConversationQueueJobData>> {
const { conversationId, type } = data;
if (shouldSendShowCaptcha(data.type)) {
strictAssert(
window.Signal.challengeHandler,
'conversationJobQueue.add: Missing challengeHandler!'
);
window.Signal.challengeHandler.maybeSolve({
conversationId,
reason: `conversationJobQueue.add(${conversationId}, ${type})`,
});
}
return super.add(data, insert);
}
protected parseData(data: unknown): ConversationQueueJobData {
return conversationQueueJobDataSchema.parse(data);
}
protected override getInMemoryQueue({
data,
}: Readonly<{ data: ConversationQueueJobData }>): PQueue {
return this.inMemoryQueues.get(data.conversationId);
}
private startVerificationWaiter(conversationId: string): Promise<unknown> {
const existing = this.verificationWaitMap.get(conversationId);
if (existing) {
globalLogger.info(
`startVerificationWaiter: Found existing waiter for conversation ${conversationId}. Returning it.`
);
return existing.promise;
}
globalLogger.info(
`startVerificationWaiter: Starting new waiter for conversation ${conversationId}.`
);
const { resolve, reject, promise } = explodePromise();
this.verificationWaitMap.set(conversationId, {
resolve,
reject,
promise,
});
return promise;
}
public resolveVerificationWaiter(conversationId: string): void {
const existing = this.verificationWaitMap.get(conversationId);
if (existing) {
globalLogger.info(
`resolveVerificationWaiter: Found waiter for conversation ${conversationId}. Resolving.`
);
existing.resolve('resolveVerificationWaiter: success');
this.verificationWaitMap.delete(conversationId);
} else {
globalLogger.warn(
`resolveVerificationWaiter: Missing waiter for conversation ${conversationId}.`
);
this.unblockConversationRetries(conversationId);
}
}
private unblockConversationRetries(conversationId: string) {
const logId = `unblockConversationRetries/${conversationId}`;
const perConversationData = this.perConversationData.get(conversationId);
if (!perConversationData) {
return;
}
const { status, callback } = perConversationData;
if (status === RETRY_STATUS.BLOCKED) {
globalLogger.info(
`${logId}: Deleting previous BLOCKED state; had no jobs`
);
this.perConversationData.delete(conversationId);
} else if (status === RETRY_STATUS.BLOCKED_WITH_JOBS) {
globalLogger.info(
`${logId}: Moving previous WAITING state to UNBLOCKED, calling callback directly`
);
this.perConversationData.set(conversationId, {
...perConversationData,
status: RETRY_STATUS.UNBLOCKED,
retryAt: undefined,
});
callback();
} else if (status === RETRY_STATUS.UNBLOCKED) {
globalLogger.warn(
`${logId}: We're still in UNBLOCKED state; calling callback directly`
);
callback();
} else {
throw missingCaseError(status);
}
}
private captureRetryAt(conversationId: string, retryAt: number | undefined) {
const logId = `captureRetryAt/${conversationId}`;
const newRetryAt = retryAt || Date.now() + MINUTE;
const perConversationData = this.perConversationData.get(conversationId);
if (!perConversationData) {
if (!retryAt) {
globalLogger.warn(
`${logId}: No existing data, using retryAt of ${newRetryAt}`
);
}
this.perConversationData.set(conversationId, {
status: RETRY_STATUS.BLOCKED,
retryAt: newRetryAt,
callback: undefined,
jobsNeedingRetry: undefined,
});
return;
}
const { status, retryAt: existingRetryAt } = perConversationData;
if (existingRetryAt && existingRetryAt >= newRetryAt) {
globalLogger.warn(
`${logId}: New newRetryAt ${newRetryAt} isn't after existing retryAt ${existingRetryAt}, dropping`
);
return;
}
if (
status === RETRY_STATUS.BLOCKED ||
status === RETRY_STATUS.BLOCKED_WITH_JOBS
) {
globalLogger.info(
`${logId}: Updating to newRetryAt ${newRetryAt} from existing retryAt ${existingRetryAt}, status ${status}`
);
this.perConversationData.set(conversationId, {
...perConversationData,
retryAt: newRetryAt,
});
} else if (status === RETRY_STATUS.UNBLOCKED) {
globalLogger.info(
`${logId}: Updating to newRetryAt ${newRetryAt} from previous UNBLOCKED status`
);
this.perConversationData.set(conversationId, {
...perConversationData,
status: RETRY_STATUS.BLOCKED_WITH_JOBS,
retryAt: newRetryAt,
});
} else {
throw missingCaseError(status);
}
}
override async retryJobOnQueueIdle({
job,
storedJob,
logger,
}: {
job: Readonly<ParsedJob<ConversationQueueJobData>>;
storedJob: Readonly<StoredJob>;
logger: LoggerType;
}): Promise<boolean> {
const { conversationId } = job.data;
const logId = `retryJobOnQueueIdle/${conversationId}/${job.id}`;
const perConversationData = this.perConversationData.get(conversationId);
if (!perConversationData) {
logger.warn(`${logId}: no data for conversation; using default retryAt`);
} else {
logger.warn(
`${logId}: adding to existing data with status ${perConversationData.status}`
);
}
const { status, retryAt, jobsNeedingRetry, callback } =
perConversationData || {
status: RETRY_STATUS.BLOCKED,
retryAt: Date.now() + MINUTE,
};
const newJobsNeedingRetry = (jobsNeedingRetry || []).concat([storedJob]);
logger.info(
`${logId}: job added to retry queue with status ${status}; ${newJobsNeedingRetry.length} items now in queue`
);
const newCallback =
callback || this.createRetryCallback(conversationId, job.id);
if (
status === RETRY_STATUS.BLOCKED ||
status === RETRY_STATUS.BLOCKED_WITH_JOBS
) {
this.perConversationData.set(conversationId, {
status: RETRY_STATUS.BLOCKED_WITH_JOBS,
retryAt,
jobsNeedingRetry: newJobsNeedingRetry,
callback: newCallback,
});
} else {
this.perConversationData.set(conversationId, {
status: RETRY_STATUS.UNBLOCKED,
retryAt,
jobsNeedingRetry: newJobsNeedingRetry,
callback: newCallback,
});
}
if (newCallback !== callback) {
const queue = this.getInMemoryQueue(job);
drop(
// eslint-disable-next-line more/no-then
queue.onIdle().then(() => {
globalLogger.info(`${logId}: Running callback due to queue.onIdle`);
newCallback();
})
);
}
return true;
}
private createRetryCallback(conversationId: string, jobId: string) {
this.callbackCount += 1;
const id = this.callbackCount;
globalLogger.info(
`createRetryCallback/${conversationId}/${id}: callback created for job ${jobId}`
);
return () => {
const logId = `retryCallback/${conversationId}/${id}`;
const perConversationData = this.perConversationData.get(conversationId);
if (!perConversationData) {
globalLogger.warn(`${logId}: no perConversationData, returning early.`);
return;
}
const { status, retryAt } = perConversationData;
if (status === RETRY_STATUS.BLOCKED) {
globalLogger.warn(
`${logId}: Still in blocked state, no jobs to retry. Clearing perConversationData.`
);
this.perConversationData.delete(conversationId);
return;
}
const { callback, jobsNeedingRetry, retryAtTimeout } =
perConversationData;
if (retryAtTimeout) {
clearTimeoutIfNecessary(retryAtTimeout);
}
if (!retryAt || isInPast(retryAt)) {
globalLogger.info(
`${logId}: retryAt is ${retryAt}; queueing ${jobsNeedingRetry?.length} jobs needing retry`
);
// We're starting to retry jobs; remove the challenge handler
drop(window.Signal.challengeHandler?.unregister(conversationId, logId));
jobsNeedingRetry?.forEach(job => {
drop(this.enqueueStoredJob(job));
});
this.perConversationData.delete(conversationId);
return;
}
const timeLeft = retryAt - Date.now();
globalLogger.info(
`${logId}: retryAt ${retryAt} is in the future, scheduling timeout for ${timeLeft}ms`
);
this.perConversationData.set(conversationId, {
...perConversationData,
retryAtTimeout: setTimeout(() => {
globalLogger.info(`${logId}: Running callback due to timeout`);
callback();
}, timeLeft),
});
};
}
protected async run(
{
data,
timestamp,
}: Readonly<{ data: ConversationQueueJobData; timestamp: number }>,
{ attempt, log }: Readonly<{ attempt: number; log: LoggerType }>
): Promise<typeof JOB_STATUS.NEEDS_RETRY | undefined> {
const { type, conversationId } = data;
const isFinalAttempt = attempt >= MAX_ATTEMPTS;
const perConversationData = this.perConversationData.get(conversationId);
await window.ConversationController.load();
const conversation = window.ConversationController.get(conversationId);
if (!conversation) {
throw new Error(`Failed to find conversation ${conversationId}`);
}
if (perConversationData?.retryAt && !shouldSendShowCaptcha(type)) {
// If we return this value, JobQueue will call retryJobOnQueueIdle for this job
return JOB_STATUS.NEEDS_RETRY;
}
let timeRemaining: number;
let shouldContinue: boolean;
let count = 0;
// eslint-disable-next-line no-constant-condition
while (true) {
count += 1;
log.info('calculating timeRemaining and shouldContinue...');
timeRemaining = timestamp + MAX_RETRY_TIME - Date.now();
// eslint-disable-next-line no-await-in-loop
shouldContinue = await commonShouldJobContinue({
attempt,
log,
timeRemaining,
skipWait: count > 1,
});
if (!shouldContinue) {
break;
}
const isChallengeRegistered =
window.Signal.challengeHandler?.isRegistered(conversationId);
if (!isChallengeRegistered) {
this.unblockConversationRetries(conversationId);
}
if (isChallengeRegistered && shouldSendShowCaptcha(type)) {
if (this.isShuttingDown) {
throw new Error("Shutting down, can't wait for captcha challenge.");
}
window.Signal.challengeHandler?.maybeSolve({
conversationId,
reason:
'conversationJobQueue.run/addWaiter(' +
`${conversation.idForLogging()}, ${type}, ${timestamp})`,
});
log.info(
'captcha challenge is pending for this conversation; waiting at most 5m...'
);
// eslint-disable-next-line no-await-in-loop
await Promise.race([
this.startVerificationWaiter(conversation.id),
// don't resolve on shutdown, otherwise we end up in an infinite loop
sleeper.sleep(
5 * MINUTE,
`conversationJobQueue: waiting for captcha: ${conversation.idForLogging()}`,
{ resolveOnShutdown: false }
),
]);
continue;
}
const verificationData =
window.reduxStore.getState().conversations
.verificationDataByConversation[conversationId];
if (!verificationData) {
break;
}
if (
verificationData.type ===
ConversationVerificationState.PendingVerification
) {
if (type === conversationQueueJobEnum.enum.ProfileKey) {
log.warn(
"Cancelling profile share, we don't want to wait for pending verification."
);
return undefined;
}
if (this.isShuttingDown) {
throw new Error("Shutting down, can't wait for verification.");
}
log.info(
'verification is pending for this conversation; waiting at most 5m...'
);
// eslint-disable-next-line no-await-in-loop
await Promise.race([
this.startVerificationWaiter(conversation.id),
// don't resolve on shutdown, otherwise we end up in an infinite loop
sleeper.sleep(
5 * MINUTE,
`conversationJobQueue: verification pending: ${conversation.idForLogging()}`,
{ resolveOnShutdown: false }
),
]);
continue;
}
if (
verificationData.type ===
ConversationVerificationState.VerificationCancelled
) {
if (verificationData.canceledAt >= timestamp) {
log.info(
'cancelling job; user cancelled out of verification dialog.'
);
shouldContinue = false;
} else {
log.info(
'clearing cancellation tombstone; continuing ahead with job'
);
window.reduxActions.conversations.clearCancelledConversationVerification(
conversation.id
);
}
break;
}
throw missingCaseError(verificationData);
}
const { messaging } = window.textsecure;
if (!messaging) {
throw new Error('messaging interface is not available!');
}
const jobBundle: ConversationQueueJobBundle = {
messaging,
isFinalAttempt,
shouldContinue,
timeRemaining,
timestamp,
log,
};
// Note: A six-letter variable makes below code autoformatting easier to read.
const jobSet = conversationQueueJobEnum.enum;
try {
switch (type) {
case jobSet.DeleteForEveryone:
await sendDeleteForEveryone(conversation, jobBundle, data);
break;
case jobSet.DeleteStoryForEveryone:
await sendDeleteStoryForEveryone(conversation, jobBundle, data);
break;
case jobSet.DirectExpirationTimerUpdate:
await sendDirectExpirationTimerUpdate(conversation, jobBundle, data);
break;
case jobSet.GroupUpdate:
await sendGroupUpdate(conversation, jobBundle, data);
break;
case jobSet.NormalMessage:
await sendNormalMessage(conversation, jobBundle, data);
break;
case jobSet.NullMessage:
await sendNullMessage(conversation, jobBundle, data);
break;
case jobSet.ProfileKey:
await sendProfileKey(conversation, jobBundle, data);
break;
case jobSet.Reaction:
await sendReaction(conversation, jobBundle, data);
break;
case jobSet.ResendRequest:
await sendResendRequest(conversation, jobBundle, data);
break;
case jobSet.SavedProto:
await sendSavedProto(conversation, jobBundle, data);
break;
case jobSet.SenderKeyDistribution:
await sendSenderKeyDistribution(conversation, jobBundle, data);
break;
case jobSet.Story:
await sendStory(conversation, jobBundle, data);
break;
case jobSet.Receipts:
await sendReceipts(conversation, jobBundle, data);
break;
default: {
// Note: This should never happen, because the zod call in parseData wouldn't
// accept data that doesn't look like our type specification.
const problem: never = type;
log.error(
`conversationJobQueue: Got job with type ${problem}; Cancelling job.`
);
}
}
return undefined;
} catch (error: unknown) {
const untrustedServiceIds: Array<ServiceIdString> = [];
const processError = (
toProcess: unknown
): undefined | typeof JOB_STATUS.NEEDS_RETRY => {
if (toProcess instanceof OutgoingIdentityKeyError) {
const failedConversation = window.ConversationController.getOrCreate(
toProcess.identifier,
'private'
);
strictAssert(failedConversation, 'Conversation should be created');
const serviceId = failedConversation.getServiceId();
if (!serviceId) {
log.error(
`failedConversation: Conversation ${failedConversation.idForLogging()} missing serviceId!`
);
return undefined;
}
untrustedServiceIds.push(serviceId);
} else if (toProcess instanceof SendMessageChallengeError) {
const silent = !shouldSendShowCaptcha(type);
drop(
window.Signal.challengeHandler?.register(
{
conversationId,
createdAt: Date.now(),
retryAt: toProcess.retryAt,
token: toProcess.data?.token,
reason:
'conversationJobQueue.run(' +
`${conversation.idForLogging()}, ${type}, ${timestamp})`,
silent,
},
toProcess.data
)
);
if (silent) {
this.captureRetryAt(conversationId, toProcess.retryAt);
return JOB_STATUS.NEEDS_RETRY;
}
}
return undefined;
};
const value = processError(error);
if (value) {
return value;
}
if (error instanceof SendMessageProtoError) {
const values = (error.errors || []).map(processError);
const innerValue = values.find(item => Boolean(item));
if (innerValue) {
return innerValue;
}
}
if (untrustedServiceIds.length) {
if (type === jobSet.ProfileKey) {
log.warn(
`Cancelling profile share, since there were ${untrustedServiceIds.length} untrusted send targets.`
);
return undefined;
}
if (type === jobSet.Receipts) {
log.warn(
`Cancelling receipt send, since there were ${untrustedServiceIds.length} untrusted send targets.`
);
return undefined;
}
log.error(
`Send failed because ${untrustedServiceIds.length} conversation(s) were untrusted. Adding to verification list.`
);
window.reduxActions.conversations.conversationStoppedByMissingVerification(
{
conversationId: conversation.id,
untrustedServiceIds,
}
);
}
throw error;
}
}
}
export const conversationJobQueue = new ConversationJobQueue({
store: jobQueueDatabaseStore,
queueType: 'conversation',
maxAttempts: MAX_ATTEMPTS,
});