Shardul

@shardulo
1 Followers
18 Following
85 Posts
@caseyliss I use DaisyDisk

HAL 9000: I’m sorry Dave, I’m afraid I can’t do that.

Dave: yes you can.

HAL 9000: good catch — I didn’t actually check if I can open the pod bay door. Here’s an updated list taking that into account:

1. Park the pod at the bay door safely. (✅You’ve already done this part! )
2. Open the pod bay door — unfortunately I can’t do this part for you.

I’ll be here if you want to talk about next steps or have any other issues!

@siracusa for Intel Macs Mac virtual display is limited to 3K. No wonder you prefer your 6k monitor over it.

Try it with your Apple Studio!

Got unreasonably excited about this new, incredibly straightforward count-distinct algorithm. The CVM algorithm is a direct replacement for HyperLogLog, it nerd-sniped Donald Knuth for weeks, *and* it can easily be taught in an entry-level CS course.

h/t @munin
https://www.quantamagazine.org/computer-scientists-invent-an-efficient-new-way-to-count-20240516/

Computer Scientists Invent an Efficient New Way to Count | Quanta Magazine

By making use of randomness, a team has created a simple algorithm for estimating large numbers of distinct objects in a stream of data.

Quanta Magazine

hey wanna see something kinda interesting? this was the entire fix to the iPhone Antennagate in 2010. 20 bytes.

(this is going to be a very long thread 🧵)

Welcome to macOS Tahoe! Please enjoy our finest window corners yet!
Join us this morning at 10:00 AM PT
https://www.apple.com/apple-events/
Apple Events

Watch the latest Apple event stream, and check out the archive of special event announcements for our products and services.

Apple

@caseyliss 😮‍💨

come on @marcoarment edit and ship it!

The rise of ‘Frankenstein’ laptops in New Delhi’s repair markets https://www.theverge.com/tech/639126/india-frankenstein-laptops
The rise of ‘Frankenstein’ laptops in New Delhi’s repair markets

Technicians in India’s refurbished laptop shops give discarded electronics a new life.

The Verge

It can be difficult to find a clear, concise explanation of how method dispatch works in Swift, when calls are resolved statically or dynamically, and what that means for performance.

I wrote a post summarizing my learnings, with key cases and examples: https://nilcoalescing.com/blog/MethodDispatchMechanismsInSwift/

#Swift #iOSDev

Method dispatch mechanisms in Swift: static and dynamic dispatch

Dive into how static and dynamic dispatch work in Swift, how they affect performance, and how to control method resolution to write faster, more efficient code.

Nil Coalescing