Last time, we got into the nitty-gritty on how to make your web application into a Progressive Web Application (PWA to its friends). I promised we’d dig even deeper this time, and show you how to make your web app a little more ‘native’ on Android – and how to deal with iOS Safari’s special snowflake syndrome.
It’s project kickoff time, and you’re having a conversation with your client about what form the application will take:
Client: I’m thinking mobile app. Our users will definitely be using this on the go.
Dev: Sure, we can do a native mobile-
Client: Mind you, we’ll want a desktop version too. We’ll need to use it from the office.
Dev: Okay, well, a responsive web app-
Client: One of our priorities is definitely ease of access – we’ll need the app accessible from the home screen, ’cause who has time for typing in URLs, amirite? We’ll also want it to be useable offline, whenever people want to.
Dev: Ye-yeah, no problem, we can wrap your web app in a webview, bundle it up as a native app, and-
Client: Yeah, cool. So they’ll just be able to go to the site and install the app, right?
Dev: Well, no, they’ll have to download it from the appropriate App Store.
Client: Eh, that’s a no-go – this is internal only, we can’t have it showing up in the app stores. Didn’t I make that clear from the start?
The term your client was looking for is Progressive Web App – an application that acts like a responsive web app when accessed from the browser on any device, but can be installed to mobile devices like a native application. The link above makes the case for PWAs, so we won’t belabour the point – if you’re still here, it’s because you’re convinced it’s time to build a PWA.
At WWDC earlier this month Apple previewed ARKit – it’s initial foray into Augmented Reality or AR. Alongside the intro session at WWDC they published Understanding Augmented Reality which provides a nice overview of how ARKit works, best practices, and its limitations.
Following WWDC the development community has put together a number of great demos that highlight the possibilities and potential of ARKit and the Made with ARKit (@madewithARKit) site has been chronicling some of the best of these.
Here are a few of my favorites:
In my last post I took a closer look at how the Apollo iOS GraphQL client executes queries and what the resulting JSON looks like. In this post I’m going to focus on how the JSON is parsed and converted to the native Swift types generated by the apollo-codegen tool and also look at how the Apollo iOS client caches results. (more…)
In my last post I took a look at using the Apollo iOS GraphQL client framework to access a GraphQL backend running on the Graphcool GraphQL mBaaS. Shortly afterwards Brandur Leach, an API engineer at Stripe posted “Is GraphQL the Next Frontier for Web APIs?“. In his post Brandur gives a good overview of the current API development space, compares GraphQL to other technologies, and ultimately puts his support behind GraphQL. The follow-on discussion on Hacker News is a bit mixed, with some comments in support of GraphQL along with a few dismissing it. Some advocate support for both REST-like and GraphQL APIs, given that with a sensibly designed backend, support for both is possible with too much additional work. Stripe has a popular REST API that is used by a lot of developers, given Brandur’s opinions, it will be interesting to see if they take this hybrid approach and start offering a GraphQL interface as well.
Regardless of whether GraphQL will gain more traction compared to other approaches or not, I wanted to dive a bit deeper into the client side of things and get a better understanding of how the Apollo iOS framework and apollo-codegen tool work. (more…)