@webmotors/cockpit-notifications
v1.3.26
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Cockpit Notifications
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Cockpit Notifications
Builds Status
Master:
Development:
Test Coverage
Master:
Development:
About
Receive and distribute notifications across the network of retailers using the WM Cockpit suite of products. These products include:
Who are the end users?
Tenants who have access to the Cockpit. (Only receive messages / notifications)
WebMotors administrators (Create messages / notifications)
Systems integrated via HTTP API.
Requirements
nvm v0.35.0 (install details)
Node v12.17.0 (install details)
npm v6.14.4
Stack
Peer Dependencies
react
react-dom
prop-types
Installation
$ npm install @laborit-dev/cockpit-notifications --save
Usage
Please, refer to the main file USAGE.md
to instructions on how to use this library on your project.
Local development setup
This application is integrate with WM Cockpit React Library
, so we are required to run this application on a subdomain of *.webmotors.com.br
so the authentication integration can properly work.
This can be achived by editing your /etc/hosts
file and including:
127.0.0.1 cdn-dev.webmotors.com.br
You can use nvm to install the current NodeJS version utilized on this project.
$ git clone [email protected]:laborit/webmotors-cockpit-notifications-client.git
$ cd webmotors-cockpit-notifications-client/
$ cp .env.sample .env
$ nvm use # Only if you have nvm installed on your machine
$ npm install
$ npm run build
$ npm run test
$ npm run dev
You should be able to access the application at:
http://localhost:4000
http://cdn-dev.webmotors.com.br:4000
Demo Application
You can run a demo application by running npm run dev
on the root folder of this project. The application will be acessible at http://localhost:4000
You should use an .env
file to set the following environment variables:
Hint: This project includes an .env.sample
which you can use as start point.
- NODE_ENV
- FIREBASE_MESSAGING_SENDER_ID
- FIREBASE_API_KEY
- FIREBASE_PROJECT_ID
- FIREBASE_APP_ID
- FIREBASE_PUBLIC_VAPID_KEY
- BASE_API_URL
Proxy application for development (CORS)
You may encounter Cross-Origin Resource Sharing (CORS)
problems when integrating with the remote HTTP API in your development environment, this is why we provide the command npm run dev:proxy
Make sure your .env
has the following configuration to use the HK HTTP API
to test in your local NODE_ENV=development
environment:
# .env
BASE_PROXY_API_URL='https://hkcomprarveiculos.webmotors.com.br'
BASE_API_URL='http://localhost:4000/api/central-de-notificacao/'
Make sure that all OPTIONS
requests to the local API actually enable CORS:
$ npm run dev:proxy
$ curl -vvv -X OPTIONS http://localhost:4000/api/central-de-notificacao/v1/notifications/unread_count
< HTTP/1.1 200 OK
< Access-Control-Allow-Origin: *
< Access-Control-Allow-Headers: *
{"cors":"enabled"}
Now all requests in the demo application at http://cdn-dev.webmotors.com.br:4000
or http://localhost:4000
should be able to be perfomed without CORS restrictions.
Chrome with Web Security Disabled
Another option that you can use, it's to run your Chrome Browser
with Web Security
disabled. This is not our recommended solution, but it can be useful at some point when you need to test the application running npm run dev
(and not npm run dev:proxy
).
The commands for Linux, Mac, and Windows are the following: [source]:
# Linux
$ google-chrome --disable-web-security --user-data-dir=/tmp/chrome_dev_test
# Mac
open -n -a /Applications/Google\ Chrome.app/Contents/MacOS/Google\ Chrome --args --user-data-dir="/tmp/chrome_dev_test" --disable-web-security
# Windows 10 or newer
"C:\Program Files (x86)\Google\Chrome\Application\chrome.exe" --disable-web-security --disable-gpu --user-data-dir=~/chromeTemp
Storybook
You can use Storybook to follow and document the library's components, just run:
$ nvm use # Make sure you're using Node > 10
$ npm run storybook
Access it on: http://localhost:6006
Code Development
Required setup on your favorite code editor
First of all, note that we use some formatters/plugins to make sure our codebase is following a very strict standard and patterns.
Before actually writing code, you should install the following on your code editor or IDE:
EditorConfig
- https://editorconfig.org/ (Supports VSCode, Sublime Text, Vim, Atom and others)
Why?
EditorConfig helps maintain consistent coding styles for multiple developers working on the same project across various editors and IDEs. Some editors actually support it by default (Ex: RubyMine)
Prettier
- https://prettier.io/ (Supports VSCode, Sublime Text, Vim, Atom and others)
Why?
It removes all original styling and ensures that all outputted code conforms to a consistent style.
As you can see, these two tools we make sure our codebase is consistent across all developers, IDE's and operating systems. Make sure you have them properly configurated on your IDE before starting writing code.
Optional (but recommended) plugins
To make your life easier during code development and testing we recommend the following plugins/extensions to be used on your editor*.
VSCode Jest
- https://github.com/jest-community/vscode-jest
Why?
This extension allows you to quickly run your tests within VSCode, it also show the current code coverage and gives you a lot of auto complete on the intelise.nse
Majestic Jest GUI
- https://github.com/Raathigesh/majestic (Majestic is a GUI for Jest)
This is useful if you want to navigate through our test suite by using an interface, it can useful for better debugging .
You can simply start it by running:
$ npx majestic
PS*: Most of us use VSCode
for Javascript development, some plugins might be supported on every IDE and you could probably look for some equivalent extension to your editor.
Test suite
You can run all automated tests and generate a HTML report by running:
$ npm run test:coverage
This will generate a HTML report in coverage/index.html
folder.
Open it using:
# Linux
$ xdg-open coverage/index.html
# Mac
$ open coverage/index.html
# Windows
$ start coverage/index.html
If you just want to run the tests but not generate the report, just run:
$ npm run test
Optimizers
SVGO
$ npm run optimize:svg
This command check all files with SVGO
using installation is globally npm install -g svgo
.
Code Linting
ESLint
$ npm run lint
This command check all files with eslint
using the configurations in .eslintrc
file.
Prettier
$ npm run prettier:check
This command check all files using prettier
with the configurations in .prettierrc
file.
$ npm run prettier:write
This command update all files which are not formatted by prettier
using the configurations on .prettierc
file.
Build library and application
Build library to production
$ nvm use # Make sure you're using Node > 10
$ npm run build
This will generate the following files:
dist/index.csj.js
(CommonJS)dist/index.esm.js
(Module/ES)dist/index.js
(Browser/UMD)
Build demo application:
$ nvm use # Make sure you're using Node > 10
$ npm run build:webpack
This will generate a static HTML application in dist/demo
, the most relevant generated files are:
dist/demo/index.html
dist/demo/main.[hash].js
dist/demo/firebase-messaging-sw.js
dist/demo/serviceWorkerEnv.js
Build Storybook
$ nvm use # Make sure you're using Node > 10
$ npm run build-storybook
This will generate a static HTML application in dist/storybook
folder.
Deploy
NPM
Set the npm token on Gitlab CI using the environment variable NPM_TOKEN
PS: Before releasing a new version to master
branch, make sure you update the version of the release.
Deploy to production
An automatic deploy will start when any code reaches the master
branch.
Deploy to HK/Staging
An automatic deploy will start when any code reaches the develop
branch.
Gitlab Pages
Deploy demo application on Gitlab Pages
Every time a commit reaches the deploy-pages
branch, a new job will start to deploy the demo application to http://dev-notifications.laborit.com.br/
.
You can start a new deploy anytime by replacing/sending your current branch to Gitlab using:
$ git push <gitlab_origin> <branch>:deploy-pages
Useful references & links
http://gitlab.com/laborit/webmotors-cockpit-notifications-client/
https://gitlab.com/laborit/webmotors-notification-api
https://hkcdn.webmotors.com.br (Demo application hosted on
*.webmotors.com.br
)http://dev-notifications.laborit.com.br/ (Demo application)
https://dev-notifications.laborit.com.br/e619230f5c/coverage/ (Atual code coverage do projeto)
https://dev-notifications.laborit.com.br/e619230f5c/docs/ (Storybook do projeto)
https://dev-notifications.laborit.com.br/e619230f5c/stats (Analise de bundle atual do projeto)
https://drive.google.com/open?id=1c1PIBMtj1bCg2AU4dVedjjcgfYafVivM (Cenários de testes do produto desenvolvidos pela equipe de Q/A da Lab)
https://projects.invisionapp.com/share/JHUP4ZB523V (Invision com layout do projeto)
https://www.figma.com/file/2faw2qKFevKxWI7PsIBP0Z/Cockpit-%5BD%5D?node-id=702%3A17441 (Central de Notificações: Projeto Figma)
https://docs.google.com/presentation/d/16--ReK0nyKn7usS6bn7WkcYfSSbfiCjAUUgXWgggM8o (Apresentação de Produto do Cockpit Notifications)
https://glebbahmutov.com/blog/configure-prettier-in-vscode/ (How to configure Prettier on VSCOde)
https://editorconfig.org/
https://prettier.io/docs/en/index.html (What is Prettier?)
https://github.com/Raathigesh/majestic (Majestic GUI)
https://docs.npmjs.com/cli/publish (NPM Publish)
https://docs.gitlab.com/ee/user/project/pages/ (Gitlab Pages)
https://github.com/rollup/rollup/ (Rollup)
https://storybook.js.org/ (Storybook)
https://github.com/nvm-sh/nvm
https://github.com/FiloSottile/mkcert (HTTPS Certificates for localhost)
https://github.com/webpack/webpack-dev-server/tree/master/examples/cli/https (Webpack HTTPS)
https://developer.mozilla.org/pt-PT/docs/Web/HTTP/CORS
https://enable-cors.org/
https://alfilatov.com/posts/run-chrome-without-cors/