I am creating a microservice in NestJS. Now I want to use RabbitMQ to send messages to another service.
I created the functionality and it works perfectly fine. But the problem comes up when I want to merge it and the CircleCI test is running. After 10 minutes I get the message:
Too long with no output (exceeded 10m0s): context deadline exceeded
This happens only on the service with the producer. The consuming service works fine.
Can someone explain why this happens and how I can fix this?
RabbitMQ is imported in the GraphQLModule below.
#Module({
imports: [
GraphQLFederationModule.forRoot({
autoSchemaFile: true,
context: ({ req }) => ({ req }),
}),
DatabaseModule,
AuthModule,
RabbitmqModule,
],
providers: [UserResolver, FamilyResolver, AuthResolver],
})
export class GraphQLModule {}
RabbitmqModule:
import { Global, Module } from '#nestjs/common';
import { ConfigService } from '#nestjs/config';
import { RabbitMQModule } from '#golevelup/nestjs-rabbitmq';
import { UserProducer } from './producers/user.producer';
#Global()
#Module({
imports: [
RabbitMQModule.forRootAsync(RabbitMQModule, {
useFactory: async (config: ConfigService) => ({
exchanges: [
{
name: config.get('rabbitMQ.exchange'),
type: config.get('rabbitMQ.exchangeType'),
},
],
uri: config.get('rabbitMQ.url'),
connectionInitOptions: { wait: false },
}),
inject: [ConfigService],
}),
],
providers: [UserProducer],
exports: [UserProducer],
})
export class RabbitmqModule {}
The CircleCI output:
UPDATE:
It crashes when it starts seeding the database. It seeds the database correctly but when it is done, it doesn't stop the app. This happens on my PC too, not only in CircleCi.
The following script is called:
import { NestFactory } from '#nestjs/core';
import { SeedService } from '../src/database/service/seed.service';
import { AppModule } from '../src/app/app.module';
async function bootstrap() {
const app = await NestFactory.createApplicationContext(AppModule);
try {
await app.get(SeedService).seed();
} catch (error) {
throw error;
} finally {
await app.close();
}
}
bootstrap();
But this doesn't close the app correctly. When I log before and after await app.close() it logs both.
It's hard to tell without knowing a little bit more about your scenario. What is it that the task in Circle CI is trying to accomplish? From the screenshot it looks like you may be attempting to use this script to apply database migrations?
If you boot up the entire microservice like this it's going to hold the process open waiting for potential messages to come through. Are you calling app.close() anywhere in your script? You will need to terminate the process appropriately once your script is completed or refactor this to not require booting up the whole service like this
Related
My implementation is based on this article: https://dev.to/nestjs/advanced-nestjs-how-to-build-completely-dynamic-nestjs-modules-1370
I want to test my generic, Twilio-based SMS sender service that I share between multiple parts of my application. I want to configure it when I'm importing it from somewhere else, so I'm writing it as a dynamic module. On top of that, the options that I pass to the dynamic module are themselves constructed dynamically, they are read from my .env file. I'm using the factory pattern when I'm registering my provider:
// app.module.ts
#Module({
imports: [
ConfigModule.forRoot({
isGlobal: true,
envFilePath: [
'.env',
],
validationSchema,
}),
SharedSmsModule.registerAsync({
imports: [ConfigModule],
inject: [ConfigService],
useFactory: (configService: ConfigService<EnvironmentVariables>) => {
return {
accountSid: configService.get('TWILIO_ACCOUNT_SID'),
authToken: configService.get('TWILIO_AUTH_TOKEN'),
smsSenderPhoneNumber: configService.get(
'TWILIO_SMS_SENDER_PHONE_NUMBER'
),
};
},
}),
],
})
export class AppModule {}
My shared-sms module calls the function provided in the registerAsync method in app.module.ts:
// shared-sms.module.ts
export interface SharedSmsModuleOptions {
accountSid: string;
authToken: string;
smsSenderPhoneNumber: string;
}
export interface SharedSmsModuleAsyncOptions extends ModuleMetadata {
imports: any[];
inject: any[];
useFactory?: (
...args: any[]
) => Promise<SharedSmsModuleOptions> | SharedSmsModuleOptions;
}
#Module({})
export class SharedSmsModule {
static registerAsync(
sharedSmsModuleAsyncOptions: SharedSmsModuleAsyncOptions
): DynamicModule {
return {
global: true,
module: SharedSmsModule,
imports: sharedSmsModuleAsyncOptions.imports,
providers: [
{
provide: 'SHARED_SMS_OPTIONS',
useFactory: sharedSmsModuleAsyncOptions.useFactory,
inject: sharedSmsModuleAsyncOptions.inject || [],
},
SharedSmsService,
],
exports: [SharedSmsService],
};
}
}
Now I have access to the options variables in my shared-sms.service:
// shared-sms.service
#Injectable()
export class SharedSmsService {
private twilioClient: Twilio;
constructor(
#Inject('SHARED_SMS_OPTIONS') private options: SharedSmsModuleOptions
) {
this.twilioClient = new Twilio(
this.options.accountSid,
this.options.authToken
);
}
async sendSms(sendSmsDto: SendSmsDto): Promise<MessageInstance> {
await validateOrReject(plainToInstance(SendSmsDto, sendSmsDto));
const smsData = {
from: this.options.smsSenderPhoneNumber,
to: sendSmsDto.to,
body: sendSmsDto.body,
};
return await this.twilioClient.messages.create(smsData);
}
}
So long everything seems to be working. But I'm having issues when I'm trying to test the service's sendSms function. I can write tests that work when I'm providing hardcoded Twilio test account values in my test file. But I don't want to commit them to the repository, so I would want to get them from my .env file. I have tried providing everything to the Test.createTestingModule function when I'm creating my moduleRef, based on what I did in the code that I already wrote, but I couldn't specify the Twilio test account values dynamically. As I don't see documentation regarding this issue, I feel like that I'm either missing a conceptual point (providing so many things in the test seems like an overkill) or there is a trivial work-around. Please help me figure out how to pass those values to my tests from my .env file
I am have an issue with this package #ntegral/nestjs-sentry in nestjs. I have a custom logger I use in my application
#Injectable()
export class CustomLogger implements LoggerService {
constructor(#InjectSentry() private readonly client: SentryService) {}
log(message: any, ...optionalParams: any[]) {
this.client.instance().captureMessage(message, ...optionalParams);
}
}
I then inject the into User Controller and in the user.controller.spec.ts
describe('UsersController', () => {
let controller: UsersController;
beforeEach(async () => {
const module: TestingModule = await Test.createTestingModule({
controllers: [UsersController],
providers: [
CustomLogger,
UsersService,
SentryService,
],
}).compile();
controller = module.get<UsersController>(UsersController);
});
it('should be defined', () => {
expect(controller).toBeDefined();
});
});
I get this error
FAIL src/users/users.controller.spec.ts (9.449 s)
● UsersController › should be defined
Nest can't resolve dependencies of the CustomLogger (?). Please make sure that the argument Symbol(SentryToken) at index [0] is available in the RootTestModule context.
Potential solutions:
- If Symbol(SentryToken) is a provider, is it part of the current RootTestModule?
- If Symbol(SentryToken) is exported from a separate #Module, is that module imported within RootTestModule?
#Module({
imports: [ /* the Module containing Symbol(SentryToken) */ ]
})
I have tried adding the SentryService to the spec providers but that does not fix the error. Has anyone encountered this and how did you fix it.
I run in exactly the same issue. It seemed to be that the library uses a different token for its own Inject annotation. I was able to fix it in my tests by using the provided token for the SentryService mock.
import { SENTRY_TOKEN } from '#ntegral/nestjs-sentry';
// ...
const module: TestingModule = await Test.createTestingModule({
providers: [
// ...
{
provide: SENTRY_TOKEN,
useValue: { debug: jest.fn() }, // provide SentryService Mock here
},
],
})
I am working on a StencilJS project where I have to use MirageJS to make fake API data.
How to call server before StencilJS application loads.
In react we can call makeServer() in the index.ts file, but in the stencil, we don't have such a file.
How can we call this to start the mirage server, Please can someone suggest the correct way.
Below is my server.ts file
mirage/server.ts
import { createServer, Model } from 'miragejs';
import { auditFactory } from './factories';
import { processCollectionRequest } from './utils';
export const makeServer = async ({ environment = 'development' } = {}) => {
console.log('started server');
return createServer({
environment,
factories: {
people: auditFactory,
},
models: {
people: Model,
},
routes() {
this.namespace = '/api/v1';
this.get('/peoples', function (schema, request) {
let res = processCollectionRequest(schema, request, 'peoples', this);
// remove factory properties not in spec
res.items.forEach(e => ['associatedResourceId', 'associatedResourceName', 'associatedResourceType'].forEach(p => delete e[p]));
return res;
});
},
seeds(server) {
server.createList('audit', 20);
},
});
};
I'm not familiar with MirageJS so I might be off, but can you use globalScript (https://stenciljs.com/docs/config) and then run your Mirage server there?
I was following this article here (which is not complete unfortunately) in attempt to learn how to friend Ionic 3 based PWA and Firebase Cloud Messaging: Push Notifications with FCM
What I did:
as advised in the article added FCM libraries into service-worker.js:
'use strict';
importScripts('./build/sw-toolbox.js');
importScripts('https://www.gstatic.com/firebasejs/4.9.0/firebase-app.js');
importScripts('https://www.gstatic.com/firebasejs/4.9.0/firebase-messaging');
firebase.initializeApp({
// get this from Firebase console, Cloud messaging section
'messagingSenderId': '47286327412'
});
const messaging = firebase.messaging();
messaging.setBackgroundMessageHandler((payload) => {
console.log('Received background message ', payload);
// here you can override some options describing what's in the message;
// however, the actual content will come from the service sending messages
const notificationOptions = {
icon: '/assets/img/appicon.png'
};
return self.registration.showNotification(notificationTitle, notificationOptions);
});
self.toolbox.options.cache = {
name: 'ionic-cache'
};
// pre-cache our key assets
self.toolbox.precache(
[
'./build/main.js',
'./build/vendor.js',
'./build/main.css',
'./build/polyfills.js',
'index.html',
'manifest.json'
]
);
// dynamically cache any other local assets
self.toolbox.router.any('/*', self.toolbox.cacheFirst);
// for any other requests go to the network, cache,
// and then only use that cached resource if your user goes offline
self.toolbox.router.default = self.toolbox.networkFirst;
Then created Firebase Messaging based provider here:
import { Injectable } from "#angular/core";
import * as firebase from 'firebase';
import { Storage } from '#ionic/storage';
#Injectable()
export class FirebaseMessagingProvider {
private messaging: firebase.messaging.Messaging;
private unsubscribeOnTokenRefresh = () => {};
constructor(
private storage: Storage
) {
this.messaging = firebase.messaging();
}
public enableNotifications() {
console.log('Requesting permission...');
return this.messaging.requestPermission().then(() => {
console.log('Permission granted');
// token might change - we need to listen for changes to it and update it
this.setupOnTokenRefresh();
return this.updateToken();
});
}
public disableNotifications() {
this.unsubscribeOnTokenRefresh();
this.unsubscribeOnTokenRefresh = () => {};
return this.storage.set('fcmToken','').then();
}
private updateToken() {
return this.messaging.getToken().then((currentToken) => {
if (currentToken) {
// we've got the token from Firebase, now let's store it in the database
return this.storage.set('fcmToken', currentToken);
} else {
console.log('No Instance ID token available. Request permission to generate one.');
}
});
}
private setupOnTokenRefresh(): void {
this.unsubscribeOnTokenRefresh = this.messaging.onTokenRefresh(() => {
console.log("Token refreshed");
this.storage.set('fcmToken','').then(() => { this.updateToken(); });
});
}
}
And now during app initialization I call enableNotifications() and get error that says that default service worker is not found (404):
A bad HTTP response code (404) was received when fetching the script.
:8100/firebase-messaging-sw.js Failed to load resource: net::ERR_INVALID_RESPONSE
If I move service-worker.js firebase related stuff into default service worker in WWW folder - I get general error from Firebase (Error, failed to register service worker).
QUESTIONS:
- is there a fresh guide on Ionic 3's PWA & FCM?
- at high level what is the difference in registering service workers in Ionic 3 vs Angular? I did watch the tutorial about Angular but can't figure how to do the same in Ionic 3.
UPDATE: the below is valid as of today (02/12/2018) and most likely will be less relevant once AngularFire2 supports messaging module. So take the below with that assumption...
OK I researched and finally made it work on my Ionic 3 PWA, so I am posting solution here:
Prerequisites:
I created ionic blank app (just a home page)
installed angularfire2 and firebase ("angularfire2": "5.0.0-rc.4","firebase": "4.9.1") using npm install, I used specifically 5.0.0-rc.4" cause I had stability issues with latest one;(
created config (filename environment.ts in src folder):
export const firebaseConfig = {
apiKey: "Your Stuff Here from FB",
authDomain: "YOURAPPNAME.firebaseapp.com",
databaseURL: "https://YOURAPPNAME.firebaseio.com",
projectId: "YOURAPPNAME",
storageBucket: "YOURAPPNAME.appspot.com",
messagingSenderId: "FROMFIREBASECONEOLE"
};
I modified app.module.ts to add firebase and angularfire2 this way:
...
import { AngularFireModule } from 'angularfire2';
import 'firebase/messaging'; // only import firebase messaging or as needed;
import { firebaseConfig } from '../environment';
import { FirebaseMessagingProvider } from '../providers/firebase-messaging';
...
#NgModule({
declarations: [
MyApp,
HomePage
],
imports: [
BrowserModule,
IonicModule.forRoot(MyApp),
AngularFireModule.initializeApp(firebaseConfig),
IonicStorageModule.forRoot()
],
bootstrap: [IonicApp],
entryComponents: [
MyApp,
HomePage
],
providers: [
FirebaseMessagingProvider,
StatusBar,
SplashScreen,
{provide: ErrorHandler, useClass: IonicErrorHandler}
]
})
export class AppModule {}
Here we also import our provider whose code is below:
in providers folder I created firebase-messaging.ts like this:
import { Injectable } from "#angular/core";
import { FirebaseApp } from 'angularfire2';
// I am importing simple ionic storage (local one), in prod this should be remote storage of some sort.
import { Storage } from '#ionic/storage';
#Injectable()
export class FirebaseMessagingProvider {
private messaging;
private unsubscribeOnTokenRefresh = () => {};
constructor(
private storage: Storage,
private app: FirebaseApp
) {
this.messaging = app.messaging();
navigator.serviceWorker.register('service-worker.js').then((registration) => {
this.messaging.useServiceWorker(registration);
//this.disableNotifications()
this.enableNotifications();
});
}
public enableNotifications() {
console.log('Requesting permission...');
return this.messaging.requestPermission().then(() => {
console.log('Permission granted');
// token might change - we need to listen for changes to it and update it
this.setupOnTokenRefresh();
return this.updateToken();
});
}
public disableNotifications() {
this.unsubscribeOnTokenRefresh();
this.unsubscribeOnTokenRefresh = () => {};
return this.storage.set('fcmToken','').then();
}
private updateToken() {
return this.messaging.getToken().then((currentToken) => {
if (currentToken) {
// we've got the token from Firebase, now let's store it in the database
console.log(currentToken)
return this.storage.set('fcmToken', currentToken);
} else {
console.log('No Instance ID token available. Request permission to generate one.');
}
});
}
private setupOnTokenRefresh(): void {
this.unsubscribeOnTokenRefresh = this.messaging.onTokenRefresh(() => {
console.log("Token refreshed");
this.storage.set('fcmToken','').then(() => { this.updateToken(); });
});
}
}
Please note I init the firebase app and then in constructor we register ionic's default service worker (service-worker.js) that contains the following right after whatever is there by default:
service-worker.js:
// firebase messaging part:
importScripts('https://www.gstatic.com/firebasejs/4.9.0/firebase-app.js');
importScripts('https://www.gstatic.com/firebasejs/4.9.0/firebase-messaging.js');
firebase.initializeApp({
// get this from Firebase console, Cloud messaging section
'messagingSenderId': 'YOURIDFROMYOURFIREBASECONSOLE'
});
const messaging = firebase.messaging();
messaging.setBackgroundMessageHandler(function(payload) {
console.log('Received background message ', payload);
// here you can override some options describing what's in the message;
// however, the actual content will come from the Webtask
const notificationOptions = {
icon: '/assets/images/logo-128.png'
};
return self.registration.showNotification(notificationTitle, notificationOptions);
});
At this point you also need to make sure you enabled your app as PWA, there is a good guide from Josh Morony and today there was a video stream on youtube that covers it. In TLDR you need to uncomment this in your index.html:
index.html in src uncomment:
<!-- un-comment this code to enable service worker -->
<script>
if ('serviceWorker' in navigator) {
navigator.serviceWorker.register('service-worker.js')
.then(() => console.log('service worker installed'))
.catch(err => console.error('Error', err));
}
</script>
OK almost the last thing - your manifest.json (in src) should have exact line:
"gcm_sender_id": "103953800507"
This concludes initial stuff on the client. Please note I didn't implement yet anything to handle notifications while user is in app itself, think for now it just handles when a message is sent from a server while your tab is not in focus (that is what I tested).
Now you want to go to your firebase console and obtain server key (click setting gear icon, then see cloud messaging section there). Copy server key. Also run the client (ionic serve and capture your local token (i just console.logged it). Now try sending yourself the message using a POST method. ( I did it with Postman)
// method: "POST",
//url: "https://fcm.googleapis.com/fcm/send",
// get the key from Firebase console
headers: { Authorization: `key=${fcmServerKey}` },
json: {
"notification": {
"title": "Message title",
"body": "Message body",
"click_action": "URL to your app?"
},
// userData is where your client stored the FCM token for the given user
// it should be read from the database
"to": userData.fcmRegistrationKey
}
So by doing all this I was able to reliable send myself a message WHILE the app was in background. I am yet to handle foreground but this SO question is about how to init default service worker and marry it with FCM.
I hope this will help some learners in future.
I have successfully implemented the process and got success response on API calls. But no notification popup coming on my browser. Any idea?
api: https://fcm.googleapis.com/fcm/send
response got:
{"multicast_id":6904414188195222649,"success":1,"failure":0,"canonical_ids":0,"results":[{"message_id":"0:1545375125056264%e609af1cf9fd7ecd"}]}
cheth the attached url of my console:
I set up Ionic Cloud Service and went through the initial process of authorizing a user.
import {Component} from '#angular/core';
import {NavController} from 'ionic-angular';
import {Auth, User, UserDetails, IDetailedError} from '#ionic/cloud-angular';
#Component({
templateUrl: 'build/pages/signup/signup.html'
})
export class SignupPage {
constructor(public auth: Auth, public user: User){
let details: UserDetails = {'email': 'hi#ionic.io', 'password': 'puppies123'};
this.auth.signup(details).then(() => {
// `this.user` is now registered
}, (err: IDetailedError<string[]>) => {
for (let e of err.details) {
if (e === 'conflict_email') {
alert('Email already exists.');
} else {
// handle other errors
}
}
});
}
}
For some reason I am getting this error:ORIGINAL EXCEPTION: No provider for Auth!
ORIGINAL STACKTRACE:
Error: DI Exception
Everything is setup to a tee like the ionic cloud docs suggest : https://docs.ionic.io/services/auth/#setup
I've looked everywhere for this answer
In the setup instructions it talks about how to add the ionic cloud NgModule to your module's imports:
https://docs.ionic.io/setup.html
import { CloudSettings, CloudModule } from '#ionic/cloud-angular';
const cloudSettings: CloudSettings = {
'core': {
'app_id': 'APP_ID'
}
};
#NgModule({
declarations: [ ... ],
imports: [
IonicModule.forRoot(MyApp),
CloudModule.forRoot(cloudSettings)
],
bootstrap: [IonicApp],
entryComponents: [ ... ],
providers: [ ... ]
})
export class AppModule {}
I had missed these steps. Making this change fixed the problem.
Try this
#Component({
templateUrl: 'build/pages/signup/signup.html',
providers: [Auth]
})
Not sure if it works because the ionic docs don't say anything about this, but it seems logical looking at your Error
Passing Auth in providers, starts to show that error in console:
Cannot read property 'config' of undefined