In this lesson, we'll introduce InertiaJS. We'll discuss what it is, what it helps with, its adapters, and more.

At the end of this series, we'll have a feature-complete application with organizations, teams, drag-and-drop ordering, password reset, and more! So, let's take a second to see our end goal and walk through the app.

In this lesson, we'll create a new AdonisJS 6 application with the InertiaJS Starter Kit. We'll then walk through the Inertia-specific aspects of our project structure and briefly discuss the configuration steps taken when adding Inertia.

In this lesson, we'll discuss the differences between InertiaJS in a server-side rendered (SSR) and a client-side rendered (CSR) application. We'll then compare when you would want to choose one over the other and the pros and cons of both.

In this lesson, we'll install and configure Shadcn-Vue and TailwindCSS. We'll then set up automatic imports for all of our local Vue components.

In this lesson, we'll talk about the flow InertiaJS follows when rendering pages, from AdonisJS to our Vue application. Then, we'll talk about passing props to our Vue page components.

In this lesson, we'll learn how to pass data from AdonisJS to Vue using Inertia as the broker. We'll discuss passing data from our controllers, from middleware, and globally via the Inertia shared data configuration.

In this lesson, we'll learn how to link from page to page the InertiaJS way. We'll then inspect how InertiaJS gets and updates our page's stateful information via our page props.

In this lesson, we'll explore Inertia's Link component and its props. We'll then examine how to link between pages programmatically using Inertia's router.

In this lesson, we'll learn how to register components globally inside our Vue application. We'll also learn what to watch out for and examine a hydration mismatch in action.

In this lesson, we'll learn about Inertia's partial reload functionality that allows us to refresh only specifically specified prop items for our page. We'll also examine lazy properties and how our props are evaluated with partial reloads.

In this lesson, we'll learn how to create a layout component and apply it to all our pages, the Inertia way.

In this lesson, we'll inspect how Inertia injects our layout component and the data passed to it. We'll also learn how we can overwrite our default layout from our page components.

In this lesson, we'll learn how we can append information into the head of our document with Inertia on a per-page basis. We'll then create our own head component, wrapping Inertia's, to allow easier global changes.

In this lesson, we'll discuss what code we can and cannot share between AdonisJS and Inertia.

In this lesson, we'll introduce the basics of working with form in Inertia. We'll set up our register form with its fields, get our form state set up, and send off a post request to one of our AdonisJS routes.

In this lesson, we'll add validation to our POST handler for our register route. We'll then update our form fields to check for and display any validation errors that may have occurred.

In this lesson, we'll introduce the useForm helper composable provided by InertiaJS. We'll refactor our current form to use the useForm helper instead and see how it can help manage our form state, errors, and submission.

In this lesson, we'll walk through some of the more common methods and options we have with the useForm helper, like adding form errors, maintaining scroll position, mutating values prior to submission, and more.

In this lesson, we'll create a reusable FormInput Vue Component using our current form field as a starting point.

In this lesson, we'll learn how cross-site request forgery (CSRF) protection between AdonisJS and InertiaJS behaves in our application.

In this lesson, we'll discuss a couple of Inertia's request and routing limitations and how we can circumvent them by reaching for axios or fetch instead.

In this lesson, we'll walk through a diagram of our application's database schema to understand how things relate to one another.

In this lesson, we'll create our migrations, models, and some of our controllers. We'll then fill out our migrations and define our relationship's foreign key constraints.

In this lesson, we'll convert our migrations into Lucid Models and define both sides of the relationships so they're ready to go.

In this lesson, we'll learn how we can extract repetitive relationships, and other model properties/methods, into a mixin. We'll also learn what to look out for when using decorators within a TypeScript mixin.

In this lesson, we'll create a seeder file to create the initial data we'll need in our database to get going. For now, that's just going to be our application's roles.

In this lesson, we'll learn how we can specify types for our Lucid Models easily using DTOs we'll generate directly from our models.

In this lesson, we'll finish setting up our application's layout shell and navigation bar.

Learn how to implement a user feedback manager in your app using toast messages and vue-sonner. We'll integrate our flash message manager with state provided from AdonisJS' flash messages store to display success and error messages.

In this lesson, we'll complete our user registration flow by validating our registration form data, creating a new user, logging that user in, and forwarding them to the next page in the flow.

In this lesson, we'll split our routes into two files: auth and web. Our auth routes file will contain all our authentication-based route definitions and our web routes will contain the remaining.

In this lesson, we'll hook up our logout user menu button to a POST route to logout an authenticated user.

In this lesson, we'll create our onboarding flow for newly registered users. Before users can enter the application, they'll need to have at least one organization set up so everything works smoothly.

In this lesson, we'll add the ability to login to our application. We'll then discuss the differences between errors and errorsBag and how we can display long-lived exception messages as an alternative to our toast manager.