Part 1 of the topic considered certain basic options, like configuring screen sharing in Ubuntu and connecting to Ubuntu desktop using the VCN Viewer client. However, if you want to connect to an Ubuntu machine using some sort of virtual desktop client without opening a session locally, you may want to look into XRDP Server.
Part 2 of the topic explained how to configure the AWS Elastic Beanstalk (EB) environment and the Django project to use the Postgres database. The current third installment will focus on configuring S3 storage for static and media files, as well as assigning a custom domain name for the app.
Part 1 of this topic covered why using AWS Elastic Beanstalk (EB) can be more beneficial for making apps if you are using Django. It showcased how to prepare your Django project for correct deployment via AWS EB. Part 2 will explain how to configure the EB environment and the Django project to use Postgres database.
In this blog post, we will talk about getting your Django project deployed to Amazon Web Services (AWS) platform. There are different ways you can do that with AWS: one is deployment to EC2 instance running Linux (you just connect to it over SSH and work with Linux server directly), and the other one is deployment to Elastic Beanstalk. The first scenario is close to simple project setup on a local Linux machine with some extra steps involved – for that you can refer to my previous posts which cover most of the steps involved. In this post, we will focus on Elastic Beanstalk deployment scenario, going through all the steps involved in this process when it is performed from Ubuntu.
Creating apps in Ubuntu that will work seamlessly on different platforms may seem like quite the challenge. Nonetheless, with the right knowledge, you can manage that like a pro. By installing Django on Ubuntu Server 18.04 LTS and configuring it to use PostgreSQL (which is focused on SQL standards compliance), you can now easily build apps there using heterogeneous databases.
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You have probably already covered the basics of Django installation on Ubuntu Server 18.04 LTS. This framework now is ready for the ride, but, as you know, there’s always room for improvement. If you have a little interest in using default SQLite database option, then it’s time to opt for better!
In times of need, a web framework comes really in hand, since it allows automating web applications running processes as much as it is possible, but there is always a fly in the ointment. In this case, it is an amount of resource required to access re-usable modules which any web site may need. However, unlike a lot of its counterparts, Django web framework provides you with connection and enabling these modules on as needed basis!
Everybody who knows the difference between a standard web framework and a microframework realizes that you can’t make an omelet without breaking eggs. What the latter wins by simplicity and speed it compensates with the lack of functionality. However, if you value a lightweight framework more than everything else, Flask microframework written in Python is your go-to choice.
Anyone experienced in working with AMP stack on Ubuntu Server 18.04.02 realizes that this novelty, like any other, has its pros and cons. If you are used to convenient and useful Hyper-V enhanced session features, it may seem as though you have lost a shilling and found sixpence. Don’t worry, with Ubuntu Server GUI remote access you can have your cake and eat it.
Websites serving a large number of requests or providing services require high uptime. Here AMP (Apache, MySQL, and PHP) stack comes. It performs a logical pooling of resources, distributing workloads across multiple servers. So, with AMP stack you receive improved performance and high availability (HA) of your services.
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