Plurrrr

Just like UIKit, SwiftUI is implemented on top of an event loop that dispatches messages to your UI code. The UI code in turn may trigger parts of the screen to be re-rendered. The handling of messages and rendering of graphics on screen form the render loop of an application. All UI frameworks are based on a render loop, in SwiftUI it is hidden particularly well. Most of the time, it works under the hood without us needing to know anything about it. It is amazing how we can write UI code without even needing to understand what an event loop is, and without us needing to worry about how often to render screen content. But in some cases, it is useful to know what is happening behind the scenes.

We've now tested every version of Apple's M1 processor, from the first M1 chip in the 13-inch Macbook Pro all the way up to the M1 Ultra in the new Mac Studio, and the chip's ability to scale performance is pretty incredible. The M1 Ultra fuses two M1 Max chips together to get you a processor with 20 CPU cores and 64 GPU cores, along with up to 128GB of RAM, and it's one of the fastest processors we've ever tested.

There’s been quite some excitement about the implementation of generics in Go, so I thought to jump into the bandwagon and take a stab at talking through it.