Rip ufraw.
Rip ufraw.
There are probably semi ready ones. Apart from integration.
What I spent ages on:
It hasn’t. That’s a fairly recent (1990’s) innovation.
Lots of sites block mailinator.com domains, too.
Dvd is SD. They may have BD’s, though.
Thanks. That’s a rabbit hole I’ve been trying to avoid, but it’s such an interesting read that I may have to start reading more of their stuff.
That’s interesting. I assumed it was ported a long ago.
To bad about mobile device support since that’s where the more powerful/new hardware usually is, but I understand the view. And they’re nightmare os’s to work on.
One conspicuous platform comes to mind, though: apple hardware. Does it run on an M1?
Yes, that cuts the list down even more.
Behold, Dog.
Hypothetically the hardware could have been modified, but that would take some insane level of a determined attacker to be fabricating modified pixels just to sell them on the used market.
Also unlockable and presumably has well working builds. It’s not just graphene, but just about every Android project it there that’s best supported on pixels. Other manufacturers have a crazy variety of locking schemes and required tools. Each one is a nightmare to support.
Maybe you should join forces.
Encryption is trivial. Getting a reliable keystream is not.
It all depends on the framing 😁
The federated, foss software stacked network matrix. Right.
Unlikely. I often forget it exists. If I didn’t think about a friend or relative wanting to send a message, I’d probably leave it on a table or something until I need to take a picture or note or look something up. And then it would probably be out of battery.
Electrical math is full of complex numbers.
If you actually want to find a file on a long abandoned laptop, it may be easier to pull the drive and use an external enclosure to read it with a current system. If you have the hardware. No need for any of the other hardware, rtc, nvram, let alone the os to work.
Afterwards.