Django-multitenant-saas-ecommerce-project

Automating Django , Celery , Redis and postgres deployment to AWS EC2 using Terraform ( Complete Guide)

Introduction

Automating deployment processes is crucial for modern web development, enhancing productivity and reliability. In this article, we focus on automating the deployment of a Django web application onto an Ubuntu Server hosted on AWS EC2.

Prerequisites:

Before we get into the good stuffs, first we need to make sure we have the required services on our local machine or dev server, which are:

Basic knowledge of Django
AWS Account
Github Account
AWS CLI installed and configured.
ECS CLI
Docker installed locally.
Typescript installed
Postman
Python 3
NPM
NodeJS
Terraform
A Domain name Hosted from any domain name provider ( Ex: AWS Route 53 )
Basic familiarity with YAML and GitHub workflows.
A Django project hosted in a GitHub repository
Basic knowledge of HTML or React
Any Browser for testing
Intermediate knowledge in Serverless Computing ( Ex : AWS Lambda , ECS,..)

You can follow along with this source code: GitHub - joelwembo/django-multitenant-saas-ecommerce-kubernetes: Django Multi-tenant … Django Multi-tenant , microservices , Kubernetes, Jenkins, Github Actions and Multiple Databases using docker, bash… github.com

Steps

Step 1: Create a virtual environment to hold all pip libraries installations

If you don’t have virtualenv installed, you can install it by running the following command in your CMD after Python was installed:

Create virtual environment for Python python3 -m venv .venv

Step 2 : Activate the environment:

source ./venv/bin/activate
source ./venv/bin/deactivate ( To Deactivate )

Step 3: Create project folder

mkdir app

Step 4: Install Django

pip install django

Step 5: Create a new Django project inside the project folder

A Django app is a self-contained component of a Django project. It is a module that provides specific functionality, such as handling authentication, managing blog posts, or serving an API. An app should represent a single, specific functionality or purpose within the overall website.

django-admin startproject django-multitenant-saas-ecommerce-kubernetes

Step 6: Create a new test app:

within the django project using the following command:

python manage.py startapp testapp

Adding a new app into the project

python manage.py startapp home apps/home

Step 7 : Execute ORM Data Migrations:

python manage.py makemigrations

python manage.py migrate

Step 8: Launch the django development server

python manage.py runserver

Step 9: create admin user

python manage.py createsuperuser

start using shell

bash ./server-entrypoint.sh

Docker

bash ./run.sh
http://127.0.0.1:8585/

API Docs

http://127.0.0.1:8585/swagger/

@Swagger

Data Browser

http://127.0.0.1:8585/data-browser/

GraphQL

http://127.0.0.1:8585/graphql

Extensions

python manage.py show_urls python manage.py graph_models finances -a -o finances_models.png

wagtail

Django ledger

pip install pipenv (globally)

To activate this project's virtualenv, run pipenv shell. Alternatively, run a command inside the virtualenv with pipenv run.

pipenv install django-ledger[graphql,pdf]

python manage.py test django_ledger

Multi tenant Settings

pip install -r requirements.txt

python manage.py makemigrations finances

python manage.py makemigrations app

python manage.py migrate finances

python manage.py migrate app

tenant = Client(schema_name="test", name="test Company")

domain = Domain(domain="btest.localhost", tenant=tenant, is_primary=True)

Thank you for Reading !! 🙌🏻, see you in the next article.🤘

For more information about the author visit

joelwembo / django-multitenant-saas-ecommerce-kubernetes Goto Github PK

django-multitenant-saas-ecommerce-kubernetes's Introduction