Petition to have the question added to leetcode. Two variants one with a single type of parens such as () and one with mixed parens (),{},[]. In each problem implement the map method which takes a chunk sequence of the overall input, the reduce method which takes an array of map method output for each chunk and returns the overall answer.
Also consider RTS elements, like assigning certain schedulers to handle workloads which are swappable and tuneable, maybe with some skill tree unlocks.
Statistically impossible to inadvertently generate a collision using UUID keys. UUID is designed to be unique when generated across any computer system. Practically speaking if you have an exactly matching pair of UUIDs from disparate system you have found the exact record match. The name gives a hint "Universally unique identifier". -Not a cryptographer.
Some people enjoy vendor locked managed services for their core infrastructure. Typically this decision is made when building from zero to one in resource constrained environments, and the long term play is to move to your own table/db when it becomes sustainable to do so. The only reason to move to a managed service after having done the work to setup self owned systems is when you need to either a) CYA or b) reduce headcount
It not a killer feature, granted. I would be willing to bet that the cost of the engineering to develop and support this feature as a default capability for the fleet of all vehicles would be less than the value of energy saved ammortized over the lifetime of all relevant vehicles.
For the type of buyer you describe this vehicle parked in the garage, to speculate, may be capable of doing double duty as an automated battery backup for the estate nearby to store energy during times of excess grid capacity and to discharge during periods of high demand or grid interuptions. I would be interested to know if the vehicle includes this capability, or if it could be easily modified to offer this capability. Probably is preferable to an onsite diesel generator for example even if it is not an exactly comparable situation, just due to lower local emissions.
To clarify, even if it is not strictly "spying" by some particular definition, the scope and scale is so large, and the channels to direct actual "spying" resources towards potentially relevant targets that are unveiled through OSINT methods really blur the lines.
I would like to have the opportunity to consider a decentralized consensus algorithm that could accommodate nation state adversaries regularly. Not simply something cryptographically secure and distributed but something which can retroactively route around nodes who are temporarily bad due to external circumstances.
As someone on a team with a less stringent code review culture, AI generated code creates more work when used indiscriminately. Good enough to get approved but full of non-obvious errors that cause expensive rework which only gets prioritized once the shortcomings become painfully obvious (usually) months after the original work was “completed” and once the original author has forgotten the details, or worse, left the team entirely. Not to say AI generated code is not occasionally valuable, just not for anything that is intended to be correct and maintainable indefinitely by other developers. The real challenge is people using AI generated code as a mechanism to avoid fully understanding the problem that needs to be solved.
My m1 16gb pro gets throttled (and manually restarted) every time vs code hits 100gb ram usage when running jest unit tests. Don’t know who to blame but 99% sure the problem is my source code and not the machine.