In this lesson, we'll learn how we can reuse a route definition using route parameters to show any item we have for our movie resource.

In this lesson, we'll learn how we can link between the routes we have defined in our application. We'll also learn about the importance of HTTP Method verbs and resources to standardize our route definitions.

In this lesson, we'll learn how we can use the EdgeJS Template Engine to render HTML views and send them back as the response for our routes. We'll also see how we can pass dynamic data into our views from our route handler.

In this lesson, we'll learn how to define routes within AdonisJS and how those routes work.

In this lesson, we'll install three extensions for VS Code from the AdonisJS Core Team to make our lives easier as we build applications. We'll also configure Prettier and ESLint with auto-formatting and lint fixing on save.

In this lesson, we'll learn how AdonisJS uses our project to boot up and which folders and files within our project matter as we get started with learning AdonisJS 6

In this lesson, we'll create our first AdonisJS 6 project and learn how we can boot it up and open it within VS Code.

In this lesson, we'll talk about some prerequisites to AdonisJS and this series. These include installing NodeJS, VS Code, a database environment, and Redis.

In this lesson, we'll introduce AdonisJS by giving a brief overview of what it is and what it offers. We'll also talk about some of its first-party and framework-agnostic packages.

In this lesson, we'll create helper HTTP Method form components, further simplifying our method spoofing by allowing us to just chain the desired method off our form component.

In this lesson, we'll add simplified HTTP Method Spoofing functionality to our base form component. With this simplified functionality all we'll need to do is specify the desired HTTP Method to the method prop and it'll add it to our URL.

In this lesson, we'll start a form utility component. This component will allow us to create one central location where we can maintain our forms and provide additional functionality like simplified method spoofing.

In this lesson, we'll split out three different variants from the accordion item we made in the last lesson. We'll create bordered, active bordered, and plain accordion items.

In this lesson, we'll add the ability to have more than one item on a given accordion by creating a new accordion item component.

In this lesson, we'll start our accordion component and gain an understanding of how to handle uniquely identifying components that may appear multiple times on a single page via the AlpineJS magic id utility.

In this lesson, we'll take a look at the differences between the model and database query builders.

In this lesson, we'll walk through what mixins are and how they work by first inspecting them as plain objects then working our way into classes then finally TypeScript. We'll then implement mixins via AdonisJS' compose utility.

In this lesson, we'll focus on adding interactivity to our alerts by making them both conditionally dismissible and self-destructable.

In this lesson, we'll add our alert's inverse styling by extending our base alert. We'll also see how to cascade slots passed into our inverse alert to our extended base alert.

In this lesson, we'll take a look at the various options we have to limit results when using the query builder including first, firstOrFail, limit, and pagination. We'll also learn how we can sort our results.