Part of being a Fullstack Developer means building features that touch every layer of your application stack. If you’re like me, with a background and preference for server side development, you may not have strong front end development skills. To overcome these shortcomings, it’s worthwhile to leverage pre-built frameworks that compress the underlying knowledge needed to create highly interactive features.
In web development, you’ll often come across the term “pagination”. This is a technique that allows you to divide your content into separate pages so that your user can navigate through the content page by page. This is usually done by providing ‘forward’ and ‘back’ links, as well as links to specific pages. Another technique of pagination is an “infinite scroll” design. Instead of having the user navigate from page to page, they continuously scroll to the bottom of the page and your application automatically loads the next page below.
The first part in this series went over the basics of setting up a new Rails app using Docker. Part one also showed how to leverage docker-compose in setting up your application to be run. This second part of the series will take a deeper look into taking docker-compose further to architect a more complex Rails application. Most Rails applications utitlize several external services to augment the core Rails service. Follow along to see how to add databases and web servers to create a more complete package.
Sometimes you want to run some trivial software on an EC2 instance. You don’t really pay attention to what the requirements are or have any performance concerns. So you end up spinning up something with very minimal resources. The software hums along nicely and you think nothing of it. It runs for several days, unnoticed. Then you realize the software stops running for some reason requiring you to restart it. Since you somewhat need the software to run, it becomes a bit annoying. Not annoying enough for a full out solution, but annoying enough you want to have to stop intervening.