Shared dependencies or death
Docker

🤔

Kinda. IANAL, but here’s my understanding: If you’re explicitly dual-licensing and publish the proprietary license then contributions can be assumed to also follow the same dual licensing. You’d need to be extremely careful with writing the proprietary license though, since your business is now using non-employee proprietary code.

If you write “the copyright holder may choose to allow an entity to use this work”, then you do actually need permission from every contributor. If you write “this work may be copied, modified and redistributed freely by Blah enterprises” now the business cannot be sold without losing access (or possibly have it’s name changed). If you write “Neshura may freely copy, modify and redistribute this” then you can’t be fired or move jobs without the company losing access.

You can also never ever change this license, since every contributor needs to agree. So if a mistake is made when writing it you’re just fucked.

On the other hand with a CLA that transfers copyright ownership you don’t need to dual-license at all since everything already belongs to the business. Much less risky.

Only until you have any other contributor, as you’re then no longer the sole copyright holder. If you still want to work like that you’ll need a CLA.

TLDs are valid in emails, as are IP V6 addresses, so checking for a . is technically not correct. For example a@b and a@[IPv6:2001:db8::1] are both valid email addresses.

The only one I’ve seen is the VW “e-up!”.

There’s vulnerabilities like the recent iMessage exploit that are executed remotely through no interaction by the user. In combination with the ability to self-spread you get mass exploits like WannaCry which spread to 300k+ computers in 7 hours. All you need is a network connection.

So you push digital goods to a robust public platform like IPFS and tie decryption to a signed, non-revokable, rights token that you own on a block chain.

What you describe is fundamentally impossible. In order to decrypt something you need a decryption key. Put that on the blockchain and anyone can decrypt it.

Even if you can, pirates would only need to buy a single decryption key and suddenly your movie might as well be freely available to download. Pirates never pay hosting fees because it’s using the same infrastructure as customers and they can’t be taken down because they’re indistinguishable from customers.

Adding blockchain into the mix changes nothing. Whether your digital ownership is stored in their centralized database or a distributed database, they still have control over everything because they’re the ones streaming it to you. They can just as well block your access & block resale.

The only way to actually digitally own something is to have a full DRM-free copy of it (ianal though this still might not be enough to allow resale).

Apple still uses intel chips in all their macs, just not for the CPU. The M1 Macbook for instances uses an Intel JHL8040R thunderbolt 4 chip.

It’s a little complicated. A USB-3 connection must provide higher current 900mA than a USB-2 connection 500mA. As such a USB-3 data connection can charge faster than a USB-2 connection - some people may call this “fast charging”.

However USB-PD (Power Delivery, aka fast charging) was released as part of the USB 3.1 specification, but it does not require a USB-3 data connection and neither does a USB-3 data connection require USB-PD. You can see all the different USB-C modes on Wikipedia as well, where USB-2 and Power Delivery are listed separately: https://en.wikipedia.org/wiki/USB-C#USB-C_receptacle_pin_usage_in_different_modes

If it was free to use then AMD would support it too

They do. There’s thunderbolt motherboards and it’s coming with USB-4 on the new 7000-series mobile chips.

You’d need to collect the condensate, but that would actually work quite well.

I don’t see how that’s related at all. Having deterministic builds only matters if you’re building a binary from source, if you’re working with some distributed binary you’ll be applying the patch to identical binaries anyway. And if a new binary is distributed, that’s going to be because something in the source was changed; deterministic builds will still give you a different binary if the source changes.

Binary patching is still common, both for getting around DRM and for software updates.

This isn’t the full picture of those statistics. 10097 games have Platinum or Gold on protondb, out of 11223 with any results at all. It’s not that there’s 60k games broken on Linux, it’s that there just isn’t any data on those.

The only correct thing to do here is to extrapolate from the data we have, which is around ~90% of games work on Linux. So it’s more like 63 000 vs 70 000.

Completely agree with you. A book by default is not a reliable source, published or otherwise. It’s the scientific studies it quotes that are.

You say that like Apple would have to put in a ton of work for that. Android can already run on iPhones. It’s just an ARM computer. Project Sandcastle already exists. All they have to do is allow unlocking the bootloader just like they do on macs.

Most of the ebikes and motor scooters I’ve seen have removable batteries. Gogoro in India even has a battery swapping network for their scooters.

AVX-2 has been in pretty much every CPU since 2011. For AVX512 intel’s been shipping that to consumers since Ice Lake 2019.

At least it’s transparent and often doesn’t require root, unlike say a debian package.

USB-PD 3.1 standardized EPR in 2021; it hasn’t been draft for a while.