This is the fourth post in a four-part series. In Part one, we set up a serverless Stripe function on Azure. Part two covered how we hosted the function on Github. The third part covered Stripe Elements in Vue. This last post shows how to configure the checkout component and make the shopping cart fully functional.
We're now in the second post of a four-part series where we're creating a checkout form application in Vue.js that can accept payments via the Stripe API. In part one, we looked at the concept of serverless functions, set one up in Azure, and connected it to a Stripe account. In this post, we'll focus on setting up Stripe as a serverless function and hosting it all on Github.
There comes a time in any young app’s life when it will have to monetize. There are a number of ways to become profitable, but accepting cash is a surefire way to make this more direct. In this four-part tutorial, we’ll go over how to set up a serverless function, make it talk to the Stripe API, and connect it to a checkout form that is setup as a Vue application. This may sound daunting, but it’s actually pretty straightforward! Let's dig in.
My last two projects hurled me into the JAMstack. SPAs, headless content management, static generation... you name it. More importantly, they gave me the opportunity to learn Vue.js. More than "Build a To-Do App" Vue.js, I got to ship real-life, production-ready Vue apps.
In this second article of this tutorial, we'll take the data we got from our serverless function and use Vue and Vuex to disseminate the data, update our table, and modify the data to use in our WebGL globe. This article assumes some base knowledge of Vue. By far the coolest/most useful thing we'll address in this article is the use of the computed properties in Vue.js to create the performant filtering of the table. Read on!
A bit of a wordy title, huh? What is server side rendering? What does it have to do with routing and page transitions? What the heck is Nuxt.js? Funnily enough, even though it sounds complex, working with Nuxt.js and exploring the benefits of isn't too difficult. Let's get started!
It's a common situation: you have two components that are pretty similar, they share the same basic functionality, but there's enough that's different about each of them that you come to a crossroads: do I split this component into two different components? Or do I keep one component, but create enough variance with props that I can alter each one?
Neither of these solutions is perfect: if you split it into two components, you run the risk of having to update it in two places if the functionality ever changes, defeating DRY premises. On the other hand, too many props can get really messy very quickly, and force the maintainer, even if it's yourself, to understand a lot of context in order to use it, which can slow you down.
Enter mixins. (more…)
Filters are an interesting way to deal with data rendering in Vue but are only useful in a small amount of cases. The first thing to understand about filters is that they aren't replacements for methods, computed values, or watchers, because filters don't transform the data, just the output that the user sees. As of Vue 2.0, there are no built-in filters, we need to construct them ourselves.