Ah, that's fair enough. Thanks for letting me know!

I saw that about the re-write and assumed it was the cause, but it would have been nice to be told about it before it happened…

Battery life and screen quality first and foremost. They’re often related to each-other. Battery life because I feel it’s the one aspect that hasn’t improved very much at all over the past 10 years, and if I don’t have enough battery, I literally can’t use my phone. Screen quality because I look at the screen whatever I do with the phone, so if the screen is bad, everything else cannot make it a better phone.

Notesnook is not ready for self-hosting yet, but it’s up next on their roadmap. I’ve been trying it out in advance and it seems to work ok. The only issue I have with it is that it logs you out of the apps way too often.

I had the same bug, but it seems fixed in 1.0.6 (10). Thanks!

Personal Finance has very little activity, sadly…

I didn't know that was possible. Thanks for sharing!

It's got better recently, but it used to be that you can only do that sometimes, and it wasn't clear when the gesture would work and when it wouldn't. Fortunately, it seems that most apps have added support for that recently, so it's closer to the Android back gestures.

It's good. Just keep in mind that it hasn't been updated in a while...

I haven't tried all of those, but I like Deezer. It plays music and it's much less pushy about podcasts or other crap that Spotify always clutters your start page with. The queue interface is also simpler to use. The only downside I see is that search is noticeably slower than Spotify on desktop.

Hi. Thanks for the update!

My home page has become laggy after this update, especially when scrolling up near the top of the feed and when pulling to refresh.

I've also noticed that the preview in the font adjustment setting doesn't match what I get on the front page: the text on the front page is smaller.

This is running the latest build, 1.0.2 (14).

Update: The stuttering seems fixed in 1.0.2 (20)!

Yes, up to 512 bits since Skylake. But there are very few real-world tasks that can make use of such wide data paths. One example is media processing, where a 512-bit register could be used to pack 8 64-bit operands and act on all of them simultaneously, because there is usually a steady stream of data to be process using similar operations. In other tasks, where processing patters can't make use of such batched approaches, the extra bits would essentially be wasted.