because AbstractTransactionAwarePersistenceManagerFactoryProxyBean needs to spin up 32 electron instances (one for each thread) to ensure scalability and robustness and then WelcomeSolutionStrategyExecutor needs to parse 300 megabytes of javascript to facilitate rendering the "welcome" screen
as long as we don't have a time machine, Jesus' existence is an unfalsifiable claim. Of course you're not going to see definitive proof that he didn't exist
even if you write in assembly, you still may not actually understand what is going on in the machine since processors convert the instructions to "micro-ops", and let's not forget hardware bugs like those caused by speculative execution
Is there something I should be keeping an eye out for, or preparing for so everything goes smoothly at least with regards to this community?
On the 6th of May, 2028, travel to 2 Augusta Hills Drive, Bakersfield, Kern County, California, United States. At exactly 4 PM local time, place an orange traffic cone on top of the nearest garbage can and await further instructions.
I read on a pop sci magazine years ago that "this is not the first time we have offered a design, but nobody was willing to buy one so it didn't get built"
They could do it without recompilation, but something like changing the obfuscation and recompiling for every copy would likely make it much harder to get rid of the watermarks even if you can compare several different copies
(though they could also have multiple watermarked sections so that any group of for example 3 copies would have some section that is identical, but still watermarked and would uniquely identify all three leakers. The amount of data you need the watermarks to contain goes up exponentially with the amount of distinct copies, but if you have say 1000 review copies and want to be resistant to 4 copies being "merged", you only need to distinguish between 1000^4 combinations so you can theoretically get away with a watermark that only contains about 40 bits of data )
nowadays dwarf fortress has built in multithreading (and the combination of other optimizations and the progress in CPU power has made it a fairly well-performing game overall)
A quantity of yarn, thread, etc. put up together in an oblong shape, after it is taken from the reel. A skein of cotton yarn is formed by eighty turns of the thread around a fifty-four inch reel.
(figuratively) A web, a weave, a tangle.
(zoology) The membrane of a fish ovary.
(wagonmaking) A metallic strengthening band or thimble on the wooden arm of an axle.
(zoology, UK, dialect, collective) A group of wild fowl (e.g. geese, goslings) when they are in flight.
(sports) A winning streak.
(radio, television, dated) A series created by a web (major broadcasting network).
I managed to recreate almost the same screenshot in 5kb (and with much less compression artifacts!)
before adding the text and circles it was only 1.6kb
it's a case where jpeg compression ironically results in the picture getting 60x larger and more blurry because everyone recompresses the images and jpeg is designed for large photos and not pixel art
because AbstractTransactionAwarePersistenceManagerFactoryProxyBean needs to spin up 32 electron instances (one for each thread) to ensure scalability and robustness and then WelcomeSolutionStrategyExecutor needs to parse 300 megabytes of javascript to facilitate rendering the "welcome" screen