The problem is that, if it is public, someone will just make a similar but marginally different clone of that site using AI. So finding the OG site becomes impossible unless you're already in the know.

I've decided it is time to try the fediverse. Lemmy, for now. I registered on one of my "local" servers -- lemmy.ca -- after I saw this chart. https://the-federation.info/no... I've decided to set up shop there, for at least a few weeks, and see how it handles the influx. The biggest complaint is a lack of content. So, I'll help with that to hopefully get the ball rolling :)

I moderate one significant sub on reddit, and we didn't take it down. However, we've also been trying to figure out what our alternatives are. And there aren't any that are a perfect match. The closest I've found so far is Lemmy -- which largely replicates the old-reddit/hackernews experience, but it is federated (which confuses a lot of people). I set up a few communities on lemmy.ca (the Canadian node on the federated network), but I've no idea if users will follow. Feels like the digg exodus 2.0, except when everyone fled digg, reddit was already a viable option and the consensus pick. This hasn't happened this time.

So most commercial GPRs run in the 25-1000 MHz range. All I need to do is point this thing at the ground and it's worth $30K. Use it to measure ice thickness on ice roads, to look for unexploded ordinance, or find rebar in concrete...

For the example given, this is a list comprehension one-liner. (print(n) for n in range(7))

However, I do use recursion for looping in one situation - if my loop is running non-blocking as part of a larger event loop. Example below (excuse the dots leading underscores, slashdot doesn't let me format python). Normally, you'd just use while True for a loop like this.

loop = asyncio.get_event_loop()
def eventDispatcher(self):
__ev = poll_for_event() # non blocking, return None if no event
__if ev: loop.call_soon(do_something(ev))
__loop.call_soon(eventDispatcher)
loop.run_forever()

KHTML/Webkit and derivatives are under the LGPLv2, and the rights were not assigned to a central organization. They would have to contact every author that ever touched that code before they'd be permitted to offer it solely under the LGPLv3...